From 9823bceb0b6b98d105927c3123e0b4ebfbc48419 Mon Sep 17 00:00:00 2001
From: "remi.clement" <remi.clement@inrae.fr>
Date: Wed, 13 Dec 2023 09:41:24 +0100
Subject: [PATCH] update

---
 doc/build/doctrees/environment.pickle         |  Bin 86749 -> 1056246 bytes
 doc/build/doctrees/index.doctree              |  Bin 8057 -> 8119 bytes
 doc/build/doctrees/source_rst/Ohmpi.doctree   |  Bin 12905 -> 13026 bytes
 .../V2023.x.x/V2023_step_03.doctree           |  Bin 39014 -> 40306 bytes
 doc/build/doctrees/source_rst/api.doctree     |  Bin 2740 -> 2802 bytes
 .../source_rst/archived_version.doctree       |  Bin 3078 -> 3140 bytes
 .../developing_hardware_components.doctree    |  Bin 10104 -> 10166 bytes
 doc/build/doctrees/source_rst/gallery.doctree |  Bin 2651 -> 2713 bytes
 .../doctrees/source_rst/hardware.doctree      |  Bin 5363 -> 5425 bytes
 .../source_rst/hardware/assembling.doctree    |  Bin 53316 -> 55262 bytes
 .../source_rst/hardware/hw_info.doctree       |  Bin 14924 -> 14986 bytes
 .../source_rst/hardware/hw_pwr.doctree        |  Bin 4165 -> 4227 bytes
 .../source_rst/hardware/hw_rpi.doctree        |  Bin 23155 -> 23527 bytes
 .../doctrees/source_rst/hardware/mb.doctree   |  Bin 16586 -> 16951 bytes
 .../source_rst/hardware/mb/mb_2023.doctree    |  Bin 111278 -> 105157 bytes
 .../source_rst/hardware/mb/mb_2024.doctree    |  Bin 4407 -> 47099 bytes
 .../source_rst/hardware/mux_2023.doctree      |  Bin 70326 -> 71618 bytes
 .../source_rst/hardware/mux_2024.doctree      |  Bin 70956 -> 72248 bytes
 .../doctrees/source_rst/software.doctree      |  Bin 38213 -> 38536 bytes
 .../source_rst/troubleshooting.doctree        |  Bin 8375 -> 8437 bytes
 .../doctrees/source_rst/v1.xx/V1_01.doctree   |  Bin 110558 -> 111181 bytes
 .../doctrees/source_rst/v1.xx/V1_02.doctree   |  Bin 114606 -> 115308 bytes
 doc/build/html/.buildinfo                     |    2 +-
 doc/build/html/_images/32.jpg                 |  Bin 0 -> 325569 bytes
 doc/build/html/_sources/index.rst.txt         |    1 +
 .../_sources/source_rst/hardware/mb.rst.txt   |    3 +-
 .../source_rst/hardware/mb/mb_2023.rst.txt    |   32 +-
 .../source_rst/hardware/mb/mb_2024.rst.txt    |   45 +-
 .../_sphinx_javascript_frameworks_compat.js   |   17 +-
 doc/build/html/_static/basic.css              |   55 +-
 doc/build/html/_static/doctools.js            |  132 +-
 .../html/_static/documentation_options.js     |    5 +-
 doc/build/html/_static/ibom.html              | 4669 +++++++++++++++++
 doc/build/html/_static/language_data.js       |    2 +-
 doc/build/html/_static/pygments.css           |    1 +
 doc/build/html/_static/searchtools.js         |  109 +-
 doc/build/html/_static/sphinx_highlight.js    |  154 +
 doc/build/html/genindex.html                  |   18 +-
 doc/build/html/index.html                     |   24 +-
 doc/build/html/objects.inv                    |  Bin 700 -> 703 bytes
 doc/build/html/search.html                    |   18 +-
 doc/build/html/searchindex.js                 |    2 +-
 doc/build/html/source_rst/Ohmpi.html          |   30 +-
 .../source_rst/V2023.x.x/V2023_step_03.html   |   30 +-
 doc/build/html/source_rst/api.html            |   22 +-
 .../html/source_rst/archived_version.html     |   22 +-
 .../developing_hardware_components.html       |   22 +-
 doc/build/html/source_rst/gallery.html        |   22 +-
 doc/build/html/source_rst/hardware.html       |   23 +-
 .../html/source_rst/hardware/assembling.html  |   26 +-
 .../html/source_rst/hardware/hw_info.html     |   26 +-
 .../html/source_rst/hardware/hw_pwr.html      |   26 +-
 .../html/source_rst/hardware/hw_rpi.html      |   28 +-
 doc/build/html/source_rst/hardware/mb.html    |   42 +-
 .../html/source_rst/hardware/mb/ibom.html     | 4669 +++++++++++++++++
 .../html/source_rst/hardware/mb/mb_2023.html  |  149 +-
 .../html/source_rst/hardware/mb/mb_2024.html  |  272 +-
 .../html/source_rst/hardware/mux_2023.html    |   52 +-
 .../html/source_rst/hardware/mux_2024.html    |   46 +-
 doc/build/html/source_rst/software.html       |   88 +-
 .../html/source_rst/troubleshooting.html      |   28 +-
 doc/build/html/source_rst/v1.xx/V1_01.html    |   90 +-
 doc/build/html/source_rst/v1.xx/V1_02.html    |   92 +-
 doc/source/img/mb.2024.x.x/32.jpg             |  Bin 0 -> 325569 bytes
 doc/source/index.rst                          |    1 +
 doc/source/source_rst/hardware/mb.rst         |    3 +-
 .../source_rst/hardware/mb/bom/ibom.html      | 4669 +++++++++++++++++
 doc/source/source_rst/hardware/mb/ibom.html   | 4669 +++++++++++++++++
 doc/source/source_rst/hardware/mb/mb_2023.rst |   32 +-
 doc/source/source_rst/hardware/mb/mb_2024.rst |   45 +-
 70 files changed, 19746 insertions(+), 767 deletions(-)
 create mode 100644 doc/build/html/_images/32.jpg
 create mode 100644 doc/build/html/_static/ibom.html
 create mode 100644 doc/build/html/_static/sphinx_highlight.js
 create mode 100644 doc/build/html/source_rst/hardware/mb/ibom.html
 create mode 100644 doc/source/img/mb.2024.x.x/32.jpg
 create mode 100644 doc/source/source_rst/hardware/mb/bom/ibom.html
 create mode 100644 doc/source/source_rst/hardware/mb/ibom.html

diff --git a/doc/build/doctrees/environment.pickle b/doc/build/doctrees/environment.pickle
index 16c1e34b7538718432246d3e91a7efd3cc9a38fe..81aeb7372806655afe1ef9ca583ec85f29574f33 100644
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diff --git a/doc/build/doctrees/index.doctree b/doc/build/doctrees/index.doctree
index a98499a787cf94786d99d48ca7fc1e3bdc001191..54285dd8c588dc0c2b52c9e1d9448d3d6d24bd0e 100644
GIT binary patch
delta 101
zcmexqx80tlfpzMdjVzbhnGB6K-(>d{FzFE~DN4*M&PgoE%+HH2D9TSSN-Zv)QaeSX
yhqWZXBr#`-H$x8>OigMEkXt%gO(LADhb_Ofq@c89ir?m1iP?;dO`9d95?BGnDJ8i8

delta 37
tcmdmP|I?18fpu!$MwZL$Oa{iAZ?gLeOpcNW-@IF5HX~#0=5VP5Rsaer4I=;m

diff --git a/doc/build/doctrees/source_rst/Ohmpi.doctree b/doc/build/doctrees/source_rst/Ohmpi.doctree
index a352807bd8aad34980fd84ac59963779ce5ea17f..2b9b21417ac82360bb7f7199d021ea371c44c24d 100644
GIT binary patch
delta 1579
zcma)6UuaWT81I+d+~!Z)G>KYlYHbqN^)}JkO*$DvbTAOJ^~rS<95HF5r)ROZCb<u?
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delta 1527
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f4es}eYzAn$abiLUO;k*W6uI{_Md=L=mNvkD?6Iqc

diff --git a/doc/build/doctrees/source_rst/V2023.x.x/V2023_step_03.doctree b/doc/build/doctrees/source_rst/V2023.x.x/V2023_step_03.doctree
index c950f2c7fb3c639e18b23bba016cc754b876ef7c..c7cc355c1237dec4fae4040cbed3c1ea1b8ef6f4 100644
GIT binary patch
delta 7861
zcmb`Me{>Yp6~~#Eo!On;4f#RbKp-R}Kp=tqBq6DR5XEppnwUsgLJ{%<Vup?6_X?I$
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z95nBEtXIU*e;GXcX!GNL+f{r_UA92()}3S_MzL1LvM4POaaSE#j;7ekI5e?~=xeLD
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frV~W&^4!T%*}_tx1x5JuTsZL4h0^yx>8t-Q=oiYv

delta 7488
zcmcJUdr(x@9mlx`?qz|6i;A#<k3|duvIyd;Y-*5@p&%+S==wk-8kO5?szxOmjS(?A
zf=G~qQyNlV73(B6DwvvDji}KXA4RcDnrR##F}00J)W$wWD^7psoV(}V-2rB`_|J0g
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z{AblcxRg>09vGI45(GS_bfhp0|2AwWaa4!kLt!x@btECgZ%E0wS9!d64n}85Wv?iw
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ztuAGL9_h4f>6W>uiDk3H+yj&r39z4xB<4>-NdOMkhPNgRBjnU+@cp2kC3nk{oM!Nr
z+=r1C<cmoErI(;W9~kB*;Ltdc;_EQtE01!@vB)4b3nEgZ=sE<B?ooH>8v4&f4wfz*
z(v3zqBVjO&Fp>=kyhk(`g?CGbccbUwEriv$$xbtP39ojL1#M=F$$_#rxwG5Af-~uT
zImju0Y-G1nXSV@ycIC{cbJ_jF>O`kly77?igwF1m&aRvWqwE$UB0Px*PazWq_N?+A
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zk}R|}pUI3z=st67fUnymEL8QuW3zUlC)Ap<omzc-$UDu`z0An|9{te_-u0(n_`m4u
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z&wCZi{5tQ|lY-fJ%J>z+e424DWSr~I+cldG=?$;TAklIC@Oy>Ba7S(kZpkf>Ym5bz
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zS3~8z`?c|h$M*q)CV<q`4DGjARkM1hf-Y{@N1>`TbR^L2;p#9;M>Nq7FIkm@%NB-W
z+nY1wtHyS;2J$U-IFM`N5cBO^6NM|@5$+QX(tY6YgWiridOHr$ShOAQ2l96Of=;l(
z@3$&u8J+^4HK;Run$<geuDhTx4&Qt$4UG+Q1Lj}}T)^t(xnST=H<N=nC`S+nHJbT!
z4yt{1tMDddvP=Jg6)y|ox?RGCM7N`9EDFjR#6b<96P^*&-cCVjRxd$Cc6nbpOBd7u
zrJr`k*J8vMS}__2mzi+c+UfG&jTrx;V{Fke9`6ogW7+S7$298`$of#n_-`HKaUJ7c
z9pkV6AB>4+gWg_tZCB0eB}UhwJpnJ-XvaI(izvtJrnxMZ#HG1p-14rB9q&$;7r_@?
zd&Oq1y(}}=UMBPHRC~>{H-rj8Iiz)<wPr57x7m;gFOvqM!b>!B;l<Ml&nUd6PKjw&
zFNsB}ec`u3*8`2+@IZ3~mu+&OOYZzG8u^7*)XV=ga=Wc_yQp(J*9|wkymEqI!Y3;o
zNDSuK5E~L~=X7jMI<^ChD?8YrLD9X`t#H7x|4-%q0DkNi5>~ZNcoCx8rQU*OoGs+w
zlr0Xklgy{@e`+mWv87U+6$}c%LR5b|xO#l=BDiAVCWaH&sidUn-i9>H?rc6(ohAtI
z8)&5+TWdstC3e&-7B*7bb#8lDlOohnTk%$y*Suh>AmE1DsrYeiu5h<G8|Mf@dvk5w
zH@<5RKz4OM`Dlfg7xe=9I7>cGlaE3uUCk#Szadlhz(;9Sz@j-npTGRACG(e&{{*Te
zLIw4%pq>@ftAct|lq#`g4oRSlqtTVcG_+Dp<C^KiH4O~+UE!B=5ORdTdrVRw9H1d&
so2oPM2Mu?`Y`9p4+ajaF)rF*#*GVZ#vP$W}Tzu?<DS{pM{#Eh+03A{=r2qf`

diff --git a/doc/build/doctrees/source_rst/api.doctree b/doc/build/doctrees/source_rst/api.doctree
index c1b52b8123fc845e5ac3d93413eb697d7432fe19..b8ba3861736e5e253badcf9654cac3e59c0f826f 100644
GIT binary patch
delta 100
zcmdlY`bm_ffpzNhjVyhPjQX1=Gu~x1=@BU@O3W+HNi50C&x<c8%1<v!EiRr?J4K_1
ywIshJF=vW5Lk|~BO==2|TRORbIh?D9Ex)v+ptNL)-{#}Yvl$s%HYc+NvH}2|#U<VV

delta 36
scmew)x<!<wfpzN2jVyhPj4_)hGu~yKyo5P?Gb_t%M#lQh3t0nM0rk}kb^rhX

diff --git a/doc/build/doctrees/source_rst/archived_version.doctree b/doc/build/doctrees/source_rst/archived_version.doctree
index c5be1642f456d817761a31b36609853beef3b04c..0ad051506c0d018dd0e20e3ca84e9bb704a8cefa 100644
GIT binary patch
delta 114
zcmZpZI3mH?z&h2EXCv!W#>o=Qf}2+}iZh$^h?Ep1<`w58mSpDV#TOLirx&Fb7f-33
zqS3=zl3$XTGsT;shYO}AH3i5moqUKToU4Z|zqF*Fv}B6kW=YoBj2sJl_)?3C@{1-n
MvI%cK&t}dF0RKEF;Q#;t

delta 37
tcmX>i(I&y#z&iCe_eR#KjEpgxXEUlZPyWUdzB!zAHY4Ml&7au<SpoMF4DbK|

diff --git a/doc/build/doctrees/source_rst/developing_hardware_components.doctree b/doc/build/doctrees/source_rst/developing_hardware_components.doctree
index b12600c989698c71f5a68b52c06f4bd49b6d9e74..4b691f50d53e658f7d306d17b6012239a860634a 100644
GIT binary patch
delta 150
zcmez2x6PlWfpzNYjV$LFx%E?0%Tjal3o`T4C(joV-TaC1m5fP`NJ&v*UU5!hNoIat
zd_hrudQoa|@s!#r8a=Ef`6Y=tQ@j~^xL|5hQ-Ivk$#>+!xq8_0OG^q$OQ!g3HkO~w
x$jGz#yuxA@mT*P}hRGY*b(p2ILMAU&jbIGg{7;pekx^<gm%1Ed$Yf1*e*jPmHUa<u

delta 81
zcmdny|HF@^fpu!`MwWAo+%YMsWvMy&1(|v2ljn<wZvMphN@lWveE8-<`Pqz&?3;NN
l7qc)1P2Q+#$ml=$v1$aP?`9h{ZbnAY$sX!*K%sPXe*nt38xsHk

diff --git a/doc/build/doctrees/source_rst/gallery.doctree b/doc/build/doctrees/source_rst/gallery.doctree
index d663705cd4b02d80b3c78807d3810bf7e01c53e9..914a38c75a669fb84800dd444fc616ebce58aa20 100644
GIT binary patch
delta 100
zcmcaDGE<bLfpu!%MwTUvjQX2bGUhRw^oW!cCFT|9B$j06=fxKk<);^=78g&coubjh
xT9RLqm@~zjp@$2mCN%}fEuAdR9M09lmS0*@P+Bs@Z*v~=Y(~c1&0MU3tN=$9BkceH

delta 36
scmbO!dRv60fpu!YMwTUvj4_*6GUhQ(_GS*>yoPx;BV)#957t0d0N}6-ga7~l

diff --git a/doc/build/doctrees/source_rst/hardware.doctree b/doc/build/doctrees/source_rst/hardware.doctree
index f83f4f8a6b257ef21472b077389fc9696727d547..6c5a06e90a54fa545a86a96840c1ec7c804bba10 100644
GIT binary patch
delta 101
zcmeyYxlxO?fpw~y=tkCNMn?V3os7ynCOsl0MTvREIf*5i`FZgLMfvGPsl~-pYNu%Q
yu$JVPB<4)<X6WI9sYy)%a!V(#;SJ~NVaqQqDJU(O;<uTZZ#E;N)aLp8A*=u~&m;o?

delta 37
tcmdm}^;wg(fpzK&k&Ud)jEpgxI~kRECO_Z}-|WaYn~_m;^IiTBRsjDy44D7`

diff --git a/doc/build/doctrees/source_rst/hardware/assembling.doctree b/doc/build/doctrees/source_rst/hardware/assembling.doctree
index 97a7712e91dc6cea7db4f0ace0283f8c6e942849..8e4d3460d02423cc4639bdfa49240bf7cff5cfa0 100644
GIT binary patch
delta 6207
zcmY+Id0drM8pk~c?($yN%i=991rc!Nf`EdVC}^dnT(aOAT7${3h=42^l?qyJpdt_E
zG8!&rirdh2$y}K>TQys!8cVBBQ)8t~%QQ7Q&-0wid++-X=e+kk=Xbv6cb;?J_wdrz
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gO4Df3DvRb8*ELiZlUzA9tf(zb!0J-Z<+t79|FwVtn*aa+

delta 5718
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TCey(4HNF)5IL=>xu|)h2?>Mro

diff --git a/doc/build/doctrees/source_rst/hardware/hw_info.doctree b/doc/build/doctrees/source_rst/hardware/hw_info.doctree
index 934313bca5a5809e9bfb1cf8d2f04036ebc2929f..7c2bb5673ed3cb2c9110b0adb04b1f3cf94168f0 100644
GIT binary patch
delta 109
zcmX?8(pAdRz&f>lBg-O2F8z$eqLlK)qE!9O8yH0mO?pI1iW2jRa}rB3^Yh{hit^Ko
zQj3eH)K1apVJ*ooNz9qz&CtUIQ<Itk<d#l8Y81}Z!<JuKQczkl#c#8W@oYxMcbj*Z
HOko88{uU}e

delta 45
zcmeAwJyXKcz&h1&Bg-O2u9%F(qLlK)qSTnp8yH0mC;v1G-yCH;o00M5=5HobSOJtb
B5&{4K

diff --git a/doc/build/doctrees/source_rst/hardware/hw_pwr.doctree b/doc/build/doctrees/source_rst/hardware/hw_pwr.doctree
index 4144b00996e230dfc247fdd22afec4cbf3201fb0..eb863990f7209baf929d9381374aee3497a7ac75 100644
GIT binary patch
delta 109
zcmX@A(5%SPz&f>JBTEk>mwrZKQA&AYQL6stS&V+{COsl0MTvREIf*5i`FZgLMfvGP
zsl~-pYNu%Qu$JVPB<4)<X6WI9sYy)%a!V(_;0WjHVaqQqDJU(O;<wqJb2cO6`OUYv
GvRDD4*eM18

delta 45
zcmZoxJgUIbz&h1xBTEk>S4>7?QA&AYQEJTQS&V+{lVv!=H`j8`W@J3IS&}=86#!h<
B4$J@m

diff --git a/doc/build/doctrees/source_rst/hardware/hw_rpi.doctree b/doc/build/doctrees/source_rst/hardware/hw_rpi.doctree
index 36c36d07390c96dec83fb62642cbac221bd4b2aa..28f797ad9f1ffef1de8785e910de94760222ad61 100644
GIT binary patch
delta 1662
zcmbVMZA?>F818%8+bL;T4Hz~Ag@R~=mR1UFt&A0zishpfku40nq7AoKXiI6cu!IU4
zm^C-z_FfZbvME`X%<Y%COO|EC>?`rdvP}1H#${QygzPJ@IJX#MvU5&pQRXlHyvcdb
z^L5UB@45RCEPf2alyKqBz%`*nD5w`hiQ}(^65)EaMzEA^k`1v$WH=HHjRaGPh$7pu
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delta 1462
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diff --git a/doc/build/doctrees/source_rst/hardware/mb.doctree b/doc/build/doctrees/source_rst/hardware/mb.doctree
index 89d2791f1af5ade131e6a816a9ef67faa471edd5..9f9fb59fa06e6da729f60fce3c04aeb1dfaa1f4d 100644
GIT binary patch
delta 2318
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delta 2080
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CC~Kks

diff --git a/doc/build/doctrees/source_rst/hardware/mb/mb_2023.doctree b/doc/build/doctrees/source_rst/hardware/mb/mb_2023.doctree
index 37e27c02a6f77d86f8784571f8b6c4200fca623e..4924cd432bd59714256167907f7310af352e8409 100644
GIT binary patch
literal 105157
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diff --git a/doc/build/doctrees/source_rst/hardware/mb/mb_2024.doctree b/doc/build/doctrees/source_rst/hardware/mb/mb_2024.doctree
index 45ce3167b8b3f06afb90435df9ac84febd19bece..cbd5e17c02f59240a85fa796b66c99dcb1f31302 100644
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diff --git a/doc/build/doctrees/source_rst/hardware/mux_2023.doctree b/doc/build/doctrees/source_rst/hardware/mux_2023.doctree
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diff --git a/doc/build/doctrees/source_rst/hardware/mux_2024.doctree b/doc/build/doctrees/source_rst/hardware/mux_2024.doctree
index 10b1c293ed7c975f71e251b6fc06febbb7a59e2d..b12c4cfb8c54aa86765b84cc4b3928cd3872e6ec 100644
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diff --git a/doc/build/doctrees/source_rst/software.doctree b/doc/build/doctrees/source_rst/software.doctree
index 85ce1db6a4efc944b4b837cfcf6b42a7179803a3..d09ce192481578df04c1dba564f616bb88d30f48 100644
GIT binary patch
delta 4637
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delta 4381
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diff --git a/doc/build/doctrees/source_rst/troubleshooting.doctree b/doc/build/doctrees/source_rst/troubleshooting.doctree
index 3d64edea4630187659c3bb4ddb146cb871407539..f8cd401478c258d82ded171339ffc5a1ef642ecf 100644
GIT binary patch
delta 100
zcmdn)_|=i6fpzMujVzNG8TB_$XPhf;(j!t*l$ckXlUS0OpBG<Hl%HOdT3kG(c8W$1
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delta 50
zcmV-20L}mPLAOB!fCZJTu>_I<0bH|}0i73<Xc<?t$r+mg3uFNR0E`Z0a&m8SlQA0;
Ivw|CQ1=W}lCjbBd

diff --git a/doc/build/doctrees/source_rst/v1.xx/V1_01.doctree b/doc/build/doctrees/source_rst/v1.xx/V1_01.doctree
index 4a305eafb9c4da53e29df1ae64af431280d37022..6aa173601c23942ebeea70557206f5222003cb8c 100644
GIT binary patch
delta 11133
zcmbW73tW`N+Q4}RcDcAH7eVB@fL9U`1r-zp?}mUNeCAz3WL@MULZ*2MI)1uIrVcvZ
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diff --git a/doc/build/doctrees/source_rst/v1.xx/V1_02.doctree b/doc/build/doctrees/source_rst/v1.xx/V1_02.doctree
index 6f821c24e3ed3e5d20d40b7e0ed04357898711f7..735849fa6ec24e5da69a5e4eeb7381a106a3d1e5 100644
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diff --git a/doc/build/html/.buildinfo b/doc/build/html/.buildinfo
index 9bcdd9d7..1b735687 100644
--- a/doc/build/html/.buildinfo
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@@ -1,4 +1,4 @@
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diff --git a/doc/build/html/_sources/index.rst.txt b/doc/build/html/_sources/index.rst.txt
index 0f29794b..ab0cf9d4 100644
--- a/doc/build/html/_sources/index.rst.txt
+++ b/doc/build/html/_sources/index.rst.txt
@@ -41,6 +41,7 @@ Contents:
    source_rst/gallery
    source_rst/developing_hardware_components
    source_rst/archived_version
+   source_rst/ibom.html
   
 
   
diff --git a/doc/build/html/_sources/source_rst/hardware/mb.rst.txt b/doc/build/html/_sources/source_rst/hardware/mb.rst.txt
index 3a91aa6d..6f8cff39 100644
--- a/doc/build/html/_sources/source_rst/hardware/mb.rst.txt
+++ b/doc/build/html/_sources/source_rst/hardware/mb.rst.txt
@@ -51,7 +51,8 @@ Specifications
 
 
 
-Contents: 
+Assemble you measurement board:
+------------------------------- 
 
 .. toctree:: 
    :maxdepth: 2 
diff --git a/doc/build/html/_sources/source_rst/hardware/mb/mb_2023.rst.txt b/doc/build/html/_sources/source_rst/hardware/mb/mb_2023.rst.txt
index 66fc8232..84509fa1 100644
--- a/doc/build/html/_sources/source_rst/hardware/mb/mb_2023.rst.txt
+++ b/doc/build/html/_sources/source_rst/hardware/mb/mb_2023.rst.txt
@@ -4,38 +4,8 @@
 Measurement board v2023
 **********************************************
 
-Specifications
-==============
-
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-| **Parameter**                 |       **V1.0x**       | Units     |       **v2023**       | Units     |
-+===============================+=======================+===========+=======================+===========+
-|Electrodes                     |32                     |           |64 to 128              |           |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Operating temperature          |-0 to 50               |°c         |-25 to 50              |°C         |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Power consumption of CPU and   |18.5                   |W          |18.5                   |W          |
-|control system                 |                       |           |                       |           |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Voltage injection              |12                     |V          |12                     |V          |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Battery                        |9                      |V          |12                     |V          |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Current                        |0 to 40                |mA         |0 to 40                |mA         |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Min pulse duration             |150                    |ms         |150                    |ms         |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Input impedance                |80                     |MOhm       |80                     |MOhm       |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Data storage                   |micro SD card          |           |micro SD card          |           |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Resolution                     |0.01                   |Ohm        |0.01                   |Ohm        |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-
-
-
 **PART A** Assembly of the measurement board
-======================================================
+==============================================
 
 
 Required components 
diff --git a/doc/build/html/_sources/source_rst/hardware/mb/mb_2024.rst.txt b/doc/build/html/_sources/source_rst/hardware/mb/mb_2024.rst.txt
index 65656c36..45d2242c 100644
--- a/doc/build/html/_sources/source_rst/hardware/mb/mb_2024.rst.txt
+++ b/doc/build/html/_sources/source_rst/hardware/mb/mb_2024.rst.txt
@@ -2,14 +2,49 @@
     **OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules. OhmPi must be assembled in a professional context and by people competent in electronics. The OhmPi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The OhmPi team cannot be held responsible if the equipment does not work after assembly.**
 
 
-Measurement board v2024
-=======================
+Measurement board 2024.0.2
+===========================
+
+The 2024.0.2 measurement board has been developed to replace the 2023.0.1 measurement board. It offers superior performance compared to its predecessor. 
+The current measurement component has not evolved and presents no major differences. However, the major upgrade is the Mikroe-1887 module. Specifically, 
+it provides electrical isolation for the Vmn measurement set. This isolation allows for injection voltages (Vab) up to 200V
+
+
+**PART A** Assembly of the measurement board
+--------------------------------------------
+
+Required components 
+-------------------
+
+`Interactive BOM list <ibom.html>`_
+
+
+.. figure:: ../../../img/mb.2024.x.x/32.jpg       
+       :width: 700px
+       :align: center
+       :height: 450px
+       :alt: alternate text
+       :figclass: align-center 
+
+
+
+
+.. csv-table:: List of components
+   :file: ../../../img/v2023.x.x/step_n_2/a/measure_board_list_2_xx.csv
+   :widths: 30, 70, 70, 70, 70, 35, 35
+   :header-rows: 1
+
+
+
+.. toctree:: 
+   :maxdepth: 2 
+
+   bom/ibom.html
+   bom/ibom.html
+
 
 
 
 
-You can also include a file directly:
 
-.. raw:: html
-   :file: ../../../bomlist/ibom.html
 
diff --git a/doc/build/html/_static/_sphinx_javascript_frameworks_compat.js b/doc/build/html/_static/_sphinx_javascript_frameworks_compat.js
index 8549469d..81415803 100644
--- a/doc/build/html/_static/_sphinx_javascript_frameworks_compat.js
+++ b/doc/build/html/_static/_sphinx_javascript_frameworks_compat.js
@@ -1,20 +1,9 @@
-/*
- * _sphinx_javascript_frameworks_compat.js
- * ~~~~~~~~~~
- *
- * Compatability shim for jQuery and underscores.js.
- *
- * WILL BE REMOVED IN Sphinx 6.0
- * xref RemovedInSphinx60Warning
+/* Compatability shim for jQuery and underscores.js.
  *
+ * Copyright Sphinx contributors
+ * Released under the two clause BSD licence
  */
 
-/**
- * select a different prefix for underscore
- */
-$u = _.noConflict();
-
-
 /**
  * small helper function to urldecode strings
  *
diff --git a/doc/build/html/_static/basic.css b/doc/build/html/_static/basic.css
index 08896771..30fee9d0 100644
--- a/doc/build/html/_static/basic.css
+++ b/doc/build/html/_static/basic.css
@@ -4,7 +4,7 @@
  *
  * Sphinx stylesheet -- basic theme.
  *
- * :copyright: Copyright 2007-2022 by the Sphinx team, see AUTHORS.
+ * :copyright: Copyright 2007-2023 by the Sphinx team, see AUTHORS.
  * :license: BSD, see LICENSE for details.
  *
  */
@@ -237,6 +237,10 @@ a.headerlink {
     visibility: hidden;
 }
 
+a:visited {
+    color: #551A8B;
+}
+
 h1:hover > a.headerlink,
 h2:hover > a.headerlink,
 h3:hover > a.headerlink,
@@ -324,17 +328,17 @@ aside.sidebar {
 p.sidebar-title {
     font-weight: bold;
 }
+
 nav.contents,
 aside.topic,
-
 div.admonition, div.topic, blockquote {
     clear: left;
 }
 
 /* -- topics ---------------------------------------------------------------- */
+
 nav.contents,
 aside.topic,
-
 div.topic {
     border: 1px solid #ccc;
     padding: 7px;
@@ -375,7 +379,6 @@ div.sidebar > :last-child,
 aside.sidebar > :last-child,
 nav.contents > :last-child,
 aside.topic > :last-child,
-
 div.topic > :last-child,
 div.admonition > :last-child {
     margin-bottom: 0;
@@ -385,7 +388,6 @@ div.sidebar::after,
 aside.sidebar::after,
 nav.contents::after,
 aside.topic::after,
-
 div.topic::after,
 div.admonition::after,
 blockquote::after {
@@ -611,25 +613,6 @@ ul.simple p {
     margin-bottom: 0;
 }
 
-/* Docutils 0.17 and older (footnotes & citations) */
-dl.footnote > dt,
-dl.citation > dt {
-    float: left;
-    margin-right: 0.5em;
-}
-
-dl.footnote > dd,
-dl.citation > dd {
-    margin-bottom: 0em;
-}
-
-dl.footnote > dd:after,
-dl.citation > dd:after {
-    content: "";
-    clear: both;
-}
-
-/* Docutils 0.18+ (footnotes & citations) */
 aside.footnote > span,
 div.citation > span {
     float: left;
@@ -654,8 +637,6 @@ div.citation > p:last-of-type:after {
     clear: both;
 }
 
-/* Footnotes & citations ends */
-
 dl.field-list {
     display: grid;
     grid-template-columns: fit-content(30%) auto;
@@ -668,10 +649,6 @@ dl.field-list > dt {
     padding-right: 5px;
 }
 
-dl.field-list > dt:after {
-    content: ":";
-}
-
 dl.field-list > dd {
     padding-left: 0.5em;
     margin-top: 0em;
@@ -697,6 +674,16 @@ dd {
     margin-left: 30px;
 }
 
+.sig dd {
+    margin-top: 0px;
+    margin-bottom: 0px;
+}
+
+.sig dl {
+    margin-top: 0px;
+    margin-bottom: 0px;
+}
+
 dl > dd:last-child,
 dl > dd:last-child > :last-child {
     margin-bottom: 0;
@@ -765,6 +752,14 @@ abbr, acronym {
     cursor: help;
 }
 
+.translated {
+    background-color: rgba(207, 255, 207, 0.2)
+}
+
+.untranslated {
+    background-color: rgba(255, 207, 207, 0.2)
+}
+
 /* -- code displays --------------------------------------------------------- */
 
 pre {
diff --git a/doc/build/html/_static/doctools.js b/doc/build/html/_static/doctools.js
index c3db08d1..d06a71d7 100644
--- a/doc/build/html/_static/doctools.js
+++ b/doc/build/html/_static/doctools.js
@@ -4,12 +4,19 @@
  *
  * Base JavaScript utilities for all Sphinx HTML documentation.
  *
- * :copyright: Copyright 2007-2022 by the Sphinx team, see AUTHORS.
+ * :copyright: Copyright 2007-2023 by the Sphinx team, see AUTHORS.
  * :license: BSD, see LICENSE for details.
  *
  */
 "use strict";
 
+const BLACKLISTED_KEY_CONTROL_ELEMENTS = new Set([
+  "TEXTAREA",
+  "INPUT",
+  "SELECT",
+  "BUTTON",
+]);
+
 const _ready = (callback) => {
   if (document.readyState !== "loading") {
     callback();
@@ -18,73 +25,11 @@ const _ready = (callback) => {
   }
 };
 
-/**
- * highlight a given string on a node by wrapping it in
- * span elements with the given class name.
- */
-const _highlight = (node, addItems, text, className) => {
-  if (node.nodeType === Node.TEXT_NODE) {
-    const val = node.nodeValue;
-    const parent = node.parentNode;
-    const pos = val.toLowerCase().indexOf(text);
-    if (
-      pos >= 0 &&
-      !parent.classList.contains(className) &&
-      !parent.classList.contains("nohighlight")
-    ) {
-      let span;
-
-      const closestNode = parent.closest("body, svg, foreignObject");
-      const isInSVG = closestNode && closestNode.matches("svg");
-      if (isInSVG) {
-        span = document.createElementNS("http://www.w3.org/2000/svg", "tspan");
-      } else {
-        span = document.createElement("span");
-        span.classList.add(className);
-      }
-
-      span.appendChild(document.createTextNode(val.substr(pos, text.length)));
-      parent.insertBefore(
-        span,
-        parent.insertBefore(
-          document.createTextNode(val.substr(pos + text.length)),
-          node.nextSibling
-        )
-      );
-      node.nodeValue = val.substr(0, pos);
-
-      if (isInSVG) {
-        const rect = document.createElementNS(
-          "http://www.w3.org/2000/svg",
-          "rect"
-        );
-        const bbox = parent.getBBox();
-        rect.x.baseVal.value = bbox.x;
-        rect.y.baseVal.value = bbox.y;
-        rect.width.baseVal.value = bbox.width;
-        rect.height.baseVal.value = bbox.height;
-        rect.setAttribute("class", className);
-        addItems.push({ parent: parent, target: rect });
-      }
-    }
-  } else if (node.matches && !node.matches("button, select, textarea")) {
-    node.childNodes.forEach((el) => _highlight(el, addItems, text, className));
-  }
-};
-const _highlightText = (thisNode, text, className) => {
-  let addItems = [];
-  _highlight(thisNode, addItems, text, className);
-  addItems.forEach((obj) =>
-    obj.parent.insertAdjacentElement("beforebegin", obj.target)
-  );
-};
-
 /**
  * Small JavaScript module for the documentation.
  */
 const Documentation = {
   init: () => {
-    Documentation.highlightSearchWords();
     Documentation.initDomainIndexTable();
     Documentation.initOnKeyListeners();
   },
@@ -126,51 +71,6 @@ const Documentation = {
     Documentation.LOCALE = catalog.locale;
   },
 
-  /**
-   * highlight the search words provided in the url in the text
-   */
-  highlightSearchWords: () => {
-    const highlight =
-      new URLSearchParams(window.location.search).get("highlight") || "";
-    const terms = highlight.toLowerCase().split(/\s+/).filter(x => x);
-    if (terms.length === 0) return; // nothing to do
-
-    // There should never be more than one element matching "div.body"
-    const divBody = document.querySelectorAll("div.body");
-    const body = divBody.length ? divBody[0] : document.querySelector("body");
-    window.setTimeout(() => {
-      terms.forEach((term) => _highlightText(body, term, "highlighted"));
-    }, 10);
-
-    const searchBox = document.getElementById("searchbox");
-    if (searchBox === null) return;
-    searchBox.appendChild(
-      document
-        .createRange()
-        .createContextualFragment(
-          '<p class="highlight-link">' +
-            '<a href="javascript:Documentation.hideSearchWords()">' +
-            Documentation.gettext("Hide Search Matches") +
-            "</a></p>"
-        )
-    );
-  },
-
-  /**
-   * helper function to hide the search marks again
-   */
-  hideSearchWords: () => {
-    document
-      .querySelectorAll("#searchbox .highlight-link")
-      .forEach((el) => el.remove());
-    document
-      .querySelectorAll("span.highlighted")
-      .forEach((el) => el.classList.remove("highlighted"));
-    const url = new URL(window.location);
-    url.searchParams.delete("highlight");
-    window.history.replaceState({}, "", url);
-  },
-
   /**
    * helper function to focus on search bar
    */
@@ -210,15 +110,11 @@ const Documentation = {
     )
       return;
 
-    const blacklistedElements = new Set([
-      "TEXTAREA",
-      "INPUT",
-      "SELECT",
-      "BUTTON",
-    ]);
     document.addEventListener("keydown", (event) => {
-      if (blacklistedElements.has(document.activeElement.tagName)) return; // bail for input elements
-      if (event.altKey || event.ctrlKey || event.metaKey) return; // bail with special keys
+      // bail for input elements
+      if (BLACKLISTED_KEY_CONTROL_ELEMENTS.has(document.activeElement.tagName)) return;
+      // bail with special keys
+      if (event.altKey || event.ctrlKey || event.metaKey) return;
 
       if (!event.shiftKey) {
         switch (event.key) {
@@ -240,10 +136,6 @@ const Documentation = {
               event.preventDefault();
             }
             break;
-          case "Escape":
-            if (!DOCUMENTATION_OPTIONS.ENABLE_SEARCH_SHORTCUTS) break;
-            Documentation.hideSearchWords();
-            event.preventDefault();
         }
       }
 
diff --git a/doc/build/html/_static/documentation_options.js b/doc/build/html/_static/documentation_options.js
index bf1a4d34..dadb7b3c 100644
--- a/doc/build/html/_static/documentation_options.js
+++ b/doc/build/html/_static/documentation_options.js
@@ -1,5 +1,4 @@
-var DOCUMENTATION_OPTIONS = {
-    URL_ROOT: document.getElementById("documentation_options").getAttribute('data-url_root'),
+const DOCUMENTATION_OPTIONS = {
     VERSION: 'v2024rc',
     LANGUAGE: 'en',
     COLLAPSE_INDEX: false,
@@ -10,5 +9,5 @@ var DOCUMENTATION_OPTIONS = {
     SOURCELINK_SUFFIX: '.txt',
     NAVIGATION_WITH_KEYS: false,
     SHOW_SEARCH_SUMMARY: true,
-    ENABLE_SEARCH_SHORTCUTS: false,
+    ENABLE_SEARCH_SHORTCUTS: true,
 };
\ No newline at end of file
diff --git a/doc/build/html/_static/ibom.html b/doc/build/html/_static/ibom.html
new file mode 100644
index 00000000..a2fef3a0
--- /dev/null
+++ b/doc/build/html/_static/ibom.html
@@ -0,0 +1,4669 @@
+<!DOCTYPE html>
+<html lang="en">
+
+<head>
+  <meta charset="UTF-8">
+  <meta name="viewport" content="width=device-width, initial-scale=1.0">
+  <title>Interactive BOM for KiCAD</title>
+  <style type="text/css">
+:root {
+  --pcb-edge-color: black;
+  --pad-color: #878787;
+  --pad-hole-color: #CCCCCC;
+  --pad-color-highlight: #D04040;
+  --pad-color-highlight-both: #D0D040;
+  --pad-color-highlight-marked: #44a344;
+  --pin1-outline-color: #ffb629;
+  --pin1-outline-color-highlight: #ffb629;
+  --pin1-outline-color-highlight-both: #fcbb39;
+  --pin1-outline-color-highlight-marked: #fdbe41;
+  --silkscreen-edge-color: #aa4;
+  --silkscreen-polygon-color: #4aa;
+  --silkscreen-text-color: #4aa;
+  --fabrication-edge-color: #907651;
+  --fabrication-polygon-color: #907651;
+  --fabrication-text-color: #a27c24;
+  --track-color: #def5f1;
+  --track-color-highlight: #D04040;
+  --zone-color: #def5f1;
+  --zone-color-highlight: #d0404080;
+}
+
+html,
+body {
+  margin: 0px;
+  height: 100%;
+  font-family: Verdana, sans-serif;
+}
+
+.dark.topmostdiv {
+  --pcb-edge-color: #eee;
+  --pad-color: #808080;
+  --pin1-outline-color: #ffa800;
+  --pin1-outline-color-highlight: #ccff00;
+  --track-color: #42524f;
+  --zone-color: #42524f;
+  background-color: #252c30;
+  color: #eee;
+}
+
+button {
+  background-color: #eee;
+  border: 1px solid #888;
+  color: black;
+  height: 44px;
+  width: 44px;
+  text-align: center;
+  text-decoration: none;
+  display: inline-block;
+  font-size: 14px;
+  font-weight: bolder;
+}
+
+.dark button {
+  /* This will be inverted */
+  background-color: #c3b7b5;
+}
+
+button.depressed {
+  background-color: #0a0;
+  color: white;
+}
+
+.dark button.depressed {
+  /* This will be inverted */
+  background-color: #b3b;
+}
+
+button:focus {
+  outline: 0;
+}
+
+button#tb-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.32 290.12h5.82M1.32 291.45h5.82' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 292.5v4.23M.26 292.63H8.2' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='1.35' y='295.73'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
+}
+
+button#lr-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.06 290.12H3.7m-2.64 1.33H3.7m-2.64 1.32H3.7m-2.64 1.3H3.7m-2.64 1.33H3.7' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 288.8v7.94m0-4.11h3.96' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='5.11' y='291.96'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
+}
+
+button#bom-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)' fill='none' stroke='%23000' stroke-width='.4'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' stroke-linejoin='round'/%3E%3Cpath d='M1.59 290.12h5.29M1.59 291.45h5.33M1.59 292.75h5.33M1.59 294.09h5.33M1.59 295.41h5.33'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-grouped-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m4 0h5m4 0h3M6.1 22h3m3.9 0h5m4 0h4m-16-8h4m4 0h4'/%3E%3Cpath stroke-linecap='null' d='M5 17.5h22M5 26.6h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-ungrouped-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m-4 8h3m-3 8h4'/%3E%3Cpath stroke-linecap='null' d='M5 13.5h22m-22 8h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-netlist-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg fill='none' stroke='%23000' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-width='2' d='M6 26l6-6v-8m13.8-6.3l-6 6v8'/%3E%3Ccircle cx='11.8' cy='9.5' r='2.8' stroke-width='2'/%3E%3Ccircle cx='19.8' cy='22.8' r='2.8' stroke-width='2'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#copy {
+  background-image: url("data:image/svg+xml,%3Csvg height='48' viewBox='0 0 48 48' width='48' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M0 0h48v48h-48z' fill='none'/%3E%3Cpath d='M32 2h-24c-2.21 0-4 1.79-4 4v28h4v-28h24v-4zm6 8h-22c-2.21 0-4 1.79-4 4v28c0 2.21 1.79 4 4 4h22c2.21 0 4-1.79 4-4v-28c0-2.21-1.79-4-4-4zm0 32h-22v-28h22v28z'/%3E%3C/svg%3E");
+  background-position: 6px 6px;
+  background-repeat: no-repeat;
+  background-size: 26px 26px;
+  border-radius: 6px;
+  height: 40px;
+  width: 40px;
+  margin: 10px 5px;
+}
+
+button#copy:active {
+  box-shadow: inset 0px 0px 5px #6c6c6c;
+}
+
+textarea.clipboard-temp {
+  position: fixed;
+  top: 0;
+  left: 0;
+  width: 2em;
+  height: 2em;
+  padding: 0;
+  border: None;
+  outline: None;
+  box-shadow: None;
+  background: transparent;
+}
+
+.left-most-button {
+  border-right: 0;
+  border-top-left-radius: 6px;
+  border-bottom-left-radius: 6px;
+}
+
+.middle-button {
+  border-right: 0;
+}
+
+.right-most-button {
+  border-top-right-radius: 6px;
+  border-bottom-right-radius: 6px;
+}
+
+.button-container {
+  font-size: 0;
+  margin: 0.4rem 0.4rem 0.4rem 0;
+}
+
+.dark .button-container {
+  filter: invert(1);
+}
+
+.button-container button {
+  background-size: 32px 32px;
+  background-position: 5px 5px;
+  background-repeat: no-repeat;
+}
+
+@media print {
+  .hideonprint {
+    display: none;
+  }
+}
+
+canvas {
+  cursor: crosshair;
+}
+
+canvas:active {
+  cursor: grabbing;
+}
+
+.fileinfo {
+  width: 100%;
+  max-width: 1000px;
+  border: none;
+  padding: 3px;
+}
+
+.fileinfo .title {
+  font-size: 20pt;
+  font-weight: bold;
+}
+
+.fileinfo td {
+  overflow: hidden;
+  white-space: nowrap;
+  max-width: 1px;
+  width: 50%;
+  text-overflow: ellipsis;
+}
+
+.bom {
+  border-collapse: collapse;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 10pt;
+  table-layout: fixed;
+  width: 100%;
+  margin-top: 1px;
+  position: relative;
+}
+
+.bom th,
+.bom td {
+  border: 1px solid black;
+  padding: 5px;
+  word-wrap: break-word;
+  text-align: center;
+  position: relative;
+}
+
+.dark .bom th,
+.dark .bom td {
+  border: 1px solid #777;
+}
+
+.bom th {
+  background-color: #CCCCCC;
+  background-clip: padding-box;
+}
+
+.dark .bom th {
+  background-color: #3b4749;
+}
+
+.bom tr.highlighted:nth-child(n) {
+  background-color: #cfc;
+}
+
+.dark .bom tr.highlighted:nth-child(n) {
+  background-color: #226022;
+}
+
+.bom tr:nth-child(even) {
+  background-color: #f2f2f2;
+}
+
+.dark .bom tr:nth-child(even) {
+  background-color: #313b40;
+}
+
+.bom tr.checked {
+  color: #1cb53d;
+}
+
+.dark .bom tr.checked {
+  color: #2cce54;
+}
+
+.bom tr {
+  transition: background-color 0.2s;
+}
+
+.bom .numCol {
+  width: 30px;
+}
+
+.bom .value {
+  width: 15%;
+}
+
+.bom .quantity {
+  width: 65px;
+}
+
+.bom th .sortmark {
+  position: absolute;
+  right: 1px;
+  top: 1px;
+  margin-top: -5px;
+  border-width: 5px;
+  border-style: solid;
+  border-color: transparent transparent #221 transparent;
+  transform-origin: 50% 85%;
+  transition: opacity 0.2s, transform 0.4s;
+}
+
+.dark .bom th .sortmark {
+  filter: invert(1);
+}
+
+.bom th .sortmark.none {
+  opacity: 0;
+}
+
+.bom th .sortmark.desc {
+  transform: rotate(180deg);
+}
+
+.bom th:hover .sortmark.none {
+  opacity: 0.5;
+}
+
+.bom .bom-checkbox {
+  width: 30px;
+  position: relative;
+  user-select: none;
+  -moz-user-select: none;
+}
+
+.bom .bom-checkbox:before {
+  content: "";
+  position: absolute;
+  border-width: 15px;
+  border-style: solid;
+  border-color: #51829f transparent transparent transparent;
+  visibility: hidden;
+  top: -15px;
+}
+
+.bom .bom-checkbox:after {
+  content: "Double click to set/unset all";
+  position: absolute;
+  color: white;
+  top: -35px;
+  left: -26px;
+  background: #51829f;
+  padding: 5px 15px;
+  border-radius: 8px;
+  white-space: nowrap;
+  visibility: hidden;
+}
+
+.bom .bom-checkbox:hover:before,
+.bom .bom-checkbox:hover:after {
+  visibility: visible;
+  transition: visibility 0.2s linear 1s;
+}
+
+.split {
+  -webkit-box-sizing: border-box;
+  -moz-box-sizing: border-box;
+  box-sizing: border-box;
+  overflow-y: auto;
+  overflow-x: hidden;
+  background-color: inherit;
+}
+
+.split.split-horizontal,
+.gutter.gutter-horizontal {
+  height: 100%;
+  float: left;
+}
+
+.gutter {
+  background-color: #ddd;
+  background-repeat: no-repeat;
+  background-position: 50%;
+  transition: background-color 0.3s;
+}
+
+.dark .gutter {
+  background-color: #777;
+}
+
+.gutter.gutter-horizontal {
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAeCAYAAADkftS9AAAAIklEQVQoU2M4c+bMfxAGAgYYmwGrIIiDjrELjpo5aiZeMwF+yNnOs5KSvgAAAABJRU5ErkJggg==');
+  cursor: ew-resize;
+  width: 5px;
+}
+
+.gutter.gutter-vertical {
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAFAQMAAABo7865AAAABlBMVEVHcEzMzMzyAv2sAAAAAXRSTlMAQObYZgAAABBJREFUeF5jOAMEEAIEEFwAn3kMwcB6I2AAAAAASUVORK5CYII=');
+  cursor: ns-resize;
+  height: 5px;
+}
+
+.searchbox {
+  float: left;
+  height: 40px;
+  margin: 10px 5px;
+  padding: 12px 32px;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 18px;
+  box-sizing: border-box;
+  border: 1px solid #888;
+  border-radius: 6px;
+  outline: none;
+  background-color: #eee;
+  transition: background-color 0.2s, border 0.2s;
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAABNklEQVQ4T8XSMUvDQBQH8P/LElFa/AIZHcTBQSz0I/gFstTBRR2KUC4ldDxw7h0Bl3RRUATxi4iiODgoiLNrbQYp5J6cpJJqomkX33Z37/14d/dIa33MzDuYI4johOI4XhyNRteO46zNYjDzAxE1yBZprVeZ+QbAUhXEGJMA2Ox2u4+fQIa0mPmsCgCgJYQ4t7lfgF0opQYAdv9ABkKI/UnOFCClXKjX61cA1osQY8x9kiRNKeV7IWA3oyhaSdP0FkAtjxhj3hzH2RBCPOf3pzqYHCilfAAX+URm9oMguPzeWSGQvUcMYC8rOBJCHBRdqxTo9/vbRHRqi8bj8XKv1xvODbiuW2u32/bvf0SlDv4XYOY7z/Mavu+nM1+BmQ+NMc0wDF/LprP0DbTWW0T00ul0nn4b7Q87+X4Qmfiq2wAAAABJRU5ErkJggg==');
+  background-position: 10px 10px;
+  background-repeat: no-repeat;
+}
+
+.dark .searchbox {
+  background-color: #111;
+  color: #eee;
+}
+
+.searchbox::placeholder {
+  color: #ccc;
+}
+
+.dark .searchbox::placeholder {
+  color: #666;
+}
+
+.filter {
+  width: calc(60% - 64px);
+}
+
+.reflookup {
+  width: calc(40% - 10px);
+}
+
+input[type=text]:focus {
+  background-color: white;
+  border: 1px solid #333;
+}
+
+.dark input[type=text]:focus {
+  background-color: #333;
+  border: 1px solid #ccc;
+}
+
+mark.highlight {
+  background-color: #5050ff;
+  color: #fff;
+  padding: 2px;
+  border-radius: 6px;
+}
+
+.dark mark.highlight {
+  background-color: #76a6da;
+  color: #111;
+}
+
+.menubtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36' viewBox='0 0 20 20'%3E%3Cpath fill='none' d='M0 0h20v20H0V0z'/%3E%3Cpath d='M15.95 10.78c.03-.25.05-.51.05-.78s-.02-.53-.06-.78l1.69-1.32c.15-.12.19-.34.1-.51l-1.6-2.77c-.1-.18-.31-.24-.49-.18l-1.99.8c-.42-.32-.86-.58-1.35-.78L12 2.34c-.03-.2-.2-.34-.4-.34H8.4c-.2 0-.36.14-.39.34l-.3 2.12c-.49.2-.94.47-1.35.78l-1.99-.8c-.18-.07-.39 0-.49.18l-1.6 2.77c-.1.18-.06.39.1.51l1.69 1.32c-.04.25-.07.52-.07.78s.02.53.06.78L2.37 12.1c-.15.12-.19.34-.1.51l1.6 2.77c.1.18.31.24.49.18l1.99-.8c.42.32.86.58 1.35.78l.3 2.12c.04.2.2.34.4.34h3.2c.2 0 .37-.14.39-.34l.3-2.12c.49-.2.94-.47 1.35-.78l1.99.8c.18.07.39 0 .49-.18l1.6-2.77c.1-.18.06-.39-.1-.51l-1.67-1.32zM10 13c-1.65 0-3-1.35-3-3s1.35-3 3-3 3 1.35 3 3-1.35 3-3 3z'/%3E%3C/svg%3E%0A");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.statsbtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg width='36' height='36' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M4 6h28v24H4V6zm0 8h28v8H4m9-16v24h10V5.8' fill='none' stroke='%23000' stroke-width='2'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.iobtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36'%3E%3Cpath fill='none' stroke='%23000' stroke-width='2' d='M3 33v-7l6.8-7h16.5l6.7 7v7H3zM3.2 26H33M21 9l5-5.9 5 6h-2.5V15h-5V9H21zm-4.9 0l-5 6-5-6h2.5V3h5v6h2.5z'/%3E%3Cpath fill='none' stroke='%23000' d='M6.1 29.5H10'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.visbtn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='24' height='24'%3E%3Cpath fill='none' stroke='%23333' d='M2.5 4.5h5v15h-5zM9.5 4.5h5v15h-5zM16.5 4.5h5v15h-5z'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+  padding: 15px;
+}
+
+#vismenu-content {
+  left: 0px;
+  font-family: Verdana, sans-serif;
+}
+
+.dark .statsbtn,
+.dark .savebtn,
+.dark .menubtn,
+.dark .iobtn,
+.dark .visbtn {
+  filter: invert(1);
+}
+
+.flexbox {
+  display: flex;
+  align-items: center;
+  justify-content: space-between;
+  width: 100%;
+}
+
+.savebtn {
+  background-color: #d6d6d6;
+  width: auto;
+  height: 30px;
+  flex-grow: 1;
+  margin: 5px;
+  border-radius: 4px;
+}
+
+.savebtn:active {
+  background-color: #0a0;
+  color: white;
+}
+
+.dark .savebtn:active {
+  /* This will be inverted */
+  background-color: #b3b;
+}
+
+.stats {
+  border-collapse: collapse;
+  font-size: 12pt;
+  table-layout: fixed;
+  width: 100%;
+  min-width: 450px;
+}
+
+.dark .stats td {
+  border: 1px solid #bbb;
+}
+
+.stats td {
+  border: 1px solid black;
+  padding: 5px;
+  word-wrap: break-word;
+  text-align: center;
+  position: relative;
+}
+
+#checkbox-stats div {
+  position: absolute;
+  left: 0;
+  top: 0;
+  height: 100%;
+  width: 100%;
+  display: flex;
+  align-items: center;
+  justify-content: center;
+}
+
+#checkbox-stats .bar {
+  background-color: rgba(28, 251, 0, 0.6);
+}
+
+.menu {
+  position: relative;
+  display: inline-block;
+  margin: 0.4rem 0.4rem 0.4rem 0;
+}
+
+.menu-content {
+  font-size: 12pt !important;
+  text-align: left !important;
+  font-weight: normal !important;
+  display: none;
+  position: absolute;
+  background-color: white;
+  right: 0;
+  min-width: 300px;
+  box-shadow: 0px 8px 16px 0px rgba(0, 0, 0, 0.2);
+  z-index: 100;
+  padding: 8px;
+}
+
+.dark .menu-content {
+  background-color: #111;
+}
+
+.menu:hover .menu-content {
+  display: block;
+}
+
+.menu:hover .menubtn,
+.menu:hover .iobtn,
+.menu:hover .statsbtn {
+  background-color: #eee;
+}
+
+.menu-label {
+  display: inline-block;
+  padding: 8px;
+  border: 1px solid #ccc;
+  border-top: 0;
+  width: calc(100% - 18px);
+}
+
+.menu-label-top {
+  border-top: 1px solid #ccc;
+}
+
+.menu-textbox {
+  float: left;
+  height: 24px;
+  margin: 10px 5px;
+  padding: 5px 5px;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 14px;
+  box-sizing: border-box;
+  border: 1px solid #888;
+  border-radius: 4px;
+  outline: none;
+  background-color: #eee;
+  transition: background-color 0.2s, border 0.2s;
+  width: calc(100% - 10px);
+}
+
+.menu-textbox.invalid,
+.dark .menu-textbox.invalid {
+  color: red;
+}
+
+.dark .menu-textbox {
+  background-color: #222;
+  color: #eee;
+}
+
+.radio-container {
+  margin: 4px;
+}
+
+.topmostdiv {
+  display: flex;
+  flex-direction: column;
+  width: 100%;
+  background-color: white;
+  transition: background-color 0.3s;
+}
+
+#top {
+  display: flex;
+  flex-wrap: wrap;
+  justify-content: flex-end;
+  align-items: center;
+}
+
+#topdivider {
+  border-bottom: 2px solid black;
+  display: flex;
+  justify-content: center;
+  align-items: center;
+}
+
+.dark #topdivider {
+  border-bottom: 2px solid #ccc;
+}
+
+#topdivider>div {
+  position: relative;
+}
+
+#toptoggle {
+  cursor: pointer;
+  user-select: none;
+  position: absolute;
+  padding: 0.1rem 0.3rem;
+  top: -0.4rem;
+  left: -1rem;
+  font-size: 1.4rem;
+  line-height: 60%;
+  border: 1px solid black;
+  border-radius: 1rem;
+  background-color: #fff;
+  z-index: 100;
+}
+
+.flipped {
+  transform: rotate(0.5turn);
+}
+
+.dark #toptoggle {
+  border: 1px solid #fff;
+  background-color: #222;
+}
+
+#fileinfodiv {
+  flex: 20rem 1 0;
+  overflow: auto;
+}
+
+#bomcontrols {
+  display: flex;
+  flex-direction: row-reverse;
+}
+
+#bomcontrols>* {
+  flex-shrink: 0;
+}
+
+#dbg {
+  display: block;
+}
+
+::-webkit-scrollbar {
+  width: 8px;
+}
+
+::-webkit-scrollbar-track {
+  background: #aaa;
+}
+
+::-webkit-scrollbar-thumb {
+  background: #666;
+  border-radius: 3px;
+}
+
+::-webkit-scrollbar-thumb:hover {
+  background: #555;
+}
+
+.slider {
+  -webkit-appearance: none;
+  width: 100%;
+  margin: 3px 0;
+  padding: 0;
+  outline: none;
+  opacity: 0.7;
+  -webkit-transition: .2s;
+  transition: opacity .2s;
+  border-radius: 3px;
+}
+
+.slider:hover {
+  opacity: 1;
+}
+
+.slider:focus {
+  outline: none;
+}
+
+.slider::-webkit-slider-runnable-track {
+  -webkit-appearance: none;
+  width: 100%;
+  height: 8px;
+  background: #d3d3d3;
+  border-radius: 3px;
+  border: none;
+}
+
+.slider::-webkit-slider-thumb {
+  -webkit-appearance: none;
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+  margin-top: -4px;
+}
+
+.dark .slider::-webkit-slider-thumb {
+  background: #3d3;
+}
+
+.slider::-moz-range-thumb {
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+}
+
+.slider::-moz-range-track {
+  height: 8px;
+  background: #d3d3d3;
+  border-radius: 3px;
+}
+
+.dark .slider::-moz-range-thumb {
+  background: #3d3;
+}
+
+.slider::-ms-track {
+  width: 100%;
+  height: 8px;
+  border-width: 3px 0;
+  background: transparent;
+  border-color: transparent;
+  color: transparent;
+  transition: opacity .2s;
+}
+
+.slider::-ms-fill-lower {
+  background: #d3d3d3;
+  border: none;
+  border-radius: 3px;
+}
+
+.slider::-ms-fill-upper {
+  background: #d3d3d3;
+  border: none;
+  border-radius: 3px;
+}
+
+.slider::-ms-thumb {
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+  margin: 0;
+}
+
+.shameless-plug {
+  font-size: 0.8em;
+  text-align: center;
+  display: block;
+}
+
+a {
+  color: #0278a4;
+}
+
+.dark a {
+  color: #00b9fd;
+}
+
+#frontcanvas,
+#backcanvas {
+  touch-action: none;
+}
+
+.placeholder {
+  border: 1px dashed #9f9fda !important;
+  background-color: #edf2f7 !important;
+}
+
+.dragging {
+  z-index: 999;
+}
+
+.dark .dragging>table>tbody>tr {
+  background-color: #252c30;
+}
+
+.dark .placeholder {
+  filter: invert(1);
+}
+
+.column-spacer {
+  top: 0;
+  left: 0;
+  width: calc(100% - 4px);
+  position: absolute;
+  cursor: pointer;
+  user-select: none;
+  height: 100%;
+}
+
+.column-width-handle {
+  top: 0;
+  right: 0;
+  width: 4px;
+  position: absolute;
+  cursor: col-resize;
+  user-select: none;
+  height: 100%;
+}
+
+.column-width-handle:hover {
+  background-color: #4f99bd;
+}
+
+.help-link {
+  border: 1px solid #0278a4;
+  padding-inline: 0.3rem;
+  border-radius: 3px;
+  cursor: pointer;
+}
+
+.dark .help-link {
+  border: 1px solid #00b9fd;
+}
+
+.bom-color {
+  width: 20%;
+}
+
+.color-column input {
+  width: 1.6rem;
+  height: 1rem;
+  border: 1px solid black;
+  cursor: pointer;
+  padding: 0;
+}
+
+/* removes default styling from input color element */
+::-webkit-color-swatch {
+  border: none;
+}
+
+::-webkit-color-swatch-wrapper {
+  padding: 0;
+}
+
+::-moz-color-swatch,
+::-moz-focus-inner {
+  border: none;
+}
+
+::-moz-focus-inner {
+  padding: 0;
+}
+/* #bomhead {
+    position: sticky;
+    top: 0px;
+    z-index: 1;
+} */
+  </style>
+  <script type="text/javascript" >
+///////////////////////////////////////////////
+/*
+  Split.js - v1.3.5
+  MIT License
+  https://github.com/nathancahill/Split.js
+*/
+!function(e,t){"object"==typeof exports&&"undefined"!=typeof module?module.exports=t():"function"==typeof define&&define.amd?define(t):e.Split=t()}(this,function(){"use strict";var e=window,t=e.document,n="addEventListener",i="removeEventListener",r="getBoundingClientRect",s=function(){return!1},o=e.attachEvent&&!e[n],a=["","-webkit-","-moz-","-o-"].filter(function(e){var n=t.createElement("div");return n.style.cssText="width:"+e+"calc(9px)",!!n.style.length}).shift()+"calc",l=function(e){return"string"==typeof e||e instanceof String?t.querySelector(e):e};return function(u,c){function z(e,t,n){var i=A(y,t,n);Object.keys(i).forEach(function(t){return e.style[t]=i[t]})}function h(e,t){var n=B(y,t);Object.keys(n).forEach(function(t){return e.style[t]=n[t]})}function f(e){var t=E[this.a],n=E[this.b],i=t.size+n.size;t.size=e/this.size*i,n.size=i-e/this.size*i,z(t.element,t.size,this.aGutterSize),z(n.element,n.size,this.bGutterSize)}function m(e){var t;this.dragging&&((t="touches"in e?e.touches[0][b]-this.start:e[b]-this.start)<=E[this.a].minSize+M+this.aGutterSize?t=E[this.a].minSize+this.aGutterSize:t>=this.size-(E[this.b].minSize+M+this.bGutterSize)&&(t=this.size-(E[this.b].minSize+this.bGutterSize)),f.call(this,t),c.onDrag&&c.onDrag())}function g(){var e=E[this.a].element,t=E[this.b].element;this.size=e[r]()[y]+t[r]()[y]+this.aGutterSize+this.bGutterSize,this.start=e[r]()[G]}function d(){var t=this,n=E[t.a].element,r=E[t.b].element;t.dragging&&c.onDragEnd&&c.onDragEnd(),t.dragging=!1,e[i]("mouseup",t.stop),e[i]("touchend",t.stop),e[i]("touchcancel",t.stop),t.parent[i]("mousemove",t.move),t.parent[i]("touchmove",t.move),delete t.stop,delete t.move,n[i]("selectstart",s),n[i]("dragstart",s),r[i]("selectstart",s),r[i]("dragstart",s),n.style.userSelect="",n.style.webkitUserSelect="",n.style.MozUserSelect="",n.style.pointerEvents="",r.style.userSelect="",r.style.webkitUserSelect="",r.style.MozUserSelect="",r.style.pointerEvents="",t.gutter.style.cursor="",t.parent.style.cursor=""}function S(t){var i=this,r=E[i.a].element,o=E[i.b].element;!i.dragging&&c.onDragStart&&c.onDragStart(),t.preventDefault(),i.dragging=!0,i.move=m.bind(i),i.stop=d.bind(i),e[n]("mouseup",i.stop),e[n]("touchend",i.stop),e[n]("touchcancel",i.stop),i.parent[n]("mousemove",i.move),i.parent[n]("touchmove",i.move),r[n]("selectstart",s),r[n]("dragstart",s),o[n]("selectstart",s),o[n]("dragstart",s),r.style.userSelect="none",r.style.webkitUserSelect="none",r.style.MozUserSelect="none",r.style.pointerEvents="none",o.style.userSelect="none",o.style.webkitUserSelect="none",o.style.MozUserSelect="none",o.style.pointerEvents="none",i.gutter.style.cursor=j,i.parent.style.cursor=j,g.call(i)}function v(e){e.forEach(function(t,n){if(n>0){var i=F[n-1],r=E[i.a],s=E[i.b];r.size=e[n-1],s.size=t,z(r.element,r.size,i.aGutterSize),z(s.element,s.size,i.bGutterSize)}})}function p(){F.forEach(function(e){e.parent.removeChild(e.gutter),E[e.a].element.style[y]="",E[e.b].element.style[y]=""})}void 0===c&&(c={});var y,b,G,E,w=l(u[0]).parentNode,D=e.getComputedStyle(w).flexDirection,U=c.sizes||u.map(function(){return 100/u.length}),k=void 0!==c.minSize?c.minSize:100,x=Array.isArray(k)?k:u.map(function(){return k}),L=void 0!==c.gutterSize?c.gutterSize:10,M=void 0!==c.snapOffset?c.snapOffset:30,O=c.direction||"horizontal",j=c.cursor||("horizontal"===O?"ew-resize":"ns-resize"),C=c.gutter||function(e,n){var i=t.createElement("div");return i.className="gutter gutter-"+n,i},A=c.elementStyle||function(e,t,n){var i={};return"string"==typeof t||t instanceof String?i[e]=t:i[e]=o?t+"%":a+"("+t+"% - "+n+"px)",i},B=c.gutterStyle||function(e,t){return n={},n[e]=t+"px",n;var n};"horizontal"===O?(y="width","clientWidth",b="clientX",G="left","paddingLeft"):"vertical"===O&&(y="height","clientHeight",b="clientY",G="top","paddingTop");var F=[];return E=u.map(function(e,t){var i,s={element:l(e),size:U[t],minSize:x[t]};if(t>0&&(i={a:t-1,b:t,dragging:!1,isFirst:1===t,isLast:t===u.length-1,direction:O,parent:w},i.aGutterSize=L,i.bGutterSize=L,i.isFirst&&(i.aGutterSize=L/2),i.isLast&&(i.bGutterSize=L/2),"row-reverse"===D||"column-reverse"===D)){var a=i.a;i.a=i.b,i.b=a}if(!o&&t>0){var c=C(t,O);h(c,L),c[n]("mousedown",S.bind(i)),c[n]("touchstart",S.bind(i)),w.insertBefore(c,s.element),i.gutter=c}0===t||t===u.length-1?z(s.element,s.size,L/2):z(s.element,s.size,L);var f=s.element[r]()[y];return f<s.minSize&&(s.minSize=f),t>0&&F.push(i),s}),o?{setSizes:v,destroy:p}:{setSizes:v,getSizes:function(){return E.map(function(e){return e.size})},collapse:function(e){if(e===F.length){var t=F[e-1];g.call(t),o||f.call(t,t.size-t.bGutterSize)}else{var n=F[e];g.call(n),o||f.call(n,n.aGutterSize)}},destroy:p}}});
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+// Copyright (c) 2013 Pieroxy <pieroxy@pieroxy.net>
+// This work is free. You can redistribute it and/or modify it
+// under the terms of the WTFPL, Version 2
+// For more information see LICENSE.txt or http://www.wtfpl.net/
+//
+// For more information, the home page:
+// http://pieroxy.net/blog/pages/lz-string/testing.html
+//
+// LZ-based compression algorithm, version 1.4.4
+var LZString=function(){var o=String.fromCharCode,i={};var n={decompressFromBase64:function(o){return null==o?"":""==o?null:n._decompress(o.length,32,function(n){return function(o,n){if(!i[o]){i[o]={};for(var t=0;t<o.length;t++)i[o][o.charAt(t)]=t}return i[o][n]}("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",o.charAt(n))})},_decompress:function(i,n,t){var r,e,a,s,p,u,l,f=[],c=4,d=4,h=3,v="",g=[],m={val:t(0),position:n,index:1};for(r=0;r<3;r+=1)f[r]=r;for(a=0,p=Math.pow(2,2),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 2:return""}for(f[3]=l,e=l,g.push(l);;){if(m.index>i)return"";for(a=0,p=Math.pow(2,h),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(l=a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 2:return g.join("")}if(0==c&&(c=Math.pow(2,h),h++),f[l])v=f[l];else{if(l!==d)return null;v=e+e.charAt(0)}g.push(v),f[d++]=e+v.charAt(0),e=v,0==--c&&(c=Math.pow(2,h),h++)}}};return n}();"function"==typeof define&&define.amd?define(function(){return LZString}):"undefined"!=typeof module&&null!=module?module.exports=LZString:"undefined"!=typeof angular&&null!=angular&&angular.module("LZString",[]).factory("LZString",function(){return LZString});
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*!
+ * PEP v0.4.3 | https://github.com/jquery/PEP
+ * Copyright jQuery Foundation and other contributors | http://jquery.org/license
+ */
+!function(a,b){"object"==typeof exports&&"undefined"!=typeof module?module.exports=b():"function"==typeof define&&define.amd?define(b):a.PointerEventsPolyfill=b()}(this,function(){"use strict";function a(a,b){b=b||Object.create(null);var c=document.createEvent("Event");c.initEvent(a,b.bubbles||!1,b.cancelable||!1);
+for(var d,e=2;e<m.length;e++)d=m[e],c[d]=b[d]||n[e];c.buttons=b.buttons||0;
+var f=0;return f=b.pressure&&c.buttons?b.pressure:c.buttons?.5:0,c.x=c.clientX,c.y=c.clientY,c.pointerId=b.pointerId||0,c.width=b.width||0,c.height=b.height||0,c.pressure=f,c.tiltX=b.tiltX||0,c.tiltY=b.tiltY||0,c.twist=b.twist||0,c.tangentialPressure=b.tangentialPressure||0,c.pointerType=b.pointerType||"",c.hwTimestamp=b.hwTimestamp||0,c.isPrimary=b.isPrimary||!1,c}function b(){this.array=[],this.size=0}function c(a,b,c,d){this.addCallback=a.bind(d),this.removeCallback=b.bind(d),this.changedCallback=c.bind(d),A&&(this.observer=new A(this.mutationWatcher.bind(this)))}function d(a){return"body /shadow-deep/ "+e(a)}function e(a){return'[touch-action="'+a+'"]'}function f(a){return"{ -ms-touch-action: "+a+"; touch-action: "+a+"; }"}function g(){if(F){D.forEach(function(a){String(a)===a?(E+=e(a)+f(a)+"\n",G&&(E+=d(a)+f(a)+"\n")):(E+=a.selectors.map(e)+f(a.rule)+"\n",G&&(E+=a.selectors.map(d)+f(a.rule)+"\n"))});var a=document.createElement("style");a.textContent=E,document.head.appendChild(a)}}function h(){if(!window.PointerEvent){if(window.PointerEvent=a,window.navigator.msPointerEnabled){var b=window.navigator.msMaxTouchPoints;Object.defineProperty(window.navigator,"maxTouchPoints",{value:b,enumerable:!0}),u.registerSource("ms",_)}else Object.defineProperty(window.navigator,"maxTouchPoints",{value:0,enumerable:!0}),u.registerSource("mouse",N),void 0!==window.ontouchstart&&u.registerSource("touch",V);u.register(document)}}function i(a){if(!u.pointermap.has(a)){var b=new Error("InvalidPointerId");throw b.name="InvalidPointerId",b}}function j(a){for(var b=a.parentNode;b&&b!==a.ownerDocument;)b=b.parentNode;if(!b){var c=new Error("InvalidStateError");throw c.name="InvalidStateError",c}}function k(a){var b=u.pointermap.get(a);return 0!==b.buttons}function l(){window.Element&&!Element.prototype.setPointerCapture&&Object.defineProperties(Element.prototype,{setPointerCapture:{value:W},releasePointerCapture:{value:X},hasPointerCapture:{value:Y}})}
+var m=["bubbles","cancelable","view","detail","screenX","screenY","clientX","clientY","ctrlKey","altKey","shiftKey","metaKey","button","relatedTarget","pageX","pageY"],n=[!1,!1,null,null,0,0,0,0,!1,!1,!1,!1,0,null,0,0],o=window.Map&&window.Map.prototype.forEach,p=o?Map:b;b.prototype={set:function(a,b){return void 0===b?this["delete"](a):(this.has(a)||this.size++,void(this.array[a]=b))},has:function(a){return void 0!==this.array[a]},"delete":function(a){this.has(a)&&(delete this.array[a],this.size--)},get:function(a){return this.array[a]},clear:function(){this.array.length=0,this.size=0},forEach:function(a,b){return this.array.forEach(function(c,d){a.call(b,c,d,this)},this)}};var q=["bubbles","cancelable","view","detail","screenX","screenY","clientX","clientY","ctrlKey","altKey","shiftKey","metaKey","button","relatedTarget","buttons","pointerId","width","height","pressure","tiltX","tiltY","pointerType","hwTimestamp","isPrimary","type","target","currentTarget","which","pageX","pageY","timeStamp"],r=[!1,!1,null,null,0,0,0,0,!1,!1,!1,!1,0,null,0,0,0,0,0,0,0,"",0,!1,"",null,null,0,0,0,0],s={pointerover:1,pointerout:1,pointerenter:1,pointerleave:1},t="undefined"!=typeof SVGElementInstance,u={pointermap:new p,eventMap:Object.create(null),captureInfo:Object.create(null),eventSources:Object.create(null),eventSourceList:[],registerSource:function(a,b){var c=b,d=c.events;d&&(d.forEach(function(a){c[a]&&(this.eventMap[a]=c[a].bind(c))},this),this.eventSources[a]=c,this.eventSourceList.push(c))},register:function(a){for(var b,c=this.eventSourceList.length,d=0;d<c&&(b=this.eventSourceList[d]);d++)
+b.register.call(b,a)},unregister:function(a){for(var b,c=this.eventSourceList.length,d=0;d<c&&(b=this.eventSourceList[d]);d++)
+b.unregister.call(b,a)},contains:function(a,b){try{return a.contains(b)}catch(c){return!1}},down:function(a){a.bubbles=!0,this.fireEvent("pointerdown",a)},move:function(a){a.bubbles=!0,this.fireEvent("pointermove",a)},up:function(a){a.bubbles=!0,this.fireEvent("pointerup",a)},enter:function(a){a.bubbles=!1,this.fireEvent("pointerenter",a)},leave:function(a){a.bubbles=!1,this.fireEvent("pointerleave",a)},over:function(a){a.bubbles=!0,this.fireEvent("pointerover",a)},out:function(a){a.bubbles=!0,this.fireEvent("pointerout",a)},cancel:function(a){a.bubbles=!0,this.fireEvent("pointercancel",a)},leaveOut:function(a){this.out(a),this.propagate(a,this.leave,!1)},enterOver:function(a){this.over(a),this.propagate(a,this.enter,!0)},eventHandler:function(a){if(!a._handledByPE){var b=a.type,c=this.eventMap&&this.eventMap[b];c&&c(a),a._handledByPE=!0}},listen:function(a,b){b.forEach(function(b){this.addEvent(a,b)},this)},unlisten:function(a,b){b.forEach(function(b){this.removeEvent(a,b)},this)},addEvent:function(a,b){a.addEventListener(b,this.boundHandler)},removeEvent:function(a,b){a.removeEventListener(b,this.boundHandler)},makeEvent:function(b,c){this.captureInfo[c.pointerId]&&(c.relatedTarget=null);var d=new a(b,c);return c.preventDefault&&(d.preventDefault=c.preventDefault),d._target=d._target||c.target,d},fireEvent:function(a,b){var c=this.makeEvent(a,b);return this.dispatchEvent(c)},cloneEvent:function(a){for(var b,c=Object.create(null),d=0;d<q.length;d++)b=q[d],c[b]=a[b]||r[d],!t||"target"!==b&&"relatedTarget"!==b||c[b]instanceof SVGElementInstance&&(c[b]=c[b].correspondingUseElement);return a.preventDefault&&(c.preventDefault=function(){a.preventDefault()}),c},getTarget:function(a){var b=this.captureInfo[a.pointerId];return b?a._target!==b&&a.type in s?void 0:b:a._target},propagate:function(a,b,c){for(var d=a.target,e=[];d!==document&&!d.contains(a.relatedTarget);) if(e.push(d),d=d.parentNode,!d)return;c&&e.reverse(),e.forEach(function(c){a.target=c,b.call(this,a)},this)},setCapture:function(b,c,d){this.captureInfo[b]&&this.releaseCapture(b,d),this.captureInfo[b]=c,this.implicitRelease=this.releaseCapture.bind(this,b,d),document.addEventListener("pointerup",this.implicitRelease),document.addEventListener("pointercancel",this.implicitRelease);var e=new a("gotpointercapture");e.pointerId=b,e._target=c,d||this.asyncDispatchEvent(e)},releaseCapture:function(b,c){var d=this.captureInfo[b];if(d){this.captureInfo[b]=void 0,document.removeEventListener("pointerup",this.implicitRelease),document.removeEventListener("pointercancel",this.implicitRelease);var e=new a("lostpointercapture");e.pointerId=b,e._target=d,c||this.asyncDispatchEvent(e)}},dispatchEvent:/*scope.external.dispatchEvent || */function(a){var b=this.getTarget(a);if(b)return b.dispatchEvent(a)},asyncDispatchEvent:function(a){requestAnimationFrame(this.dispatchEvent.bind(this,a))}};u.boundHandler=u.eventHandler.bind(u);var v={shadow:function(a){if(a)return a.shadowRoot||a.webkitShadowRoot},canTarget:function(a){return a&&Boolean(a.elementFromPoint)},targetingShadow:function(a){var b=this.shadow(a);if(this.canTarget(b))return b},olderShadow:function(a){var b=a.olderShadowRoot;if(!b){var c=a.querySelector("shadow");c&&(b=c.olderShadowRoot)}return b},allShadows:function(a){for(var b=[],c=this.shadow(a);c;)b.push(c),c=this.olderShadow(c);return b},searchRoot:function(a,b,c){if(a){var d,e,f=a.elementFromPoint(b,c);for(e=this.targetingShadow(f);e;){if(d=e.elementFromPoint(b,c)){var g=this.targetingShadow(d);return this.searchRoot(g,b,c)||d} e=this.olderShadow(e)} return f}},owner:function(a){
+for(var b=a;b.parentNode;)b=b.parentNode;
+return b.nodeType!==Node.DOCUMENT_NODE&&b.nodeType!==Node.DOCUMENT_FRAGMENT_NODE&&(b=document),b},findTarget:function(a){var b=a.clientX,c=a.clientY,d=this.owner(a.target);
+return d.elementFromPoint(b,c)||(d=document),this.searchRoot(d,b,c)}},w=Array.prototype.forEach.call.bind(Array.prototype.forEach),x=Array.prototype.map.call.bind(Array.prototype.map),y=Array.prototype.slice.call.bind(Array.prototype.slice),z=Array.prototype.filter.call.bind(Array.prototype.filter),A=window.MutationObserver||window.WebKitMutationObserver,B="[touch-action]",C={subtree:!0,childList:!0,attributes:!0,attributeOldValue:!0,attributeFilter:["touch-action"]};c.prototype={watchSubtree:function(a){
+//
+this.observer&&v.canTarget(a)&&this.observer.observe(a,C)},enableOnSubtree:function(a){this.watchSubtree(a),a===document&&"complete"!==document.readyState?this.installOnLoad():this.installNewSubtree(a)},installNewSubtree:function(a){w(this.findElements(a),this.addElement,this)},findElements:function(a){return a.querySelectorAll?a.querySelectorAll(B):[]},removeElement:function(a){this.removeCallback(a)},addElement:function(a){this.addCallback(a)},elementChanged:function(a,b){this.changedCallback(a,b)},concatLists:function(a,b){return a.concat(y(b))},
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+var b=x(a,this.findElements,this);
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+var M,N={POINTER_ID:1,POINTER_TYPE:"mouse",events:["mousedown","mousemove","mouseup","mouseover","mouseout"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},lastTouches:[],
+isEventSimulatedFromTouch:function(a){for(var b,c=this.lastTouches,d=a.clientX,e=a.clientY,f=0,g=c.length;f<g&&(b=c[f]);f++){
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+0!==b.which&&c?a.buttons=c.buttons:a.buttons=0,b.buttons=a.buttons},mousedown:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);K||(c.buttons=J[c.button],b&&(c.buttons|=b.buttons),a.buttons=c.buttons),H.set(this.POINTER_ID,a),b&&0!==b.buttons?u.move(c):u.down(c)}},mousemove:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,H.set(this.POINTER_ID,a),u.move(b)}},mouseup:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);if(!K){var d=J[c.button];
+c.buttons=b?b.buttons&~d:0,a.buttons=c.buttons}H.set(this.POINTER_ID,a),
+c.buttons&=~J[c.button],0===c.buttons?u.up(c):u.move(c)}},mouseover:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,H.set(this.POINTER_ID,a),u.enterOver(b)}},mouseout:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,u.leaveOut(b)}},cancel:function(a){var b=this.prepareEvent(a);u.cancel(b),this.deactivateMouse()},deactivateMouse:function(){H["delete"](this.POINTER_ID)}},O=u.captureInfo,P=v.findTarget.bind(v),Q=v.allShadows.bind(v),R=u.pointermap,S=2500,T=200,U="touch-action",V={events:["touchstart","touchmove","touchend","touchcancel"],register:function(a){M.enableOnSubtree(a)},unregister:function(){},elementAdded:function(a){var b=a.getAttribute(U),c=this.touchActionToScrollType(b);c&&(a._scrollType=c,u.listen(a,this.events),
+Q(a).forEach(function(a){a._scrollType=c,u.listen(a,this.events)},this))},elementRemoved:function(a){a._scrollType=void 0,u.unlisten(a,this.events),
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+(0===R.size||1===R.size&&R.has(1))&&(this.firstTouch=a.identifier,this.firstXY={X:a.clientX,Y:a.clientY},this.scrolling=!1,this.cancelResetClickCount())},removePrimaryPointer:function(a){a.isPrimary&&(this.firstTouch=null,this.firstXY=null,this.resetClickCount())},clickCount:0,resetId:null,resetClickCount:function(){var a=function(){this.clickCount=0,this.resetId=null}.bind(this);this.resetId=setTimeout(a,T)},cancelResetClickCount:function(){this.resetId&&clearTimeout(this.resetId)},typeToButtons:function(a){var b=0;return"touchstart"!==a&&"touchmove"!==a||(b=1),b},touchToPointer:function(a){var b=this.currentTouchEvent,c=u.cloneEvent(a),d=c.pointerId=a.identifier+2;c.target=O[d]||P(c),c.bubbles=!0,c.cancelable=!0,c.detail=this.clickCount,c.button=0,c.buttons=this.typeToButtons(b.type),c.width=2*(a.radiusX||a.webkitRadiusX||0),c.height=2*(a.radiusY||a.webkitRadiusY||0),c.pressure=a.force||a.webkitForce||.5,c.isPrimary=this.isPrimaryTouch(a),c.pointerType=this.POINTER_TYPE,
+c.altKey=b.altKey,c.ctrlKey=b.ctrlKey,c.metaKey=b.metaKey,c.shiftKey=b.shiftKey;
+var e=this;return c.preventDefault=function(){e.scrolling=!1,e.firstXY=null,b.preventDefault()},c},processTouches:function(a,b){var c=a.changedTouches;this.currentTouchEvent=a;for(var d,e=0;e<c.length;e++)d=c[e],b.call(this,this.touchToPointer(d))},
+shouldScroll:function(a){if(this.firstXY){var b,c=a.currentTarget._scrollType;if("none"===c)
+b=!1;else if("XY"===c)
+b=!0;else{var d=a.changedTouches[0],e=c,f="Y"===c?"X":"Y",g=Math.abs(d["client"+e]-this.firstXY[e]),h=Math.abs(d["client"+f]-this.firstXY[f]);
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+vacuumTouches:function(a){var b=a.touches;
+if(R.size>=b.length){var c=[];R.forEach(function(a,d){
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+if(c){var d=c.out,e=c.outTarget;u.move(b),d&&e!==b.target&&(d.relatedTarget=b.target,b.relatedTarget=e,
+d.target=e,b.target?(u.leaveOut(d),u.enterOver(b)):(
+b.target=e,b.relatedTarget=null,this.cancelOut(b))),c.out=b,c.outTarget=b.target}},touchend:function(a){this.dedupSynthMouse(a),this.processTouches(a,this.upOut)},upOut:function(a){this.scrolling||(u.up(a),u.leaveOut(a)),this.cleanUpPointer(a)},touchcancel:function(a){this.processTouches(a,this.cancelOut)},cancelOut:function(a){u.cancel(a),u.leaveOut(a),this.cleanUpPointer(a)},cleanUpPointer:function(a){R["delete"](a.pointerId),this.removePrimaryPointer(a)},
+dedupSynthMouse:function(a){var b=N.lastTouches,c=a.changedTouches[0];
+if(this.isPrimaryTouch(c)){
+var d={x:c.clientX,y:c.clientY};b.push(d);var e=function(a,b){var c=a.indexOf(b);c>-1&&a.splice(c,1)}.bind(null,b,d);setTimeout(e,S)}}};M=new c(V.elementAdded,V.elementRemoved,V.elementChanged,V);var W,X,Y,Z=u.pointermap,$=window.MSPointerEvent&&"number"==typeof window.MSPointerEvent.MSPOINTER_TYPE_MOUSE,_={events:["MSPointerDown","MSPointerMove","MSPointerUp","MSPointerOut","MSPointerOver","MSPointerCancel","MSGotPointerCapture","MSLostPointerCapture"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},POINTER_TYPES:["","unavailable","touch","pen","mouse"],prepareEvent:function(a){var b=a;return $&&(b=u.cloneEvent(a),b.pointerType=this.POINTER_TYPES[a.pointerType]),b},cleanup:function(a){Z["delete"](a)},MSPointerDown:function(a){Z.set(a.pointerId,a);var b=this.prepareEvent(a);u.down(b)},MSPointerMove:function(a){var b=this.prepareEvent(a);u.move(b)},MSPointerUp:function(a){var b=this.prepareEvent(a);u.up(b),this.cleanup(a.pointerId)},MSPointerOut:function(a){var b=this.prepareEvent(a);u.leaveOut(b)},MSPointerOver:function(a){var b=this.prepareEvent(a);u.enterOver(b)},MSPointerCancel:function(a){var b=this.prepareEvent(a);u.cancel(b),this.cleanup(a.pointerId)},MSLostPointerCapture:function(a){var b=u.makeEvent("lostpointercapture",a);u.dispatchEvent(b)},MSGotPointerCapture:function(a){var b=u.makeEvent("gotpointercapture",a);u.dispatchEvent(b)}},aa=window.navigator;aa.msPointerEnabled?(W=function(a){i(a),j(this),k(a)&&(u.setCapture(a,this,!0),this.msSetPointerCapture(a))},X=function(a){i(a),u.releaseCapture(a,!0),this.msReleasePointerCapture(a)}):(W=function(a){i(a),j(this),k(a)&&u.setCapture(a,this)},X=function(a){i(a),u.releaseCapture(a)}),Y=function(a){return!!u.captureInfo[a]},g(),h(),l();var ba={dispatcher:u,Installer:c,PointerEvent:a,PointerMap:p,targetFinding:v};return ba});
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var config = {"dark_mode": false, "show_pads": true, "show_fabrication": false, "show_silkscreen": true, "highlight_pin1": "none", "redraw_on_drag": true, "board_rotation": 0, "checkboxes": "Sourced,Placed", "bom_view": "left-right", "layer_view": "FB", "offset_back_rotation": false, "kicad_text_formatting": true, "fields": ["Value", "Footprint", "Description"]}
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var pcbdata = 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"))
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* Utility functions */
+
+var storagePrefix = 'KiCad_HTML_BOM__' + pcbdata.metadata.title + '__' +
+  pcbdata.metadata.revision + '__#';
+var storage;
+
+function initStorage(key) {
+  try {
+    window.localStorage.getItem("blank");
+    storage = window.localStorage;
+  } catch (e) {
+    // localStorage not available
+  }
+  if (!storage) {
+    try {
+      window.sessionStorage.getItem("blank");
+      storage = window.sessionStorage;
+    } catch (e) {
+      // sessionStorage also not available
+    }
+  }
+}
+
+function readStorage(key) {
+  if (storage) {
+    return storage.getItem(storagePrefix + key);
+  } else {
+    return null;
+  }
+}
+
+function writeStorage(key, value) {
+  if (storage) {
+    storage.setItem(storagePrefix + key, value);
+  }
+}
+
+function fancyDblClickHandler(el, onsingle, ondouble) {
+  return function () {
+    if (el.getAttribute("data-dblclick") == null) {
+      el.setAttribute("data-dblclick", 1);
+      setTimeout(function () {
+        if (el.getAttribute("data-dblclick") == 1) {
+          onsingle();
+        }
+        el.removeAttribute("data-dblclick");
+      }, 200);
+    } else {
+      el.removeAttribute("data-dblclick");
+      ondouble();
+    }
+  }
+}
+
+function smoothScrollToRow(rowid) {
+  document.getElementById(rowid).scrollIntoView({
+    behavior: "smooth",
+    block: "center",
+    inline: "nearest"
+  });
+}
+
+function focusInputField(input) {
+  input.scrollIntoView(false);
+  input.focus();
+  input.select();
+}
+
+function saveBomTable(output) {
+  var text = '';
+  for (var node of bomhead.childNodes[0].childNodes) {
+    if (node.firstChild) {
+      text += (output == 'csv' ? `"${node.firstChild.nodeValue}"` : node.firstChild.nodeValue);
+    }
+    if (node != bomhead.childNodes[0].lastChild) {
+      text += (output == 'csv' ? ',' : '\t');
+    }
+  }
+  text += '\n';
+  for (var row of bombody.childNodes) {
+    for (var cell of row.childNodes) {
+      let val = '';
+      for (var node of cell.childNodes) {
+        if (node.nodeName == "INPUT") {
+          if (node.checked) {
+            val += '✓';
+          }
+        } else if ((node.nodeName == "MARK") || (node.nodeName == "A")) {
+          val += node.firstChild.nodeValue;
+        } else {
+          val += node.nodeValue;
+        }
+      }
+      if (output == 'csv') {
+        val = val.replace(/\"/g, '\"\"'); // pair of double-quote characters
+        if (isNumeric(val)) {
+          val = +val;                     // use number
+        } else {
+          val = `"${val}"`;               // enclosed within double-quote
+        }
+      }
+      text += val;
+      if (cell != row.lastChild) {
+        text += (output == 'csv' ? ',' : '\t');
+      }
+    }
+    text += '\n';
+  }
+
+  if (output != 'clipboard') {
+    // To file: csv or txt
+    var blob = new Blob([text], {
+      type: `text/${output}`
+    });
+    saveFile(`${pcbdata.metadata.title}.${output}`, blob);
+  } else {
+    // To clipboard
+    var textArea = document.createElement("textarea");
+    textArea.classList.add('clipboard-temp');
+    textArea.value = text;
+
+    document.body.appendChild(textArea);
+    textArea.focus();
+    textArea.select();
+
+    try {
+      if (document.execCommand('copy')) {
+        console.log('Bom copied to clipboard.');
+      }
+    } catch (err) {
+      console.log('Can not copy to clipboard.');
+    }
+
+    document.body.removeChild(textArea);
+  }
+}
+
+function isNumeric(str) {
+  /* https://stackoverflow.com/a/175787 */
+  return (typeof str != "string" ? false : !isNaN(str) && !isNaN(parseFloat(str)));
+}
+
+function removeGutterNode(node) {
+  for (var i = 0; i < node.childNodes.length; i++) {
+    if (node.childNodes[i].classList &&
+      node.childNodes[i].classList.contains("gutter")) {
+      node.removeChild(node.childNodes[i]);
+      break;
+    }
+  }
+}
+
+function cleanGutters() {
+  removeGutterNode(document.getElementById("bot"));
+  removeGutterNode(document.getElementById("canvasdiv"));
+}
+
+var units = {
+  prefixes: {
+    giga: ["G", "g", "giga", "Giga", "GIGA"],
+    mega: ["M", "mega", "Mega", "MEGA"],
+    kilo: ["K", "k", "kilo", "Kilo", "KILO"],
+    milli: ["m", "milli", "Milli", "MILLI"],
+    micro: ["U", "u", "micro", "Micro", "MICRO", "μ", "µ"], // different utf8 μ
+    nano: ["N", "n", "nano", "Nano", "NANO"],
+    pico: ["P", "p", "pico", "Pico", "PICO"],
+  },
+  unitsShort: ["R", "r", "Ω", "F", "f", "H", "h"],
+  unitsLong: [
+    "OHM", "Ohm", "ohm", "ohms",
+    "FARAD", "Farad", "farad",
+    "HENRY", "Henry", "henry"
+  ],
+  getMultiplier: function (s) {
+    if (this.prefixes.giga.includes(s)) return 1e9;
+    if (this.prefixes.mega.includes(s)) return 1e6;
+    if (this.prefixes.kilo.includes(s)) return 1e3;
+    if (this.prefixes.milli.includes(s)) return 1e-3;
+    if (this.prefixes.micro.includes(s)) return 1e-6;
+    if (this.prefixes.nano.includes(s)) return 1e-9;
+    if (this.prefixes.pico.includes(s)) return 1e-12;
+    return 1;
+  },
+  valueRegex: null,
+}
+
+function initUtils() {
+  var allPrefixes = units.prefixes.giga
+    .concat(units.prefixes.mega)
+    .concat(units.prefixes.kilo)
+    .concat(units.prefixes.milli)
+    .concat(units.prefixes.micro)
+    .concat(units.prefixes.nano)
+    .concat(units.prefixes.pico);
+  var allUnits = units.unitsShort.concat(units.unitsLong);
+  units.valueRegex = new RegExp("^([0-9\.]+)" +
+    "\\s*(" + allPrefixes.join("|") + ")?" +
+    "(" + allUnits.join("|") + ")?" +
+    "(\\b.*)?$", "");
+  units.valueAltRegex = new RegExp("^([0-9]*)" +
+    "(" + units.unitsShort.join("|") + ")?" +
+    "([GgMmKkUuNnPp])?" +
+    "([0-9]*)" +
+    "(\\b.*)?$", "");
+  if (config.fields.includes("Value")) {
+    var index = config.fields.indexOf("Value");
+    pcbdata.bom["parsedValues"] = {};
+    for (var id in pcbdata.bom.fields) {
+      pcbdata.bom.parsedValues[id] = parseValue(pcbdata.bom.fields[id][index])
+    }
+  }
+}
+
+function parseValue(val, ref) {
+  var inferUnit = (unit, ref) => {
+    if (unit) {
+      unit = unit.toLowerCase();
+      if (unit == 'Ω' || unit == "ohm" || unit == "ohms") {
+        unit = 'r';
+      }
+      unit = unit[0];
+    } else {
+      ref = /^([a-z]+)\d+$/i.exec(ref);
+      if (ref) {
+        ref = ref[1].toLowerCase();
+        if (ref == "c") unit = 'f';
+        else if (ref == "l") unit = 'h';
+        else if (ref == "r" || ref == "rv") unit = 'r';
+        else unit = null;
+      }
+    }
+    return unit;
+  };
+  val = val.replace(/,/g, "");
+  var match = units.valueRegex.exec(val);
+  var unit;
+  if (match) {
+    val = parseFloat(match[1]);
+    if (match[2]) {
+      val = val * units.getMultiplier(match[2]);
+    }
+    unit = inferUnit(match[3], ref);
+    if (!unit) return null;
+    else return {
+      val: val,
+      unit: unit,
+      extra: match[4],
+    }
+  }
+  match = units.valueAltRegex.exec(val);
+  if (match && (match[1] || match[4])) {
+    val = parseFloat(match[1] + "." + match[4]);
+    if (match[3]) {
+      val = val * units.getMultiplier(match[3]);
+    }
+    unit = inferUnit(match[2], ref);
+    if (!unit) return null;
+    else return {
+      val: val,
+      unit: unit,
+      extra: match[5],
+    }
+  }
+  return null;
+}
+
+function valueCompare(a, b, stra, strb) {
+  if (a === null && b === null) {
+    // Failed to parse both values, compare them as strings.
+    if (stra != strb) return stra > strb ? 1 : -1;
+    else return 0;
+  } else if (a === null) {
+    return 1;
+  } else if (b === null) {
+    return -1;
+  } else {
+    if (a.unit != b.unit) return a.unit > b.unit ? 1 : -1;
+    else if (a.val != b.val) return a.val > b.val ? 1 : -1;
+    else if (a.extra != b.extra) return a.extra > b.extra ? 1 : -1;
+    else return 0;
+  }
+}
+
+function validateSaveImgDimension(element) {
+  var valid = false;
+  var intValue = 0;
+  if (/^[1-9]\d*$/.test(element.value)) {
+    intValue = parseInt(element.value);
+    if (intValue <= 16000) {
+      valid = true;
+    }
+  }
+  if (valid) {
+    element.classList.remove("invalid");
+  } else {
+    element.classList.add("invalid");
+  }
+  return intValue;
+}
+
+function saveImage(layer) {
+  var width = validateSaveImgDimension(document.getElementById("render-save-width"));
+  var height = validateSaveImgDimension(document.getElementById("render-save-height"));
+  var bgcolor = null;
+  if (!document.getElementById("render-save-transparent").checked) {
+    var style = getComputedStyle(topmostdiv);
+    bgcolor = style.getPropertyValue("background-color");
+  }
+  if (!width || !height) return;
+
+  // Prepare image
+  var canvas = document.createElement("canvas");
+  var layerdict = {
+    transform: {
+      x: 0,
+      y: 0,
+      s: 1,
+      panx: 0,
+      pany: 0,
+      zoom: 1,
+    },
+    bg: canvas,
+    fab: canvas,
+    silk: canvas,
+    highlight: canvas,
+    layer: layer,
+  }
+  // Do the rendering
+  recalcLayerScale(layerdict, width, height);
+  prepareLayer(layerdict);
+  clearCanvas(canvas, bgcolor);
+  drawBackground(layerdict, false);
+  drawHighlightsOnLayer(layerdict, false);
+
+  // Save image
+  var imgdata = canvas.toDataURL("image/png");
+
+  var filename = pcbdata.metadata.title;
+  if (pcbdata.metadata.revision) {
+    filename += `.${pcbdata.metadata.revision}`;
+  }
+  filename += `.${layer}.png`;
+  saveFile(filename, dataURLtoBlob(imgdata));
+}
+
+function saveSettings() {
+  var data = {
+    type: "InteractiveHtmlBom settings",
+    version: 1,
+    pcbmetadata: pcbdata.metadata,
+    settings: settings,
+  }
+  var blob = new Blob([JSON.stringify(data, null, 4)], {
+    type: "application/json"
+  });
+  saveFile(`${pcbdata.metadata.title}.settings.json`, blob);
+}
+
+function loadSettings() {
+  var input = document.createElement("input");
+  input.type = "file";
+  input.accept = ".settings.json";
+  input.onchange = function (e) {
+    var file = e.target.files[0];
+    var reader = new FileReader();
+    reader.onload = readerEvent => {
+      var content = readerEvent.target.result;
+      var newSettings;
+      try {
+        newSettings = JSON.parse(content);
+      } catch (e) {
+        alert("Selected file is not InteractiveHtmlBom settings file.");
+        return;
+      }
+      if (newSettings.type != "InteractiveHtmlBom settings") {
+        alert("Selected file is not InteractiveHtmlBom settings file.");
+        return;
+      }
+      var metadataMatches = newSettings.hasOwnProperty("pcbmetadata");
+      if (metadataMatches) {
+        for (var k in pcbdata.metadata) {
+          if (!newSettings.pcbmetadata.hasOwnProperty(k) || newSettings.pcbmetadata[k] != pcbdata.metadata[k]) {
+            metadataMatches = false;
+          }
+        }
+      }
+      if (!metadataMatches) {
+        var currentMetadata = JSON.stringify(pcbdata.metadata, null, 4);
+        var fileMetadata = JSON.stringify(newSettings.pcbmetadata, null, 4);
+        if (!confirm(
+          `Settins file metadata does not match current metadata.\n\n` +
+          `Page metadata:\n${currentMetadata}\n\n` +
+          `Settings file metadata:\n${fileMetadata}\n\n` +
+          `Press OK if you would like to import settings anyway.`)) {
+          return;
+        }
+      }
+      overwriteSettings(newSettings.settings);
+    }
+    reader.readAsText(file, 'UTF-8');
+  }
+  input.click();
+}
+
+function resetSettings() {
+  if (!confirm(
+    `This will reset all checkbox states and other settings.\n\n` +
+    `Press OK if you want to continue.`)) {
+    return;
+  }
+  if (storage) {
+    var keys = [];
+    for (var i = 0; i < storage.length; i++) {
+      var key = storage.key(i);
+      if (key.startsWith(storagePrefix)) keys.push(key);
+    }
+    for (var key of keys) storage.removeItem(key);
+  }
+  location.reload();
+}
+
+function overwriteSettings(newSettings) {
+  initDone = false;
+  Object.assign(settings, newSettings);
+  writeStorage("bomlayout", settings.bomlayout);
+  writeStorage("bommode", settings.bommode);
+  writeStorage("canvaslayout", settings.canvaslayout);
+  writeStorage("bomCheckboxes", settings.checkboxes.join(","));
+  document.getElementById("bomCheckboxes").value = settings.checkboxes.join(",");
+  for (var checkbox of settings.checkboxes) {
+    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+  }
+  writeStorage("markWhenChecked", settings.markWhenChecked);
+  padsVisible(settings.renderPads);
+  document.getElementById("padsCheckbox").checked = settings.renderPads;
+  fabricationVisible(settings.renderFabrication);
+  document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
+  silkscreenVisible(settings.renderSilkscreen);
+  document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
+  referencesVisible(settings.renderReferences);
+  document.getElementById("referencesCheckbox").checked = settings.renderReferences;
+  valuesVisible(settings.renderValues);
+  document.getElementById("valuesCheckbox").checked = settings.renderValues;
+  tracksVisible(settings.renderTracks);
+  document.getElementById("tracksCheckbox").checked = settings.renderTracks;
+  zonesVisible(settings.renderZones);
+  document.getElementById("zonesCheckbox").checked = settings.renderZones;
+  dnpOutline(settings.renderDnpOutline);
+  document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
+  setRedrawOnDrag(settings.redrawOnDrag);
+  document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
+  setDarkMode(settings.darkMode);
+  document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
+  setHighlightPin1(settings.highlightpin1);
+  document.forms.highlightpin1.highlightpin1.value = settings.highlightpin1;
+  writeStorage("boardRotation", settings.boardRotation);
+  document.getElementById("boardRotation").value = settings.boardRotation / 5;
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  setOffsetBackRotation(settings.offsetBackRotation);
+  document.getElementById("offsetBackRotationCheckbox").checked = settings.offsetBackRotation;
+  initDone = true;
+  prepCheckboxes();
+  changeBomLayout(settings.bomlayout);
+}
+
+function saveFile(filename, blob) {
+  var link = document.createElement("a");
+  var objurl = URL.createObjectURL(blob);
+  link.download = filename;
+  link.href = objurl;
+  link.click();
+}
+
+function dataURLtoBlob(dataurl) {
+  var arr = dataurl.split(','),
+    mime = arr[0].match(/:(.*?);/)[1],
+    bstr = atob(arr[1]),
+    n = bstr.length,
+    u8arr = new Uint8Array(n);
+  while (n--) {
+    u8arr[n] = bstr.charCodeAt(n);
+  }
+  return new Blob([u8arr], {
+    type: mime
+  });
+}
+
+var settings = {
+  canvaslayout: "FB",
+  bomlayout: "left-right",
+  bommode: "grouped",
+  checkboxes: [],
+  checkboxStoredRefs: {},
+  darkMode: false,
+  highlightpin1: "none",
+  redrawOnDrag: true,
+  boardRotation: 0,
+  offsetBackRotation: false,
+  renderPads: true,
+  renderReferences: true,
+  renderValues: true,
+  renderSilkscreen: true,
+  renderFabrication: true,
+  renderDnpOutline: false,
+  renderTracks: true,
+  renderZones: true,
+  columnOrder: [],
+  hiddenColumns: [],
+  netColors: {},
+}
+
+function initDefaults() {
+  settings.bomlayout = readStorage("bomlayout");
+  if (settings.bomlayout === null) {
+    settings.bomlayout = config.bom_view;
+  }
+  if (!['bom-only', 'left-right', 'top-bottom'].includes(settings.bomlayout)) {
+    settings.bomlayout = config.bom_view;
+  }
+  settings.bommode = readStorage("bommode");
+  if (settings.bommode === null) {
+    settings.bommode = "grouped";
+  }
+  if (settings.bommode == "netlist" && !pcbdata.nets) {
+    settings.bommode = "grouped";
+  }
+  if (!["grouped", "ungrouped", "netlist"].includes(settings.bommode)) {
+    settings.bommode = "grouped";
+  }
+  settings.canvaslayout = readStorage("canvaslayout");
+  if (settings.canvaslayout === null) {
+    settings.canvaslayout = config.layer_view;
+  }
+  var bomCheckboxes = readStorage("bomCheckboxes");
+  if (bomCheckboxes === null) {
+    bomCheckboxes = config.checkboxes;
+  }
+  settings.checkboxes = bomCheckboxes.split(",").filter((e) => e);
+  document.getElementById("bomCheckboxes").value = bomCheckboxes;
+
+  var highlightpin1 = readStorage("highlightpin1") || config.highlight_pin1;
+  if (highlightpin1 === "false") highlightpin1 = "none";
+  if (highlightpin1 === "true") highlightpin1 = "all";
+  setHighlightPin1(highlightpin1);
+  document.forms.highlightpin1.highlightpin1.value = highlightpin1;
+
+  settings.markWhenChecked = readStorage("markWhenChecked") || "";
+  populateMarkWhenCheckedOptions();
+
+  function initBooleanSetting(storageString, def, elementId, func) {
+    var b = readStorage(storageString);
+    if (b === null) {
+      b = def;
+    } else {
+      b = (b == "true");
+    }
+    document.getElementById(elementId).checked = b;
+    func(b);
+  }
+
+  initBooleanSetting("padsVisible", config.show_pads, "padsCheckbox", padsVisible);
+  initBooleanSetting("fabricationVisible", config.show_fabrication, "fabricationCheckbox", fabricationVisible);
+  initBooleanSetting("silkscreenVisible", config.show_silkscreen, "silkscreenCheckbox", silkscreenVisible);
+  initBooleanSetting("referencesVisible", true, "referencesCheckbox", referencesVisible);
+  initBooleanSetting("valuesVisible", true, "valuesCheckbox", valuesVisible);
+  if ("tracks" in pcbdata) {
+    initBooleanSetting("tracksVisible", true, "tracksCheckbox", tracksVisible);
+    initBooleanSetting("zonesVisible", true, "zonesCheckbox", zonesVisible);
+  } else {
+    document.getElementById("tracksAndZonesCheckboxes").style.display = "none";
+    tracksVisible(false);
+    zonesVisible(false);
+  }
+  initBooleanSetting("dnpOutline", false, "dnpOutlineCheckbox", dnpOutline);
+  initBooleanSetting("redrawOnDrag", config.redraw_on_drag, "dragCheckbox", setRedrawOnDrag);
+  initBooleanSetting("darkmode", config.dark_mode, "darkmodeCheckbox", setDarkMode);
+
+  var fields = ["checkboxes", "References"].concat(config.fields).concat(["Quantity"]);
+  var hcols = JSON.parse(readStorage("hiddenColumns"));
+  if (hcols === null) {
+    hcols = [];
+  }
+  settings.hiddenColumns = hcols.filter(e => fields.includes(e));
+
+  var cord = JSON.parse(readStorage("columnOrder"));
+  if (cord === null) {
+    cord = fields;
+  } else {
+    cord = cord.filter(e => fields.includes(e));
+    if (cord.length != fields.length)
+      cord = fields;
+  }
+  settings.columnOrder = cord;
+
+  settings.boardRotation = readStorage("boardRotation");
+  if (settings.boardRotation === null) {
+    settings.boardRotation = config.board_rotation * 5;
+  } else {
+    settings.boardRotation = parseInt(settings.boardRotation);
+  }
+  document.getElementById("boardRotation").value = settings.boardRotation / 5;
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  initBooleanSetting("offsetBackRotation", config.offset_back_rotation, "offsetBackRotationCheckbox", setOffsetBackRotation);
+
+  settings.netColors = JSON.parse(readStorage("netColors")) || {};
+}
+
+// Helper classes for user js callbacks.
+
+const IBOM_EVENT_TYPES = {
+  ALL: "all",
+  HIGHLIGHT_EVENT: "highlightEvent",
+  CHECKBOX_CHANGE_EVENT: "checkboxChangeEvent",
+  BOM_BODY_CHANGE_EVENT: "bomBodyChangeEvent",
+}
+
+const EventHandler = {
+  callbacks: {},
+  init: function () {
+    for (eventType of Object.values(IBOM_EVENT_TYPES))
+      this.callbacks[eventType] = [];
+  },
+  registerCallback: function (eventType, callback) {
+    this.callbacks[eventType].push(callback);
+  },
+  emitEvent: function (eventType, eventArgs) {
+    event = {
+      eventType: eventType,
+      args: eventArgs,
+    }
+    var callback;
+    for (callback of this.callbacks[eventType])
+      callback(event);
+    for (callback of this.callbacks[IBOM_EVENT_TYPES.ALL])
+      callback(event);
+  }
+}
+EventHandler.init();
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* PCB rendering code */
+
+var emptyContext2d = document.createElement("canvas").getContext("2d");
+
+function deg2rad(deg) {
+  return deg * Math.PI / 180;
+}
+
+function calcFontPoint(linepoint, text, offsetx, offsety, tilt) {
+  var point = [
+    linepoint[0] * text.width + offsetx,
+    linepoint[1] * text.height + offsety
+  ];
+  // This approximates pcbnew behavior with how text tilts depending on horizontal justification
+  point[0] -= (linepoint[1] + 0.5 * (1 + text.justify[0])) * text.height * tilt;
+  return point;
+}
+
+function drawText(ctx, text, color) {
+  if ("ref" in text && !settings.renderReferences) return;
+  if ("val" in text && !settings.renderValues) return;
+  ctx.save();
+  ctx.fillStyle = color;
+  ctx.strokeStyle = color;
+  ctx.lineCap = "round";
+  ctx.lineJoin = "round";
+  ctx.lineWidth = text.thickness;
+  if ("svgpath" in text) {
+    ctx.stroke(new Path2D(text.svgpath));
+    ctx.restore();
+    return;
+  }
+  if ("polygons" in text) {
+    ctx.fill(getPolygonsPath(text));
+    ctx.restore();
+    return;
+  }
+  ctx.translate(...text.pos);
+  ctx.translate(text.thickness * 0.5, 0);
+  var angle = -text.angle;
+  if (text.attr.includes("mirrored")) {
+    ctx.scale(-1, 1);
+    angle = -angle;
+  }
+  var tilt = 0;
+  if (text.attr.includes("italic")) {
+    tilt = 0.125;
+  }
+  var interline = text.height * 1.5 + text.thickness;
+  var txt = text.text.split("\n");
+  // KiCad ignores last empty line.
+  if (txt[txt.length - 1] == '') txt.pop();
+  ctx.rotate(deg2rad(angle));
+  var offsety = (1 - text.justify[1]) / 2 * text.height; // One line offset
+  offsety -= (txt.length - 1) * (text.justify[1] + 1) / 2 * interline; // Multiline offset
+  for (var i in txt) {
+    var lineWidth = text.thickness + interline / 2 * tilt;
+    for (var j = 0; j < txt[i].length; j++) {
+      if (txt[i][j] == '\t') {
+        var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+        lineWidth += fourSpaces - lineWidth % fourSpaces;
+      } else {
+        if (txt[i][j] == '~') {
+          j++;
+          if (j == txt[i].length)
+            break;
+        }
+        lineWidth += pcbdata.font_data[txt[i][j]].w * text.width;
+      }
+    }
+    var offsetx = -lineWidth * (text.justify[0] + 1) / 2;
+    var inOverbar = false;
+    for (var j = 0; j < txt[i].length; j++) {
+      if (config.kicad_text_formatting) {
+        if (txt[i][j] == '\t') {
+          var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+          offsetx += fourSpaces - offsetx % fourSpaces;
+          continue;
+        } else if (txt[i][j] == '~') {
+          j++;
+          if (j == txt[i].length)
+            break;
+          if (txt[i][j] != '~') {
+            inOverbar = !inOverbar;
+          }
+        }
+      }
+      var glyph = pcbdata.font_data[txt[i][j]];
+      if (inOverbar) {
+        var overbarStart = [offsetx, -text.height * 1.4 + offsety];
+        var overbarEnd = [offsetx + text.width * glyph.w, overbarStart[1]];
+
+        if (!lastHadOverbar) {
+          overbarStart[0] += text.height * 1.4 * tilt;
+          lastHadOverbar = true;
+        }
+        ctx.beginPath();
+        ctx.moveTo(...overbarStart);
+        ctx.lineTo(...overbarEnd);
+        ctx.stroke();
+      } else {
+        lastHadOverbar = false;
+      }
+      for (var line of glyph.l) {
+        ctx.beginPath();
+        ctx.moveTo(...calcFontPoint(line[0], text, offsetx, offsety, tilt));
+        for (var k = 1; k < line.length; k++) {
+          ctx.lineTo(...calcFontPoint(line[k], text, offsetx, offsety, tilt));
+        }
+        ctx.stroke();
+      }
+      offsetx += glyph.w * text.width;
+    }
+    offsety += interline;
+  }
+  ctx.restore();
+}
+
+function drawedge(ctx, scalefactor, edge, color) {
+  ctx.strokeStyle = color;
+  ctx.fillStyle = color;
+  ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
+  ctx.lineCap = "round";
+  ctx.lineJoin = "round";
+  if ("svgpath" in edge) {
+    ctx.stroke(new Path2D(edge.svgpath));
+  } else {
+    ctx.beginPath();
+    if (edge.type == "segment") {
+      ctx.moveTo(...edge.start);
+      ctx.lineTo(...edge.end);
+    }
+    if (edge.type == "rect") {
+      ctx.moveTo(...edge.start);
+      ctx.lineTo(edge.start[0], edge.end[1]);
+      ctx.lineTo(...edge.end);
+      ctx.lineTo(edge.end[0], edge.start[1]);
+      ctx.lineTo(...edge.start);
+    }
+    if (edge.type == "arc") {
+      ctx.arc(
+        ...edge.start,
+        edge.radius,
+        deg2rad(edge.startangle),
+        deg2rad(edge.endangle));
+    }
+    if (edge.type == "circle") {
+      ctx.arc(
+        ...edge.start,
+        edge.radius,
+        0, 2 * Math.PI);
+      ctx.closePath();
+    }
+    if (edge.type == "curve") {
+      ctx.moveTo(...edge.start);
+      ctx.bezierCurveTo(...edge.cpa, ...edge.cpb, ...edge.end);
+    }
+    if("filled" in edge && edge.filled)
+      ctx.fill();
+    else
+      ctx.stroke();
+  }
+}
+
+function getChamferedRectPath(size, radius, chamfpos, chamfratio) {
+  // chamfpos is a bitmask, left = 1, right = 2, bottom left = 4, bottom right = 8
+  var path = new Path2D();
+  var width = size[0];
+  var height = size[1];
+  var x = width * -0.5;
+  var y = height * -0.5;
+  var chamfOffset = Math.min(width, height) * chamfratio;
+  path.moveTo(x, 0);
+  if (chamfpos & 4) {
+    path.lineTo(x, y + height - chamfOffset);
+    path.lineTo(x + chamfOffset, y + height);
+    path.lineTo(0, y + height);
+  } else {
+    path.arcTo(x, y + height, x + width, y + height, radius);
+  }
+  if (chamfpos & 8) {
+    path.lineTo(x + width - chamfOffset, y + height);
+    path.lineTo(x + width, y + height - chamfOffset);
+    path.lineTo(x + width, 0);
+  } else {
+    path.arcTo(x + width, y + height, x + width, y, radius);
+  }
+  if (chamfpos & 2) {
+    path.lineTo(x + width, y + chamfOffset);
+    path.lineTo(x + width - chamfOffset, y);
+    path.lineTo(0, y);
+  } else {
+    path.arcTo(x + width, y, x, y, radius);
+  }
+  if (chamfpos & 1) {
+    path.lineTo(x + chamfOffset, y);
+    path.lineTo(x, y + chamfOffset);
+    path.lineTo(x, 0);
+  } else {
+    path.arcTo(x, y, x, y + height, radius);
+  }
+  path.closePath();
+  return path;
+}
+
+function getOblongPath(size) {
+  return getChamferedRectPath(size, Math.min(size[0], size[1]) / 2, 0, 0);
+}
+
+function getPolygonsPath(shape) {
+  if (shape.path2d) {
+    return shape.path2d;
+  }
+  if ("svgpath" in shape) {
+    shape.path2d = new Path2D(shape.svgpath);
+  } else {
+    var path = new Path2D();
+    for (var polygon of shape.polygons) {
+      path.moveTo(...polygon[0]);
+      for (var i = 1; i < polygon.length; i++) {
+        path.lineTo(...polygon[i]);
+      }
+      path.closePath();
+    }
+    shape.path2d = path;
+  }
+  return shape.path2d;
+}
+
+function drawPolygonShape(ctx, scalefactor, shape, color) {
+  ctx.save();
+  if (!("svgpath" in shape)) {
+    ctx.translate(...shape.pos);
+    ctx.rotate(deg2rad(-shape.angle));
+  }
+  if("filled" in shape && !shape.filled) {
+    ctx.strokeStyle = color;
+    ctx.lineWidth = Math.max(1 / scalefactor, shape.width);
+    ctx.lineCap = "round";
+    ctx.lineJoin = "round";
+    ctx.stroke(getPolygonsPath(shape));
+  } else {
+    ctx.fillStyle = color;
+    ctx.fill(getPolygonsPath(shape));
+  }
+  ctx.restore();
+}
+
+function drawDrawing(ctx, scalefactor, drawing, color) {
+  if (["segment", "arc", "circle", "curve", "rect"].includes(drawing.type)) {
+    drawedge(ctx, scalefactor, drawing, color);
+  } else if (drawing.type == "polygon") {
+    drawPolygonShape(ctx, scalefactor, drawing, color);
+  } else {
+    drawText(ctx, drawing, color);
+  }
+}
+
+function getCirclePath(radius) {
+  var path = new Path2D();
+  path.arc(0, 0, radius, 0, 2 * Math.PI);
+  path.closePath();
+  return path;
+}
+
+function getCachedPadPath(pad) {
+  if (!pad.path2d) {
+    // if path2d is not set, build one and cache it on pad object
+    if (pad.shape == "rect") {
+      pad.path2d = new Path2D();
+      pad.path2d.rect(...pad.size.map(c => -c * 0.5), ...pad.size);
+    } else if (pad.shape == "oval") {
+      pad.path2d = getOblongPath(pad.size);
+    } else if (pad.shape == "circle") {
+      pad.path2d = getCirclePath(pad.size[0] / 2);
+    } else if (pad.shape == "roundrect") {
+      pad.path2d = getChamferedRectPath(pad.size, pad.radius, 0, 0);
+    } else if (pad.shape == "chamfrect") {
+      pad.path2d = getChamferedRectPath(pad.size, pad.radius, pad.chamfpos, pad.chamfratio)
+    } else if (pad.shape == "custom") {
+      pad.path2d = getPolygonsPath(pad);
+    }
+  }
+  return pad.path2d;
+}
+
+function drawPad(ctx, pad, color, outline) {
+  ctx.save();
+  ctx.translate(...pad.pos);
+  ctx.rotate(-deg2rad(pad.angle));
+  if (pad.offset) {
+    ctx.translate(...pad.offset);
+  }
+  ctx.fillStyle = color;
+  ctx.strokeStyle = color;
+  var path = getCachedPadPath(pad);
+  if (outline) {
+    ctx.stroke(path);
+  } else {
+    ctx.fill(path);
+  }
+  ctx.restore();
+}
+
+function drawPadHole(ctx, pad, padHoleColor) {
+  if (pad.type != "th") return;
+  ctx.save();
+  ctx.translate(...pad.pos);
+  ctx.rotate(-deg2rad(pad.angle));
+  ctx.fillStyle = padHoleColor;
+  if (pad.drillshape == "oblong") {
+    ctx.fill(getOblongPath(pad.drillsize));
+  } else {
+    ctx.fill(getCirclePath(pad.drillsize[0] / 2));
+  }
+  ctx.restore();
+}
+
+function drawFootprint(ctx, layer, scalefactor, footprint, colors, highlight, outline) {
+  if (highlight) {
+    // draw bounding box
+    if (footprint.layer == layer) {
+      ctx.save();
+      ctx.globalAlpha = 0.2;
+      ctx.translate(...footprint.bbox.pos);
+      ctx.rotate(deg2rad(-footprint.bbox.angle));
+      ctx.translate(...footprint.bbox.relpos);
+      ctx.fillStyle = colors.pad;
+      ctx.fillRect(0, 0, ...footprint.bbox.size);
+      ctx.globalAlpha = 1;
+      ctx.strokeStyle = colors.pad;
+      ctx.lineWidth = 3 / scalefactor;
+      ctx.strokeRect(0, 0, ...footprint.bbox.size);
+      ctx.restore();
+    }
+  }
+  // draw drawings
+  for (var drawing of footprint.drawings) {
+    if (drawing.layer == layer) {
+      drawDrawing(ctx, scalefactor, drawing.drawing, colors.pad);
+    }
+  }
+  ctx.lineWidth = 3 / scalefactor;
+  // draw pads
+  if (settings.renderPads) {
+    for (var pad of footprint.pads) {
+      if (pad.layers.includes(layer)) {
+        drawPad(ctx, pad, colors.pad, outline);
+        if (pad.pin1 &&
+          (settings.highlightpin1 == "all" ||
+            settings.highlightpin1 == "selected" && highlight)) {
+          drawPad(ctx, pad, colors.outline, true);
+        }
+      }
+    }
+    for (var pad of footprint.pads) {
+      drawPadHole(ctx, pad, colors.padHole);
+    }
+  }
+}
+
+function drawEdgeCuts(canvas, scalefactor) {
+  var ctx = canvas.getContext("2d");
+  var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
+  for (var edge of pcbdata.edges) {
+    drawDrawing(ctx, scalefactor, edge, edgecolor);
+  }
+}
+
+function drawFootprints(canvas, layer, scalefactor, highlight) {
+  var ctx = canvas.getContext("2d");
+  ctx.lineWidth = 3 / scalefactor;
+  var style = getComputedStyle(topmostdiv);
+
+  var colors = {
+    pad: style.getPropertyValue('--pad-color'),
+    padHole: style.getPropertyValue('--pad-hole-color'),
+    outline: style.getPropertyValue('--pin1-outline-color'),
+  }
+
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    var mod = pcbdata.footprints[i];
+    var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
+    var h = highlightedFootprints.includes(i);
+    var d = markedFootprints.has(i);
+    if (highlight) {
+      if(h && d) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight-both');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-both');
+      } else if (h) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight');
+      } else if (d) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight-marked');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-marked');
+      }
+    }
+    if( h || d || !highlight) {
+      drawFootprint(ctx, layer, scalefactor, mod, colors, highlight, outline);
+    }
+  }
+}
+
+function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
+  var ctx = canvas.getContext("2d");
+  for (var d of pcbdata.drawings[layername][layer]) {
+    if (["segment", "arc", "circle", "curve", "rect"].includes(d.type)) {
+      drawedge(ctx, scalefactor, d, edgeColor);
+    } else if (d.type == "polygon") {
+      drawPolygonShape(ctx, scalefactor, d, polygonColor);
+    } else {
+      drawText(ctx, d, textColor);
+    }
+  }
+}
+
+function drawTracks(canvas, layer, defaultColor, highlight) {
+  ctx = canvas.getContext("2d");
+  ctx.lineCap = "round";
+
+  var hasHole = (track) => (
+    'drillsize' in track &&
+    track.start[0] == track.end[0] &&
+    track.start[1] == track.end[1]);
+
+  // First draw tracks and tented vias
+  for (var track of pcbdata.tracks[layer]) {
+    if (highlight && highlightedNet != track.net) continue;
+    if (!hasHole(track)) {
+      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
+      ctx.lineWidth = track.width;
+      ctx.beginPath();
+      if ('radius' in track) {
+        ctx.arc(
+          ...track.center,
+          track.radius,
+          deg2rad(track.startangle),
+          deg2rad(track.endangle));
+      } else {
+        ctx.moveTo(...track.start);
+        ctx.lineTo(...track.end);
+      }
+      ctx.stroke();
+    }
+  }
+  // Second pass to draw untented vias
+  var style = getComputedStyle(topmostdiv);
+  var holeColor = style.getPropertyValue('--pad-hole-color')
+
+  for (var track of pcbdata.tracks[layer]) {
+    if (highlight && highlightedNet != track.net) continue;
+    if (hasHole(track)) {
+      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
+      ctx.lineWidth = track.width;
+      ctx.beginPath();
+      ctx.moveTo(...track.start);
+      ctx.lineTo(...track.end);
+      ctx.stroke();
+      ctx.strokeStyle = holeColor;
+      ctx.lineWidth = track.drillsize;
+      ctx.lineTo(...track.end);
+      ctx.stroke();
+    }
+  }
+}
+
+function drawZones(canvas, layer, defaultColor, highlight) {
+  ctx = canvas.getContext("2d");
+  ctx.lineJoin = "round";
+  for (var zone of pcbdata.zones[layer]) {
+    if (highlight && highlightedNet != zone.net) continue;
+    ctx.strokeStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
+    ctx.fillStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
+    if (!zone.path2d) {
+      zone.path2d = getPolygonsPath(zone);
+    }
+    ctx.fill(zone.path2d, zone.fillrule || "nonzero");
+    if (zone.width > 0) {
+      ctx.lineWidth = zone.width;
+      ctx.stroke(zone.path2d);
+    }
+  }
+}
+
+function clearCanvas(canvas, color = null) {
+  var ctx = canvas.getContext("2d");
+  ctx.save();
+  ctx.setTransform(1, 0, 0, 1, 0, 0);
+  if (color) {
+    ctx.fillStyle = color;
+    ctx.fillRect(0, 0, canvas.width, canvas.height);
+  } else {
+    if (!window.matchMedia("print").matches)
+      ctx.clearRect(0, 0, canvas.width, canvas.height);
+  }
+  ctx.restore();
+}
+
+function drawNets(canvas, layer, highlight) {
+  var style = getComputedStyle(topmostdiv);
+  if (settings.renderZones) {
+    var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
+    drawZones(canvas, layer, zoneColor, highlight);
+  }
+  if (settings.renderTracks) {
+    var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
+    drawTracks(canvas, layer, trackColor, highlight);
+  }
+  if (highlight && settings.renderPads) {
+    var padColor = style.getPropertyValue('--pad-color-highlight');
+    var padHoleColor = style.getPropertyValue('--pad-hole-color');
+    var ctx = canvas.getContext("2d");
+    for (var footprint of pcbdata.footprints) {
+      // draw pads
+      var padDrawn = false;
+      for (var pad of footprint.pads) {
+        if (highlightedNet != pad.net) continue;
+        if (pad.layers.includes(layer)) {
+          drawPad(ctx, pad, padColor, false);
+          padDrawn = true;
+        }
+      }
+      if (padDrawn) {
+        // redraw all pad holes because some pads may overlap
+        for (var pad of footprint.pads) {
+          drawPadHole(ctx, pad, padHoleColor);
+        }
+      }
+    }
+  }
+}
+
+function drawHighlightsOnLayer(canvasdict, clear = true) {
+  if (clear) {
+    clearCanvas(canvasdict.highlight);
+  }
+  if (markedFootprints.size > 0 || highlightedFootprints.length > 0) {
+    drawFootprints(canvasdict.highlight, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom, true);
+  }
+  if (highlightedNet !== null) {
+    drawNets(canvasdict.highlight, canvasdict.layer, true);
+  }
+}
+
+function drawHighlights() {
+  drawHighlightsOnLayer(allcanvas.front);
+  drawHighlightsOnLayer(allcanvas.back);
+}
+
+function drawBackground(canvasdict, clear = true) {
+  if (clear) {
+    clearCanvas(canvasdict.bg);
+    clearCanvas(canvasdict.fab);
+    clearCanvas(canvasdict.silk);
+  }
+
+  drawNets(canvasdict.bg, canvasdict.layer, false);
+  drawFootprints(canvasdict.bg, canvasdict.layer,
+    canvasdict.transform.s * canvasdict.transform.zoom, false);
+
+  drawEdgeCuts(canvasdict.bg, canvasdict.transform.s * canvasdict.transform.zoom);
+
+  var style = getComputedStyle(topmostdiv);
+  var edgeColor = style.getPropertyValue('--silkscreen-edge-color');
+  var polygonColor = style.getPropertyValue('--silkscreen-polygon-color');
+  var textColor = style.getPropertyValue('--silkscreen-text-color');
+  if (settings.renderSilkscreen) {
+    drawBgLayer(
+      "silkscreen", canvasdict.silk, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom,
+      edgeColor, polygonColor, textColor);
+  }
+  edgeColor = style.getPropertyValue('--fabrication-edge-color');
+  polygonColor = style.getPropertyValue('--fabrication-polygon-color');
+  textColor = style.getPropertyValue('--fabrication-text-color');
+  if (settings.renderFabrication) {
+    drawBgLayer(
+      "fabrication", canvasdict.fab, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom,
+      edgeColor, polygonColor, textColor);
+  }
+}
+
+function prepareCanvas(canvas, flip, transform) {
+  var ctx = canvas.getContext("2d");
+  ctx.setTransform(1, 0, 0, 1, 0, 0);
+  ctx.scale(transform.zoom, transform.zoom);
+  ctx.translate(transform.panx, transform.pany);
+  if (flip) {
+    ctx.scale(-1, 1);
+  }
+  ctx.translate(transform.x, transform.y);
+  ctx.rotate(deg2rad(settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
+  ctx.scale(transform.s, transform.s);
+}
+
+function prepareLayer(canvasdict) {
+  var flip = (canvasdict.layer === "B");
+  for (var c of ["bg", "fab", "silk", "highlight"]) {
+    prepareCanvas(canvasdict[c], flip, canvasdict.transform);
+  }
+}
+
+function rotateVector(v, angle) {
+  angle = deg2rad(angle);
+  return [
+    v[0] * Math.cos(angle) - v[1] * Math.sin(angle),
+    v[0] * Math.sin(angle) + v[1] * Math.cos(angle)
+  ];
+}
+
+function applyRotation(bbox, flip) {
+  var corners = [
+    [bbox.minx, bbox.miny],
+    [bbox.minx, bbox.maxy],
+    [bbox.maxx, bbox.miny],
+    [bbox.maxx, bbox.maxy],
+  ];
+  corners = corners.map((v) => rotateVector(v, settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
+  return {
+    minx: corners.reduce((a, v) => Math.min(a, v[0]), Infinity),
+    miny: corners.reduce((a, v) => Math.min(a, v[1]), Infinity),
+    maxx: corners.reduce((a, v) => Math.max(a, v[0]), -Infinity),
+    maxy: corners.reduce((a, v) => Math.max(a, v[1]), -Infinity),
+  }
+}
+
+function recalcLayerScale(layerdict, width, height) {
+  var flip = (layerdict.layer === "B");
+  var bbox = applyRotation(pcbdata.edges_bbox, flip);
+  var scalefactor = 0.98 * Math.min(
+    width / (bbox.maxx - bbox.minx),
+    height / (bbox.maxy - bbox.miny)
+  );
+  if (scalefactor < 0.1) {
+    scalefactor = 1;
+  }
+  layerdict.transform.s = scalefactor;
+  if (flip) {
+    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor + width) * 0.5;
+  } else {
+    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor - width) * 0.5;
+  }
+  layerdict.transform.y = -((bbox.maxy + bbox.miny) * scalefactor - height) * 0.5;
+  for (var c of ["bg", "fab", "silk", "highlight"]) {
+    canvas = layerdict[c];
+    canvas.width = width;
+    canvas.height = height;
+    canvas.style.width = (width / devicePixelRatio) + "px";
+    canvas.style.height = (height / devicePixelRatio) + "px";
+  }
+}
+
+function redrawCanvas(layerdict) {
+  prepareLayer(layerdict);
+  drawBackground(layerdict);
+  drawHighlightsOnLayer(layerdict);
+}
+
+function resizeCanvas(layerdict) {
+  var canvasdivid = {
+    "F": "frontcanvas",
+    "B": "backcanvas"
+  } [layerdict.layer];
+  var width = document.getElementById(canvasdivid).clientWidth * devicePixelRatio;
+  var height = document.getElementById(canvasdivid).clientHeight * devicePixelRatio;
+  recalcLayerScale(layerdict, width, height);
+  redrawCanvas(layerdict);
+}
+
+function resizeAll() {
+  resizeCanvas(allcanvas.front);
+  resizeCanvas(allcanvas.back);
+}
+
+function pointWithinDistanceToSegment(x, y, x1, y1, x2, y2, d) {
+  var A = x - x1;
+  var B = y - y1;
+  var C = x2 - x1;
+  var D = y2 - y1;
+
+  var dot = A * C + B * D;
+  var len_sq = C * C + D * D;
+  var dx, dy;
+  if (len_sq == 0) {
+    // start and end of the segment coincide
+    dx = x - x1;
+    dy = y - y1;
+  } else {
+    var param = dot / len_sq;
+    var xx, yy;
+    if (param < 0) {
+      xx = x1;
+      yy = y1;
+    } else if (param > 1) {
+      xx = x2;
+      yy = y2;
+    } else {
+      xx = x1 + param * C;
+      yy = y1 + param * D;
+    }
+    dx = x - xx;
+    dy = y - yy;
+  }
+  return dx * dx + dy * dy <= d * d;
+}
+
+function modulo(n, mod) {
+  return ((n % mod) + mod) % mod;
+}
+
+function pointWithinDistanceToArc(x, y, xc, yc, radius, startangle, endangle, d) {
+  var dx = x - xc;
+  var dy = y - yc;
+  var r_sq = dx * dx + dy * dy;
+  var rmin = Math.max(0, radius - d);
+  var rmax = radius + d;
+
+  if (r_sq < rmin * rmin || r_sq > rmax * rmax)
+    return false;
+
+  var angle1 = modulo(deg2rad(startangle), 2 * Math.PI);
+  var dx1 = xc + radius * Math.cos(angle1) - x;
+  var dy1 = yc + radius * Math.sin(angle1) - y;
+  if (dx1 * dx1 + dy1 * dy1 <= d * d)
+    return true;
+
+  var angle2 = modulo(deg2rad(endangle), 2 * Math.PI);
+  var dx2 = xc + radius * Math.cos(angle2) - x;
+  var dy2 = yc + radius * Math.sin(angle2) - y;
+  if (dx2 * dx2 + dy2 * dy2 <= d * d)
+    return true;
+
+  var angle = modulo(Math.atan2(dy, dx), 2 * Math.PI);
+  if (angle1 > angle2)
+    return (angle >= angle2 || angle <= angle1);
+  else
+    return (angle >= angle1 && angle <= angle2);
+}
+
+function pointWithinPad(x, y, pad) {
+  var v = [x - pad.pos[0], y - pad.pos[1]];
+  v = rotateVector(v, pad.angle);
+  if (pad.offset) {
+    v[0] -= pad.offset[0];
+    v[1] -= pad.offset[1];
+  }
+  return emptyContext2d.isPointInPath(getCachedPadPath(pad), ...v);
+}
+
+function netHitScan(layer, x, y) {
+  // Check track segments
+  if (settings.renderTracks && pcbdata.tracks) {
+    for (var track of pcbdata.tracks[layer]) {
+      if ('radius' in track) {
+        if (pointWithinDistanceToArc(x, y, ...track.center, track.radius, track.startangle, track.endangle, track.width / 2)) {
+          return track.net;
+        }
+      } else {
+        if (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
+          return track.net;
+        }
+      }
+    }
+  }
+  // Check pads
+  if (settings.renderPads) {
+    for (var footprint of pcbdata.footprints) {
+      for (var pad of footprint.pads) {
+        if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
+          return pad.net;
+        }
+      }
+    }
+  }
+  return null;
+}
+
+function pointWithinFootprintBbox(x, y, bbox) {
+  var v = [x - bbox.pos[0], y - bbox.pos[1]];
+  v = rotateVector(v, bbox.angle);
+  return bbox.relpos[0] <= v[0] && v[0] <= bbox.relpos[0] + bbox.size[0] &&
+    bbox.relpos[1] <= v[1] && v[1] <= bbox.relpos[1] + bbox.size[1];
+}
+
+function bboxHitScan(layer, x, y) {
+  var result = [];
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    var footprint = pcbdata.footprints[i];
+    if (footprint.layer == layer) {
+      if (pointWithinFootprintBbox(x, y, footprint.bbox)) {
+        result.push(i);
+      }
+    }
+  }
+  return result;
+}
+
+function handlePointerDown(e, layerdict) {
+  if (e.button != 0 && e.button != 1) {
+    return;
+  }
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  layerdict.pointerStates[e.pointerId] = {
+    distanceTravelled: 0,
+    lastX: e.offsetX,
+    lastY: e.offsetY,
+    downTime: Date.now(),
+  };
+}
+
+function handleMouseClick(e, layerdict) {
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  var x = e.offsetX;
+  var y = e.offsetY;
+  var t = layerdict.transform;
+  var flip = layerdict.layer === "B";
+  if (flip) {
+    x = (devicePixelRatio * x / t.zoom - t.panx + t.x) / -t.s;
+  } else {
+    x = (devicePixelRatio * x / t.zoom - t.panx - t.x) / t.s;
+  }
+  y = (devicePixelRatio * y / t.zoom - t.y - t.pany) / t.s;
+  var v = rotateVector([x, y], -settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0));
+  if ("nets" in pcbdata) {
+    var net = netHitScan(layerdict.layer, ...v);
+    if (net !== highlightedNet) {
+      netClicked(net);
+    }
+  }
+  if (highlightedNet === null) {
+    var footprints = bboxHitScan(layerdict.layer, ...v);
+    if (footprints.length > 0) {
+      footprintsClicked(footprints);
+    }
+  }
+}
+
+function handlePointerLeave(e, layerdict) {
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!settings.redrawOnDrag) {
+    redrawCanvas(layerdict);
+  }
+
+  delete layerdict.pointerStates[e.pointerId];
+}
+
+function resetTransform(layerdict) {
+  layerdict.transform.panx = 0;
+  layerdict.transform.pany = 0;
+  layerdict.transform.zoom = 1;
+  redrawCanvas(layerdict);
+}
+
+function handlePointerUp(e, layerdict) {
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (e.button == 2) {
+    // Reset pan and zoom on right click.
+    resetTransform(layerdict);
+    layerdict.anotherPointerTapped = false;
+    return;
+  }
+
+  // We haven't necessarily had a pointermove event since the interaction started, so make sure we update this now
+  var ptr = layerdict.pointerStates[e.pointerId];
+  ptr.distanceTravelled += Math.abs(e.offsetX - ptr.lastX) + Math.abs(e.offsetY - ptr.lastY);
+
+  if (e.button == 0 && ptr.distanceTravelled < 10 && Date.now() - ptr.downTime <= 500) {
+    if (Object.keys(layerdict.pointerStates).length == 1) {
+      if (layerdict.anotherPointerTapped) {
+        // This is the second pointer coming off of a two-finger tap
+        resetTransform(layerdict);
+      } else {
+        // This is just a regular tap
+        handleMouseClick(e, layerdict);
+      }
+      layerdict.anotherPointerTapped = false;
+    } else {
+      // This is the first finger coming off of what could become a two-finger tap
+      layerdict.anotherPointerTapped = true;
+    }
+  } else {
+    if (!settings.redrawOnDrag) {
+      redrawCanvas(layerdict);
+    }
+    layerdict.anotherPointerTapped = false;
+  }
+
+  delete layerdict.pointerStates[e.pointerId];
+}
+
+function handlePointerMove(e, layerdict) {
+  if (!layerdict.pointerStates.hasOwnProperty(e.pointerId)) {
+    return;
+  }
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  var thisPtr = layerdict.pointerStates[e.pointerId];
+
+  var dx = e.offsetX - thisPtr.lastX;
+  var dy = e.offsetY - thisPtr.lastY;
+
+  // If this number is low on pointer up, we count the action as a click
+  thisPtr.distanceTravelled += Math.abs(dx) + Math.abs(dy);
+
+  if (Object.keys(layerdict.pointerStates).length == 1) {
+    // This is a simple drag
+    layerdict.transform.panx += devicePixelRatio * dx / layerdict.transform.zoom;
+    layerdict.transform.pany += devicePixelRatio * dy / layerdict.transform.zoom;
+  } else if (Object.keys(layerdict.pointerStates).length == 2) {
+    var otherPtr = Object.values(layerdict.pointerStates).filter((ptr) => ptr != thisPtr)[0];
+
+    var oldDist = Math.sqrt(Math.pow(thisPtr.lastX - otherPtr.lastX, 2) + Math.pow(thisPtr.lastY - otherPtr.lastY, 2));
+    var newDist = Math.sqrt(Math.pow(e.offsetX - otherPtr.lastX, 2) + Math.pow(e.offsetY - otherPtr.lastY, 2));
+
+    var scaleFactor = newDist / oldDist;
+
+    if (scaleFactor != NaN) {
+      layerdict.transform.zoom *= scaleFactor;
+
+      var zoomd = (1 - scaleFactor) / layerdict.transform.zoom;
+      layerdict.transform.panx += devicePixelRatio * otherPtr.lastX * zoomd;
+      layerdict.transform.pany += devicePixelRatio * otherPtr.lastY * zoomd;
+    }
+  }
+
+  thisPtr.lastX = e.offsetX;
+  thisPtr.lastY = e.offsetY;
+
+  if (settings.redrawOnDrag) {
+    redrawCanvas(layerdict);
+  }
+}
+
+function handleMouseWheel(e, layerdict) {
+  e.preventDefault();
+  e.stopPropagation();
+  var t = layerdict.transform;
+  var wheeldelta = e.deltaY;
+  if (e.deltaMode == 1) {
+    // FF only, scroll by lines
+    wheeldelta *= 30;
+  } else if (e.deltaMode == 2) {
+    wheeldelta *= 300;
+  }
+  var m = Math.pow(1.1, -wheeldelta / 40);
+  // Limit amount of zoom per tick.
+  if (m > 2) {
+    m = 2;
+  } else if (m < 0.5) {
+    m = 0.5;
+  }
+  t.zoom *= m;
+  var zoomd = (1 - m) / t.zoom;
+  t.panx += devicePixelRatio * e.offsetX * zoomd;
+  t.pany += devicePixelRatio * e.offsetY * zoomd;
+  redrawCanvas(layerdict);
+}
+
+function addMouseHandlers(div, layerdict) {
+  div.addEventListener("pointerdown", function(e) {
+    handlePointerDown(e, layerdict);
+  });
+  div.addEventListener("pointermove", function(e) {
+    handlePointerMove(e, layerdict);
+  });
+  div.addEventListener("pointerup", function(e) {
+    handlePointerUp(e, layerdict);
+  });
+  var pointerleave = function(e) {
+    handlePointerLeave(e, layerdict);
+  }
+  div.addEventListener("pointercancel", pointerleave);
+  div.addEventListener("pointerleave", pointerleave);
+  div.addEventListener("pointerout", pointerleave);
+
+  div.onwheel = function(e) {
+    handleMouseWheel(e, layerdict);
+  }
+  for (var element of [div, layerdict.bg, layerdict.fab, layerdict.silk, layerdict.highlight]) {
+    element.addEventListener("contextmenu", function(e) {
+      e.preventDefault();
+    }, false);
+  }
+}
+
+function setRedrawOnDrag(value) {
+  settings.redrawOnDrag = value;
+  writeStorage("redrawOnDrag", value);
+}
+
+function setBoardRotation(value) {
+  settings.boardRotation = value * 5;
+  writeStorage("boardRotation", settings.boardRotation);
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  resizeAll();
+}
+
+function setOffsetBackRotation(value) {
+  settings.offsetBackRotation = value;
+  writeStorage("offsetBackRotation", value);
+  resizeAll();
+}
+
+function initRender() {
+  allcanvas = {
+    front: {
+      transform: {
+        x: 0,
+        y: 0,
+        s: 1,
+        panx: 0,
+        pany: 0,
+        zoom: 1,
+      },
+      pointerStates: {},
+      anotherPointerTapped: false,
+      bg: document.getElementById("F_bg"),
+      fab: document.getElementById("F_fab"),
+      silk: document.getElementById("F_slk"),
+      highlight: document.getElementById("F_hl"),
+      layer: "F",
+    },
+    back: {
+      transform: {
+        x: 0,
+        y: 0,
+        s: 1,
+        panx: 0,
+        pany: 0,
+        zoom: 1,
+      },
+      pointerStates: {},
+      anotherPointerTapped: false,
+      bg: document.getElementById("B_bg"),
+      fab: document.getElementById("B_fab"),
+      silk: document.getElementById("B_slk"),
+      highlight: document.getElementById("B_hl"),
+      layer: "B",
+    }
+  };
+  addMouseHandlers(document.getElementById("frontcanvas"), allcanvas.front);
+  addMouseHandlers(document.getElementById("backcanvas"), allcanvas.back);
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*
+ * Table reordering via Drag'n'Drop
+ * Inspired by: https://htmldom.dev/drag-and-drop-table-column
+ */
+
+function setBomHandlers() {
+
+  const bom = document.getElementById('bomtable');
+
+  let dragName;
+  let placeHolderElements;
+  let draggingElement;
+  let forcePopulation;
+  let xOffset;
+  let yOffset;
+  let wasDragged;
+
+  const mouseUpHandler = function(e) {
+    // Delete dragging element
+    draggingElement.remove();
+
+    // Make BOM selectable again
+    bom.style.removeProperty("userSelect");
+
+    // Remove listeners
+    document.removeEventListener('mousemove', mouseMoveHandler);
+    document.removeEventListener('mouseup', mouseUpHandler);
+
+    if (wasDragged) {
+      // Redraw whole BOM
+      populateBomTable();
+    }
+  }
+
+  const mouseMoveHandler = function(e) {
+    // Notice the dragging
+    wasDragged = true;
+
+    // Make the dragged element visible
+    draggingElement.style.removeProperty("display");
+
+    // Set elements position to mouse position
+    draggingElement.style.left = `${e.screenX - xOffset}px`;
+    draggingElement.style.top = `${e.screenY - yOffset}px`;
+
+    // Forced redrawing of BOM table
+    if (forcePopulation) {
+      forcePopulation = false;
+      // Copy array
+      phe = Array.from(placeHolderElements);
+      // populate BOM table again
+      populateBomHeader(dragName, phe);
+      populateBomBody(dragName, phe);
+    }
+
+    // Set up array of hidden columns
+    var hiddenColumns = Array.from(settings.hiddenColumns);
+    // In the ungrouped mode, quantity don't exist
+    if (settings.bommode === "ungrouped")
+      hiddenColumns.push("Quantity");
+    // If no checkbox fields can be found, we consider them hidden
+    if (settings.checkboxes.length == 0)
+      hiddenColumns.push("checkboxes");
+
+    // Get table headers and group them into checkboxes, extrafields and normal headers
+    const bh = document.getElementById("bomhead");
+    headers = Array.from(bh.querySelectorAll("th"))
+    headers.shift() // numCol is not part of the columnOrder
+    headerGroups = []
+    lastCompoundClass = null;
+    for (i = 0; i < settings.columnOrder.length; i++) {
+      cElem = settings.columnOrder[i];
+      if (hiddenColumns.includes(cElem)) {
+        // Hidden columns appear as a dummy element
+        headerGroups.push([]);
+        continue;
+      }
+      elem = headers.filter(e => getColumnOrderName(e) === cElem)[0];
+      if (elem.classList.contains("bom-checkbox")) {
+        if (lastCompoundClass === "bom-checkbox") {
+          cbGroup = headerGroups.pop();
+          cbGroup.push(elem);
+          headerGroups.push(cbGroup);
+        } else {
+          lastCompoundClass = "bom-checkbox";
+          headerGroups.push([elem])
+        }
+      } else {
+        headerGroups.push([elem])
+      }
+    }
+
+    // Copy settings.columnOrder
+    var columns = Array.from(settings.columnOrder)
+
+    // Set up array with indices of hidden columns
+    var hiddenIndices = hiddenColumns.map(e => settings.columnOrder.indexOf(e));
+    var dragIndex = columns.indexOf(dragName);
+    var swapIndex = dragIndex;
+    var swapDone = false;
+
+    // Check if the current dragged element is swapable with the left or right element
+    if (dragIndex > 0) {
+      // Get left headers boundingbox
+      swapIndex = dragIndex - 1;
+      while (hiddenIndices.includes(swapIndex) && swapIndex > 0)
+        swapIndex--;
+      if (!hiddenIndices.includes(swapIndex)) {
+        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+        if (e.clientX < box.left + window.scrollX + (box.width / 2)) {
+          swapElement = columns[dragIndex];
+          columns.splice(dragIndex, 1);
+          columns.splice(swapIndex, 0, swapElement);
+          forcePopulation = true;
+          swapDone = true;
+        }
+      }
+    }
+    if ((!swapDone) && dragIndex < headerGroups.length - 1) {
+      // Get right headers boundingbox
+      swapIndex = dragIndex + 1;
+      while (hiddenIndices.includes(swapIndex))
+        swapIndex++;
+      if (swapIndex < headerGroups.length) {
+        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+        if (e.clientX > box.left + window.scrollX + (box.width / 2)) {
+          swapElement = columns[dragIndex];
+          columns.splice(dragIndex, 1);
+          columns.splice(swapIndex, 0, swapElement);
+          forcePopulation = true;
+          swapDone = true;
+        }
+      }
+    }
+
+    // Write back change to storage
+    if (swapDone) {
+      settings.columnOrder = columns
+      writeStorage("columnOrder", JSON.stringify(columns));
+    }
+
+  }
+
+  const mouseDownHandler = function(e) {
+    var target = e.target;
+    if (target.tagName.toLowerCase() != "td")
+      target = target.parentElement;
+
+    // Used to check if a dragging has ever happened
+    wasDragged = false;
+
+    // Create new element which will be displayed as the dragged column
+    draggingElement = document.createElement("div")
+    draggingElement.classList.add("dragging");
+    draggingElement.style.display = "none";
+    draggingElement.style.position = "absolute";
+    draggingElement.style.overflow = "hidden";
+
+    // Get bomhead and bombody elements
+    const bh = document.getElementById("bomhead");
+    const bb = document.getElementById("bombody");
+
+    // Get all compound headers for the current column
+    var compoundHeaders;
+    if (target.classList.contains("bom-checkbox")) {
+      compoundHeaders = Array.from(bh.querySelectorAll("th.bom-checkbox"));
+    } else {
+      compoundHeaders = [target];
+    }
+
+    // Create new table which will display the column
+    var newTable = document.createElement("table");
+    newTable.classList.add("bom");
+    newTable.style.background = "white";
+    draggingElement.append(newTable);
+
+    // Create new header element
+    var newHeader = document.createElement("thead");
+    newTable.append(newHeader);
+
+    // Set up array for storing all placeholder elements
+    placeHolderElements = [];
+
+    // Add all compound headers to the new thead element and placeholders
+    compoundHeaders.forEach(function(h) {
+      clone = cloneElementWithDimensions(h);
+      newHeader.append(clone);
+      placeHolderElements.push(clone);
+    });
+
+    // Create new body element
+    var newBody = document.createElement("tbody");
+    newTable.append(newBody);
+
+    // Get indices for compound headers
+    var idxs = compoundHeaders.map(e => getBomTableHeaderIndex(e));
+
+    // For each row in the BOM body...
+    var rows = bb.querySelectorAll("tr");
+    rows.forEach(function(row) {
+      // ..get the cells for the compound column
+      const tds = row.querySelectorAll("td");
+      var copytds = idxs.map(i => tds[i]);
+      // Add them to the new element and the placeholders
+      var newRow = document.createElement("tr");
+      copytds.forEach(function(td) {
+        clone = cloneElementWithDimensions(td);
+        newRow.append(clone);
+        placeHolderElements.push(clone);
+      });
+      newBody.append(newRow);
+    });
+
+    // Compute width for compound header
+    var width = compoundHeaders.reduce((acc, x) => acc + x.clientWidth, 0);
+    draggingElement.style.width = `${width}px`;
+
+    // Insert the new dragging element and disable selection on BOM
+    bom.insertBefore(draggingElement, null);
+    bom.style.userSelect = "none";
+
+    // Determine the mouse position offset
+    xOffset = e.screenX - compoundHeaders.reduce((acc, x) => Math.min(acc, x.offsetLeft), compoundHeaders[0].offsetLeft);
+    yOffset = e.screenY - compoundHeaders[0].offsetTop;
+
+    // Get name for the column in settings.columnOrder
+    dragName = getColumnOrderName(target);
+
+    // Change text and class for placeholder elements
+    placeHolderElements = placeHolderElements.map(function(e) {
+      newElem = cloneElementWithDimensions(e);
+      newElem.textContent = "";
+      newElem.classList.add("placeholder");
+      return newElem;
+    });
+
+    // On next mouse move, the whole BOM needs to be redrawn to show the placeholders
+    forcePopulation = true;
+
+    // Add listeners for move and up on mouse
+    document.addEventListener('mousemove', mouseMoveHandler);
+    document.addEventListener('mouseup', mouseUpHandler);
+  }
+
+  // In netlist mode, there is nothing to reorder
+  if (settings.bommode === "netlist")
+    return;
+
+  // Add mouseDownHandler to every column except the numCol
+  bom.querySelectorAll("th")
+    .forEach(function(head) {
+      if (!head.classList.contains("numCol")) {
+        head.onmousedown = mouseDownHandler;
+      }
+    });
+
+}
+
+function getBoundingClientRectFromMultiple(elements) {
+  var elems = Array.from(elements);
+
+  if (elems.length == 0)
+    return null;
+
+  var box = elems.shift()
+    .getBoundingClientRect();
+
+  elems.forEach(function(elem) {
+    var elembox = elem.getBoundingClientRect();
+    box.left = Math.min(elembox.left, box.left);
+    box.top = Math.min(elembox.top, box.top);
+    box.width += elembox.width;
+    box.height = Math.max(elembox.height, box.height);
+  });
+
+  return box;
+}
+
+function cloneElementWithDimensions(elem) {
+  var newElem = elem.cloneNode(true);
+  newElem.style.height = window.getComputedStyle(elem).height;
+  newElem.style.width = window.getComputedStyle(elem).width;
+  return newElem;
+}
+
+function getBomTableHeaderIndex(elem) {
+  const bh = document.getElementById('bomhead');
+  const ths = Array.from(bh.querySelectorAll("th"));
+  return ths.indexOf(elem);
+}
+
+function getColumnOrderName(elem) {
+  var cname = elem.getAttribute("col_name");
+  if (cname === "bom-checkbox")
+    return "checkboxes";
+  else
+    return cname;
+}
+
+function resizableGrid(tablehead) {
+  var cols = tablehead.firstElementChild.children;
+  var rowWidth = tablehead.offsetWidth;
+
+  for (var i = 1; i < cols.length; i++) {
+    if (cols[i].classList.contains("bom-checkbox"))
+      continue;
+    cols[i].style.width = ((cols[i].clientWidth - paddingDiff(cols[i])) * 100 / rowWidth) + '%';
+  }
+
+  for (var i = 1; i < cols.length - 1; i++) {
+    var div = document.createElement('div');
+    div.className = "column-width-handle";
+    cols[i].appendChild(div);
+    setListeners(div);
+  }
+
+  function setListeners(div) {
+    var startX, curCol, nxtCol, curColWidth, nxtColWidth, rowWidth;
+
+    div.addEventListener('mousedown', function(e) {
+      e.preventDefault();
+      e.stopPropagation();
+
+      curCol = e.target.parentElement;
+      nxtCol = curCol.nextElementSibling;
+      startX = e.pageX;
+
+      var padding = paddingDiff(curCol);
+
+      rowWidth = curCol.parentElement.offsetWidth;
+      curColWidth = curCol.clientWidth - padding;
+      nxtColWidth = nxtCol.clientWidth - padding;
+    });
+
+    document.addEventListener('mousemove', function(e) {
+      if (startX) {
+        var diffX = e.pageX - startX;
+        diffX = -Math.min(-diffX, curColWidth - 20);
+        diffX = Math.min(diffX, nxtColWidth - 20);
+
+        curCol.style.width = ((curColWidth + diffX) * 100 / rowWidth) + '%';
+        nxtCol.style.width = ((nxtColWidth - diffX) * 100 / rowWidth) + '%';
+        console.log(`${curColWidth + nxtColWidth} ${(curColWidth + diffX) * 100 / rowWidth + (nxtColWidth - diffX) * 100 / rowWidth}`);
+      }
+    });
+
+    document.addEventListener('mouseup', function(e) {
+      curCol = undefined;
+      nxtCol = undefined;
+      startX = undefined;
+      nxtColWidth = undefined;
+      curColWidth = undefined
+    });
+  }
+
+  function paddingDiff(col) {
+
+    if (getStyleVal(col, 'box-sizing') == 'border-box') {
+      return 0;
+    }
+
+    var padLeft = getStyleVal(col, 'padding-left');
+    var padRight = getStyleVal(col, 'padding-right');
+    return (parseInt(padLeft) + parseInt(padRight));
+
+  }
+
+  function getStyleVal(elm, css) {
+    return (window.getComputedStyle(elm, null).getPropertyValue(css))
+  }
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* DOM manipulation and misc code */
+
+var bomsplit;
+var canvassplit;
+var initDone = false;
+var bomSortFunction = null;
+var currentSortColumn = null;
+var currentSortOrder = null;
+var currentHighlightedRowId;
+var highlightHandlers = [];
+var footprintIndexToHandler = {};
+var netsToHandler = {};
+var markedFootprints = new Set();
+var highlightedFootprints = [];
+var highlightedNet = null;
+var lastClicked;
+
+function dbg(html) {
+  dbgdiv.innerHTML = html;
+}
+
+function redrawIfInitDone() {
+  if (initDone) {
+    redrawCanvas(allcanvas.front);
+    redrawCanvas(allcanvas.back);
+  }
+}
+
+function padsVisible(value) {
+  writeStorage("padsVisible", value);
+  settings.renderPads = value;
+  redrawIfInitDone();
+}
+
+function referencesVisible(value) {
+  writeStorage("referencesVisible", value);
+  settings.renderReferences = value;
+  redrawIfInitDone();
+}
+
+function valuesVisible(value) {
+  writeStorage("valuesVisible", value);
+  settings.renderValues = value;
+  redrawIfInitDone();
+}
+
+function tracksVisible(value) {
+  writeStorage("tracksVisible", value);
+  settings.renderTracks = value;
+  redrawIfInitDone();
+}
+
+function zonesVisible(value) {
+  writeStorage("zonesVisible", value);
+  settings.renderZones = value;
+  redrawIfInitDone();
+}
+
+function dnpOutline(value) {
+  writeStorage("dnpOutline", value);
+  settings.renderDnpOutline = value;
+  redrawIfInitDone();
+}
+
+function setDarkMode(value) {
+  if (value) {
+    topmostdiv.classList.add("dark");
+  } else {
+    topmostdiv.classList.remove("dark");
+  }
+  writeStorage("darkmode", value);
+  settings.darkMode = value;
+  redrawIfInitDone();
+  if (initDone) {
+    populateBomTable();
+  }
+}
+
+function setShowBOMColumn(field, value) {
+  if (field === "references") {
+    var rl = document.getElementById("reflookup");
+    rl.disabled = !value;
+    if (!value) {
+      rl.value = "";
+      updateRefLookup("");
+    }
+  }
+
+  var n = settings.hiddenColumns.indexOf(field);
+  if (value) {
+    if (n != -1) {
+      settings.hiddenColumns.splice(n, 1);
+    }
+  } else {
+    if (n == -1) {
+      settings.hiddenColumns.push(field);
+    }
+  }
+
+  writeStorage("hiddenColumns", JSON.stringify(settings.hiddenColumns));
+
+  if (initDone) {
+    populateBomTable();
+  }
+
+  redrawIfInitDone();
+}
+
+
+function setFullscreen(value) {
+  if (value) {
+    document.documentElement.requestFullscreen();
+  } else {
+    document.exitFullscreen();
+  }
+}
+
+function fabricationVisible(value) {
+  writeStorage("fabricationVisible", value);
+  settings.renderFabrication = value;
+  redrawIfInitDone();
+}
+
+function silkscreenVisible(value) {
+  writeStorage("silkscreenVisible", value);
+  settings.renderSilkscreen = value;
+  redrawIfInitDone();
+}
+
+function setHighlightPin1(value) {
+  writeStorage("highlightpin1", value);
+  settings.highlightpin1 = value;
+  redrawIfInitDone();
+}
+
+function getStoredCheckboxRefs(checkbox) {
+  function convert(ref) {
+    var intref = parseInt(ref);
+    if (isNaN(intref)) {
+      for (var i = 0; i < pcbdata.footprints.length; i++) {
+        if (pcbdata.footprints[i].ref == ref) {
+          return i;
+        }
+      }
+      return -1;
+    } else {
+      return intref;
+    }
+  }
+  if (!(checkbox in settings.checkboxStoredRefs)) {
+    var val = readStorage("checkbox_" + checkbox);
+    settings.checkboxStoredRefs[checkbox] = val ? val : "";
+  }
+  if (!settings.checkboxStoredRefs[checkbox]) {
+    return new Set();
+  } else {
+    return new Set(settings.checkboxStoredRefs[checkbox].split(",").map(r => convert(r)).filter(a => a >= 0));
+  }
+}
+
+function getCheckboxState(checkbox, references) {
+  var storedRefsSet = getStoredCheckboxRefs(checkbox);
+  var currentRefsSet = new Set(references.map(r => r[1]));
+  // Get difference of current - stored
+  var difference = new Set(currentRefsSet);
+  for (ref of storedRefsSet) {
+    difference.delete(ref);
+  }
+  if (difference.size == 0) {
+    // All the current refs are stored
+    return "checked";
+  } else if (difference.size == currentRefsSet.size) {
+    // None of the current refs are stored
+    return "unchecked";
+  } else {
+    // Some of the refs are stored
+    return "indeterminate";
+  }
+}
+
+function setBomCheckboxState(checkbox, element, references) {
+  var state = getCheckboxState(checkbox, references);
+  element.checked = (state == "checked");
+  element.indeterminate = (state == "indeterminate");
+}
+
+function createCheckboxChangeHandler(checkbox, references, row) {
+  return function () {
+    refsSet = getStoredCheckboxRefs(checkbox);
+    var markWhenChecked = settings.markWhenChecked == checkbox;
+    eventArgs = {
+      checkbox: checkbox,
+      refs: references,
+    }
+    if (this.checked) {
+      // checkbox ticked
+      for (var ref of references) {
+        refsSet.add(ref[1]);
+      }
+      if (markWhenChecked) {
+        row.classList.add("checked");
+        for (var ref of references) {
+          markedFootprints.add(ref[1]);
+        }
+        drawHighlights();
+      }
+      eventArgs.state = 'checked';
+    } else {
+      // checkbox unticked
+      for (var ref of references) {
+        refsSet.delete(ref[1]);
+      }
+      if (markWhenChecked) {
+        row.classList.remove("checked");
+        for (var ref of references) {
+          markedFootprints.delete(ref[1]);
+        }
+        drawHighlights();
+      }
+      eventArgs.state = 'unchecked';
+    }
+    settings.checkboxStoredRefs[checkbox] = [...refsSet].join(",");
+    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+    updateCheckboxStats(checkbox);
+    EventHandler.emitEvent(IBOM_EVENT_TYPES.CHECKBOX_CHANGE_EVENT, eventArgs);
+  }
+}
+
+function clearHighlightedFootprints() {
+  if (currentHighlightedRowId) {
+    document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+    currentHighlightedRowId = null;
+    highlightedFootprints = [];
+    highlightedNet = null;
+  }
+}
+
+function createRowHighlightHandler(rowid, refs, net) {
+  return function () {
+    if (currentHighlightedRowId) {
+      if (currentHighlightedRowId == rowid) {
+        return;
+      }
+      document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+    }
+    document.getElementById(rowid).classList.add("highlighted");
+    currentHighlightedRowId = rowid;
+    highlightedFootprints = refs ? refs.map(r => r[1]) : [];
+    highlightedNet = net;
+    drawHighlights();
+    EventHandler.emitEvent(
+      IBOM_EVENT_TYPES.HIGHLIGHT_EVENT, {
+      rowid: rowid,
+      refs: refs,
+      net: net
+    });
+  }
+}
+
+function updateNetColors() {
+  writeStorage("netColors", JSON.stringify(settings.netColors));
+  redrawIfInitDone();
+}
+
+function netColorChangeHandler(net) {
+  return (event) => {
+    settings.netColors[net] = event.target.value;
+    updateNetColors();
+  }
+}
+
+function netColorRightClick(net) {
+  return (event) => {
+    if(event.button == 2) {
+      event.preventDefault();
+      event.stopPropagation();
+
+      var style = getComputedStyle(topmostdiv);
+      var defaultNetColor = style.getPropertyValue('--track-color').trim();
+      event.target.value = defaultNetColor;
+      delete settings.netColors[net];
+      updateNetColors();
+    }
+  }
+}
+
+function entryMatches(entry) {
+  if (settings.bommode == "netlist") {
+    // entry is just a net name
+    return entry.toLowerCase().indexOf(filter) >= 0;
+  }
+  // check refs
+  if (!settings.hiddenColumns.includes("references")) {
+    for (var ref of entry) {
+      if (ref[0].toLowerCase().indexOf(filter) >= 0) {
+        return true;
+      }
+    }
+  }
+  // check fields
+  for (var i in config.fields) {
+    var f = config.fields[i];
+    if (!settings.hiddenColumns.includes(f)) {
+      for (var ref of entry) {
+        if (String(pcbdata.bom.fields[ref[1]][i]).toLowerCase().indexOf(filter) >= 0) {
+          return true;
+        }
+      }
+    }
+  }
+  return false;
+}
+
+function findRefInEntry(entry) {
+  return entry.filter(r => r[0].toLowerCase() == reflookup);
+}
+
+function highlightFilter(s) {
+  if (!filter) {
+    return s;
+  }
+  var parts = s.toLowerCase().split(filter);
+  if (parts.length == 1) {
+    return s;
+  }
+  var r = "";
+  var pos = 0;
+  for (var i in parts) {
+    if (i > 0) {
+      r += '<mark class="highlight">' +
+        s.substring(pos, pos + filter.length) +
+        '</mark>';
+      pos += filter.length;
+    }
+    r += s.substring(pos, pos + parts[i].length);
+    pos += parts[i].length;
+  }
+  return r;
+}
+
+function checkboxSetUnsetAllHandler(checkboxname) {
+  return function () {
+    var checkboxnum = 0;
+    while (checkboxnum < settings.checkboxes.length &&
+      settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+      checkboxnum++;
+    }
+    if (checkboxnum >= settings.checkboxes.length) {
+      return;
+    }
+    var allset = true;
+    var checkbox;
+    var row;
+    for (row of bombody.childNodes) {
+      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+      if (!checkbox.checked || checkbox.indeterminate) {
+        allset = false;
+        break;
+      }
+    }
+    for (row of bombody.childNodes) {
+      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+      checkbox.checked = !allset;
+      checkbox.indeterminate = false;
+      checkbox.onchange();
+    }
+  }
+}
+
+function createColumnHeader(name, cls, comparator, is_checkbox = false) {
+  var th = document.createElement("TH");
+  th.innerHTML = name;
+  th.classList.add(cls);
+  if (is_checkbox)
+    th.setAttribute("col_name", "bom-checkbox");
+  else
+    th.setAttribute("col_name", name);
+  var span = document.createElement("SPAN");
+  span.classList.add("sortmark");
+  span.classList.add("none");
+  th.appendChild(span);
+  var spacer = document.createElement("div");
+  spacer.className = "column-spacer";
+  th.appendChild(spacer);
+  spacer.onclick = function () {
+    if (currentSortColumn && th !== currentSortColumn) {
+      // Currently sorted by another column
+      currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
+      currentSortColumn.childNodes[1].classList.add("none");
+      currentSortColumn = null;
+      currentSortOrder = null;
+    }
+    if (currentSortColumn && th === currentSortColumn) {
+      // Already sorted by this column
+      if (currentSortOrder == "asc") {
+        // Sort by this column, descending order
+        bomSortFunction = function (a, b) {
+          return -comparator(a, b);
+        }
+        currentSortColumn.childNodes[1].classList.remove("asc");
+        currentSortColumn.childNodes[1].classList.add("desc");
+        currentSortOrder = "desc";
+      } else {
+        // Unsort
+        bomSortFunction = null;
+        currentSortColumn.childNodes[1].classList.remove("desc");
+        currentSortColumn.childNodes[1].classList.add("none");
+        currentSortColumn = null;
+        currentSortOrder = null;
+      }
+    } else {
+      // Sort by this column, ascending order
+      bomSortFunction = comparator;
+      currentSortColumn = th;
+      currentSortColumn.childNodes[1].classList.remove("none");
+      currentSortColumn.childNodes[1].classList.add("asc");
+      currentSortOrder = "asc";
+    }
+    populateBomBody();
+  }
+  if (is_checkbox) {
+    spacer.onclick = fancyDblClickHandler(
+      spacer, spacer.onclick, checkboxSetUnsetAllHandler(name));
+  }
+  return th;
+}
+
+function populateBomHeader(placeHolderColumn = null, placeHolderElements = null) {
+  while (bomhead.firstChild) {
+    bomhead.removeChild(bomhead.firstChild);
+  }
+  var tr = document.createElement("TR");
+  var th = document.createElement("TH");
+  th.classList.add("numCol");
+
+  var vismenu = document.createElement("div");
+  vismenu.id = "vismenu";
+  vismenu.classList.add("menu");
+
+  var visbutton = document.createElement("div");
+  visbutton.classList.add("visbtn");
+  visbutton.classList.add("hideonprint");
+
+  var viscontent = document.createElement("div");
+  viscontent.classList.add("menu-content");
+  viscontent.id = "vismenu-content";
+
+  settings.columnOrder.forEach(column => {
+    if (typeof column !== "string")
+      return;
+
+    // Skip empty columns
+    if (column === "checkboxes" && settings.checkboxes.length == 0)
+      return;
+    else if (column === "Quantity" && settings.bommode == "ungrouped")
+      return;
+
+    var label = document.createElement("label");
+    label.classList.add("menu-label");
+
+    var input = document.createElement("input");
+    input.classList.add("visibility_checkbox");
+    input.type = "checkbox";
+    input.onchange = function (e) {
+      setShowBOMColumn(column, e.target.checked)
+    };
+    input.checked = !(settings.hiddenColumns.includes(column));
+
+    label.appendChild(input);
+    if (column.length > 0)
+      label.append(column[0].toUpperCase() + column.slice(1));
+
+    viscontent.appendChild(label);
+  });
+
+  viscontent.childNodes[0].classList.add("menu-label-top");
+
+  vismenu.appendChild(visbutton);
+  if (settings.bommode != "netlist") {
+    vismenu.appendChild(viscontent);
+    th.appendChild(vismenu);
+  }
+  tr.appendChild(th);
+
+  var checkboxCompareClosure = function (checkbox) {
+    return (a, b) => {
+      var stateA = getCheckboxState(checkbox, a);
+      var stateB = getCheckboxState(checkbox, b);
+      if (stateA > stateB) return -1;
+      if (stateA < stateB) return 1;
+      return 0;
+    }
+  }
+  var stringFieldCompareClosure = function (fieldIndex) {
+    return (a, b) => {
+      var fa = pcbdata.bom.fields[a[0][1]][fieldIndex];
+      var fb = pcbdata.bom.fields[b[0][1]][fieldIndex];
+      if (fa != fb) return fa > fb ? 1 : -1;
+      else return 0;
+    }
+  }
+  var referenceRegex = /(?<prefix>[^0-9]+)(?<number>[0-9]+)/;
+  var compareRefs = (a, b) => {
+    var ra = referenceRegex.exec(a);
+    var rb = referenceRegex.exec(b);
+    if (ra === null || rb === null) {
+      if (a != b) return a > b ? 1 : -1;
+      return 0;
+    } else {
+      if (ra.groups.prefix != rb.groups.prefix) {
+        return ra.groups.prefix > rb.groups.prefix ? 1 : -1;
+      }
+      if (ra.groups.number != rb.groups.number) {
+        return parseInt(ra.groups.number) > parseInt(rb.groups.number) ? 1 : -1;
+      }
+      return 0;
+    }
+  }
+  if (settings.bommode == "netlist") {
+    tr.appendChild(createColumnHeader("Net name", "bom-netname", (a, b) => {
+      if (a > b) return -1;
+      if (a < b) return 1;
+      return 0;
+    }));
+    tr.appendChild(createColumnHeader("Color", "bom-color", (a, b) => {
+      return 0;
+    }));
+  } else {
+    // Filter hidden columns
+    var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+    var valueIndex = config.fields.indexOf("Value");
+    var footprintIndex = config.fields.indexOf("Footprint");
+    columns.forEach((column) => {
+      if (column === placeHolderColumn) {
+        var n = 1;
+        if (column === "checkboxes")
+          n = settings.checkboxes.length;
+        for (i = 0; i < n; i++) {
+          td = placeHolderElements.shift();
+          tr.appendChild(td);
+        }
+        return;
+      } else if (column === "checkboxes") {
+        for (var checkbox of settings.checkboxes) {
+          th = createColumnHeader(
+            checkbox, "bom-checkbox", checkboxCompareClosure(checkbox), true);
+          tr.appendChild(th);
+        }
+      } else if (column === "References") {
+        tr.appendChild(createColumnHeader("References", "references", (a, b) => {
+          var i = 0;
+          while (i < a.length && i < b.length) {
+            if (a[i] != b[i]) return compareRefs(a[i][0], b[i][0]);
+            i++;
+          }
+          return a.length - b.length;
+        }));
+      } else if (column === "Value") {
+        tr.appendChild(createColumnHeader("Value", "value", (a, b) => {
+          var ra = a[0][1], rb = b[0][1];
+          return valueCompare(
+            pcbdata.bom.parsedValues[ra], pcbdata.bom.parsedValues[rb],
+            pcbdata.bom.fields[ra][valueIndex], pcbdata.bom.fields[rb][valueIndex]);
+        }));
+        return;
+      } else if (column === "Footprint") {
+        tr.appendChild(createColumnHeader(
+          "Footprint", "footprint", stringFieldCompareClosure(footprintIndex)));
+      } else if (column === "Quantity" && settings.bommode == "grouped") {
+        tr.appendChild(createColumnHeader("Quantity", "quantity", (a, b) => {
+          return a.length - b.length;
+        }));
+      } else {
+        // Other fields
+        var i = config.fields.indexOf(column);
+        if (i < 0)
+          return;
+        tr.appendChild(createColumnHeader(
+          column, `field${i + 1}`, stringFieldCompareClosure(i)));
+      }
+    });
+  }
+  bomhead.appendChild(tr);
+}
+
+function populateBomBody(placeholderColumn = null, placeHolderElements = null) {
+  const urlRegex = /^(https?:\/\/[^\s\/$.?#][^\s]*|file:\/\/([a-zA-Z]:|\/)[^\x00]+)$/;
+  while (bom.firstChild) {
+    bom.removeChild(bom.firstChild);
+  }
+  highlightHandlers = [];
+  footprintIndexToHandler = {};
+  netsToHandler = {};
+  currentHighlightedRowId = null;
+  var first = true;
+  var style = getComputedStyle(topmostdiv);
+  var defaultNetColor = style.getPropertyValue('--track-color').trim();
+  if (settings.bommode == "netlist") {
+    bomtable = pcbdata.nets.slice();
+  } else {
+    switch (settings.canvaslayout) {
+      case 'F':
+        bomtable = pcbdata.bom.F.slice();
+        break;
+      case 'FB':
+        bomtable = pcbdata.bom.both.slice();
+        break;
+      case 'B':
+        bomtable = pcbdata.bom.B.slice();
+        break;
+    }
+    if (settings.bommode == "ungrouped") {
+      // expand bom table
+      expandedTable = []
+      for (var bomentry of bomtable) {
+        for (var ref of bomentry) {
+          expandedTable.push([ref]);
+        }
+      }
+      bomtable = expandedTable;
+    }
+  }
+  if (bomSortFunction) {
+    bomtable = bomtable.sort(bomSortFunction);
+  }
+  for (var i in bomtable) {
+    var bomentry = bomtable[i];
+    if (filter && !entryMatches(bomentry)) {
+      continue;
+    }
+    var references = null;
+    var netname = null;
+    var tr = document.createElement("TR");
+    var td = document.createElement("TD");
+    var rownum = +i + 1;
+    tr.id = "bomrow" + rownum;
+    td.textContent = rownum;
+    tr.appendChild(td);
+    if (settings.bommode == "netlist") {
+      netname = bomentry;
+      td = document.createElement("TD");
+      td.innerHTML = highlightFilter(netname ? netname : "&lt;no net&gt;");
+      tr.appendChild(td);
+      var color = settings.netColors[netname] || defaultNetColor;
+      td = document.createElement("TD");
+      var colorBox = document.createElement("INPUT");
+      colorBox.type = "color";
+      colorBox.value = color;
+      colorBox.onchange = netColorChangeHandler(netname);
+      colorBox.onmouseup = netColorRightClick(netname);
+      colorBox.oncontextmenu = (e) => e.preventDefault();
+      td.appendChild(colorBox);
+      td.classList.add("color-column");
+      tr.appendChild(td);
+    } else {
+      if (reflookup) {
+        references = findRefInEntry(bomentry);
+        if (references.length == 0) {
+          continue;
+        }
+      } else {
+        references = bomentry;
+      }
+      // Filter hidden columns
+      var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+      columns.forEach((column) => {
+        if (column === placeholderColumn) {
+          var n = 1;
+          if (column === "checkboxes")
+            n = settings.checkboxes.length;
+          for (i = 0; i < n; i++) {
+            td = placeHolderElements.shift();
+            tr.appendChild(td);
+          }
+          return;
+        } else if (column === "checkboxes") {
+          for (var checkbox of settings.checkboxes) {
+            if (checkbox) {
+              td = document.createElement("TD");
+              var input = document.createElement("input");
+              input.type = "checkbox";
+              input.onchange = createCheckboxChangeHandler(checkbox, references, tr);
+              setBomCheckboxState(checkbox, input, references);
+              if (input.checked && settings.markWhenChecked == checkbox) {
+                tr.classList.add("checked");
+              }
+              td.appendChild(input);
+              tr.appendChild(td);
+            }
+          }
+        } else if (column === "References") {
+          td = document.createElement("TD");
+          td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
+          tr.appendChild(td);
+        } else if (column === "Quantity" && settings.bommode == "grouped") {
+          // Quantity
+          td = document.createElement("TD");
+          td.textContent = references.length;
+          tr.appendChild(td);
+        } else {
+          // All the other fields
+          var field_index = config.fields.indexOf(column)
+          if (field_index < 0)
+            return;
+          var valueSet = new Set();
+          references.map(r => r[1]).forEach((id) => valueSet.add(pcbdata.bom.fields[id][field_index]));
+          td = document.createElement("TD");
+          var output = new Array();
+          for (let item of valueSet) {
+            const visible = highlightFilter(String(item));
+            if (typeof item === 'string' && item.match(urlRegex)) {
+              output.push(`<a href="${item}" target="_blank">${visible}</a>`);
+            } else {
+              output.push(visible);
+            }
+          }
+          td.innerHTML = output.join(", ");
+          tr.appendChild(td);
+        }
+      });
+    }
+    bom.appendChild(tr);
+    var handler = createRowHighlightHandler(tr.id, references, netname);
+    tr.onmousemove = handler;
+    highlightHandlers.push({
+      id: tr.id,
+      handler: handler,
+    });
+    if (references !== null) {
+      for (var refIndex of references.map(r => r[1])) {
+        footprintIndexToHandler[refIndex] = handler;
+      }
+    }
+    if (netname !== null) {
+      netsToHandler[netname] = handler;
+    }
+    if ((filter || reflookup) && first) {
+      handler();
+      first = false;
+    }
+  }
+  EventHandler.emitEvent(
+    IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, {
+    filter: filter,
+    reflookup: reflookup,
+    checkboxes: settings.checkboxes,
+    bommode: settings.bommode,
+  });
+}
+
+function highlightPreviousRow() {
+  if (!currentHighlightedRowId) {
+    highlightHandlers[highlightHandlers.length - 1].handler();
+  } else {
+    if (highlightHandlers.length > 1 &&
+      highlightHandlers[0].id == currentHighlightedRowId) {
+      highlightHandlers[highlightHandlers.length - 1].handler();
+    } else {
+      for (var i = 0; i < highlightHandlers.length - 1; i++) {
+        if (highlightHandlers[i + 1].id == currentHighlightedRowId) {
+          highlightHandlers[i].handler();
+          break;
+        }
+      }
+    }
+  }
+  smoothScrollToRow(currentHighlightedRowId);
+}
+
+function highlightNextRow() {
+  if (!currentHighlightedRowId) {
+    highlightHandlers[0].handler();
+  } else {
+    if (highlightHandlers.length > 1 &&
+      highlightHandlers[highlightHandlers.length - 1].id == currentHighlightedRowId) {
+      highlightHandlers[0].handler();
+    } else {
+      for (var i = 1; i < highlightHandlers.length; i++) {
+        if (highlightHandlers[i - 1].id == currentHighlightedRowId) {
+          highlightHandlers[i].handler();
+          break;
+        }
+      }
+    }
+  }
+  smoothScrollToRow(currentHighlightedRowId);
+}
+
+function populateBomTable() {
+  populateBomHeader();
+  populateBomBody();
+  setBomHandlers();
+  resizableGrid(bomhead);
+}
+
+function footprintsClicked(footprintIndexes) {
+  var lastClickedIndex = footprintIndexes.indexOf(lastClicked);
+  for (var i = 1; i <= footprintIndexes.length; i++) {
+    var refIndex = footprintIndexes[(lastClickedIndex + i) % footprintIndexes.length];
+    if (refIndex in footprintIndexToHandler) {
+      lastClicked = refIndex;
+      footprintIndexToHandler[refIndex]();
+      smoothScrollToRow(currentHighlightedRowId);
+      break;
+    }
+  }
+}
+
+function netClicked(net) {
+  if (net in netsToHandler) {
+    netsToHandler[net]();
+    smoothScrollToRow(currentHighlightedRowId);
+  } else {
+    clearHighlightedFootprints();
+    highlightedNet = net;
+    drawHighlights();
+  }
+}
+
+function updateFilter(input) {
+  filter = input.toLowerCase();
+  populateBomTable();
+}
+
+function updateRefLookup(input) {
+  reflookup = input.toLowerCase();
+  populateBomTable();
+}
+
+function changeCanvasLayout(layout) {
+  document.getElementById("fl-btn").classList.remove("depressed");
+  document.getElementById("fb-btn").classList.remove("depressed");
+  document.getElementById("bl-btn").classList.remove("depressed");
+  switch (layout) {
+    case 'F':
+      document.getElementById("fl-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.collapse(1);
+      }
+      break;
+    case 'B':
+      document.getElementById("bl-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.collapse(0);
+      }
+      break;
+    default:
+      document.getElementById("fb-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.setSizes([50, 50]);
+      }
+  }
+  settings.canvaslayout = layout;
+  writeStorage("canvaslayout", layout);
+  resizeAll();
+  changeBomMode(settings.bommode);
+}
+
+function populateMetadata() {
+  document.getElementById("title").innerHTML = pcbdata.metadata.title;
+  document.getElementById("revision").innerHTML = "Rev: " + pcbdata.metadata.revision;
+  document.getElementById("company").innerHTML = pcbdata.metadata.company;
+  document.getElementById("filedate").innerHTML = pcbdata.metadata.date;
+  if (pcbdata.metadata.title != "") {
+    document.title = pcbdata.metadata.title + " BOM";
+  }
+  // Calculate board stats
+  var fp_f = 0,
+    fp_b = 0,
+    pads_f = 0,
+    pads_b = 0,
+    pads_th = 0;
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    if (pcbdata.bom.skipped.includes(i)) continue;
+    var mod = pcbdata.footprints[i];
+    if (mod.layer == "F") {
+      fp_f++;
+    } else {
+      fp_b++;
+    }
+    for (var pad of mod.pads) {
+      if (pad.type == "th") {
+        pads_th++;
+      } else {
+        if (pad.layers.includes("F")) {
+          pads_f++;
+        }
+        if (pad.layers.includes("B")) {
+          pads_b++;
+        }
+      }
+    }
+  }
+  document.getElementById("stats-components-front").innerHTML = fp_f;
+  document.getElementById("stats-components-back").innerHTML = fp_b;
+  document.getElementById("stats-components-total").innerHTML = fp_f + fp_b;
+  document.getElementById("stats-groups-front").innerHTML = pcbdata.bom.F.length;
+  document.getElementById("stats-groups-back").innerHTML = pcbdata.bom.B.length;
+  document.getElementById("stats-groups-total").innerHTML = pcbdata.bom.both.length;
+  document.getElementById("stats-smd-pads-front").innerHTML = pads_f;
+  document.getElementById("stats-smd-pads-back").innerHTML = pads_b;
+  document.getElementById("stats-smd-pads-total").innerHTML = pads_f + pads_b;
+  document.getElementById("stats-th-pads").innerHTML = pads_th;
+  // Update version string
+  document.getElementById("github-link").innerHTML = "InteractiveHtmlBom&nbsp;" +
+    /^v\d+\.\d+/.exec(pcbdata.ibom_version)[0];
+}
+
+function changeBomLayout(layout) {
+  document.getElementById("bom-btn").classList.remove("depressed");
+  document.getElementById("lr-btn").classList.remove("depressed");
+  document.getElementById("tb-btn").classList.remove("depressed");
+  switch (layout) {
+    case 'bom-only':
+      document.getElementById("bom-btn").classList.add("depressed");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      document.getElementById("frontcanvas").style.display = "none";
+      document.getElementById("backcanvas").style.display = "none";
+      document.getElementById("topmostdiv").style.height = "";
+      document.getElementById("topmostdiv").style.display = "block";
+      break;
+    case 'top-bottom':
+      document.getElementById("tb-btn").classList.add("depressed");
+      document.getElementById("frontcanvas").style.display = "";
+      document.getElementById("backcanvas").style.display = "";
+      document.getElementById("topmostdiv").style.height = "100%";
+      document.getElementById("topmostdiv").style.display = "flex";
+      document.getElementById("bomdiv").classList.remove("split-horizontal");
+      document.getElementById("canvasdiv").classList.remove("split-horizontal");
+      document.getElementById("frontcanvas").classList.add("split-horizontal");
+      document.getElementById("backcanvas").classList.add("split-horizontal");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+        sizes: [50, 50],
+        onDragEnd: resizeAll,
+        direction: "vertical",
+        gutterSize: 5
+      });
+      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+        sizes: [50, 50],
+        gutterSize: 5,
+        onDragEnd: resizeAll
+      });
+      break;
+    case 'left-right':
+      document.getElementById("lr-btn").classList.add("depressed");
+      document.getElementById("frontcanvas").style.display = "";
+      document.getElementById("backcanvas").style.display = "";
+      document.getElementById("topmostdiv").style.height = "100%";
+      document.getElementById("topmostdiv").style.display = "flex";
+      document.getElementById("bomdiv").classList.add("split-horizontal");
+      document.getElementById("canvasdiv").classList.add("split-horizontal");
+      document.getElementById("frontcanvas").classList.remove("split-horizontal");
+      document.getElementById("backcanvas").classList.remove("split-horizontal");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+        sizes: [50, 50],
+        onDragEnd: resizeAll,
+        gutterSize: 5
+      });
+      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+        sizes: [50, 50],
+        gutterSize: 5,
+        direction: "vertical",
+        onDragEnd: resizeAll
+      });
+  }
+  settings.bomlayout = layout;
+  writeStorage("bomlayout", layout);
+  changeCanvasLayout(settings.canvaslayout);
+}
+
+function changeBomMode(mode) {
+  document.getElementById("bom-grouped-btn").classList.remove("depressed");
+  document.getElementById("bom-ungrouped-btn").classList.remove("depressed");
+  document.getElementById("bom-netlist-btn").classList.remove("depressed");
+  var chkbxs = document.getElementsByClassName("visibility_checkbox");
+
+  switch (mode) {
+    case 'grouped':
+      document.getElementById("bom-grouped-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = false;
+      }
+      break;
+    case 'ungrouped':
+      document.getElementById("bom-ungrouped-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = false;
+      }
+      break;
+    case 'netlist':
+      document.getElementById("bom-netlist-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = true;
+      }
+  }
+
+  writeStorage("bommode", mode);
+  if (mode != settings.bommode) {
+    settings.bommode = mode;
+    bomSortFunction = null;
+    currentSortColumn = null;
+    currentSortOrder = null;
+    clearHighlightedFootprints();
+  }
+  populateBomTable();
+}
+
+function focusFilterField() {
+  focusInputField(document.getElementById("filter"));
+}
+
+function focusRefLookupField() {
+  focusInputField(document.getElementById("reflookup"));
+}
+
+function toggleBomCheckbox(bomrowid, checkboxnum) {
+  if (!bomrowid || checkboxnum > settings.checkboxes.length) {
+    return;
+  }
+  var bomrow = document.getElementById(bomrowid);
+  var checkbox = bomrow.childNodes[checkboxnum].childNodes[0];
+  checkbox.checked = !checkbox.checked;
+  checkbox.indeterminate = false;
+  checkbox.onchange();
+}
+
+function checkBomCheckbox(bomrowid, checkboxname) {
+  var checkboxnum = 0;
+  while (checkboxnum < settings.checkboxes.length &&
+    settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+    checkboxnum++;
+  }
+  if (!bomrowid || checkboxnum >= settings.checkboxes.length) {
+    return;
+  }
+  var bomrow = document.getElementById(bomrowid);
+  var checkbox = bomrow.childNodes[checkboxnum + 1].childNodes[0];
+  checkbox.checked = true;
+  checkbox.indeterminate = false;
+  checkbox.onchange();
+}
+
+function setBomCheckboxes(value) {
+  writeStorage("bomCheckboxes", value);
+  settings.checkboxes = value.split(",").map((e) => e.trim()).filter((e) => e);
+  prepCheckboxes();
+  populateMarkWhenCheckedOptions();
+  setMarkWhenChecked(settings.markWhenChecked);
+}
+
+function setMarkWhenChecked(value) {
+  writeStorage("markWhenChecked", value);
+  settings.markWhenChecked = value;
+  markedFootprints.clear();
+  for (var ref of (value ? getStoredCheckboxRefs(value) : [])) {
+    markedFootprints.add(ref);
+  }
+  populateBomTable();
+  drawHighlights();
+}
+
+function prepCheckboxes() {
+  var table = document.getElementById("checkbox-stats");
+  while (table.childElementCount > 1) {
+    table.removeChild(table.lastChild);
+  }
+  if (settings.checkboxes.length) {
+    table.style.display = "";
+  } else {
+    table.style.display = "none";
+  }
+  for (var checkbox of settings.checkboxes) {
+    var tr = document.createElement("TR");
+    var td = document.createElement("TD");
+    td.innerHTML = checkbox;
+    tr.appendChild(td);
+    td = document.createElement("TD");
+    td.id = "checkbox-stats-" + checkbox;
+    var progressbar = document.createElement("div");
+    progressbar.classList.add("bar");
+    td.appendChild(progressbar);
+    var text = document.createElement("div");
+    text.classList.add("text");
+    td.appendChild(text);
+    tr.appendChild(td);
+    table.appendChild(tr);
+    updateCheckboxStats(checkbox);
+  }
+}
+
+function populateMarkWhenCheckedOptions() {
+  var container = document.getElementById("markWhenCheckedContainer");
+
+  if (settings.checkboxes.length == 0) {
+    container.parentElement.style.display = "none";
+    return;
+  }
+
+  container.innerHTML = '';
+  container.parentElement.style.display = "inline-block";
+
+  function createOption(name, displayName) {
+    var id = "markWhenChecked-" + name;
+
+    var div = document.createElement("div");
+    div.classList.add("radio-container");
+
+    var input = document.createElement("input");
+    input.type = "radio";
+    input.name = "markWhenChecked";
+    input.value = name;
+    input.id = id;
+    input.onchange = () => setMarkWhenChecked(name);
+    div.appendChild(input);
+
+    // Preserve the selected element when the checkboxes change
+    if (name == settings.markWhenChecked) {
+      input.checked = true;
+    }
+
+    var label = document.createElement("label");
+    label.innerHTML = displayName;
+    label.htmlFor = id;
+    div.appendChild(label);
+
+    container.appendChild(div);
+  }
+  createOption("", "None");
+  for (var checkbox of settings.checkboxes) {
+    createOption(checkbox, checkbox);
+  }
+}
+
+function updateCheckboxStats(checkbox) {
+  var checked = getStoredCheckboxRefs(checkbox).size;
+  var total = pcbdata.footprints.length - pcbdata.bom.skipped.length;
+  var percent = checked * 100.0 / total;
+  var td = document.getElementById("checkbox-stats-" + checkbox);
+  td.firstChild.style.width = percent + "%";
+  td.lastChild.innerHTML = checked + "/" + total + " (" + Math.round(percent) + "%)";
+}
+
+function constrain(number, min, max){
+  return Math.min(Math.max(parseInt(number), min), max);
+}
+
+document.onkeydown = function (e) {
+  switch (e.key) {
+    case "n":
+      if (document.activeElement.type == "text") {
+        return;
+      }
+      if (currentHighlightedRowId !== null) {
+        checkBomCheckbox(currentHighlightedRowId, "placed");
+        highlightNextRow();
+        e.preventDefault();
+      }
+      break;
+    case "ArrowUp":
+      highlightPreviousRow();
+      e.preventDefault();
+      break;
+    case "ArrowDown":
+      highlightNextRow();
+      e.preventDefault();
+      break;
+    case "ArrowLeft":
+    case "ArrowRight":
+      if (document.activeElement.type != "text"){
+        e.preventDefault();
+        let boardRotationElement = document.getElementById("boardRotation")
+        settings.boardRotation = parseInt(boardRotationElement.value);  // degrees / 5
+        if (e.key == "ArrowLeft"){
+            settings.boardRotation += 3;  // 15 degrees
+        }
+        else{
+            settings.boardRotation -= 3;
+        }
+        settings.boardRotation = constrain(settings.boardRotation, boardRotationElement.min, boardRotationElement.max);
+        boardRotationElement.value = settings.boardRotation
+        setBoardRotation(settings.boardRotation);
+      }
+      break;
+    default:
+      break;
+  }
+  if (e.altKey) {
+    switch (e.key) {
+      case "f":
+        focusFilterField();
+        e.preventDefault();
+        break;
+      case "r":
+        focusRefLookupField();
+        e.preventDefault();
+        break;
+      case "z":
+        changeBomLayout("bom-only");
+        e.preventDefault();
+        break;
+      case "x":
+        changeBomLayout("left-right");
+        e.preventDefault();
+        break;
+      case "c":
+        changeBomLayout("top-bottom");
+        e.preventDefault();
+        break;
+      case "v":
+        changeCanvasLayout("F");
+        e.preventDefault();
+        break;
+      case "b":
+        changeCanvasLayout("FB");
+        e.preventDefault();
+        break;
+      case "n":
+        changeCanvasLayout("B");
+        e.preventDefault();
+        break;
+      default:
+        break;
+    }
+    if (e.key >= '1' && e.key <= '9') {
+      toggleBomCheckbox(currentHighlightedRowId, parseInt(e.key));
+      e.preventDefault();
+    }
+  }
+}
+
+function hideNetlistButton() {
+  document.getElementById("bom-ungrouped-btn").classList.remove("middle-button");
+  document.getElementById("bom-ungrouped-btn").classList.add("right-most-button");
+  document.getElementById("bom-netlist-btn").style.display = "none";
+}
+
+function topToggle() {
+  var top = document.getElementById("top");
+  var toptoggle = document.getElementById("toptoggle");
+  if (top.style.display === "none") {
+    top.style.display = "flex";
+    toptoggle.classList.remove("flipped");
+  } else {
+    top.style.display = "none";
+    toptoggle.classList.add("flipped");
+  }
+}
+
+window.onload = function (e) {
+  initUtils();
+  initRender();
+  initStorage();
+  initDefaults();
+  cleanGutters();
+  populateMetadata();
+  dbgdiv = document.getElementById("dbg");
+  bom = document.getElementById("bombody");
+  bomhead = document.getElementById("bomhead");
+  filter = "";
+  reflookup = "";
+  if (!("nets" in pcbdata)) {
+    hideNetlistButton();
+  }
+  initDone = true;
+  setBomCheckboxes(document.getElementById("bomCheckboxes").value);
+  // Triggers render
+  changeBomLayout(settings.bomlayout);
+
+  // Users may leave fullscreen without touching the checkbox. Uncheck.
+  document.addEventListener('fullscreenchange', () => {
+    if (!document.fullscreenElement)
+      document.getElementById('fullscreenCheckbox').checked = false;
+  });
+}
+
+window.onresize = resizeAll;
+window.matchMedia("print").addListener(resizeAll);
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+// EventHandler.registerCallback(IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, () => {
+//     for(var tr of bom.childNodes) {
+//         tr.onclick = tr.onmousemove;
+//         tr.onmousemove = null;
+//     };
+// });
+
+///////////////////////////////////////////////
+  </script>
+</head>
+
+<body>
+
+<div id="topmostdiv" class="topmostdiv">
+  <div id="top">
+    <div id="fileinfodiv">
+      <table class="fileinfo">
+        <tbody>
+          <tr>
+            <td id="title" class="title" style="width: 70%">
+              Title
+            </td>
+            <td id="revision" class="title" style="width: 30%">
+              Revision
+            </td>
+          </tr>
+          <tr>
+            <td id="company">
+              Company
+            </td>
+            <td id="filedate">
+              Date
+            </td>
+          </tr>
+        </tbody>
+      </table>
+    </div>
+    <div id="bomcontrols">
+      <div class="hideonprint menu">
+        <button class="menubtn"></button>
+        <div class="menu-content">
+          <label class="menu-label menu-label-top" style="width: calc(50% - 18px)">
+            <input id="darkmodeCheckbox" type="checkbox" onchange="setDarkMode(this.checked)">
+            Dark mode
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label menu-label-top" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="fullscreenCheckbox" type="checkbox" onchange="setFullscreen(this.checked)">
+            Full Screen
+          </label>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="fabricationCheckbox" type="checkbox" checked onchange="fabricationVisible(this.checked)">
+            Fab layer
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="silkscreenCheckbox" type="checkbox" checked onchange="silkscreenVisible(this.checked)">
+            Silkscreen
+          </label>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="referencesCheckbox" type="checkbox" checked onchange="referencesVisible(this.checked)">
+            References
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="valuesCheckbox" type="checkbox" checked onchange="valuesVisible(this.checked)">
+            Values
+          </label>
+          <div id="tracksAndZonesCheckboxes">
+            <label class="menu-label" style="width: calc(50% - 18px)">
+              <input id="tracksCheckbox" type="checkbox" checked onchange="tracksVisible(this.checked)">
+              Tracks
+            </label><!-- This comment eats space! All of it!
+            --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+              <input id="zonesCheckbox" type="checkbox" checked onchange="zonesVisible(this.checked)">
+              Zones
+            </label>
+          </div>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="padsCheckbox" type="checkbox" checked onchange="padsVisible(this.checked)">
+            Pads
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="dnpOutlineCheckbox" type="checkbox" checked onchange="dnpOutline(this.checked)">
+            DNP outlined
+          </label>
+          <label class="menu-label">
+            <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
+            Continuous redraw on drag
+          </label>
+          <label class="menu-label">
+            Highlight first pin
+            <form id="highlightpin1">
+              <div class="flexbox">
+                <label>
+                  <input type="radio" name="highlightpin1" value="none" onchange="setHighlightPin1('none')">
+                  None
+                </label>
+                <label>
+                  <input type="radio" name="highlightpin1" value="all" onchange="setHighlightPin1('all')">
+                  All
+                </label>
+                <label>
+                  <input type="radio" name="highlightpin1" value="selected" onchange="setHighlightPin1('selected')">
+                  Selected
+                </label>
+              </div>
+            </form>
+          </label>
+          <label class="menu-label">
+            <span>Board rotation</span>
+            <span style="float: right"><span id="rotationDegree">0</span>&#176;</span>
+            <input id="boardRotation" type="range" min="-36" max="36" value="0" class="slider" oninput="setBoardRotation(this.value)">
+          </label>
+          <label class="menu-label">
+            <input id="offsetBackRotationCheckbox" type="checkbox" onchange="setOffsetBackRotation(this.checked)">
+            Offset back rotation
+          </label>
+          <label class="menu-label">
+            <div style="margin-left: 5px">Bom checkboxes</div>
+            <input id="bomCheckboxes" class="menu-textbox" type=text
+                   oninput="setBomCheckboxes(this.value)">
+          </label>
+          <label class="menu-label">
+            <div style="margin-left: 5px">Mark when checked</div>
+            <div id="markWhenCheckedContainer"></div>
+          </label>
+          <label class="menu-label">
+            <span class="shameless-plug">
+              <span>Created using</span>
+              <a id="github-link" target="blank" href="https://github.com/openscopeproject/InteractiveHtmlBom">InteractiveHtmlBom</a>
+              <a target="blank" title="Mouse and keyboard help" href="https://github.com/openscopeproject/InteractiveHtmlBom/wiki/Usage#bom-page-mouse-actions" style="text-decoration: none;"><label class="help-link">?</label></a>
+            </span>
+          </label>
+        </div>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
+                title="Front only">F
+        </button>
+        <button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
+                title="Front and Back">FB
+        </button>
+        <button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
+                title="Back only">B
+        </button>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
+                title="BOM only"></button>
+        <button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
+                title="BOM left, drawings right"></button>
+        <button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
+                title="BOM top, drawings bot"></button>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
+                title="Grouped BOM"></button>
+        <button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
+                title="Ungrouped BOM"></button>
+        <button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
+                title="Netlist"></button>
+      </div>
+      <div class="hideonprint menu">
+        <button class="statsbtn"></button>
+        <div class="menu-content">
+          <table class="stats">
+            <tbody>
+              <tr>
+                <td width="40%">Board stats</td>
+                <td>Front</td>
+                <td>Back</td>
+                <td>Total</td>
+              </tr>
+              <tr>
+                <td>Components</td>
+                <td id="stats-components-front">~</td>
+                <td id="stats-components-back">~</td>
+                <td id="stats-components-total">~</td>
+              </tr>
+              <tr>
+                <td>Groups</td>
+                <td id="stats-groups-front">~</td>
+                <td id="stats-groups-back">~</td>
+                <td id="stats-groups-total">~</td>
+              </tr>
+              <tr>
+                <td>SMD pads</td>
+                <td id="stats-smd-pads-front">~</td>
+                <td id="stats-smd-pads-back">~</td>
+                <td id="stats-smd-pads-total">~</td>
+              </tr>
+              <tr>
+                <td>TH pads</td>
+                <td colspan=3 id="stats-th-pads">~</td>
+              </tr>
+            </tbody>
+          </table>
+          <table class="stats">
+            <col width="40%"/><col />
+            <tbody id="checkbox-stats">
+              <tr>
+                <td colspan=2 style="border-top: 0">Checkboxes</td>
+              </tr>
+            </tbody>
+          </table>
+        </div>
+      </div>
+      <div class="hideonprint menu">
+        <button class="iobtn"></button>
+        <div class="menu-content">
+          <div class="menu-label menu-label-top">
+            <div style="margin-left: 5px;">Save board image</div>
+            <div class="flexbox">
+              <input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
+                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+              <span>X</span>
+              <input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
+                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+            </div>
+            <label>
+              <input id="render-save-transparent" type="checkbox">
+              Transparent background
+            </label>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveImage('F')">Front</button>
+              <button class="savebtn" onclick="saveImage('B')">Back</button>
+            </div>
+          </div>
+          <div class="menu-label">
+            <span style="margin-left: 5px;">Config and checkbox state</span>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveSettings()">Export</button>
+              <button class="savebtn" onclick="loadSettings()">Import</button>
+              <button class="savebtn" onclick="resetSettings()">Reset</button>
+            </div>
+          </div>
+          <div class="menu-label">
+            <span style="margin-left: 5px;">Save bom table as</span>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveBomTable('csv')">csv</button>
+              <button class="savebtn" onclick="saveBomTable('txt')">txt</button>
+            </div>
+          </div>
+        </div>
+      </div>
+    </div>
+  </div>
+  <div id="topdivider">
+    <div class="hideonprint">
+      <div id="toptoggle" onclick="topToggle()">︽</div>
+    </div>
+  </div>
+  <div id="bot" class="split" style="flex: 1 1">
+    <div id="bomdiv" class="split split-horizontal">
+      <div style="width: 100%">
+        <input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
+               oninput="updateRefLookup(this.value)">
+        <input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
+               oninput="updateFilter(this.value)">
+        <div class="button-container hideonprint" style="float: left; margin: 0;">
+          <button id="copy" title="Copy bom table to clipboard"
+               onclick="saveBomTable('clipboard')"></button>
+        </div>
+      </div>
+      <div id="dbg"></div>
+      <table class="bom" id="bomtable">
+        <thead id="bomhead">
+        </thead>
+        <tbody id="bombody">
+        </tbody>
+      </table>
+    </div>
+    <div id="canvasdiv" class="split split-horizontal">
+      <div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
+        <div style="position: relative; width: 100%; height: 100%;">
+          <canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+          <canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+          <canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+          <canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+        </div>
+      </div>
+      <div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
+        <div style="position: relative; width: 100%; height: 100%;">
+          <canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+          <canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+          <canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+          <canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+        </div>
+      </div>
+    </div>
+  </div>
+</div>
+
+</body>
+
+</html>
diff --git a/doc/build/html/_static/language_data.js b/doc/build/html/_static/language_data.js
index 2e22b06a..250f5665 100644
--- a/doc/build/html/_static/language_data.js
+++ b/doc/build/html/_static/language_data.js
@@ -5,7 +5,7 @@
  * This script contains the language-specific data used by searchtools.js,
  * namely the list of stopwords, stemmer, scorer and splitter.
  *
- * :copyright: Copyright 2007-2022 by the Sphinx team, see AUTHORS.
+ * :copyright: Copyright 2007-2023 by the Sphinx team, see AUTHORS.
  * :license: BSD, see LICENSE for details.
  *
  */
diff --git a/doc/build/html/_static/pygments.css b/doc/build/html/_static/pygments.css
index 08bec689..84ab3030 100644
--- a/doc/build/html/_static/pygments.css
+++ b/doc/build/html/_static/pygments.css
@@ -17,6 +17,7 @@ span.linenos.special { color: #000000; background-color: #ffffc0; padding-left:
 .highlight .cs { color: #3D7B7B; font-style: italic } /* Comment.Special */
 .highlight .gd { color: #A00000 } /* Generic.Deleted */
 .highlight .ge { font-style: italic } /* Generic.Emph */
+.highlight .ges { font-weight: bold; font-style: italic } /* Generic.EmphStrong */
 .highlight .gr { color: #E40000 } /* Generic.Error */
 .highlight .gh { color: #000080; font-weight: bold } /* Generic.Heading */
 .highlight .gi { color: #008400 } /* Generic.Inserted */
diff --git a/doc/build/html/_static/searchtools.js b/doc/build/html/_static/searchtools.js
index ac4d5861..7918c3fa 100644
--- a/doc/build/html/_static/searchtools.js
+++ b/doc/build/html/_static/searchtools.js
@@ -4,7 +4,7 @@
  *
  * Sphinx JavaScript utilities for the full-text search.
  *
- * :copyright: Copyright 2007-2022 by the Sphinx team, see AUTHORS.
+ * :copyright: Copyright 2007-2023 by the Sphinx team, see AUTHORS.
  * :license: BSD, see LICENSE for details.
  *
  */
@@ -57,14 +57,14 @@ const _removeChildren = (element) => {
 const _escapeRegExp = (string) =>
   string.replace(/[.*+\-?^${}()|[\]\\]/g, "\\$&"); // $& means the whole matched string
 
-const _displayItem = (item, highlightTerms, searchTerms) => {
+const _displayItem = (item, searchTerms, highlightTerms) => {
   const docBuilder = DOCUMENTATION_OPTIONS.BUILDER;
-  const docUrlRoot = DOCUMENTATION_OPTIONS.URL_ROOT;
   const docFileSuffix = DOCUMENTATION_OPTIONS.FILE_SUFFIX;
   const docLinkSuffix = DOCUMENTATION_OPTIONS.LINK_SUFFIX;
   const showSearchSummary = DOCUMENTATION_OPTIONS.SHOW_SEARCH_SUMMARY;
+  const contentRoot = document.documentElement.dataset.content_root;
 
-  const [docName, title, anchor, descr] = item;
+  const [docName, title, anchor, descr, score, _filename] = item;
 
   let listItem = document.createElement("li");
   let requestUrl;
@@ -75,29 +75,35 @@ const _displayItem = (item, highlightTerms, searchTerms) => {
     if (dirname.match(/\/index\/$/))
       dirname = dirname.substring(0, dirname.length - 6);
     else if (dirname === "index/") dirname = "";
-    requestUrl = docUrlRoot + dirname;
+    requestUrl = contentRoot + dirname;
     linkUrl = requestUrl;
   } else {
     // normal html builders
-    requestUrl = docUrlRoot + docName + docFileSuffix;
+    requestUrl = contentRoot + docName + docFileSuffix;
     linkUrl = docName + docLinkSuffix;
   }
-  const params = new URLSearchParams();
-  params.set("highlight", [...highlightTerms].join(" "));
   let linkEl = listItem.appendChild(document.createElement("a"));
-  linkEl.href = linkUrl + "?" + params.toString() + anchor;
+  linkEl.href = linkUrl + anchor;
+  linkEl.dataset.score = score;
   linkEl.innerHTML = title;
-  if (descr)
-    listItem.appendChild(document.createElement("span")).innerText =
+  if (descr) {
+    listItem.appendChild(document.createElement("span")).innerHTML =
       " (" + descr + ")";
+    // highlight search terms in the description
+    if (SPHINX_HIGHLIGHT_ENABLED)  // set in sphinx_highlight.js
+      highlightTerms.forEach((term) => _highlightText(listItem, term, "highlighted"));
+  }
   else if (showSearchSummary)
     fetch(requestUrl)
       .then((responseData) => responseData.text())
       .then((data) => {
         if (data)
           listItem.appendChild(
-            Search.makeSearchSummary(data, searchTerms, highlightTerms)
+            Search.makeSearchSummary(data, searchTerms)
           );
+        // highlight search terms in the summary
+        if (SPHINX_HIGHLIGHT_ENABLED)  // set in sphinx_highlight.js
+          highlightTerms.forEach((term) => _highlightText(listItem, term, "highlighted"));
       });
   Search.output.appendChild(listItem);
 };
@@ -116,15 +122,15 @@ const _finishSearch = (resultCount) => {
 const _displayNextItem = (
   results,
   resultCount,
+  searchTerms,
   highlightTerms,
-  searchTerms
 ) => {
   // results left, load the summary and display it
   // this is intended to be dynamic (don't sub resultsCount)
   if (results.length) {
-    _displayItem(results.pop(), highlightTerms, searchTerms);
+    _displayItem(results.pop(), searchTerms, highlightTerms);
     setTimeout(
-      () => _displayNextItem(results, resultCount, highlightTerms, searchTerms),
+      () => _displayNextItem(results, resultCount, searchTerms, highlightTerms),
       5
     );
   }
@@ -155,10 +161,8 @@ const Search = {
   _pulse_status: -1,
 
   htmlToText: (htmlString) => {
-    const htmlElement = document
-      .createRange()
-      .createContextualFragment(htmlString);
-    _removeChildren(htmlElement.querySelectorAll(".headerlink"));
+    const htmlElement = new DOMParser().parseFromString(htmlString, 'text/html');
+    htmlElement.querySelectorAll(".headerlink").forEach((el) => { el.remove() });
     const docContent = htmlElement.querySelector('[role="main"]');
     if (docContent !== undefined) return docContent.textContent;
     console.warn(
@@ -239,6 +243,12 @@ const Search = {
    * execute search (requires search index to be loaded)
    */
   query: (query) => {
+    const filenames = Search._index.filenames;
+    const docNames = Search._index.docnames;
+    const titles = Search._index.titles;
+    const allTitles = Search._index.alltitles;
+    const indexEntries = Search._index.indexentries;
+
     // stem the search terms and add them to the correct list
     const stemmer = new Stemmer();
     const searchTerms = new Set();
@@ -266,6 +276,10 @@ const Search = {
       }
     });
 
+    if (SPHINX_HIGHLIGHT_ENABLED) {  // set in sphinx_highlight.js
+      localStorage.setItem("sphinx_highlight_terms", [...highlightTerms].join(" "))
+    }
+
     // console.debug("SEARCH: searching for:");
     // console.info("required: ", [...searchTerms]);
     // console.info("excluded: ", [...excludedTerms]);
@@ -274,6 +288,40 @@ const Search = {
     let results = [];
     _removeChildren(document.getElementById("search-progress"));
 
+    const queryLower = query.toLowerCase();
+    for (const [title, foundTitles] of Object.entries(allTitles)) {
+      if (title.toLowerCase().includes(queryLower) && (queryLower.length >= title.length/2)) {
+        for (const [file, id] of foundTitles) {
+          let score = Math.round(100 * queryLower.length / title.length)
+          results.push([
+            docNames[file],
+            titles[file] !== title ? `${titles[file]} > ${title}` : title,
+            id !== null ? "#" + id : "",
+            null,
+            score,
+            filenames[file],
+          ]);
+        }
+      }
+    }
+
+    // search for explicit entries in index directives
+    for (const [entry, foundEntries] of Object.entries(indexEntries)) {
+      if (entry.includes(queryLower) && (queryLower.length >= entry.length/2)) {
+        for (const [file, id] of foundEntries) {
+          let score = Math.round(100 * queryLower.length / entry.length)
+          results.push([
+            docNames[file],
+            titles[file],
+            id ? "#" + id : "",
+            null,
+            score,
+            filenames[file],
+          ]);
+        }
+      }
+    }
+
     // lookup as object
     objectTerms.forEach((term) =>
       results.push(...Search.performObjectSearch(term, objectTerms))
@@ -320,7 +368,7 @@ const Search = {
     // console.info("search results:", Search.lastresults);
 
     // print the results
-    _displayNextItem(results, results.length, highlightTerms, searchTerms);
+    _displayNextItem(results, results.length, searchTerms, highlightTerms);
   },
 
   /**
@@ -401,8 +449,8 @@ const Search = {
     // prepare search
     const terms = Search._index.terms;
     const titleTerms = Search._index.titleterms;
-    const docNames = Search._index.docnames;
     const filenames = Search._index.filenames;
+    const docNames = Search._index.docnames;
     const titles = Search._index.titles;
 
     const scoreMap = new Map();
@@ -499,16 +547,15 @@ const Search = {
   /**
    * helper function to return a node containing the
    * search summary for a given text. keywords is a list
-   * of stemmed words, highlightWords is the list of normal, unstemmed
-   * words. the first one is used to find the occurrence, the
-   * latter for highlighting it.
+   * of stemmed words.
    */
-  makeSearchSummary: (htmlText, keywords, highlightWords) => {
-    const text = Search.htmlToText(htmlText).toLowerCase();
+  makeSearchSummary: (htmlText, keywords) => {
+    const text = Search.htmlToText(htmlText);
     if (text === "") return null;
 
+    const textLower = text.toLowerCase();
     const actualStartPosition = [...keywords]
-      .map((k) => text.indexOf(k.toLowerCase()))
+      .map((k) => textLower.indexOf(k.toLowerCase()))
       .filter((i) => i > -1)
       .slice(-1)[0];
     const startWithContext = Math.max(actualStartPosition - 120, 0);
@@ -516,13 +563,9 @@ const Search = {
     const top = startWithContext === 0 ? "" : "...";
     const tail = startWithContext + 240 < text.length ? "..." : "";
 
-    let summary = document.createElement("div");
+    let summary = document.createElement("p");
     summary.classList.add("context");
-    summary.innerText = top + text.substr(startWithContext, 240).trim() + tail;
-
-    highlightWords.forEach((highlightWord) =>
-      _highlightText(summary, highlightWord, "highlighted")
-    );
+    summary.textContent = top + text.substr(startWithContext, 240).trim() + tail;
 
     return summary;
   },
diff --git a/doc/build/html/_static/sphinx_highlight.js b/doc/build/html/_static/sphinx_highlight.js
new file mode 100644
index 00000000..8a96c69a
--- /dev/null
+++ b/doc/build/html/_static/sphinx_highlight.js
@@ -0,0 +1,154 @@
+/* Highlighting utilities for Sphinx HTML documentation. */
+"use strict";
+
+const SPHINX_HIGHLIGHT_ENABLED = true
+
+/**
+ * highlight a given string on a node by wrapping it in
+ * span elements with the given class name.
+ */
+const _highlight = (node, addItems, text, className) => {
+  if (node.nodeType === Node.TEXT_NODE) {
+    const val = node.nodeValue;
+    const parent = node.parentNode;
+    const pos = val.toLowerCase().indexOf(text);
+    if (
+      pos >= 0 &&
+      !parent.classList.contains(className) &&
+      !parent.classList.contains("nohighlight")
+    ) {
+      let span;
+
+      const closestNode = parent.closest("body, svg, foreignObject");
+      const isInSVG = closestNode && closestNode.matches("svg");
+      if (isInSVG) {
+        span = document.createElementNS("http://www.w3.org/2000/svg", "tspan");
+      } else {
+        span = document.createElement("span");
+        span.classList.add(className);
+      }
+
+      span.appendChild(document.createTextNode(val.substr(pos, text.length)));
+      const rest = document.createTextNode(val.substr(pos + text.length));
+      parent.insertBefore(
+        span,
+        parent.insertBefore(
+          rest,
+          node.nextSibling
+        )
+      );
+      node.nodeValue = val.substr(0, pos);
+      /* There may be more occurrences of search term in this node. So call this
+       * function recursively on the remaining fragment.
+       */
+      _highlight(rest, addItems, text, className);
+
+      if (isInSVG) {
+        const rect = document.createElementNS(
+          "http://www.w3.org/2000/svg",
+          "rect"
+        );
+        const bbox = parent.getBBox();
+        rect.x.baseVal.value = bbox.x;
+        rect.y.baseVal.value = bbox.y;
+        rect.width.baseVal.value = bbox.width;
+        rect.height.baseVal.value = bbox.height;
+        rect.setAttribute("class", className);
+        addItems.push({ parent: parent, target: rect });
+      }
+    }
+  } else if (node.matches && !node.matches("button, select, textarea")) {
+    node.childNodes.forEach((el) => _highlight(el, addItems, text, className));
+  }
+};
+const _highlightText = (thisNode, text, className) => {
+  let addItems = [];
+  _highlight(thisNode, addItems, text, className);
+  addItems.forEach((obj) =>
+    obj.parent.insertAdjacentElement("beforebegin", obj.target)
+  );
+};
+
+/**
+ * Small JavaScript module for the documentation.
+ */
+const SphinxHighlight = {
+
+  /**
+   * highlight the search words provided in localstorage in the text
+   */
+  highlightSearchWords: () => {
+    if (!SPHINX_HIGHLIGHT_ENABLED) return;  // bail if no highlight
+
+    // get and clear terms from localstorage
+    const url = new URL(window.location);
+    const highlight =
+        localStorage.getItem("sphinx_highlight_terms")
+        || url.searchParams.get("highlight")
+        || "";
+    localStorage.removeItem("sphinx_highlight_terms")
+    url.searchParams.delete("highlight");
+    window.history.replaceState({}, "", url);
+
+    // get individual terms from highlight string
+    const terms = highlight.toLowerCase().split(/\s+/).filter(x => x);
+    if (terms.length === 0) return; // nothing to do
+
+    // There should never be more than one element matching "div.body"
+    const divBody = document.querySelectorAll("div.body");
+    const body = divBody.length ? divBody[0] : document.querySelector("body");
+    window.setTimeout(() => {
+      terms.forEach((term) => _highlightText(body, term, "highlighted"));
+    }, 10);
+
+    const searchBox = document.getElementById("searchbox");
+    if (searchBox === null) return;
+    searchBox.appendChild(
+      document
+        .createRange()
+        .createContextualFragment(
+          '<p class="highlight-link">' +
+            '<a href="javascript:SphinxHighlight.hideSearchWords()">' +
+            _("Hide Search Matches") +
+            "</a></p>"
+        )
+    );
+  },
+
+  /**
+   * helper function to hide the search marks again
+   */
+  hideSearchWords: () => {
+    document
+      .querySelectorAll("#searchbox .highlight-link")
+      .forEach((el) => el.remove());
+    document
+      .querySelectorAll("span.highlighted")
+      .forEach((el) => el.classList.remove("highlighted"));
+    localStorage.removeItem("sphinx_highlight_terms")
+  },
+
+  initEscapeListener: () => {
+    // only install a listener if it is really needed
+    if (!DOCUMENTATION_OPTIONS.ENABLE_SEARCH_SHORTCUTS) return;
+
+    document.addEventListener("keydown", (event) => {
+      // bail for input elements
+      if (BLACKLISTED_KEY_CONTROL_ELEMENTS.has(document.activeElement.tagName)) return;
+      // bail with special keys
+      if (event.shiftKey || event.altKey || event.ctrlKey || event.metaKey) return;
+      if (DOCUMENTATION_OPTIONS.ENABLE_SEARCH_SHORTCUTS && (event.key === "Escape")) {
+        SphinxHighlight.hideSearchWords();
+        event.preventDefault();
+      }
+    });
+  },
+};
+
+_ready(() => {
+  /* Do not call highlightSearchWords() when we are on the search page.
+   * It will highlight words from the *previous* search query.
+   */
+  if (typeof Search === "undefined") SphinxHighlight.highlightSearchWords();
+  SphinxHighlight.initEscapeListener();
+});
diff --git a/doc/build/html/genindex.html b/doc/build/html/genindex.html
index 95270a56..57f3a9b7 100644
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   <title>Index &mdash; OhmPi v2024rc documentation</title>
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diff --git a/doc/build/html/index.html b/doc/build/html/index.html
index 9d803160..5f97ffef 100644
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   <title>OHMPI: Open source and open hardware resistivity-meter &mdash; OhmPi v2024rc documentation</title>
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@@ -77,7 +79,7 @@
            <div itemprop="articleBody">
              
   <section id="ohmpi-open-source-and-open-hardware-resistivity-meter">
-<h1>OHMPI: Open source and open hardware resistivity-meter<a class="headerlink" href="#ohmpi-open-source-and-open-hardware-resistivity-meter" title="Permalink to this heading"></a></h1>
+<h1>OHMPI: Open source and open hardware resistivity-meter<a class="headerlink" href="#ohmpi-open-source-and-open-hardware-resistivity-meter" title="Link to this heading"></a></h1>
 <aside class="sidebar">
 <p class="sidebar-title">Summary</p>
 <dl class="field-list simple">
@@ -85,7 +87,7 @@
 <dd class="field-odd"><p>v2024rc</p>
 </dd>
 <dt class="field-even">Date<span class="colon">:</span></dt>
-<dd class="field-even"><p>Dec 03, 2023</p>
+<dd class="field-even"><p>Dec 12, 2023</p>
 </dd>
 <dt class="field-odd">Date start<span class="colon">:</span></dt>
 <dd class="field-odd"><p>July 2016</p>
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{"OhmPi project": [[1, "ohmpi-project"]], "Authors:": [[1, "authors"]], "Partners:": [[1, "partners"]], "Citing OhmPi:": [[1, "citing-ohmpi"]], "Introduction :": [[1, "introduction"]], "STEP n\u00b03: MUX board": [[2, "step-n3-mux-board"]], "PART A Assembly of MUX board": [[2, "part-a-assembly-of-mux-board"], [15, "part-a-assembly-of-mux-board"], [16, "part-a-assembly-of-mux-board"]], "Required components": [[2, "required-components"], [13, "required-components"], [15, "required-components"], [16, "required-components"], [14, "required-components"]], "PART B MUX board address": [[2, "part-b-mux-board-address"], [15, "part-b-mux-board-address"], [16, "part-b-mux-board-address"]], "PART C Validation of MUX board": [[2, "part-c-validation-of-mux-board"], [15, "part-c-validation-of-mux-board"], [16, "part-c-validation-of-mux-board"]], "Archived versions": [[4, "archived-versions"]], "Software interface to new hardware components": [[5, "software-interface-to-new-hardware-components"]], "Examples of applications": [[6, "examples-of-applications"]], "Hardware": [[7, "hardware"]], "Assembling the OhmPi": [[8, "assembling-the-ohmpi"]], "OhmPi electronic design": [[9, "ohmpi-electronic-design"]], "Measurement board": [[9, "measurement-board"], [12, "measurement-board"]], "Multiplexer": [[9, "multiplexer"]], "Power supply": [[10, "power-supply"]], "12V battery": [[10, "v-battery"]], "Regulated power supply (DPS5005)": [[10, "regulated-power-supply-dps5005"]], "Raspberry Pi  configuration": [[11, "raspberry-pi-configuration"], [19, "raspberry-pi-configuration"], [20, "raspberry-pi-configuration"]], "PART A: OS installation": [[11, "part-a-os-installation"]], "PART B: Virtual Environment and packages": [[11, "part-b-virtual-environment-and-packages"]], "PART C: Activate virtual environment on Thonny (Python IDE)  (on Raspberry Pi)": [[11, "part-c-activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi"]], "Measurement board v2023": [[13, "measurement-board-v2023"]], "PART A Assembly of the measurement board": [[13, "part-a-assembly-of-the-measurement-board"], [14, "part-a-assembly-of-the-measurement-board"]], "List of components": [[13, "id1"], [13, "id2"], [15, "id1"], [16, "id1"], [20, "id10"], [14, "id1"]], "Description": [[13, "description"]], "PART B Start-up of the measurement board": [[13, "part-b-start-up-of-the-measurement-board"]], "PART C Check the measurement board": [[13, "part-c-check-the-measurement-board"]], "MUX board v2023": [[15, "mux-board-v2023"]], "MUX board v2024": [[16, "mux-board-v2024"]], "Software and operation": [[17, "software-and-operation"]], "System architecture": [[17, "system-architecture"]], "Loggers": [[17, "loggers"]], "Configuration file": [[17, "configuration-file"]], "Interfaces and applications": [[17, "interfaces-and-applications"]], "Web interface": [[17, "web-interface"]], "Python interface": [[17, "python-interface"]], "MQTT interface": [[17, "mqtt-interface"]], "Troubleshooting": [[18, "troubleshooting"]], "Issue with the pulses between A and B": [[18, "issue-with-the-pulses-between-a-and-b"]], "Values given is not the correct one": [[18, "values-given-is-not-the-correct-one"]], "Communication issue between components": [[18, "communication-issue-between-components"]], "OhmPi V 1.01 (limited to 32 electrodes)": [[19, "ohmpi-v-1-01-limited-to-32-electrodes"]], "The philosophy of Ohmpi": [[19, "the-philosophy-of-ohmpi"], [20, "the-philosophy-of-ohmpi"]], "Technical data": [[19, "technical-data"], [20, "technical-data"]], "OS installation": [[19, "os-installation"], [20, "os-installation"]], "Virtual Environment and packages": [[19, "virtual-environment-and-packages"], [20, "virtual-environment-and-packages"]], "Activate virtual environment on Thonny (Python IDE)  (on Raspberry Pi)": [[19, "activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi"], [20, "activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi"]], "Assembly of the measuring/current injection cards, and connection with the Raspberry Pi": [[19, "assembly-of-the-measuring-current-injection-cards-and-connection-with-the-raspberry-pi"], [20, "assembly-of-the-measuring-current-injection-cards-and-connection-with-the-raspberry-pi"]], "Electrical resistivity measurements board": [[19, "electrical-resistivity-measurements-board"], [20, "electrical-resistivity-measurements-board"]], "a) Description": [[19, "a-description"], [20, "a-description"]], "b) Implementation": [[19, "b-implementation"], [20, "b-implementation"]], "Current injection board": [[19, "current-injection-board"], [20, "current-injection-board"]], "First four electrodes resistivity measurement": [[19, "first-four-electrodes-resistivity-measurement"], [20, "first-four-electrodes-resistivity-measurement"]], "Multiplexer implementation": [[19, "multiplexer-implementation"], [20, "multiplexer-implementation"]], "Electrode connection": [[19, "electrode-connection"], [20, "electrode-connection"]], "Operating instruction": [[19, "operating-instruction"], [20, "operating-instruction"]], "Preliminary procedure (Only for the initial operation)": [[19, "preliminary-procedure-only-for-the-initial-operation"], [20, "preliminary-procedure-only-for-the-initial-operation"]], "Startup procedure": [[19, "startup-procedure"], [20, "startup-procedure"]], "Electrical resistivity measurement parameters description": [[19, "electrical-resistivity-measurement-parameters-description"], [20, "electrical-resistivity-measurement-parameters-description"]], "Complete list of components": [[19, "complete-list-of-components"], [20, "complete-list-of-components"]], "Table Title": [[19, "id9"]], "OhmPi V 1.02 (limited to 32 electrodes)": [[20, "ohmpi-v-1-02-limited-to-32-electrodes"]], "Recognize the version of the measurement board": [[12, "recognize-the-version-of-the-measurement-board"]], "Specifications": [[12, "specifications"]], "Assemble you measurement board:": [[12, "assemble-you-measurement-board"]], "OHMPI: Open source and open hardware resistivity-meter": [[0, "ohmpi-open-source-and-open-hardware-resistivity-meter"]], "Summary": [[0, null]], "OhmPi Document Center": [[0, null]], "API reference": [[3, "api-reference"]], "Measurement board 2024.0.2": [[14, "measurement-board-2024-0-2"]]}, "indexentries": {}})
\ No newline at end of file
diff --git a/doc/build/html/source_rst/Ohmpi.html b/doc/build/html/source_rst/Ohmpi.html
index d59f1cbc..aec20843 100644
--- a/doc/build/html/source_rst/Ohmpi.html
+++ b/doc/build/html/source_rst/Ohmpi.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>OhmPi project &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../_static/js/html5shiv.min.js"></script>
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-        <script data-url_root="../" id="documentation_options" src="../_static/documentation_options.js"></script>
-        <script src="../_static/jquery.js"></script>
-        <script src="../_static/underscore.js"></script>
-        <script src="../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../_static/doctools.js"></script>
+        <script src="../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../_static/doctools.js?v=888ff710"></script>
+        <script src="../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../genindex.html" />
     <link rel="search" title="Search" href="../search.html" />
@@ -84,7 +86,7 @@
            <div itemprop="articleBody">
              
   <section id="ohmpi-project">
-<h1>OhmPi project<a class="headerlink" href="#ohmpi-project" title="Permalink to this heading"></a></h1>
+<h1>OhmPi project<a class="headerlink" href="#ohmpi-project" title="Link to this heading"></a></h1>
 <blockquote>
 <div><a class="reference internal image-reference" href="../_images/logo_ohmpi.JPG"><img alt="Logo OhmPi" class="align-center" src="../_images/logo_ohmpi.JPG" style="width: 250px; height: 180px;" /></a>
 </div></blockquote>
@@ -92,7 +94,7 @@
 <div class="line"><br /></div>
 </div>
 <section id="authors">
-<h2><strong>Authors:</strong><a class="headerlink" href="#authors" title="Permalink to this heading"></a></h2>
+<h2><strong>Authors:</strong><a class="headerlink" href="#authors" title="Link to this heading"></a></h2>
 <div class="line-block">
 <div class="line">Rémi CLEMENT, Vivien DUBOIS, Nicolas Forquet, INRAE, REVERSAAL, Villeurbanne, France</div>
 <div class="line">Olivier KAUFMANN, Arnaud WATLET, Université de Mons, Mons, Belgium</div>
@@ -102,7 +104,7 @@
 </div>
 </section>
 <section id="partners">
-<h2><strong>Partners:</strong><a class="headerlink" href="#partners" title="Permalink to this heading"></a></h2>
+<h2><strong>Partners:</strong><a class="headerlink" href="#partners" title="Link to this heading"></a></h2>
 <table class="docutils align-center">
 <tbody>
 <tr class="row-odd"><td></td>
@@ -117,7 +119,7 @@
 </table>
 </section>
 <section id="citing-ohmpi">
-<h2><strong>Citing OhmPi:</strong><a class="headerlink" href="#citing-ohmpi" title="Permalink to this heading"></a></h2>
+<h2><strong>Citing OhmPi:</strong><a class="headerlink" href="#citing-ohmpi" title="Link to this heading"></a></h2>
 <div class="line-block">
 <div class="line"><br /></div>
 </div>
@@ -129,7 +131,7 @@
 </div>
 </section>
 <section id="introduction">
-<h2><strong>Introduction :</strong><a class="headerlink" href="#introduction" title="Permalink to this heading"></a></h2>
+<h2><strong>Introduction :</strong><a class="headerlink" href="#introduction" title="Link to this heading"></a></h2>
 <div class="admonition warning">
 <p class="admonition-title">Warning</p>
 <p>OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules.
diff --git a/doc/build/html/source_rst/V2023.x.x/V2023_step_03.html b/doc/build/html/source_rst/V2023.x.x/V2023_step_03.html
index 1fce28b1..59040883 100644
--- a/doc/build/html/source_rst/V2023.x.x/V2023_step_03.html
+++ b/doc/build/html/source_rst/V2023.x.x/V2023_step_03.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>STEP n°3: MUX board &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../_static/js/html5shiv.min.js"></script>
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-        <script src="../../_static/underscore.js"></script>
-        <script src="../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../_static/doctools.js"></script>
+        <script src="../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../../_static/doctools.js?v=888ff710"></script>
+        <script src="../../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../../genindex.html" />
     <link rel="search" title="Search" href="../../search.html" /> 
@@ -80,7 +82,7 @@
 <p><strong>OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules. OhmPi must be assembled in a professional context and by people competent in electronics. The OhmPi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The OhmPi team cannot be held responsible if the equipment does not work after assembly.</strong></p>
 </div>
 <section id="step-n3-mux-board">
-<h1><strong>STEP n°3:</strong> MUX board<a class="headerlink" href="#step-n3-mux-board" title="Permalink to this heading"></a></h1>
+<h1><strong>STEP n°3:</strong> MUX board<a class="headerlink" href="#step-n3-mux-board" title="Link to this heading"></a></h1>
 <p>The multiplexing of the channels is a mechanical multiplexing based on OMRON’s manufacturing relays (G5LE-1-VD 12 VDC). Each relay is combined with
 a ZVN4206A power MOFSET. The raspberry has only 30 GPIOs, which is not enough to activate all the 64 electrodes, which represent 512 GPIOs.
 We used gpio expander I2C (MCP23017). We have associated these components with an I2C multiplexer of type type TCA9548A from adafruit.
@@ -88,9 +90,9 @@ This combination allows to go up to 512 GPIOs and up to 128 electrodes. Each car
 In the following presentation for an OhmPi 64 electrodes, we will use the addresses 0X70 for channel A, 0X71 for channel B, 0X72 for channel M and 0X73 for channel N.
 0X73 for the N channel. 4 MUX board will be needed to multiplex an OhmPi 64 electrodes.</p>
 <section id="part-a-assembly-of-mux-board">
-<h2><strong>PART A</strong> Assembly of MUX board<a class="headerlink" href="#part-a-assembly-of-mux-board" title="Permalink to this heading"></a></h2>
+<h2><strong>PART A</strong> Assembly of MUX board<a class="headerlink" href="#part-a-assembly-of-mux-board" title="Link to this heading"></a></h2>
 <section id="required-components">
-<h3>Required components<a class="headerlink" href="#required-components" title="Permalink to this heading"></a></h3>
+<h3>Required components<a class="headerlink" href="#required-components" title="Link to this heading"></a></h3>
 <figure class="align-center">
 <a class="reference internal image-reference" href="../../_images/MUX_board_components.jpg"><img alt="alternate text" src="../../_images/MUX_board_components.jpg" style="width: 600px; height: 650px;" /></a>
 </figure>
@@ -211,7 +213,7 @@ In the following presentation for an OhmPi 64 electrodes, we will use the addres
 </section>
 </section>
 <section id="part-b-mux-board-address">
-<h2><strong>PART B</strong> MUX board address<a class="headerlink" href="#part-b-mux-board-address" title="Permalink to this heading"></a></h2>
+<h2><strong>PART B</strong> MUX board address<a class="headerlink" href="#part-b-mux-board-address" title="Link to this heading"></a></h2>
 <p>To build an ohmpi it is necessary to have 4 MUX boards, with 4 different addresses. It is therefore necessary to identify each board, by assigning an address, which will be allocated in the OhmPi code.
 We present here the addresses selected by default.</p>
 <p>For the A electrode board, we suggest addressing it with address 0x70:</p>
@@ -284,7 +286,7 @@ electrode name on the mux board (B).</p></td>
 </table>
 </section>
 <section id="part-c-validation-of-mux-board">
-<h2><strong>PART C</strong> Validation of MUX board<a class="headerlink" href="#part-c-validation-of-mux-board" title="Permalink to this heading"></a></h2>
+<h2><strong>PART C</strong> Validation of MUX board<a class="headerlink" href="#part-c-validation-of-mux-board" title="Link to this heading"></a></h2>
 <p>The first step is to test the Mux boards before assembling them definitively.
 To test the Mux boards, it will be necessary first to make a simplified assembly of the Mux board and the measurement board.</p>
 <p>The first thing to do is to prepare a 50 cm long flat wire with two 6-poles connectors.</p>
diff --git a/doc/build/html/source_rst/api.html b/doc/build/html/source_rst/api.html
index 4f3f7d33..aa025cbc 100644
--- a/doc/build/html/source_rst/api.html
+++ b/doc/build/html/source_rst/api.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>API reference &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../_static/js/html5shiv.min.js"></script>
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-        <script src="../_static/jquery.js"></script>
-        <script src="../_static/underscore.js"></script>
-        <script src="../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../_static/doctools.js"></script>
+        <script src="../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../_static/doctools.js?v=888ff710"></script>
+        <script src="../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../genindex.html" />
     <link rel="search" title="Search" href="../search.html" />
@@ -80,7 +82,7 @@
            <div itemprop="articleBody">
              
   <section id="api-reference">
-<h1>API reference<a class="headerlink" href="#api-reference" title="Permalink to this heading"></a></h1>
+<h1>API reference<a class="headerlink" href="#api-reference" title="Link to this heading"></a></h1>
 <div class="toctree-wrapper compound">
 </div>
 </section>
diff --git a/doc/build/html/source_rst/archived_version.html b/doc/build/html/source_rst/archived_version.html
index 9f50e552..1b06fb84 100644
--- a/doc/build/html/source_rst/archived_version.html
+++ b/doc/build/html/source_rst/archived_version.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Archived versions &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../" id="documentation_options" src="../_static/documentation_options.js"></script>
-        <script src="../_static/jquery.js"></script>
-        <script src="../_static/underscore.js"></script>
-        <script src="../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../_static/doctools.js"></script>
+        <script src="../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../_static/doctools.js?v=888ff710"></script>
+        <script src="../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../genindex.html" />
     <link rel="search" title="Search" href="../search.html" />
@@ -82,7 +84,7 @@
            <div itemprop="articleBody">
              
   <section id="archived-versions">
-<h1>Archived versions<a class="headerlink" href="#archived-versions" title="Permalink to this heading"></a></h1>
+<h1>Archived versions<a class="headerlink" href="#archived-versions" title="Link to this heading"></a></h1>
 <p><strong>These versions are not supported anymore.</strong></p>
 <div class="toctree-wrapper compound">
 <ul>
diff --git a/doc/build/html/source_rst/developing_hardware_components.html b/doc/build/html/source_rst/developing_hardware_components.html
index 30ef0b8c..2e3c0663 100644
--- a/doc/build/html/source_rst/developing_hardware_components.html
+++ b/doc/build/html/source_rst/developing_hardware_components.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Software interface to new hardware components &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../" id="documentation_options" src="../_static/documentation_options.js"></script>
-        <script src="../_static/jquery.js"></script>
-        <script src="../_static/underscore.js"></script>
-        <script src="../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../_static/doctools.js"></script>
+        <script src="../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../_static/doctools.js?v=888ff710"></script>
+        <script src="../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../genindex.html" />
     <link rel="search" title="Search" href="../search.html" />
@@ -78,7 +80,7 @@
            <div itemprop="articleBody">
              
   <section id="software-interface-to-new-hardware-components">
-<h1>Software interface to new hardware components<a class="headerlink" href="#software-interface-to-new-hardware-components" title="Permalink to this heading"></a></h1>
+<h1>Software interface to new hardware components<a class="headerlink" href="#software-interface-to-new-hardware-components" title="Link to this heading"></a></h1>
 <p><a href="#id1"><span class="problematic" id="id2">**</span></a>* DRAFT VERSION - TO BE REVIEWED *
 This section is intended for developers of a new hardware component as part of an OhmPi system.</p>
 <p>It presents some advices and best practices that should help developing new hardware components to work
diff --git a/doc/build/html/source_rst/gallery.html b/doc/build/html/source_rst/gallery.html
index 9ba7cc12..ba6e1c13 100644
--- a/doc/build/html/source_rst/gallery.html
+++ b/doc/build/html/source_rst/gallery.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Examples of applications &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../" id="documentation_options" src="../_static/documentation_options.js"></script>
-        <script src="../_static/jquery.js"></script>
-        <script src="../_static/underscore.js"></script>
-        <script src="../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../_static/doctools.js"></script>
+        <script src="../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../_static/doctools.js?v=888ff710"></script>
+        <script src="../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../genindex.html" />
     <link rel="search" title="Search" href="../search.html" />
@@ -78,7 +80,7 @@
            <div itemprop="articleBody">
              
   <section id="examples-of-applications">
-<h1>Examples of applications<a class="headerlink" href="#examples-of-applications" title="Permalink to this heading"></a></h1>
+<h1>Examples of applications<a class="headerlink" href="#examples-of-applications" title="Link to this heading"></a></h1>
 <p>TODO (e.g. OhmPi in Inrae, OhmPi in Rocherfort, )</p>
 </section>
 
diff --git a/doc/build/html/source_rst/hardware.html b/doc/build/html/source_rst/hardware.html
index dad55c8a..d5c1882d 100644
--- a/doc/build/html/source_rst/hardware.html
+++ b/doc/build/html/source_rst/hardware.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Hardware &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../" id="documentation_options" src="../_static/documentation_options.js"></script>
-        <script src="../_static/jquery.js"></script>
-        <script src="../_static/underscore.js"></script>
-        <script src="../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../_static/doctools.js"></script>
+        <script src="../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../_static/doctools.js?v=888ff710"></script>
+        <script src="../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../genindex.html" />
     <link rel="search" title="Search" href="../search.html" />
@@ -87,7 +89,7 @@
            <div itemprop="articleBody">
              
   <section id="hardware">
-<h1>Hardware<a class="headerlink" href="#hardware" title="Permalink to this heading"></a></h1>
+<h1>Hardware<a class="headerlink" href="#hardware" title="Link to this heading"></a></h1>
 <p>This section contains the documentation needed to build an OhmPi.
 The OhmPi is composed of different modules:</p>
 <ul class="simple">
@@ -108,6 +110,7 @@ You can then upgrade your measurment board or power supply for specific applicat
 <li class="toctree-l1"><a class="reference internal" href="hardware/mb.html">Measurement board</a><ul>
 <li class="toctree-l2"><a class="reference internal" href="hardware/mb.html#recognize-the-version-of-the-measurement-board">Recognize the version of the measurement board</a></li>
 <li class="toctree-l2"><a class="reference internal" href="hardware/mb.html#specifications">Specifications</a></li>
+<li class="toctree-l2"><a class="reference internal" href="hardware/mb.html#assemble-you-measurement-board">Assemble you measurement board:</a></li>
 </ul>
 </li>
 <li class="toctree-l1"><a class="reference internal" href="hardware/mux_2023.html">MUX board v2023</a><ul>
diff --git a/doc/build/html/source_rst/hardware/assembling.html b/doc/build/html/source_rst/hardware/assembling.html
index 5b7910d3..fa8a3c76 100644
--- a/doc/build/html/source_rst/hardware/assembling.html
+++ b/doc/build/html/source_rst/hardware/assembling.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Assembling the OhmPi &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../../" id="documentation_options" src="../../_static/documentation_options.js"></script>
-        <script src="../../_static/jquery.js"></script>
-        <script src="../../_static/underscore.js"></script>
-        <script src="../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../_static/doctools.js"></script>
+        <script src="../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../../_static/doctools.js?v=888ff710"></script>
+        <script src="../../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../../genindex.html" />
     <link rel="search" title="Search" href="../../search.html" />
@@ -92,7 +94,7 @@
 <p><strong>OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules. OhmPi must be assembled in a professional context and by people competent in electronics. The OhmPi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The OhmPi team cannot be held responsible if the equipment does not work after assembly.</strong></p>
 </div>
 <section id="assembling-the-ohmpi">
-<h1>Assembling the OhmPi<a class="headerlink" href="#assembling-the-ohmpi" title="Permalink to this heading"></a></h1>
+<h1>Assembling the OhmPi<a class="headerlink" href="#assembling-the-ohmpi" title="Link to this heading"></a></h1>
 <table class="docutils align-center">
 <tbody>
 <tr class="row-odd"><td rowspan="2"><p>1</p></td>
@@ -458,8 +460,8 @@ present on the board.</p></td>
 <td><img alt="../../_images/step_4_32.jpg" src="../../_images/step_4_32.jpg" />
 </td>
 </tr>
-<tr class="row-even"><td><p>Connect the wires ” A ” (here yellow), ” B ” (here purple),
-” M ” (here brown) and ” N ” (here blue) on the
+<tr class="row-even"><td><p>Connect the wires “ A “ (here yellow), “ B “ (here purple),
+“ M “ (here brown) and “ N “ (here blue) on the
 corresponding terminal blocks on the measurement board.
 Connect the 6 wires ribbon cable on the measurement board
 by passing under the PVC plate.Connect the red and black
diff --git a/doc/build/html/source_rst/hardware/hw_info.html b/doc/build/html/source_rst/hardware/hw_info.html
index 4f83e170..d7182044 100644
--- a/doc/build/html/source_rst/hardware/hw_info.html
+++ b/doc/build/html/source_rst/hardware/hw_info.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>OhmPi electronic design &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../../" id="documentation_options" src="../../_static/documentation_options.js"></script>
-        <script src="../../_static/jquery.js"></script>
-        <script src="../../_static/underscore.js"></script>
-        <script src="../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../_static/doctools.js"></script>
+        <script src="../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../../_static/doctools.js?v=888ff710"></script>
+        <script src="../../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../../genindex.html" />
     <link rel="search" title="Search" href="../../search.html" />
@@ -92,9 +94,9 @@
            <div itemprop="articleBody">
              
   <section id="ohmpi-electronic-design">
-<h1>OhmPi electronic design<a class="headerlink" href="#ohmpi-electronic-design" title="Permalink to this heading"></a></h1>
+<h1>OhmPi electronic design<a class="headerlink" href="#ohmpi-electronic-design" title="Link to this heading"></a></h1>
 <section id="measurement-board">
-<h2>Measurement board<a class="headerlink" href="#measurement-board" title="Permalink to this heading"></a></h2>
+<h2>Measurement board<a class="headerlink" href="#measurement-board" title="Link to this heading"></a></h2>
 <p>The measurement board integrates different electronic components to</p>
 <ul class="simple">
 <li><p>measure the voltage at MN</p></li>
@@ -145,7 +147,7 @@ pulses from a clock (SCL) and another line to transmit data (SDA). These lines m
 pulled high using pull-up resistors (meaning at rest, there should be 5V between these lines and the ground).</p>
 </section>
 <section id="multiplexer">
-<h2>Multiplexer<a class="headerlink" href="#multiplexer" title="Permalink to this heading"></a></h2>
+<h2>Multiplexer<a class="headerlink" href="#multiplexer" title="Link to this heading"></a></h2>
 <p>Multiplexer are used to address multiple electrodes. For this they use <strong>relays</strong>
 to create an electronic path between the electrode and the entry (A, B, M, or N) on the
 measurement board. The relays are usually controlled by <strong>GPIO expander</strong> (MCP23017).
diff --git a/doc/build/html/source_rst/hardware/hw_pwr.html b/doc/build/html/source_rst/hardware/hw_pwr.html
index f02edb8c..6e2d433a 100644
--- a/doc/build/html/source_rst/hardware/hw_pwr.html
+++ b/doc/build/html/source_rst/hardware/hw_pwr.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Power supply &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../../" id="documentation_options" src="../../_static/documentation_options.js"></script>
-        <script src="../../_static/jquery.js"></script>
-        <script src="../../_static/underscore.js"></script>
-        <script src="../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../_static/doctools.js"></script>
+        <script src="../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../../_static/doctools.js?v=888ff710"></script>
+        <script src="../../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../../genindex.html" />
     <link rel="search" title="Search" href="../../search.html" />
@@ -92,17 +94,17 @@
            <div itemprop="articleBody">
              
   <section id="power-supply">
-<h1>Power supply<a class="headerlink" href="#power-supply" title="Permalink to this heading"></a></h1>
+<h1>Power supply<a class="headerlink" href="#power-supply" title="Link to this heading"></a></h1>
 <p>Two sources of power are available now:
 - a 12V battery
 - a regulated power supply (DPS5005)</p>
 <section id="v-battery">
-<h2>12V battery<a class="headerlink" href="#v-battery" title="Permalink to this heading"></a></h2>
+<h2>12V battery<a class="headerlink" href="#v-battery" title="Link to this heading"></a></h2>
 <p>When injecting, we actually connect the + and - of the battery to the A, B electrodes.
 Hence, we can only inject 12V maximum.</p>
 </section>
 <section id="regulated-power-supply-dps5005">
-<h2>Regulated power supply (DPS5005)<a class="headerlink" href="#regulated-power-supply-dps5005" title="Permalink to this heading"></a></h2>
+<h2>Regulated power supply (DPS5005)<a class="headerlink" href="#regulated-power-supply-dps5005" title="Link to this heading"></a></h2>
 <p>This alimentation enables us to inject up to 50 V and also to regulate the current.
 It needs to be connected to a 12V battery and can be controlled using <cite>modbus</cite> by the raspberrypi.</p>
 </section>
diff --git a/doc/build/html/source_rst/hardware/hw_rpi.html b/doc/build/html/source_rst/hardware/hw_rpi.html
index fc8f233c..5d883351 100644
--- a/doc/build/html/source_rst/hardware/hw_rpi.html
+++ b/doc/build/html/source_rst/hardware/hw_rpi.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Raspberry Pi configuration &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../../" id="documentation_options" src="../../_static/documentation_options.js"></script>
-        <script src="../../_static/jquery.js"></script>
-        <script src="../../_static/underscore.js"></script>
-        <script src="../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../_static/doctools.js"></script>
+        <script src="../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../../_static/doctools.js?v=888ff710"></script>
+        <script src="../../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../../genindex.html" />
     <link rel="search" title="Search" href="../../search.html" />
@@ -97,9 +99,9 @@
 <p><strong>OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules. OhmPi must be assembled in a professional context and by people competent in electronics. The OhmPi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The OhmPi team cannot be held responsible if the equipment does not work after assembly.</strong></p>
 </div>
 <section id="raspberry-pi-configuration">
-<h1>Raspberry Pi  configuration<a class="headerlink" href="#raspberry-pi-configuration" title="Permalink to this heading"></a></h1>
+<h1>Raspberry Pi  configuration<a class="headerlink" href="#raspberry-pi-configuration" title="Link to this heading"></a></h1>
 <section id="part-a-os-installation">
-<h2><strong>PART A:</strong> OS installation<a class="headerlink" href="#part-a-os-installation" title="Permalink to this heading"></a></h2>
+<h2><strong>PART A:</strong> OS installation<a class="headerlink" href="#part-a-os-installation" title="Link to this heading"></a></h2>
 <table class="docutils align-default">
 <tbody>
 <tr class="row-odd"><td><p><strong>Required components</strong></p></td>
@@ -142,7 +144,7 @@ For this step, the installation instructions are well described on the Raspberry
 </div>
 </section>
 <section id="part-b-virtual-environment-and-packages">
-<h2><strong>PART B:</strong> Virtual Environment and packages<a class="headerlink" href="#part-b-virtual-environment-and-packages" title="Permalink to this heading"></a></h2>
+<h2><strong>PART B:</strong> Virtual Environment and packages<a class="headerlink" href="#part-b-virtual-environment-and-packages" title="Link to this heading"></a></h2>
 <p>A virtual environment is a way to have multiple, parallel instances of the Python interpreter, each with different package sets and different configurations.
 Each virtual environment contains a discrete copy of the Python interpreter, including copies of its support utilities. It also protects your system in case of problems with the packages.</p>
 <p>All dependencies are specified in requirements.txt</p>
@@ -179,7 +181,7 @@ to leave the virtual environment simply type:</p>
 </div>
 </section>
 <section id="part-c-activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi">
-<h2><strong>PART C:</strong> Activate virtual environment on Thonny (Python IDE)  (on Raspberry Pi)<a class="headerlink" href="#part-c-activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi" title="Permalink to this heading"></a></h2>
+<h2><strong>PART C:</strong> Activate virtual environment on Thonny (Python IDE)  (on Raspberry Pi)<a class="headerlink" href="#part-c-activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi" title="Link to this heading"></a></h2>
 <p>If you decided to use a virtual environment, it is necessary to setup Thonny Python IDE the first time you use it.</p>
 <p>1- Run the Thonny Python IDE software, Click on raspberry access <strong>menu &gt; programming&gt; Thonny pythonIDE</strong></p>
 <p>2- Thonny opens, Python runs on the root (Python 3.7.3 (/usr/bin/python3))</p>
diff --git a/doc/build/html/source_rst/hardware/mb.html b/doc/build/html/source_rst/hardware/mb.html
index 74628b5e..73f22796 100644
--- a/doc/build/html/source_rst/hardware/mb.html
+++ b/doc/build/html/source_rst/hardware/mb.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Measurement board &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../../" id="documentation_options" src="../../_static/documentation_options.js"></script>
-        <script src="../../_static/jquery.js"></script>
-        <script src="../../_static/underscore.js"></script>
-        <script src="../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../_static/doctools.js"></script>
+        <script src="../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../../_static/doctools.js?v=888ff710"></script>
+        <script src="../../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../../genindex.html" />
     <link rel="search" title="Search" href="../../search.html" />
@@ -48,9 +50,10 @@
 <li class="toctree-l2"><a class="reference internal" href="hw_info.html">OhmPi electronic design</a></li>
 <li class="toctree-l2 current"><a class="current reference internal" href="#">Measurement board</a><ul>
 <li class="toctree-l3"><a class="reference internal" href="#recognize-the-version-of-the-measurement-board">Recognize the version of the measurement board</a></li>
-<li class="toctree-l3"><a class="reference internal" href="#specifications">Specifications</a><ul>
+<li class="toctree-l3"><a class="reference internal" href="#specifications">Specifications</a></li>
+<li class="toctree-l3"><a class="reference internal" href="#assemble-you-measurement-board">Assemble you measurement board:</a><ul>
 <li class="toctree-l4"><a class="reference internal" href="mb/mb_2023.html">Measurement board v2023</a></li>
-<li class="toctree-l4"><a class="reference internal" href="mb/mb_2024.html">Measurement board v2024</a></li>
+<li class="toctree-l4"><a class="reference internal" href="mb/mb_2024.html">Measurement board 2024.0.2</a></li>
 </ul>
 </li>
 </ul>
@@ -96,12 +99,12 @@
            <div itemprop="articleBody">
              
   <section id="measurement-board">
-<h1>Measurement board<a class="headerlink" href="#measurement-board" title="Permalink to this heading"></a></h1>
+<h1>Measurement board<a class="headerlink" href="#measurement-board" title="Link to this heading"></a></h1>
 <p>This section introduces the OhmPi measurement boards. Starting from this year, it has been possible to use any measurement board with the latest OhmPi code.
 Consequently, the OhmPi group provides a variety of board options tailored to your technical needs (e.g., laboratory measurement, field measurement), budget, and electronic skills.</p>
 <p>The characteristics of each measurement board are described in the following table:</p>
 <section id="recognize-the-version-of-the-measurement-board">
-<h2>Recognize the version of the measurement board<a class="headerlink" href="#recognize-the-version-of-the-measurement-board" title="Permalink to this heading"></a></h2>
+<h2>Recognize the version of the measurement board<a class="headerlink" href="#recognize-the-version-of-the-measurement-board" title="Link to this heading"></a></h2>
 <blockquote>
 <div><table class="docutils align-default">
 <tbody>
@@ -120,7 +123,7 @@ Consequently, the OhmPi group provides a variety of board options tailored to yo
 </div></blockquote>
 </section>
 <section id="specifications">
-<h2>Specifications<a class="headerlink" href="#specifications" title="Permalink to this heading"></a></h2>
+<h2>Specifications<a class="headerlink" href="#specifications" title="Link to this heading"></a></h2>
 <table class="docutils align-center">
 <thead>
 <tr class="row-odd"><th class="head"><p><strong>Parameters</strong></p></th>
@@ -193,17 +196,22 @@ Consequently, the OhmPi group provides a variety of board options tailored to yo
 </tr>
 </tbody>
 </table>
-<p>Contents:</p>
+</section>
+<section id="assemble-you-measurement-board">
+<h2>Assemble you measurement board:<a class="headerlink" href="#assemble-you-measurement-board" title="Link to this heading"></a></h2>
 <div class="toctree-wrapper compound">
 <ul>
 <li class="toctree-l1"><a class="reference internal" href="mb/mb_2023.html">Measurement board v2023</a><ul>
-<li class="toctree-l2"><a class="reference internal" href="mb/mb_2023.html#specifications">Specifications</a></li>
 <li class="toctree-l2"><a class="reference internal" href="mb/mb_2023.html#part-a-assembly-of-the-measurement-board"><strong>PART A</strong> Assembly of the measurement board</a></li>
 <li class="toctree-l2"><a class="reference internal" href="mb/mb_2023.html#part-b-start-up-of-the-measurement-board"><strong>PART B</strong> Start-up of the measurement board</a></li>
 <li class="toctree-l2"><a class="reference internal" href="mb/mb_2023.html#part-c-check-the-measurement-board"><strong>PART C</strong> Check the measurement board</a></li>
 </ul>
 </li>
-<li class="toctree-l1"><a class="reference internal" href="mb/mb_2024.html">Measurement board v2024</a></li>
+<li class="toctree-l1"><a class="reference internal" href="mb/mb_2024.html">Measurement board 2024.0.2</a><ul>
+<li class="toctree-l2"><a class="reference internal" href="mb/mb_2024.html#part-a-assembly-of-the-measurement-board"><strong>PART A</strong> Assembly of the measurement board</a></li>
+<li class="toctree-l2"><a class="reference internal" href="mb/mb_2024.html#required-components">Required components</a></li>
+</ul>
+</li>
 </ul>
 </div>
 </section>
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+.bom th .sortmark.none {
+  opacity: 0;
+}
+
+.bom th .sortmark.desc {
+  transform: rotate(180deg);
+}
+
+.bom th:hover .sortmark.none {
+  opacity: 0.5;
+}
+
+.bom .bom-checkbox {
+  width: 30px;
+  position: relative;
+  user-select: none;
+  -moz-user-select: none;
+}
+
+.bom .bom-checkbox:before {
+  content: "";
+  position: absolute;
+  border-width: 15px;
+  border-style: solid;
+  border-color: #51829f transparent transparent transparent;
+  visibility: hidden;
+  top: -15px;
+}
+
+.bom .bom-checkbox:after {
+  content: "Double click to set/unset all";
+  position: absolute;
+  color: white;
+  top: -35px;
+  left: -26px;
+  background: #51829f;
+  padding: 5px 15px;
+  border-radius: 8px;
+  white-space: nowrap;
+  visibility: hidden;
+}
+
+.bom .bom-checkbox:hover:before,
+.bom .bom-checkbox:hover:after {
+  visibility: visible;
+  transition: visibility 0.2s linear 1s;
+}
+
+.split {
+  -webkit-box-sizing: border-box;
+  -moz-box-sizing: border-box;
+  box-sizing: border-box;
+  overflow-y: auto;
+  overflow-x: hidden;
+  background-color: inherit;
+}
+
+.split.split-horizontal,
+.gutter.gutter-horizontal {
+  height: 100%;
+  float: left;
+}
+
+.gutter {
+  background-color: #ddd;
+  background-repeat: no-repeat;
+  background-position: 50%;
+  transition: background-color 0.3s;
+}
+
+.dark .gutter {
+  background-color: #777;
+}
+
+.gutter.gutter-horizontal {
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAeCAYAAADkftS9AAAAIklEQVQoU2M4c+bMfxAGAgYYmwGrIIiDjrELjpo5aiZeMwF+yNnOs5KSvgAAAABJRU5ErkJggg==');
+  cursor: ew-resize;
+  width: 5px;
+}
+
+.gutter.gutter-vertical {
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAFAQMAAABo7865AAAABlBMVEVHcEzMzMzyAv2sAAAAAXRSTlMAQObYZgAAABBJREFUeF5jOAMEEAIEEFwAn3kMwcB6I2AAAAAASUVORK5CYII=');
+  cursor: ns-resize;
+  height: 5px;
+}
+
+.searchbox {
+  float: left;
+  height: 40px;
+  margin: 10px 5px;
+  padding: 12px 32px;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 18px;
+  box-sizing: border-box;
+  border: 1px solid #888;
+  border-radius: 6px;
+  outline: none;
+  background-color: #eee;
+  transition: background-color 0.2s, border 0.2s;
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAABNklEQVQ4T8XSMUvDQBQH8P/LElFa/AIZHcTBQSz0I/gFstTBRR2KUC4ldDxw7h0Bl3RRUATxi4iiODgoiLNrbQYp5J6cpJJqomkX33Z37/14d/dIa33MzDuYI4johOI4XhyNRteO46zNYjDzAxE1yBZprVeZ+QbAUhXEGJMA2Ox2u4+fQIa0mPmsCgCgJYQ4t7lfgF0opQYAdv9ABkKI/UnOFCClXKjX61cA1osQY8x9kiRNKeV7IWA3oyhaSdP0FkAtjxhj3hzH2RBCPOf3pzqYHCilfAAX+URm9oMguPzeWSGQvUcMYC8rOBJCHBRdqxTo9/vbRHRqi8bj8XKv1xvODbiuW2u32/bvf0SlDv4XYOY7z/Mavu+nM1+BmQ+NMc0wDF/LprP0DbTWW0T00ul0nn4b7Q87+X4Qmfiq2wAAAABJRU5ErkJggg==');
+  background-position: 10px 10px;
+  background-repeat: no-repeat;
+}
+
+.dark .searchbox {
+  background-color: #111;
+  color: #eee;
+}
+
+.searchbox::placeholder {
+  color: #ccc;
+}
+
+.dark .searchbox::placeholder {
+  color: #666;
+}
+
+.filter {
+  width: calc(60% - 64px);
+}
+
+.reflookup {
+  width: calc(40% - 10px);
+}
+
+input[type=text]:focus {
+  background-color: white;
+  border: 1px solid #333;
+}
+
+.dark input[type=text]:focus {
+  background-color: #333;
+  border: 1px solid #ccc;
+}
+
+mark.highlight {
+  background-color: #5050ff;
+  color: #fff;
+  padding: 2px;
+  border-radius: 6px;
+}
+
+.dark mark.highlight {
+  background-color: #76a6da;
+  color: #111;
+}
+
+.menubtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36' viewBox='0 0 20 20'%3E%3Cpath fill='none' d='M0 0h20v20H0V0z'/%3E%3Cpath d='M15.95 10.78c.03-.25.05-.51.05-.78s-.02-.53-.06-.78l1.69-1.32c.15-.12.19-.34.1-.51l-1.6-2.77c-.1-.18-.31-.24-.49-.18l-1.99.8c-.42-.32-.86-.58-1.35-.78L12 2.34c-.03-.2-.2-.34-.4-.34H8.4c-.2 0-.36.14-.39.34l-.3 2.12c-.49.2-.94.47-1.35.78l-1.99-.8c-.18-.07-.39 0-.49.18l-1.6 2.77c-.1.18-.06.39.1.51l1.69 1.32c-.04.25-.07.52-.07.78s.02.53.06.78L2.37 12.1c-.15.12-.19.34-.1.51l1.6 2.77c.1.18.31.24.49.18l1.99-.8c.42.32.86.58 1.35.78l.3 2.12c.04.2.2.34.4.34h3.2c.2 0 .37-.14.39-.34l.3-2.12c.49-.2.94-.47 1.35-.78l1.99.8c.18.07.39 0 .49-.18l1.6-2.77c.1-.18.06-.39-.1-.51l-1.67-1.32zM10 13c-1.65 0-3-1.35-3-3s1.35-3 3-3 3 1.35 3 3-1.35 3-3 3z'/%3E%3C/svg%3E%0A");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.statsbtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg width='36' height='36' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M4 6h28v24H4V6zm0 8h28v8H4m9-16v24h10V5.8' fill='none' stroke='%23000' stroke-width='2'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.iobtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36'%3E%3Cpath fill='none' stroke='%23000' stroke-width='2' d='M3 33v-7l6.8-7h16.5l6.7 7v7H3zM3.2 26H33M21 9l5-5.9 5 6h-2.5V15h-5V9H21zm-4.9 0l-5 6-5-6h2.5V3h5v6h2.5z'/%3E%3Cpath fill='none' stroke='%23000' d='M6.1 29.5H10'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.visbtn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='24' height='24'%3E%3Cpath fill='none' stroke='%23333' d='M2.5 4.5h5v15h-5zM9.5 4.5h5v15h-5zM16.5 4.5h5v15h-5z'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+  padding: 15px;
+}
+
+#vismenu-content {
+  left: 0px;
+  font-family: Verdana, sans-serif;
+}
+
+.dark .statsbtn,
+.dark .savebtn,
+.dark .menubtn,
+.dark .iobtn,
+.dark .visbtn {
+  filter: invert(1);
+}
+
+.flexbox {
+  display: flex;
+  align-items: center;
+  justify-content: space-between;
+  width: 100%;
+}
+
+.savebtn {
+  background-color: #d6d6d6;
+  width: auto;
+  height: 30px;
+  flex-grow: 1;
+  margin: 5px;
+  border-radius: 4px;
+}
+
+.savebtn:active {
+  background-color: #0a0;
+  color: white;
+}
+
+.dark .savebtn:active {
+  /* This will be inverted */
+  background-color: #b3b;
+}
+
+.stats {
+  border-collapse: collapse;
+  font-size: 12pt;
+  table-layout: fixed;
+  width: 100%;
+  min-width: 450px;
+}
+
+.dark .stats td {
+  border: 1px solid #bbb;
+}
+
+.stats td {
+  border: 1px solid black;
+  padding: 5px;
+  word-wrap: break-word;
+  text-align: center;
+  position: relative;
+}
+
+#checkbox-stats div {
+  position: absolute;
+  left: 0;
+  top: 0;
+  height: 100%;
+  width: 100%;
+  display: flex;
+  align-items: center;
+  justify-content: center;
+}
+
+#checkbox-stats .bar {
+  background-color: rgba(28, 251, 0, 0.6);
+}
+
+.menu {
+  position: relative;
+  display: inline-block;
+  margin: 0.4rem 0.4rem 0.4rem 0;
+}
+
+.menu-content {
+  font-size: 12pt !important;
+  text-align: left !important;
+  font-weight: normal !important;
+  display: none;
+  position: absolute;
+  background-color: white;
+  right: 0;
+  min-width: 300px;
+  box-shadow: 0px 8px 16px 0px rgba(0, 0, 0, 0.2);
+  z-index: 100;
+  padding: 8px;
+}
+
+.dark .menu-content {
+  background-color: #111;
+}
+
+.menu:hover .menu-content {
+  display: block;
+}
+
+.menu:hover .menubtn,
+.menu:hover .iobtn,
+.menu:hover .statsbtn {
+  background-color: #eee;
+}
+
+.menu-label {
+  display: inline-block;
+  padding: 8px;
+  border: 1px solid #ccc;
+  border-top: 0;
+  width: calc(100% - 18px);
+}
+
+.menu-label-top {
+  border-top: 1px solid #ccc;
+}
+
+.menu-textbox {
+  float: left;
+  height: 24px;
+  margin: 10px 5px;
+  padding: 5px 5px;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 14px;
+  box-sizing: border-box;
+  border: 1px solid #888;
+  border-radius: 4px;
+  outline: none;
+  background-color: #eee;
+  transition: background-color 0.2s, border 0.2s;
+  width: calc(100% - 10px);
+}
+
+.menu-textbox.invalid,
+.dark .menu-textbox.invalid {
+  color: red;
+}
+
+.dark .menu-textbox {
+  background-color: #222;
+  color: #eee;
+}
+
+.radio-container {
+  margin: 4px;
+}
+
+.topmostdiv {
+  display: flex;
+  flex-direction: column;
+  width: 100%;
+  background-color: white;
+  transition: background-color 0.3s;
+}
+
+#top {
+  display: flex;
+  flex-wrap: wrap;
+  justify-content: flex-end;
+  align-items: center;
+}
+
+#topdivider {
+  border-bottom: 2px solid black;
+  display: flex;
+  justify-content: center;
+  align-items: center;
+}
+
+.dark #topdivider {
+  border-bottom: 2px solid #ccc;
+}
+
+#topdivider>div {
+  position: relative;
+}
+
+#toptoggle {
+  cursor: pointer;
+  user-select: none;
+  position: absolute;
+  padding: 0.1rem 0.3rem;
+  top: -0.4rem;
+  left: -1rem;
+  font-size: 1.4rem;
+  line-height: 60%;
+  border: 1px solid black;
+  border-radius: 1rem;
+  background-color: #fff;
+  z-index: 100;
+}
+
+.flipped {
+  transform: rotate(0.5turn);
+}
+
+.dark #toptoggle {
+  border: 1px solid #fff;
+  background-color: #222;
+}
+
+#fileinfodiv {
+  flex: 20rem 1 0;
+  overflow: auto;
+}
+
+#bomcontrols {
+  display: flex;
+  flex-direction: row-reverse;
+}
+
+#bomcontrols>* {
+  flex-shrink: 0;
+}
+
+#dbg {
+  display: block;
+}
+
+::-webkit-scrollbar {
+  width: 8px;
+}
+
+::-webkit-scrollbar-track {
+  background: #aaa;
+}
+
+::-webkit-scrollbar-thumb {
+  background: #666;
+  border-radius: 3px;
+}
+
+::-webkit-scrollbar-thumb:hover {
+  background: #555;
+}
+
+.slider {
+  -webkit-appearance: none;
+  width: 100%;
+  margin: 3px 0;
+  padding: 0;
+  outline: none;
+  opacity: 0.7;
+  -webkit-transition: .2s;
+  transition: opacity .2s;
+  border-radius: 3px;
+}
+
+.slider:hover {
+  opacity: 1;
+}
+
+.slider:focus {
+  outline: none;
+}
+
+.slider::-webkit-slider-runnable-track {
+  -webkit-appearance: none;
+  width: 100%;
+  height: 8px;
+  background: #d3d3d3;
+  border-radius: 3px;
+  border: none;
+}
+
+.slider::-webkit-slider-thumb {
+  -webkit-appearance: none;
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+  margin-top: -4px;
+}
+
+.dark .slider::-webkit-slider-thumb {
+  background: #3d3;
+}
+
+.slider::-moz-range-thumb {
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+}
+
+.slider::-moz-range-track {
+  height: 8px;
+  background: #d3d3d3;
+  border-radius: 3px;
+}
+
+.dark .slider::-moz-range-thumb {
+  background: #3d3;
+}
+
+.slider::-ms-track {
+  width: 100%;
+  height: 8px;
+  border-width: 3px 0;
+  background: transparent;
+  border-color: transparent;
+  color: transparent;
+  transition: opacity .2s;
+}
+
+.slider::-ms-fill-lower {
+  background: #d3d3d3;
+  border: none;
+  border-radius: 3px;
+}
+
+.slider::-ms-fill-upper {
+  background: #d3d3d3;
+  border: none;
+  border-radius: 3px;
+}
+
+.slider::-ms-thumb {
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+  margin: 0;
+}
+
+.shameless-plug {
+  font-size: 0.8em;
+  text-align: center;
+  display: block;
+}
+
+a {
+  color: #0278a4;
+}
+
+.dark a {
+  color: #00b9fd;
+}
+
+#frontcanvas,
+#backcanvas {
+  touch-action: none;
+}
+
+.placeholder {
+  border: 1px dashed #9f9fda !important;
+  background-color: #edf2f7 !important;
+}
+
+.dragging {
+  z-index: 999;
+}
+
+.dark .dragging>table>tbody>tr {
+  background-color: #252c30;
+}
+
+.dark .placeholder {
+  filter: invert(1);
+}
+
+.column-spacer {
+  top: 0;
+  left: 0;
+  width: calc(100% - 4px);
+  position: absolute;
+  cursor: pointer;
+  user-select: none;
+  height: 100%;
+}
+
+.column-width-handle {
+  top: 0;
+  right: 0;
+  width: 4px;
+  position: absolute;
+  cursor: col-resize;
+  user-select: none;
+  height: 100%;
+}
+
+.column-width-handle:hover {
+  background-color: #4f99bd;
+}
+
+.help-link {
+  border: 1px solid #0278a4;
+  padding-inline: 0.3rem;
+  border-radius: 3px;
+  cursor: pointer;
+}
+
+.dark .help-link {
+  border: 1px solid #00b9fd;
+}
+
+.bom-color {
+  width: 20%;
+}
+
+.color-column input {
+  width: 1.6rem;
+  height: 1rem;
+  border: 1px solid black;
+  cursor: pointer;
+  padding: 0;
+}
+
+/* removes default styling from input color element */
+::-webkit-color-swatch {
+  border: none;
+}
+
+::-webkit-color-swatch-wrapper {
+  padding: 0;
+}
+
+::-moz-color-swatch,
+::-moz-focus-inner {
+  border: none;
+}
+
+::-moz-focus-inner {
+  padding: 0;
+}
+/* #bomhead {
+    position: sticky;
+    top: 0px;
+    z-index: 1;
+} */
+  </style>
+  <script type="text/javascript" >
+///////////////////////////////////////////////
+/*
+  Split.js - v1.3.5
+  MIT License
+  https://github.com/nathancahill/Split.js
+*/
+!function(e,t){"object"==typeof exports&&"undefined"!=typeof module?module.exports=t():"function"==typeof define&&define.amd?define(t):e.Split=t()}(this,function(){"use strict";var e=window,t=e.document,n="addEventListener",i="removeEventListener",r="getBoundingClientRect",s=function(){return!1},o=e.attachEvent&&!e[n],a=["","-webkit-","-moz-","-o-"].filter(function(e){var n=t.createElement("div");return n.style.cssText="width:"+e+"calc(9px)",!!n.style.length}).shift()+"calc",l=function(e){return"string"==typeof e||e instanceof String?t.querySelector(e):e};return function(u,c){function z(e,t,n){var i=A(y,t,n);Object.keys(i).forEach(function(t){return e.style[t]=i[t]})}function h(e,t){var n=B(y,t);Object.keys(n).forEach(function(t){return e.style[t]=n[t]})}function f(e){var t=E[this.a],n=E[this.b],i=t.size+n.size;t.size=e/this.size*i,n.size=i-e/this.size*i,z(t.element,t.size,this.aGutterSize),z(n.element,n.size,this.bGutterSize)}function m(e){var t;this.dragging&&((t="touches"in e?e.touches[0][b]-this.start:e[b]-this.start)<=E[this.a].minSize+M+this.aGutterSize?t=E[this.a].minSize+this.aGutterSize:t>=this.size-(E[this.b].minSize+M+this.bGutterSize)&&(t=this.size-(E[this.b].minSize+this.bGutterSize)),f.call(this,t),c.onDrag&&c.onDrag())}function g(){var e=E[this.a].element,t=E[this.b].element;this.size=e[r]()[y]+t[r]()[y]+this.aGutterSize+this.bGutterSize,this.start=e[r]()[G]}function d(){var t=this,n=E[t.a].element,r=E[t.b].element;t.dragging&&c.onDragEnd&&c.onDragEnd(),t.dragging=!1,e[i]("mouseup",t.stop),e[i]("touchend",t.stop),e[i]("touchcancel",t.stop),t.parent[i]("mousemove",t.move),t.parent[i]("touchmove",t.move),delete t.stop,delete t.move,n[i]("selectstart",s),n[i]("dragstart",s),r[i]("selectstart",s),r[i]("dragstart",s),n.style.userSelect="",n.style.webkitUserSelect="",n.style.MozUserSelect="",n.style.pointerEvents="",r.style.userSelect="",r.style.webkitUserSelect="",r.style.MozUserSelect="",r.style.pointerEvents="",t.gutter.style.cursor="",t.parent.style.cursor=""}function S(t){var i=this,r=E[i.a].element,o=E[i.b].element;!i.dragging&&c.onDragStart&&c.onDragStart(),t.preventDefault(),i.dragging=!0,i.move=m.bind(i),i.stop=d.bind(i),e[n]("mouseup",i.stop),e[n]("touchend",i.stop),e[n]("touchcancel",i.stop),i.parent[n]("mousemove",i.move),i.parent[n]("touchmove",i.move),r[n]("selectstart",s),r[n]("dragstart",s),o[n]("selectstart",s),o[n]("dragstart",s),r.style.userSelect="none",r.style.webkitUserSelect="none",r.style.MozUserSelect="none",r.style.pointerEvents="none",o.style.userSelect="none",o.style.webkitUserSelect="none",o.style.MozUserSelect="none",o.style.pointerEvents="none",i.gutter.style.cursor=j,i.parent.style.cursor=j,g.call(i)}function v(e){e.forEach(function(t,n){if(n>0){var i=F[n-1],r=E[i.a],s=E[i.b];r.size=e[n-1],s.size=t,z(r.element,r.size,i.aGutterSize),z(s.element,s.size,i.bGutterSize)}})}function p(){F.forEach(function(e){e.parent.removeChild(e.gutter),E[e.a].element.style[y]="",E[e.b].element.style[y]=""})}void 0===c&&(c={});var y,b,G,E,w=l(u[0]).parentNode,D=e.getComputedStyle(w).flexDirection,U=c.sizes||u.map(function(){return 100/u.length}),k=void 0!==c.minSize?c.minSize:100,x=Array.isArray(k)?k:u.map(function(){return k}),L=void 0!==c.gutterSize?c.gutterSize:10,M=void 0!==c.snapOffset?c.snapOffset:30,O=c.direction||"horizontal",j=c.cursor||("horizontal"===O?"ew-resize":"ns-resize"),C=c.gutter||function(e,n){var i=t.createElement("div");return i.className="gutter gutter-"+n,i},A=c.elementStyle||function(e,t,n){var i={};return"string"==typeof t||t instanceof String?i[e]=t:i[e]=o?t+"%":a+"("+t+"% - "+n+"px)",i},B=c.gutterStyle||function(e,t){return n={},n[e]=t+"px",n;var n};"horizontal"===O?(y="width","clientWidth",b="clientX",G="left","paddingLeft"):"vertical"===O&&(y="height","clientHeight",b="clientY",G="top","paddingTop");var F=[];return E=u.map(function(e,t){var i,s={element:l(e),size:U[t],minSize:x[t]};if(t>0&&(i={a:t-1,b:t,dragging:!1,isFirst:1===t,isLast:t===u.length-1,direction:O,parent:w},i.aGutterSize=L,i.bGutterSize=L,i.isFirst&&(i.aGutterSize=L/2),i.isLast&&(i.bGutterSize=L/2),"row-reverse"===D||"column-reverse"===D)){var a=i.a;i.a=i.b,i.b=a}if(!o&&t>0){var c=C(t,O);h(c,L),c[n]("mousedown",S.bind(i)),c[n]("touchstart",S.bind(i)),w.insertBefore(c,s.element),i.gutter=c}0===t||t===u.length-1?z(s.element,s.size,L/2):z(s.element,s.size,L);var f=s.element[r]()[y];return f<s.minSize&&(s.minSize=f),t>0&&F.push(i),s}),o?{setSizes:v,destroy:p}:{setSizes:v,getSizes:function(){return E.map(function(e){return e.size})},collapse:function(e){if(e===F.length){var t=F[e-1];g.call(t),o||f.call(t,t.size-t.bGutterSize)}else{var n=F[e];g.call(n),o||f.call(n,n.aGutterSize)}},destroy:p}}});
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+// Copyright (c) 2013 Pieroxy <pieroxy@pieroxy.net>
+// This work is free. You can redistribute it and/or modify it
+// under the terms of the WTFPL, Version 2
+// For more information see LICENSE.txt or http://www.wtfpl.net/
+//
+// For more information, the home page:
+// http://pieroxy.net/blog/pages/lz-string/testing.html
+//
+// LZ-based compression algorithm, version 1.4.4
+var LZString=function(){var o=String.fromCharCode,i={};var n={decompressFromBase64:function(o){return null==o?"":""==o?null:n._decompress(o.length,32,function(n){return function(o,n){if(!i[o]){i[o]={};for(var t=0;t<o.length;t++)i[o][o.charAt(t)]=t}return i[o][n]}("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",o.charAt(n))})},_decompress:function(i,n,t){var r,e,a,s,p,u,l,f=[],c=4,d=4,h=3,v="",g=[],m={val:t(0),position:n,index:1};for(r=0;r<3;r+=1)f[r]=r;for(a=0,p=Math.pow(2,2),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 2:return""}for(f[3]=l,e=l,g.push(l);;){if(m.index>i)return"";for(a=0,p=Math.pow(2,h),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(l=a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 2:return g.join("")}if(0==c&&(c=Math.pow(2,h),h++),f[l])v=f[l];else{if(l!==d)return null;v=e+e.charAt(0)}g.push(v),f[d++]=e+v.charAt(0),e=v,0==--c&&(c=Math.pow(2,h),h++)}}};return n}();"function"==typeof define&&define.amd?define(function(){return LZString}):"undefined"!=typeof module&&null!=module?module.exports=LZString:"undefined"!=typeof angular&&null!=angular&&angular.module("LZString",[]).factory("LZString",function(){return LZString});
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*!
+ * PEP v0.4.3 | https://github.com/jquery/PEP
+ * Copyright jQuery Foundation and other contributors | http://jquery.org/license
+ */
+!function(a,b){"object"==typeof exports&&"undefined"!=typeof module?module.exports=b():"function"==typeof define&&define.amd?define(b):a.PointerEventsPolyfill=b()}(this,function(){"use strict";function a(a,b){b=b||Object.create(null);var c=document.createEvent("Event");c.initEvent(a,b.bubbles||!1,b.cancelable||!1);
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+b.register.call(b,a)},unregister:function(a){for(var b,c=this.eventSourceList.length,d=0;d<c&&(b=this.eventSourceList[d]);d++)
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+for(var b=a;b.parentNode;)b=b.parentNode;
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+//
+this.observer&&v.canTarget(a)&&this.observer.observe(a,C)},enableOnSubtree:function(a){this.watchSubtree(a),a===document&&"complete"!==document.readyState?this.installOnLoad():this.installNewSubtree(a)},installNewSubtree:function(a){w(this.findElements(a),this.addElement,this)},findElements:function(a){return a.querySelectorAll?a.querySelectorAll(B):[]},removeElement:function(a){this.removeCallback(a)},addElement:function(a){this.addCallback(a)},elementChanged:function(a,b){this.changedCallback(a,b)},concatLists:function(a,b){return a.concat(y(b))},
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+var M,N={POINTER_ID:1,POINTER_TYPE:"mouse",events:["mousedown","mousemove","mouseup","mouseover","mouseout"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},lastTouches:[],
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+0!==b.which&&c?a.buttons=c.buttons:a.buttons=0,b.buttons=a.buttons},mousedown:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);K||(c.buttons=J[c.button],b&&(c.buttons|=b.buttons),a.buttons=c.buttons),H.set(this.POINTER_ID,a),b&&0!==b.buttons?u.move(c):u.down(c)}},mousemove:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,H.set(this.POINTER_ID,a),u.move(b)}},mouseup:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);if(!K){var d=J[c.button];
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+c.altKey=b.altKey,c.ctrlKey=b.ctrlKey,c.metaKey=b.metaKey,c.shiftKey=b.shiftKey;
+var e=this;return c.preventDefault=function(){e.scrolling=!1,e.firstXY=null,b.preventDefault()},c},processTouches:function(a,b){var c=a.changedTouches;this.currentTouchEvent=a;for(var d,e=0;e<c.length;e++)d=c[e],b.call(this,this.touchToPointer(d))},
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+b=!1;else if("XY"===c)
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+vacuumTouches:function(a){var b=a.touches;
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+dedupSynthMouse:function(a){var b=N.lastTouches,c=a.changedTouches[0];
+if(this.isPrimaryTouch(c)){
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+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var config = {"dark_mode": false, "show_pads": true, "show_fabrication": false, "show_silkscreen": true, "highlight_pin1": "none", "redraw_on_drag": true, "board_rotation": 0, "checkboxes": "Sourced,Placed", "bom_view": "left-right", "layer_view": "FB", "offset_back_rotation": false, "kicad_text_formatting": true, "fields": ["Value", "Footprint", "Description"]}
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var pcbdata = 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"))
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* Utility functions */
+
+var storagePrefix = 'KiCad_HTML_BOM__' + pcbdata.metadata.title + '__' +
+  pcbdata.metadata.revision + '__#';
+var storage;
+
+function initStorage(key) {
+  try {
+    window.localStorage.getItem("blank");
+    storage = window.localStorage;
+  } catch (e) {
+    // localStorage not available
+  }
+  if (!storage) {
+    try {
+      window.sessionStorage.getItem("blank");
+      storage = window.sessionStorage;
+    } catch (e) {
+      // sessionStorage also not available
+    }
+  }
+}
+
+function readStorage(key) {
+  if (storage) {
+    return storage.getItem(storagePrefix + key);
+  } else {
+    return null;
+  }
+}
+
+function writeStorage(key, value) {
+  if (storage) {
+    storage.setItem(storagePrefix + key, value);
+  }
+}
+
+function fancyDblClickHandler(el, onsingle, ondouble) {
+  return function () {
+    if (el.getAttribute("data-dblclick") == null) {
+      el.setAttribute("data-dblclick", 1);
+      setTimeout(function () {
+        if (el.getAttribute("data-dblclick") == 1) {
+          onsingle();
+        }
+        el.removeAttribute("data-dblclick");
+      }, 200);
+    } else {
+      el.removeAttribute("data-dblclick");
+      ondouble();
+    }
+  }
+}
+
+function smoothScrollToRow(rowid) {
+  document.getElementById(rowid).scrollIntoView({
+    behavior: "smooth",
+    block: "center",
+    inline: "nearest"
+  });
+}
+
+function focusInputField(input) {
+  input.scrollIntoView(false);
+  input.focus();
+  input.select();
+}
+
+function saveBomTable(output) {
+  var text = '';
+  for (var node of bomhead.childNodes[0].childNodes) {
+    if (node.firstChild) {
+      text += (output == 'csv' ? `"${node.firstChild.nodeValue}"` : node.firstChild.nodeValue);
+    }
+    if (node != bomhead.childNodes[0].lastChild) {
+      text += (output == 'csv' ? ',' : '\t');
+    }
+  }
+  text += '\n';
+  for (var row of bombody.childNodes) {
+    for (var cell of row.childNodes) {
+      let val = '';
+      for (var node of cell.childNodes) {
+        if (node.nodeName == "INPUT") {
+          if (node.checked) {
+            val += '✓';
+          }
+        } else if ((node.nodeName == "MARK") || (node.nodeName == "A")) {
+          val += node.firstChild.nodeValue;
+        } else {
+          val += node.nodeValue;
+        }
+      }
+      if (output == 'csv') {
+        val = val.replace(/\"/g, '\"\"'); // pair of double-quote characters
+        if (isNumeric(val)) {
+          val = +val;                     // use number
+        } else {
+          val = `"${val}"`;               // enclosed within double-quote
+        }
+      }
+      text += val;
+      if (cell != row.lastChild) {
+        text += (output == 'csv' ? ',' : '\t');
+      }
+    }
+    text += '\n';
+  }
+
+  if (output != 'clipboard') {
+    // To file: csv or txt
+    var blob = new Blob([text], {
+      type: `text/${output}`
+    });
+    saveFile(`${pcbdata.metadata.title}.${output}`, blob);
+  } else {
+    // To clipboard
+    var textArea = document.createElement("textarea");
+    textArea.classList.add('clipboard-temp');
+    textArea.value = text;
+
+    document.body.appendChild(textArea);
+    textArea.focus();
+    textArea.select();
+
+    try {
+      if (document.execCommand('copy')) {
+        console.log('Bom copied to clipboard.');
+      }
+    } catch (err) {
+      console.log('Can not copy to clipboard.');
+    }
+
+    document.body.removeChild(textArea);
+  }
+}
+
+function isNumeric(str) {
+  /* https://stackoverflow.com/a/175787 */
+  return (typeof str != "string" ? false : !isNaN(str) && !isNaN(parseFloat(str)));
+}
+
+function removeGutterNode(node) {
+  for (var i = 0; i < node.childNodes.length; i++) {
+    if (node.childNodes[i].classList &&
+      node.childNodes[i].classList.contains("gutter")) {
+      node.removeChild(node.childNodes[i]);
+      break;
+    }
+  }
+}
+
+function cleanGutters() {
+  removeGutterNode(document.getElementById("bot"));
+  removeGutterNode(document.getElementById("canvasdiv"));
+}
+
+var units = {
+  prefixes: {
+    giga: ["G", "g", "giga", "Giga", "GIGA"],
+    mega: ["M", "mega", "Mega", "MEGA"],
+    kilo: ["K", "k", "kilo", "Kilo", "KILO"],
+    milli: ["m", "milli", "Milli", "MILLI"],
+    micro: ["U", "u", "micro", "Micro", "MICRO", "μ", "µ"], // different utf8 μ
+    nano: ["N", "n", "nano", "Nano", "NANO"],
+    pico: ["P", "p", "pico", "Pico", "PICO"],
+  },
+  unitsShort: ["R", "r", "Ω", "F", "f", "H", "h"],
+  unitsLong: [
+    "OHM", "Ohm", "ohm", "ohms",
+    "FARAD", "Farad", "farad",
+    "HENRY", "Henry", "henry"
+  ],
+  getMultiplier: function (s) {
+    if (this.prefixes.giga.includes(s)) return 1e9;
+    if (this.prefixes.mega.includes(s)) return 1e6;
+    if (this.prefixes.kilo.includes(s)) return 1e3;
+    if (this.prefixes.milli.includes(s)) return 1e-3;
+    if (this.prefixes.micro.includes(s)) return 1e-6;
+    if (this.prefixes.nano.includes(s)) return 1e-9;
+    if (this.prefixes.pico.includes(s)) return 1e-12;
+    return 1;
+  },
+  valueRegex: null,
+}
+
+function initUtils() {
+  var allPrefixes = units.prefixes.giga
+    .concat(units.prefixes.mega)
+    .concat(units.prefixes.kilo)
+    .concat(units.prefixes.milli)
+    .concat(units.prefixes.micro)
+    .concat(units.prefixes.nano)
+    .concat(units.prefixes.pico);
+  var allUnits = units.unitsShort.concat(units.unitsLong);
+  units.valueRegex = new RegExp("^([0-9\.]+)" +
+    "\\s*(" + allPrefixes.join("|") + ")?" +
+    "(" + allUnits.join("|") + ")?" +
+    "(\\b.*)?$", "");
+  units.valueAltRegex = new RegExp("^([0-9]*)" +
+    "(" + units.unitsShort.join("|") + ")?" +
+    "([GgMmKkUuNnPp])?" +
+    "([0-9]*)" +
+    "(\\b.*)?$", "");
+  if (config.fields.includes("Value")) {
+    var index = config.fields.indexOf("Value");
+    pcbdata.bom["parsedValues"] = {};
+    for (var id in pcbdata.bom.fields) {
+      pcbdata.bom.parsedValues[id] = parseValue(pcbdata.bom.fields[id][index])
+    }
+  }
+}
+
+function parseValue(val, ref) {
+  var inferUnit = (unit, ref) => {
+    if (unit) {
+      unit = unit.toLowerCase();
+      if (unit == 'Ω' || unit == "ohm" || unit == "ohms") {
+        unit = 'r';
+      }
+      unit = unit[0];
+    } else {
+      ref = /^([a-z]+)\d+$/i.exec(ref);
+      if (ref) {
+        ref = ref[1].toLowerCase();
+        if (ref == "c") unit = 'f';
+        else if (ref == "l") unit = 'h';
+        else if (ref == "r" || ref == "rv") unit = 'r';
+        else unit = null;
+      }
+    }
+    return unit;
+  };
+  val = val.replace(/,/g, "");
+  var match = units.valueRegex.exec(val);
+  var unit;
+  if (match) {
+    val = parseFloat(match[1]);
+    if (match[2]) {
+      val = val * units.getMultiplier(match[2]);
+    }
+    unit = inferUnit(match[3], ref);
+    if (!unit) return null;
+    else return {
+      val: val,
+      unit: unit,
+      extra: match[4],
+    }
+  }
+  match = units.valueAltRegex.exec(val);
+  if (match && (match[1] || match[4])) {
+    val = parseFloat(match[1] + "." + match[4]);
+    if (match[3]) {
+      val = val * units.getMultiplier(match[3]);
+    }
+    unit = inferUnit(match[2], ref);
+    if (!unit) return null;
+    else return {
+      val: val,
+      unit: unit,
+      extra: match[5],
+    }
+  }
+  return null;
+}
+
+function valueCompare(a, b, stra, strb) {
+  if (a === null && b === null) {
+    // Failed to parse both values, compare them as strings.
+    if (stra != strb) return stra > strb ? 1 : -1;
+    else return 0;
+  } else if (a === null) {
+    return 1;
+  } else if (b === null) {
+    return -1;
+  } else {
+    if (a.unit != b.unit) return a.unit > b.unit ? 1 : -1;
+    else if (a.val != b.val) return a.val > b.val ? 1 : -1;
+    else if (a.extra != b.extra) return a.extra > b.extra ? 1 : -1;
+    else return 0;
+  }
+}
+
+function validateSaveImgDimension(element) {
+  var valid = false;
+  var intValue = 0;
+  if (/^[1-9]\d*$/.test(element.value)) {
+    intValue = parseInt(element.value);
+    if (intValue <= 16000) {
+      valid = true;
+    }
+  }
+  if (valid) {
+    element.classList.remove("invalid");
+  } else {
+    element.classList.add("invalid");
+  }
+  return intValue;
+}
+
+function saveImage(layer) {
+  var width = validateSaveImgDimension(document.getElementById("render-save-width"));
+  var height = validateSaveImgDimension(document.getElementById("render-save-height"));
+  var bgcolor = null;
+  if (!document.getElementById("render-save-transparent").checked) {
+    var style = getComputedStyle(topmostdiv);
+    bgcolor = style.getPropertyValue("background-color");
+  }
+  if (!width || !height) return;
+
+  // Prepare image
+  var canvas = document.createElement("canvas");
+  var layerdict = {
+    transform: {
+      x: 0,
+      y: 0,
+      s: 1,
+      panx: 0,
+      pany: 0,
+      zoom: 1,
+    },
+    bg: canvas,
+    fab: canvas,
+    silk: canvas,
+    highlight: canvas,
+    layer: layer,
+  }
+  // Do the rendering
+  recalcLayerScale(layerdict, width, height);
+  prepareLayer(layerdict);
+  clearCanvas(canvas, bgcolor);
+  drawBackground(layerdict, false);
+  drawHighlightsOnLayer(layerdict, false);
+
+  // Save image
+  var imgdata = canvas.toDataURL("image/png");
+
+  var filename = pcbdata.metadata.title;
+  if (pcbdata.metadata.revision) {
+    filename += `.${pcbdata.metadata.revision}`;
+  }
+  filename += `.${layer}.png`;
+  saveFile(filename, dataURLtoBlob(imgdata));
+}
+
+function saveSettings() {
+  var data = {
+    type: "InteractiveHtmlBom settings",
+    version: 1,
+    pcbmetadata: pcbdata.metadata,
+    settings: settings,
+  }
+  var blob = new Blob([JSON.stringify(data, null, 4)], {
+    type: "application/json"
+  });
+  saveFile(`${pcbdata.metadata.title}.settings.json`, blob);
+}
+
+function loadSettings() {
+  var input = document.createElement("input");
+  input.type = "file";
+  input.accept = ".settings.json";
+  input.onchange = function (e) {
+    var file = e.target.files[0];
+    var reader = new FileReader();
+    reader.onload = readerEvent => {
+      var content = readerEvent.target.result;
+      var newSettings;
+      try {
+        newSettings = JSON.parse(content);
+      } catch (e) {
+        alert("Selected file is not InteractiveHtmlBom settings file.");
+        return;
+      }
+      if (newSettings.type != "InteractiveHtmlBom settings") {
+        alert("Selected file is not InteractiveHtmlBom settings file.");
+        return;
+      }
+      var metadataMatches = newSettings.hasOwnProperty("pcbmetadata");
+      if (metadataMatches) {
+        for (var k in pcbdata.metadata) {
+          if (!newSettings.pcbmetadata.hasOwnProperty(k) || newSettings.pcbmetadata[k] != pcbdata.metadata[k]) {
+            metadataMatches = false;
+          }
+        }
+      }
+      if (!metadataMatches) {
+        var currentMetadata = JSON.stringify(pcbdata.metadata, null, 4);
+        var fileMetadata = JSON.stringify(newSettings.pcbmetadata, null, 4);
+        if (!confirm(
+          `Settins file metadata does not match current metadata.\n\n` +
+          `Page metadata:\n${currentMetadata}\n\n` +
+          `Settings file metadata:\n${fileMetadata}\n\n` +
+          `Press OK if you would like to import settings anyway.`)) {
+          return;
+        }
+      }
+      overwriteSettings(newSettings.settings);
+    }
+    reader.readAsText(file, 'UTF-8');
+  }
+  input.click();
+}
+
+function resetSettings() {
+  if (!confirm(
+    `This will reset all checkbox states and other settings.\n\n` +
+    `Press OK if you want to continue.`)) {
+    return;
+  }
+  if (storage) {
+    var keys = [];
+    for (var i = 0; i < storage.length; i++) {
+      var key = storage.key(i);
+      if (key.startsWith(storagePrefix)) keys.push(key);
+    }
+    for (var key of keys) storage.removeItem(key);
+  }
+  location.reload();
+}
+
+function overwriteSettings(newSettings) {
+  initDone = false;
+  Object.assign(settings, newSettings);
+  writeStorage("bomlayout", settings.bomlayout);
+  writeStorage("bommode", settings.bommode);
+  writeStorage("canvaslayout", settings.canvaslayout);
+  writeStorage("bomCheckboxes", settings.checkboxes.join(","));
+  document.getElementById("bomCheckboxes").value = settings.checkboxes.join(",");
+  for (var checkbox of settings.checkboxes) {
+    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+  }
+  writeStorage("markWhenChecked", settings.markWhenChecked);
+  padsVisible(settings.renderPads);
+  document.getElementById("padsCheckbox").checked = settings.renderPads;
+  fabricationVisible(settings.renderFabrication);
+  document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
+  silkscreenVisible(settings.renderSilkscreen);
+  document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
+  referencesVisible(settings.renderReferences);
+  document.getElementById("referencesCheckbox").checked = settings.renderReferences;
+  valuesVisible(settings.renderValues);
+  document.getElementById("valuesCheckbox").checked = settings.renderValues;
+  tracksVisible(settings.renderTracks);
+  document.getElementById("tracksCheckbox").checked = settings.renderTracks;
+  zonesVisible(settings.renderZones);
+  document.getElementById("zonesCheckbox").checked = settings.renderZones;
+  dnpOutline(settings.renderDnpOutline);
+  document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
+  setRedrawOnDrag(settings.redrawOnDrag);
+  document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
+  setDarkMode(settings.darkMode);
+  document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
+  setHighlightPin1(settings.highlightpin1);
+  document.forms.highlightpin1.highlightpin1.value = settings.highlightpin1;
+  writeStorage("boardRotation", settings.boardRotation);
+  document.getElementById("boardRotation").value = settings.boardRotation / 5;
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  setOffsetBackRotation(settings.offsetBackRotation);
+  document.getElementById("offsetBackRotationCheckbox").checked = settings.offsetBackRotation;
+  initDone = true;
+  prepCheckboxes();
+  changeBomLayout(settings.bomlayout);
+}
+
+function saveFile(filename, blob) {
+  var link = document.createElement("a");
+  var objurl = URL.createObjectURL(blob);
+  link.download = filename;
+  link.href = objurl;
+  link.click();
+}
+
+function dataURLtoBlob(dataurl) {
+  var arr = dataurl.split(','),
+    mime = arr[0].match(/:(.*?);/)[1],
+    bstr = atob(arr[1]),
+    n = bstr.length,
+    u8arr = new Uint8Array(n);
+  while (n--) {
+    u8arr[n] = bstr.charCodeAt(n);
+  }
+  return new Blob([u8arr], {
+    type: mime
+  });
+}
+
+var settings = {
+  canvaslayout: "FB",
+  bomlayout: "left-right",
+  bommode: "grouped",
+  checkboxes: [],
+  checkboxStoredRefs: {},
+  darkMode: false,
+  highlightpin1: "none",
+  redrawOnDrag: true,
+  boardRotation: 0,
+  offsetBackRotation: false,
+  renderPads: true,
+  renderReferences: true,
+  renderValues: true,
+  renderSilkscreen: true,
+  renderFabrication: true,
+  renderDnpOutline: false,
+  renderTracks: true,
+  renderZones: true,
+  columnOrder: [],
+  hiddenColumns: [],
+  netColors: {},
+}
+
+function initDefaults() {
+  settings.bomlayout = readStorage("bomlayout");
+  if (settings.bomlayout === null) {
+    settings.bomlayout = config.bom_view;
+  }
+  if (!['bom-only', 'left-right', 'top-bottom'].includes(settings.bomlayout)) {
+    settings.bomlayout = config.bom_view;
+  }
+  settings.bommode = readStorage("bommode");
+  if (settings.bommode === null) {
+    settings.bommode = "grouped";
+  }
+  if (settings.bommode == "netlist" && !pcbdata.nets) {
+    settings.bommode = "grouped";
+  }
+  if (!["grouped", "ungrouped", "netlist"].includes(settings.bommode)) {
+    settings.bommode = "grouped";
+  }
+  settings.canvaslayout = readStorage("canvaslayout");
+  if (settings.canvaslayout === null) {
+    settings.canvaslayout = config.layer_view;
+  }
+  var bomCheckboxes = readStorage("bomCheckboxes");
+  if (bomCheckboxes === null) {
+    bomCheckboxes = config.checkboxes;
+  }
+  settings.checkboxes = bomCheckboxes.split(",").filter((e) => e);
+  document.getElementById("bomCheckboxes").value = bomCheckboxes;
+
+  var highlightpin1 = readStorage("highlightpin1") || config.highlight_pin1;
+  if (highlightpin1 === "false") highlightpin1 = "none";
+  if (highlightpin1 === "true") highlightpin1 = "all";
+  setHighlightPin1(highlightpin1);
+  document.forms.highlightpin1.highlightpin1.value = highlightpin1;
+
+  settings.markWhenChecked = readStorage("markWhenChecked") || "";
+  populateMarkWhenCheckedOptions();
+
+  function initBooleanSetting(storageString, def, elementId, func) {
+    var b = readStorage(storageString);
+    if (b === null) {
+      b = def;
+    } else {
+      b = (b == "true");
+    }
+    document.getElementById(elementId).checked = b;
+    func(b);
+  }
+
+  initBooleanSetting("padsVisible", config.show_pads, "padsCheckbox", padsVisible);
+  initBooleanSetting("fabricationVisible", config.show_fabrication, "fabricationCheckbox", fabricationVisible);
+  initBooleanSetting("silkscreenVisible", config.show_silkscreen, "silkscreenCheckbox", silkscreenVisible);
+  initBooleanSetting("referencesVisible", true, "referencesCheckbox", referencesVisible);
+  initBooleanSetting("valuesVisible", true, "valuesCheckbox", valuesVisible);
+  if ("tracks" in pcbdata) {
+    initBooleanSetting("tracksVisible", true, "tracksCheckbox", tracksVisible);
+    initBooleanSetting("zonesVisible", true, "zonesCheckbox", zonesVisible);
+  } else {
+    document.getElementById("tracksAndZonesCheckboxes").style.display = "none";
+    tracksVisible(false);
+    zonesVisible(false);
+  }
+  initBooleanSetting("dnpOutline", false, "dnpOutlineCheckbox", dnpOutline);
+  initBooleanSetting("redrawOnDrag", config.redraw_on_drag, "dragCheckbox", setRedrawOnDrag);
+  initBooleanSetting("darkmode", config.dark_mode, "darkmodeCheckbox", setDarkMode);
+
+  var fields = ["checkboxes", "References"].concat(config.fields).concat(["Quantity"]);
+  var hcols = JSON.parse(readStorage("hiddenColumns"));
+  if (hcols === null) {
+    hcols = [];
+  }
+  settings.hiddenColumns = hcols.filter(e => fields.includes(e));
+
+  var cord = JSON.parse(readStorage("columnOrder"));
+  if (cord === null) {
+    cord = fields;
+  } else {
+    cord = cord.filter(e => fields.includes(e));
+    if (cord.length != fields.length)
+      cord = fields;
+  }
+  settings.columnOrder = cord;
+
+  settings.boardRotation = readStorage("boardRotation");
+  if (settings.boardRotation === null) {
+    settings.boardRotation = config.board_rotation * 5;
+  } else {
+    settings.boardRotation = parseInt(settings.boardRotation);
+  }
+  document.getElementById("boardRotation").value = settings.boardRotation / 5;
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  initBooleanSetting("offsetBackRotation", config.offset_back_rotation, "offsetBackRotationCheckbox", setOffsetBackRotation);
+
+  settings.netColors = JSON.parse(readStorage("netColors")) || {};
+}
+
+// Helper classes for user js callbacks.
+
+const IBOM_EVENT_TYPES = {
+  ALL: "all",
+  HIGHLIGHT_EVENT: "highlightEvent",
+  CHECKBOX_CHANGE_EVENT: "checkboxChangeEvent",
+  BOM_BODY_CHANGE_EVENT: "bomBodyChangeEvent",
+}
+
+const EventHandler = {
+  callbacks: {},
+  init: function () {
+    for (eventType of Object.values(IBOM_EVENT_TYPES))
+      this.callbacks[eventType] = [];
+  },
+  registerCallback: function (eventType, callback) {
+    this.callbacks[eventType].push(callback);
+  },
+  emitEvent: function (eventType, eventArgs) {
+    event = {
+      eventType: eventType,
+      args: eventArgs,
+    }
+    var callback;
+    for (callback of this.callbacks[eventType])
+      callback(event);
+    for (callback of this.callbacks[IBOM_EVENT_TYPES.ALL])
+      callback(event);
+  }
+}
+EventHandler.init();
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* PCB rendering code */
+
+var emptyContext2d = document.createElement("canvas").getContext("2d");
+
+function deg2rad(deg) {
+  return deg * Math.PI / 180;
+}
+
+function calcFontPoint(linepoint, text, offsetx, offsety, tilt) {
+  var point = [
+    linepoint[0] * text.width + offsetx,
+    linepoint[1] * text.height + offsety
+  ];
+  // This approximates pcbnew behavior with how text tilts depending on horizontal justification
+  point[0] -= (linepoint[1] + 0.5 * (1 + text.justify[0])) * text.height * tilt;
+  return point;
+}
+
+function drawText(ctx, text, color) {
+  if ("ref" in text && !settings.renderReferences) return;
+  if ("val" in text && !settings.renderValues) return;
+  ctx.save();
+  ctx.fillStyle = color;
+  ctx.strokeStyle = color;
+  ctx.lineCap = "round";
+  ctx.lineJoin = "round";
+  ctx.lineWidth = text.thickness;
+  if ("svgpath" in text) {
+    ctx.stroke(new Path2D(text.svgpath));
+    ctx.restore();
+    return;
+  }
+  if ("polygons" in text) {
+    ctx.fill(getPolygonsPath(text));
+    ctx.restore();
+    return;
+  }
+  ctx.translate(...text.pos);
+  ctx.translate(text.thickness * 0.5, 0);
+  var angle = -text.angle;
+  if (text.attr.includes("mirrored")) {
+    ctx.scale(-1, 1);
+    angle = -angle;
+  }
+  var tilt = 0;
+  if (text.attr.includes("italic")) {
+    tilt = 0.125;
+  }
+  var interline = text.height * 1.5 + text.thickness;
+  var txt = text.text.split("\n");
+  // KiCad ignores last empty line.
+  if (txt[txt.length - 1] == '') txt.pop();
+  ctx.rotate(deg2rad(angle));
+  var offsety = (1 - text.justify[1]) / 2 * text.height; // One line offset
+  offsety -= (txt.length - 1) * (text.justify[1] + 1) / 2 * interline; // Multiline offset
+  for (var i in txt) {
+    var lineWidth = text.thickness + interline / 2 * tilt;
+    for (var j = 0; j < txt[i].length; j++) {
+      if (txt[i][j] == '\t') {
+        var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+        lineWidth += fourSpaces - lineWidth % fourSpaces;
+      } else {
+        if (txt[i][j] == '~') {
+          j++;
+          if (j == txt[i].length)
+            break;
+        }
+        lineWidth += pcbdata.font_data[txt[i][j]].w * text.width;
+      }
+    }
+    var offsetx = -lineWidth * (text.justify[0] + 1) / 2;
+    var inOverbar = false;
+    for (var j = 0; j < txt[i].length; j++) {
+      if (config.kicad_text_formatting) {
+        if (txt[i][j] == '\t') {
+          var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+          offsetx += fourSpaces - offsetx % fourSpaces;
+          continue;
+        } else if (txt[i][j] == '~') {
+          j++;
+          if (j == txt[i].length)
+            break;
+          if (txt[i][j] != '~') {
+            inOverbar = !inOverbar;
+          }
+        }
+      }
+      var glyph = pcbdata.font_data[txt[i][j]];
+      if (inOverbar) {
+        var overbarStart = [offsetx, -text.height * 1.4 + offsety];
+        var overbarEnd = [offsetx + text.width * glyph.w, overbarStart[1]];
+
+        if (!lastHadOverbar) {
+          overbarStart[0] += text.height * 1.4 * tilt;
+          lastHadOverbar = true;
+        }
+        ctx.beginPath();
+        ctx.moveTo(...overbarStart);
+        ctx.lineTo(...overbarEnd);
+        ctx.stroke();
+      } else {
+        lastHadOverbar = false;
+      }
+      for (var line of glyph.l) {
+        ctx.beginPath();
+        ctx.moveTo(...calcFontPoint(line[0], text, offsetx, offsety, tilt));
+        for (var k = 1; k < line.length; k++) {
+          ctx.lineTo(...calcFontPoint(line[k], text, offsetx, offsety, tilt));
+        }
+        ctx.stroke();
+      }
+      offsetx += glyph.w * text.width;
+    }
+    offsety += interline;
+  }
+  ctx.restore();
+}
+
+function drawedge(ctx, scalefactor, edge, color) {
+  ctx.strokeStyle = color;
+  ctx.fillStyle = color;
+  ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
+  ctx.lineCap = "round";
+  ctx.lineJoin = "round";
+  if ("svgpath" in edge) {
+    ctx.stroke(new Path2D(edge.svgpath));
+  } else {
+    ctx.beginPath();
+    if (edge.type == "segment") {
+      ctx.moveTo(...edge.start);
+      ctx.lineTo(...edge.end);
+    }
+    if (edge.type == "rect") {
+      ctx.moveTo(...edge.start);
+      ctx.lineTo(edge.start[0], edge.end[1]);
+      ctx.lineTo(...edge.end);
+      ctx.lineTo(edge.end[0], edge.start[1]);
+      ctx.lineTo(...edge.start);
+    }
+    if (edge.type == "arc") {
+      ctx.arc(
+        ...edge.start,
+        edge.radius,
+        deg2rad(edge.startangle),
+        deg2rad(edge.endangle));
+    }
+    if (edge.type == "circle") {
+      ctx.arc(
+        ...edge.start,
+        edge.radius,
+        0, 2 * Math.PI);
+      ctx.closePath();
+    }
+    if (edge.type == "curve") {
+      ctx.moveTo(...edge.start);
+      ctx.bezierCurveTo(...edge.cpa, ...edge.cpb, ...edge.end);
+    }
+    if("filled" in edge && edge.filled)
+      ctx.fill();
+    else
+      ctx.stroke();
+  }
+}
+
+function getChamferedRectPath(size, radius, chamfpos, chamfratio) {
+  // chamfpos is a bitmask, left = 1, right = 2, bottom left = 4, bottom right = 8
+  var path = new Path2D();
+  var width = size[0];
+  var height = size[1];
+  var x = width * -0.5;
+  var y = height * -0.5;
+  var chamfOffset = Math.min(width, height) * chamfratio;
+  path.moveTo(x, 0);
+  if (chamfpos & 4) {
+    path.lineTo(x, y + height - chamfOffset);
+    path.lineTo(x + chamfOffset, y + height);
+    path.lineTo(0, y + height);
+  } else {
+    path.arcTo(x, y + height, x + width, y + height, radius);
+  }
+  if (chamfpos & 8) {
+    path.lineTo(x + width - chamfOffset, y + height);
+    path.lineTo(x + width, y + height - chamfOffset);
+    path.lineTo(x + width, 0);
+  } else {
+    path.arcTo(x + width, y + height, x + width, y, radius);
+  }
+  if (chamfpos & 2) {
+    path.lineTo(x + width, y + chamfOffset);
+    path.lineTo(x + width - chamfOffset, y);
+    path.lineTo(0, y);
+  } else {
+    path.arcTo(x + width, y, x, y, radius);
+  }
+  if (chamfpos & 1) {
+    path.lineTo(x + chamfOffset, y);
+    path.lineTo(x, y + chamfOffset);
+    path.lineTo(x, 0);
+  } else {
+    path.arcTo(x, y, x, y + height, radius);
+  }
+  path.closePath();
+  return path;
+}
+
+function getOblongPath(size) {
+  return getChamferedRectPath(size, Math.min(size[0], size[1]) / 2, 0, 0);
+}
+
+function getPolygonsPath(shape) {
+  if (shape.path2d) {
+    return shape.path2d;
+  }
+  if ("svgpath" in shape) {
+    shape.path2d = new Path2D(shape.svgpath);
+  } else {
+    var path = new Path2D();
+    for (var polygon of shape.polygons) {
+      path.moveTo(...polygon[0]);
+      for (var i = 1; i < polygon.length; i++) {
+        path.lineTo(...polygon[i]);
+      }
+      path.closePath();
+    }
+    shape.path2d = path;
+  }
+  return shape.path2d;
+}
+
+function drawPolygonShape(ctx, scalefactor, shape, color) {
+  ctx.save();
+  if (!("svgpath" in shape)) {
+    ctx.translate(...shape.pos);
+    ctx.rotate(deg2rad(-shape.angle));
+  }
+  if("filled" in shape && !shape.filled) {
+    ctx.strokeStyle = color;
+    ctx.lineWidth = Math.max(1 / scalefactor, shape.width);
+    ctx.lineCap = "round";
+    ctx.lineJoin = "round";
+    ctx.stroke(getPolygonsPath(shape));
+  } else {
+    ctx.fillStyle = color;
+    ctx.fill(getPolygonsPath(shape));
+  }
+  ctx.restore();
+}
+
+function drawDrawing(ctx, scalefactor, drawing, color) {
+  if (["segment", "arc", "circle", "curve", "rect"].includes(drawing.type)) {
+    drawedge(ctx, scalefactor, drawing, color);
+  } else if (drawing.type == "polygon") {
+    drawPolygonShape(ctx, scalefactor, drawing, color);
+  } else {
+    drawText(ctx, drawing, color);
+  }
+}
+
+function getCirclePath(radius) {
+  var path = new Path2D();
+  path.arc(0, 0, radius, 0, 2 * Math.PI);
+  path.closePath();
+  return path;
+}
+
+function getCachedPadPath(pad) {
+  if (!pad.path2d) {
+    // if path2d is not set, build one and cache it on pad object
+    if (pad.shape == "rect") {
+      pad.path2d = new Path2D();
+      pad.path2d.rect(...pad.size.map(c => -c * 0.5), ...pad.size);
+    } else if (pad.shape == "oval") {
+      pad.path2d = getOblongPath(pad.size);
+    } else if (pad.shape == "circle") {
+      pad.path2d = getCirclePath(pad.size[0] / 2);
+    } else if (pad.shape == "roundrect") {
+      pad.path2d = getChamferedRectPath(pad.size, pad.radius, 0, 0);
+    } else if (pad.shape == "chamfrect") {
+      pad.path2d = getChamferedRectPath(pad.size, pad.radius, pad.chamfpos, pad.chamfratio)
+    } else if (pad.shape == "custom") {
+      pad.path2d = getPolygonsPath(pad);
+    }
+  }
+  return pad.path2d;
+}
+
+function drawPad(ctx, pad, color, outline) {
+  ctx.save();
+  ctx.translate(...pad.pos);
+  ctx.rotate(-deg2rad(pad.angle));
+  if (pad.offset) {
+    ctx.translate(...pad.offset);
+  }
+  ctx.fillStyle = color;
+  ctx.strokeStyle = color;
+  var path = getCachedPadPath(pad);
+  if (outline) {
+    ctx.stroke(path);
+  } else {
+    ctx.fill(path);
+  }
+  ctx.restore();
+}
+
+function drawPadHole(ctx, pad, padHoleColor) {
+  if (pad.type != "th") return;
+  ctx.save();
+  ctx.translate(...pad.pos);
+  ctx.rotate(-deg2rad(pad.angle));
+  ctx.fillStyle = padHoleColor;
+  if (pad.drillshape == "oblong") {
+    ctx.fill(getOblongPath(pad.drillsize));
+  } else {
+    ctx.fill(getCirclePath(pad.drillsize[0] / 2));
+  }
+  ctx.restore();
+}
+
+function drawFootprint(ctx, layer, scalefactor, footprint, colors, highlight, outline) {
+  if (highlight) {
+    // draw bounding box
+    if (footprint.layer == layer) {
+      ctx.save();
+      ctx.globalAlpha = 0.2;
+      ctx.translate(...footprint.bbox.pos);
+      ctx.rotate(deg2rad(-footprint.bbox.angle));
+      ctx.translate(...footprint.bbox.relpos);
+      ctx.fillStyle = colors.pad;
+      ctx.fillRect(0, 0, ...footprint.bbox.size);
+      ctx.globalAlpha = 1;
+      ctx.strokeStyle = colors.pad;
+      ctx.lineWidth = 3 / scalefactor;
+      ctx.strokeRect(0, 0, ...footprint.bbox.size);
+      ctx.restore();
+    }
+  }
+  // draw drawings
+  for (var drawing of footprint.drawings) {
+    if (drawing.layer == layer) {
+      drawDrawing(ctx, scalefactor, drawing.drawing, colors.pad);
+    }
+  }
+  ctx.lineWidth = 3 / scalefactor;
+  // draw pads
+  if (settings.renderPads) {
+    for (var pad of footprint.pads) {
+      if (pad.layers.includes(layer)) {
+        drawPad(ctx, pad, colors.pad, outline);
+        if (pad.pin1 &&
+          (settings.highlightpin1 == "all" ||
+            settings.highlightpin1 == "selected" && highlight)) {
+          drawPad(ctx, pad, colors.outline, true);
+        }
+      }
+    }
+    for (var pad of footprint.pads) {
+      drawPadHole(ctx, pad, colors.padHole);
+    }
+  }
+}
+
+function drawEdgeCuts(canvas, scalefactor) {
+  var ctx = canvas.getContext("2d");
+  var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
+  for (var edge of pcbdata.edges) {
+    drawDrawing(ctx, scalefactor, edge, edgecolor);
+  }
+}
+
+function drawFootprints(canvas, layer, scalefactor, highlight) {
+  var ctx = canvas.getContext("2d");
+  ctx.lineWidth = 3 / scalefactor;
+  var style = getComputedStyle(topmostdiv);
+
+  var colors = {
+    pad: style.getPropertyValue('--pad-color'),
+    padHole: style.getPropertyValue('--pad-hole-color'),
+    outline: style.getPropertyValue('--pin1-outline-color'),
+  }
+
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    var mod = pcbdata.footprints[i];
+    var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
+    var h = highlightedFootprints.includes(i);
+    var d = markedFootprints.has(i);
+    if (highlight) {
+      if(h && d) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight-both');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-both');
+      } else if (h) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight');
+      } else if (d) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight-marked');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-marked');
+      }
+    }
+    if( h || d || !highlight) {
+      drawFootprint(ctx, layer, scalefactor, mod, colors, highlight, outline);
+    }
+  }
+}
+
+function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
+  var ctx = canvas.getContext("2d");
+  for (var d of pcbdata.drawings[layername][layer]) {
+    if (["segment", "arc", "circle", "curve", "rect"].includes(d.type)) {
+      drawedge(ctx, scalefactor, d, edgeColor);
+    } else if (d.type == "polygon") {
+      drawPolygonShape(ctx, scalefactor, d, polygonColor);
+    } else {
+      drawText(ctx, d, textColor);
+    }
+  }
+}
+
+function drawTracks(canvas, layer, defaultColor, highlight) {
+  ctx = canvas.getContext("2d");
+  ctx.lineCap = "round";
+
+  var hasHole = (track) => (
+    'drillsize' in track &&
+    track.start[0] == track.end[0] &&
+    track.start[1] == track.end[1]);
+
+  // First draw tracks and tented vias
+  for (var track of pcbdata.tracks[layer]) {
+    if (highlight && highlightedNet != track.net) continue;
+    if (!hasHole(track)) {
+      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
+      ctx.lineWidth = track.width;
+      ctx.beginPath();
+      if ('radius' in track) {
+        ctx.arc(
+          ...track.center,
+          track.radius,
+          deg2rad(track.startangle),
+          deg2rad(track.endangle));
+      } else {
+        ctx.moveTo(...track.start);
+        ctx.lineTo(...track.end);
+      }
+      ctx.stroke();
+    }
+  }
+  // Second pass to draw untented vias
+  var style = getComputedStyle(topmostdiv);
+  var holeColor = style.getPropertyValue('--pad-hole-color')
+
+  for (var track of pcbdata.tracks[layer]) {
+    if (highlight && highlightedNet != track.net) continue;
+    if (hasHole(track)) {
+      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
+      ctx.lineWidth = track.width;
+      ctx.beginPath();
+      ctx.moveTo(...track.start);
+      ctx.lineTo(...track.end);
+      ctx.stroke();
+      ctx.strokeStyle = holeColor;
+      ctx.lineWidth = track.drillsize;
+      ctx.lineTo(...track.end);
+      ctx.stroke();
+    }
+  }
+}
+
+function drawZones(canvas, layer, defaultColor, highlight) {
+  ctx = canvas.getContext("2d");
+  ctx.lineJoin = "round";
+  for (var zone of pcbdata.zones[layer]) {
+    if (highlight && highlightedNet != zone.net) continue;
+    ctx.strokeStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
+    ctx.fillStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
+    if (!zone.path2d) {
+      zone.path2d = getPolygonsPath(zone);
+    }
+    ctx.fill(zone.path2d, zone.fillrule || "nonzero");
+    if (zone.width > 0) {
+      ctx.lineWidth = zone.width;
+      ctx.stroke(zone.path2d);
+    }
+  }
+}
+
+function clearCanvas(canvas, color = null) {
+  var ctx = canvas.getContext("2d");
+  ctx.save();
+  ctx.setTransform(1, 0, 0, 1, 0, 0);
+  if (color) {
+    ctx.fillStyle = color;
+    ctx.fillRect(0, 0, canvas.width, canvas.height);
+  } else {
+    if (!window.matchMedia("print").matches)
+      ctx.clearRect(0, 0, canvas.width, canvas.height);
+  }
+  ctx.restore();
+}
+
+function drawNets(canvas, layer, highlight) {
+  var style = getComputedStyle(topmostdiv);
+  if (settings.renderZones) {
+    var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
+    drawZones(canvas, layer, zoneColor, highlight);
+  }
+  if (settings.renderTracks) {
+    var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
+    drawTracks(canvas, layer, trackColor, highlight);
+  }
+  if (highlight && settings.renderPads) {
+    var padColor = style.getPropertyValue('--pad-color-highlight');
+    var padHoleColor = style.getPropertyValue('--pad-hole-color');
+    var ctx = canvas.getContext("2d");
+    for (var footprint of pcbdata.footprints) {
+      // draw pads
+      var padDrawn = false;
+      for (var pad of footprint.pads) {
+        if (highlightedNet != pad.net) continue;
+        if (pad.layers.includes(layer)) {
+          drawPad(ctx, pad, padColor, false);
+          padDrawn = true;
+        }
+      }
+      if (padDrawn) {
+        // redraw all pad holes because some pads may overlap
+        for (var pad of footprint.pads) {
+          drawPadHole(ctx, pad, padHoleColor);
+        }
+      }
+    }
+  }
+}
+
+function drawHighlightsOnLayer(canvasdict, clear = true) {
+  if (clear) {
+    clearCanvas(canvasdict.highlight);
+  }
+  if (markedFootprints.size > 0 || highlightedFootprints.length > 0) {
+    drawFootprints(canvasdict.highlight, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom, true);
+  }
+  if (highlightedNet !== null) {
+    drawNets(canvasdict.highlight, canvasdict.layer, true);
+  }
+}
+
+function drawHighlights() {
+  drawHighlightsOnLayer(allcanvas.front);
+  drawHighlightsOnLayer(allcanvas.back);
+}
+
+function drawBackground(canvasdict, clear = true) {
+  if (clear) {
+    clearCanvas(canvasdict.bg);
+    clearCanvas(canvasdict.fab);
+    clearCanvas(canvasdict.silk);
+  }
+
+  drawNets(canvasdict.bg, canvasdict.layer, false);
+  drawFootprints(canvasdict.bg, canvasdict.layer,
+    canvasdict.transform.s * canvasdict.transform.zoom, false);
+
+  drawEdgeCuts(canvasdict.bg, canvasdict.transform.s * canvasdict.transform.zoom);
+
+  var style = getComputedStyle(topmostdiv);
+  var edgeColor = style.getPropertyValue('--silkscreen-edge-color');
+  var polygonColor = style.getPropertyValue('--silkscreen-polygon-color');
+  var textColor = style.getPropertyValue('--silkscreen-text-color');
+  if (settings.renderSilkscreen) {
+    drawBgLayer(
+      "silkscreen", canvasdict.silk, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom,
+      edgeColor, polygonColor, textColor);
+  }
+  edgeColor = style.getPropertyValue('--fabrication-edge-color');
+  polygonColor = style.getPropertyValue('--fabrication-polygon-color');
+  textColor = style.getPropertyValue('--fabrication-text-color');
+  if (settings.renderFabrication) {
+    drawBgLayer(
+      "fabrication", canvasdict.fab, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom,
+      edgeColor, polygonColor, textColor);
+  }
+}
+
+function prepareCanvas(canvas, flip, transform) {
+  var ctx = canvas.getContext("2d");
+  ctx.setTransform(1, 0, 0, 1, 0, 0);
+  ctx.scale(transform.zoom, transform.zoom);
+  ctx.translate(transform.panx, transform.pany);
+  if (flip) {
+    ctx.scale(-1, 1);
+  }
+  ctx.translate(transform.x, transform.y);
+  ctx.rotate(deg2rad(settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
+  ctx.scale(transform.s, transform.s);
+}
+
+function prepareLayer(canvasdict) {
+  var flip = (canvasdict.layer === "B");
+  for (var c of ["bg", "fab", "silk", "highlight"]) {
+    prepareCanvas(canvasdict[c], flip, canvasdict.transform);
+  }
+}
+
+function rotateVector(v, angle) {
+  angle = deg2rad(angle);
+  return [
+    v[0] * Math.cos(angle) - v[1] * Math.sin(angle),
+    v[0] * Math.sin(angle) + v[1] * Math.cos(angle)
+  ];
+}
+
+function applyRotation(bbox, flip) {
+  var corners = [
+    [bbox.minx, bbox.miny],
+    [bbox.minx, bbox.maxy],
+    [bbox.maxx, bbox.miny],
+    [bbox.maxx, bbox.maxy],
+  ];
+  corners = corners.map((v) => rotateVector(v, settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
+  return {
+    minx: corners.reduce((a, v) => Math.min(a, v[0]), Infinity),
+    miny: corners.reduce((a, v) => Math.min(a, v[1]), Infinity),
+    maxx: corners.reduce((a, v) => Math.max(a, v[0]), -Infinity),
+    maxy: corners.reduce((a, v) => Math.max(a, v[1]), -Infinity),
+  }
+}
+
+function recalcLayerScale(layerdict, width, height) {
+  var flip = (layerdict.layer === "B");
+  var bbox = applyRotation(pcbdata.edges_bbox, flip);
+  var scalefactor = 0.98 * Math.min(
+    width / (bbox.maxx - bbox.minx),
+    height / (bbox.maxy - bbox.miny)
+  );
+  if (scalefactor < 0.1) {
+    scalefactor = 1;
+  }
+  layerdict.transform.s = scalefactor;
+  if (flip) {
+    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor + width) * 0.5;
+  } else {
+    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor - width) * 0.5;
+  }
+  layerdict.transform.y = -((bbox.maxy + bbox.miny) * scalefactor - height) * 0.5;
+  for (var c of ["bg", "fab", "silk", "highlight"]) {
+    canvas = layerdict[c];
+    canvas.width = width;
+    canvas.height = height;
+    canvas.style.width = (width / devicePixelRatio) + "px";
+    canvas.style.height = (height / devicePixelRatio) + "px";
+  }
+}
+
+function redrawCanvas(layerdict) {
+  prepareLayer(layerdict);
+  drawBackground(layerdict);
+  drawHighlightsOnLayer(layerdict);
+}
+
+function resizeCanvas(layerdict) {
+  var canvasdivid = {
+    "F": "frontcanvas",
+    "B": "backcanvas"
+  } [layerdict.layer];
+  var width = document.getElementById(canvasdivid).clientWidth * devicePixelRatio;
+  var height = document.getElementById(canvasdivid).clientHeight * devicePixelRatio;
+  recalcLayerScale(layerdict, width, height);
+  redrawCanvas(layerdict);
+}
+
+function resizeAll() {
+  resizeCanvas(allcanvas.front);
+  resizeCanvas(allcanvas.back);
+}
+
+function pointWithinDistanceToSegment(x, y, x1, y1, x2, y2, d) {
+  var A = x - x1;
+  var B = y - y1;
+  var C = x2 - x1;
+  var D = y2 - y1;
+
+  var dot = A * C + B * D;
+  var len_sq = C * C + D * D;
+  var dx, dy;
+  if (len_sq == 0) {
+    // start and end of the segment coincide
+    dx = x - x1;
+    dy = y - y1;
+  } else {
+    var param = dot / len_sq;
+    var xx, yy;
+    if (param < 0) {
+      xx = x1;
+      yy = y1;
+    } else if (param > 1) {
+      xx = x2;
+      yy = y2;
+    } else {
+      xx = x1 + param * C;
+      yy = y1 + param * D;
+    }
+    dx = x - xx;
+    dy = y - yy;
+  }
+  return dx * dx + dy * dy <= d * d;
+}
+
+function modulo(n, mod) {
+  return ((n % mod) + mod) % mod;
+}
+
+function pointWithinDistanceToArc(x, y, xc, yc, radius, startangle, endangle, d) {
+  var dx = x - xc;
+  var dy = y - yc;
+  var r_sq = dx * dx + dy * dy;
+  var rmin = Math.max(0, radius - d);
+  var rmax = radius + d;
+
+  if (r_sq < rmin * rmin || r_sq > rmax * rmax)
+    return false;
+
+  var angle1 = modulo(deg2rad(startangle), 2 * Math.PI);
+  var dx1 = xc + radius * Math.cos(angle1) - x;
+  var dy1 = yc + radius * Math.sin(angle1) - y;
+  if (dx1 * dx1 + dy1 * dy1 <= d * d)
+    return true;
+
+  var angle2 = modulo(deg2rad(endangle), 2 * Math.PI);
+  var dx2 = xc + radius * Math.cos(angle2) - x;
+  var dy2 = yc + radius * Math.sin(angle2) - y;
+  if (dx2 * dx2 + dy2 * dy2 <= d * d)
+    return true;
+
+  var angle = modulo(Math.atan2(dy, dx), 2 * Math.PI);
+  if (angle1 > angle2)
+    return (angle >= angle2 || angle <= angle1);
+  else
+    return (angle >= angle1 && angle <= angle2);
+}
+
+function pointWithinPad(x, y, pad) {
+  var v = [x - pad.pos[0], y - pad.pos[1]];
+  v = rotateVector(v, pad.angle);
+  if (pad.offset) {
+    v[0] -= pad.offset[0];
+    v[1] -= pad.offset[1];
+  }
+  return emptyContext2d.isPointInPath(getCachedPadPath(pad), ...v);
+}
+
+function netHitScan(layer, x, y) {
+  // Check track segments
+  if (settings.renderTracks && pcbdata.tracks) {
+    for (var track of pcbdata.tracks[layer]) {
+      if ('radius' in track) {
+        if (pointWithinDistanceToArc(x, y, ...track.center, track.radius, track.startangle, track.endangle, track.width / 2)) {
+          return track.net;
+        }
+      } else {
+        if (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
+          return track.net;
+        }
+      }
+    }
+  }
+  // Check pads
+  if (settings.renderPads) {
+    for (var footprint of pcbdata.footprints) {
+      for (var pad of footprint.pads) {
+        if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
+          return pad.net;
+        }
+      }
+    }
+  }
+  return null;
+}
+
+function pointWithinFootprintBbox(x, y, bbox) {
+  var v = [x - bbox.pos[0], y - bbox.pos[1]];
+  v = rotateVector(v, bbox.angle);
+  return bbox.relpos[0] <= v[0] && v[0] <= bbox.relpos[0] + bbox.size[0] &&
+    bbox.relpos[1] <= v[1] && v[1] <= bbox.relpos[1] + bbox.size[1];
+}
+
+function bboxHitScan(layer, x, y) {
+  var result = [];
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    var footprint = pcbdata.footprints[i];
+    if (footprint.layer == layer) {
+      if (pointWithinFootprintBbox(x, y, footprint.bbox)) {
+        result.push(i);
+      }
+    }
+  }
+  return result;
+}
+
+function handlePointerDown(e, layerdict) {
+  if (e.button != 0 && e.button != 1) {
+    return;
+  }
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  layerdict.pointerStates[e.pointerId] = {
+    distanceTravelled: 0,
+    lastX: e.offsetX,
+    lastY: e.offsetY,
+    downTime: Date.now(),
+  };
+}
+
+function handleMouseClick(e, layerdict) {
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  var x = e.offsetX;
+  var y = e.offsetY;
+  var t = layerdict.transform;
+  var flip = layerdict.layer === "B";
+  if (flip) {
+    x = (devicePixelRatio * x / t.zoom - t.panx + t.x) / -t.s;
+  } else {
+    x = (devicePixelRatio * x / t.zoom - t.panx - t.x) / t.s;
+  }
+  y = (devicePixelRatio * y / t.zoom - t.y - t.pany) / t.s;
+  var v = rotateVector([x, y], -settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0));
+  if ("nets" in pcbdata) {
+    var net = netHitScan(layerdict.layer, ...v);
+    if (net !== highlightedNet) {
+      netClicked(net);
+    }
+  }
+  if (highlightedNet === null) {
+    var footprints = bboxHitScan(layerdict.layer, ...v);
+    if (footprints.length > 0) {
+      footprintsClicked(footprints);
+    }
+  }
+}
+
+function handlePointerLeave(e, layerdict) {
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!settings.redrawOnDrag) {
+    redrawCanvas(layerdict);
+  }
+
+  delete layerdict.pointerStates[e.pointerId];
+}
+
+function resetTransform(layerdict) {
+  layerdict.transform.panx = 0;
+  layerdict.transform.pany = 0;
+  layerdict.transform.zoom = 1;
+  redrawCanvas(layerdict);
+}
+
+function handlePointerUp(e, layerdict) {
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (e.button == 2) {
+    // Reset pan and zoom on right click.
+    resetTransform(layerdict);
+    layerdict.anotherPointerTapped = false;
+    return;
+  }
+
+  // We haven't necessarily had a pointermove event since the interaction started, so make sure we update this now
+  var ptr = layerdict.pointerStates[e.pointerId];
+  ptr.distanceTravelled += Math.abs(e.offsetX - ptr.lastX) + Math.abs(e.offsetY - ptr.lastY);
+
+  if (e.button == 0 && ptr.distanceTravelled < 10 && Date.now() - ptr.downTime <= 500) {
+    if (Object.keys(layerdict.pointerStates).length == 1) {
+      if (layerdict.anotherPointerTapped) {
+        // This is the second pointer coming off of a two-finger tap
+        resetTransform(layerdict);
+      } else {
+        // This is just a regular tap
+        handleMouseClick(e, layerdict);
+      }
+      layerdict.anotherPointerTapped = false;
+    } else {
+      // This is the first finger coming off of what could become a two-finger tap
+      layerdict.anotherPointerTapped = true;
+    }
+  } else {
+    if (!settings.redrawOnDrag) {
+      redrawCanvas(layerdict);
+    }
+    layerdict.anotherPointerTapped = false;
+  }
+
+  delete layerdict.pointerStates[e.pointerId];
+}
+
+function handlePointerMove(e, layerdict) {
+  if (!layerdict.pointerStates.hasOwnProperty(e.pointerId)) {
+    return;
+  }
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  var thisPtr = layerdict.pointerStates[e.pointerId];
+
+  var dx = e.offsetX - thisPtr.lastX;
+  var dy = e.offsetY - thisPtr.lastY;
+
+  // If this number is low on pointer up, we count the action as a click
+  thisPtr.distanceTravelled += Math.abs(dx) + Math.abs(dy);
+
+  if (Object.keys(layerdict.pointerStates).length == 1) {
+    // This is a simple drag
+    layerdict.transform.panx += devicePixelRatio * dx / layerdict.transform.zoom;
+    layerdict.transform.pany += devicePixelRatio * dy / layerdict.transform.zoom;
+  } else if (Object.keys(layerdict.pointerStates).length == 2) {
+    var otherPtr = Object.values(layerdict.pointerStates).filter((ptr) => ptr != thisPtr)[0];
+
+    var oldDist = Math.sqrt(Math.pow(thisPtr.lastX - otherPtr.lastX, 2) + Math.pow(thisPtr.lastY - otherPtr.lastY, 2));
+    var newDist = Math.sqrt(Math.pow(e.offsetX - otherPtr.lastX, 2) + Math.pow(e.offsetY - otherPtr.lastY, 2));
+
+    var scaleFactor = newDist / oldDist;
+
+    if (scaleFactor != NaN) {
+      layerdict.transform.zoom *= scaleFactor;
+
+      var zoomd = (1 - scaleFactor) / layerdict.transform.zoom;
+      layerdict.transform.panx += devicePixelRatio * otherPtr.lastX * zoomd;
+      layerdict.transform.pany += devicePixelRatio * otherPtr.lastY * zoomd;
+    }
+  }
+
+  thisPtr.lastX = e.offsetX;
+  thisPtr.lastY = e.offsetY;
+
+  if (settings.redrawOnDrag) {
+    redrawCanvas(layerdict);
+  }
+}
+
+function handleMouseWheel(e, layerdict) {
+  e.preventDefault();
+  e.stopPropagation();
+  var t = layerdict.transform;
+  var wheeldelta = e.deltaY;
+  if (e.deltaMode == 1) {
+    // FF only, scroll by lines
+    wheeldelta *= 30;
+  } else if (e.deltaMode == 2) {
+    wheeldelta *= 300;
+  }
+  var m = Math.pow(1.1, -wheeldelta / 40);
+  // Limit amount of zoom per tick.
+  if (m > 2) {
+    m = 2;
+  } else if (m < 0.5) {
+    m = 0.5;
+  }
+  t.zoom *= m;
+  var zoomd = (1 - m) / t.zoom;
+  t.panx += devicePixelRatio * e.offsetX * zoomd;
+  t.pany += devicePixelRatio * e.offsetY * zoomd;
+  redrawCanvas(layerdict);
+}
+
+function addMouseHandlers(div, layerdict) {
+  div.addEventListener("pointerdown", function(e) {
+    handlePointerDown(e, layerdict);
+  });
+  div.addEventListener("pointermove", function(e) {
+    handlePointerMove(e, layerdict);
+  });
+  div.addEventListener("pointerup", function(e) {
+    handlePointerUp(e, layerdict);
+  });
+  var pointerleave = function(e) {
+    handlePointerLeave(e, layerdict);
+  }
+  div.addEventListener("pointercancel", pointerleave);
+  div.addEventListener("pointerleave", pointerleave);
+  div.addEventListener("pointerout", pointerleave);
+
+  div.onwheel = function(e) {
+    handleMouseWheel(e, layerdict);
+  }
+  for (var element of [div, layerdict.bg, layerdict.fab, layerdict.silk, layerdict.highlight]) {
+    element.addEventListener("contextmenu", function(e) {
+      e.preventDefault();
+    }, false);
+  }
+}
+
+function setRedrawOnDrag(value) {
+  settings.redrawOnDrag = value;
+  writeStorage("redrawOnDrag", value);
+}
+
+function setBoardRotation(value) {
+  settings.boardRotation = value * 5;
+  writeStorage("boardRotation", settings.boardRotation);
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  resizeAll();
+}
+
+function setOffsetBackRotation(value) {
+  settings.offsetBackRotation = value;
+  writeStorage("offsetBackRotation", value);
+  resizeAll();
+}
+
+function initRender() {
+  allcanvas = {
+    front: {
+      transform: {
+        x: 0,
+        y: 0,
+        s: 1,
+        panx: 0,
+        pany: 0,
+        zoom: 1,
+      },
+      pointerStates: {},
+      anotherPointerTapped: false,
+      bg: document.getElementById("F_bg"),
+      fab: document.getElementById("F_fab"),
+      silk: document.getElementById("F_slk"),
+      highlight: document.getElementById("F_hl"),
+      layer: "F",
+    },
+    back: {
+      transform: {
+        x: 0,
+        y: 0,
+        s: 1,
+        panx: 0,
+        pany: 0,
+        zoom: 1,
+      },
+      pointerStates: {},
+      anotherPointerTapped: false,
+      bg: document.getElementById("B_bg"),
+      fab: document.getElementById("B_fab"),
+      silk: document.getElementById("B_slk"),
+      highlight: document.getElementById("B_hl"),
+      layer: "B",
+    }
+  };
+  addMouseHandlers(document.getElementById("frontcanvas"), allcanvas.front);
+  addMouseHandlers(document.getElementById("backcanvas"), allcanvas.back);
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*
+ * Table reordering via Drag'n'Drop
+ * Inspired by: https://htmldom.dev/drag-and-drop-table-column
+ */
+
+function setBomHandlers() {
+
+  const bom = document.getElementById('bomtable');
+
+  let dragName;
+  let placeHolderElements;
+  let draggingElement;
+  let forcePopulation;
+  let xOffset;
+  let yOffset;
+  let wasDragged;
+
+  const mouseUpHandler = function(e) {
+    // Delete dragging element
+    draggingElement.remove();
+
+    // Make BOM selectable again
+    bom.style.removeProperty("userSelect");
+
+    // Remove listeners
+    document.removeEventListener('mousemove', mouseMoveHandler);
+    document.removeEventListener('mouseup', mouseUpHandler);
+
+    if (wasDragged) {
+      // Redraw whole BOM
+      populateBomTable();
+    }
+  }
+
+  const mouseMoveHandler = function(e) {
+    // Notice the dragging
+    wasDragged = true;
+
+    // Make the dragged element visible
+    draggingElement.style.removeProperty("display");
+
+    // Set elements position to mouse position
+    draggingElement.style.left = `${e.screenX - xOffset}px`;
+    draggingElement.style.top = `${e.screenY - yOffset}px`;
+
+    // Forced redrawing of BOM table
+    if (forcePopulation) {
+      forcePopulation = false;
+      // Copy array
+      phe = Array.from(placeHolderElements);
+      // populate BOM table again
+      populateBomHeader(dragName, phe);
+      populateBomBody(dragName, phe);
+    }
+
+    // Set up array of hidden columns
+    var hiddenColumns = Array.from(settings.hiddenColumns);
+    // In the ungrouped mode, quantity don't exist
+    if (settings.bommode === "ungrouped")
+      hiddenColumns.push("Quantity");
+    // If no checkbox fields can be found, we consider them hidden
+    if (settings.checkboxes.length == 0)
+      hiddenColumns.push("checkboxes");
+
+    // Get table headers and group them into checkboxes, extrafields and normal headers
+    const bh = document.getElementById("bomhead");
+    headers = Array.from(bh.querySelectorAll("th"))
+    headers.shift() // numCol is not part of the columnOrder
+    headerGroups = []
+    lastCompoundClass = null;
+    for (i = 0; i < settings.columnOrder.length; i++) {
+      cElem = settings.columnOrder[i];
+      if (hiddenColumns.includes(cElem)) {
+        // Hidden columns appear as a dummy element
+        headerGroups.push([]);
+        continue;
+      }
+      elem = headers.filter(e => getColumnOrderName(e) === cElem)[0];
+      if (elem.classList.contains("bom-checkbox")) {
+        if (lastCompoundClass === "bom-checkbox") {
+          cbGroup = headerGroups.pop();
+          cbGroup.push(elem);
+          headerGroups.push(cbGroup);
+        } else {
+          lastCompoundClass = "bom-checkbox";
+          headerGroups.push([elem])
+        }
+      } else {
+        headerGroups.push([elem])
+      }
+    }
+
+    // Copy settings.columnOrder
+    var columns = Array.from(settings.columnOrder)
+
+    // Set up array with indices of hidden columns
+    var hiddenIndices = hiddenColumns.map(e => settings.columnOrder.indexOf(e));
+    var dragIndex = columns.indexOf(dragName);
+    var swapIndex = dragIndex;
+    var swapDone = false;
+
+    // Check if the current dragged element is swapable with the left or right element
+    if (dragIndex > 0) {
+      // Get left headers boundingbox
+      swapIndex = dragIndex - 1;
+      while (hiddenIndices.includes(swapIndex) && swapIndex > 0)
+        swapIndex--;
+      if (!hiddenIndices.includes(swapIndex)) {
+        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+        if (e.clientX < box.left + window.scrollX + (box.width / 2)) {
+          swapElement = columns[dragIndex];
+          columns.splice(dragIndex, 1);
+          columns.splice(swapIndex, 0, swapElement);
+          forcePopulation = true;
+          swapDone = true;
+        }
+      }
+    }
+    if ((!swapDone) && dragIndex < headerGroups.length - 1) {
+      // Get right headers boundingbox
+      swapIndex = dragIndex + 1;
+      while (hiddenIndices.includes(swapIndex))
+        swapIndex++;
+      if (swapIndex < headerGroups.length) {
+        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+        if (e.clientX > box.left + window.scrollX + (box.width / 2)) {
+          swapElement = columns[dragIndex];
+          columns.splice(dragIndex, 1);
+          columns.splice(swapIndex, 0, swapElement);
+          forcePopulation = true;
+          swapDone = true;
+        }
+      }
+    }
+
+    // Write back change to storage
+    if (swapDone) {
+      settings.columnOrder = columns
+      writeStorage("columnOrder", JSON.stringify(columns));
+    }
+
+  }
+
+  const mouseDownHandler = function(e) {
+    var target = e.target;
+    if (target.tagName.toLowerCase() != "td")
+      target = target.parentElement;
+
+    // Used to check if a dragging has ever happened
+    wasDragged = false;
+
+    // Create new element which will be displayed as the dragged column
+    draggingElement = document.createElement("div")
+    draggingElement.classList.add("dragging");
+    draggingElement.style.display = "none";
+    draggingElement.style.position = "absolute";
+    draggingElement.style.overflow = "hidden";
+
+    // Get bomhead and bombody elements
+    const bh = document.getElementById("bomhead");
+    const bb = document.getElementById("bombody");
+
+    // Get all compound headers for the current column
+    var compoundHeaders;
+    if (target.classList.contains("bom-checkbox")) {
+      compoundHeaders = Array.from(bh.querySelectorAll("th.bom-checkbox"));
+    } else {
+      compoundHeaders = [target];
+    }
+
+    // Create new table which will display the column
+    var newTable = document.createElement("table");
+    newTable.classList.add("bom");
+    newTable.style.background = "white";
+    draggingElement.append(newTable);
+
+    // Create new header element
+    var newHeader = document.createElement("thead");
+    newTable.append(newHeader);
+
+    // Set up array for storing all placeholder elements
+    placeHolderElements = [];
+
+    // Add all compound headers to the new thead element and placeholders
+    compoundHeaders.forEach(function(h) {
+      clone = cloneElementWithDimensions(h);
+      newHeader.append(clone);
+      placeHolderElements.push(clone);
+    });
+
+    // Create new body element
+    var newBody = document.createElement("tbody");
+    newTable.append(newBody);
+
+    // Get indices for compound headers
+    var idxs = compoundHeaders.map(e => getBomTableHeaderIndex(e));
+
+    // For each row in the BOM body...
+    var rows = bb.querySelectorAll("tr");
+    rows.forEach(function(row) {
+      // ..get the cells for the compound column
+      const tds = row.querySelectorAll("td");
+      var copytds = idxs.map(i => tds[i]);
+      // Add them to the new element and the placeholders
+      var newRow = document.createElement("tr");
+      copytds.forEach(function(td) {
+        clone = cloneElementWithDimensions(td);
+        newRow.append(clone);
+        placeHolderElements.push(clone);
+      });
+      newBody.append(newRow);
+    });
+
+    // Compute width for compound header
+    var width = compoundHeaders.reduce((acc, x) => acc + x.clientWidth, 0);
+    draggingElement.style.width = `${width}px`;
+
+    // Insert the new dragging element and disable selection on BOM
+    bom.insertBefore(draggingElement, null);
+    bom.style.userSelect = "none";
+
+    // Determine the mouse position offset
+    xOffset = e.screenX - compoundHeaders.reduce((acc, x) => Math.min(acc, x.offsetLeft), compoundHeaders[0].offsetLeft);
+    yOffset = e.screenY - compoundHeaders[0].offsetTop;
+
+    // Get name for the column in settings.columnOrder
+    dragName = getColumnOrderName(target);
+
+    // Change text and class for placeholder elements
+    placeHolderElements = placeHolderElements.map(function(e) {
+      newElem = cloneElementWithDimensions(e);
+      newElem.textContent = "";
+      newElem.classList.add("placeholder");
+      return newElem;
+    });
+
+    // On next mouse move, the whole BOM needs to be redrawn to show the placeholders
+    forcePopulation = true;
+
+    // Add listeners for move and up on mouse
+    document.addEventListener('mousemove', mouseMoveHandler);
+    document.addEventListener('mouseup', mouseUpHandler);
+  }
+
+  // In netlist mode, there is nothing to reorder
+  if (settings.bommode === "netlist")
+    return;
+
+  // Add mouseDownHandler to every column except the numCol
+  bom.querySelectorAll("th")
+    .forEach(function(head) {
+      if (!head.classList.contains("numCol")) {
+        head.onmousedown = mouseDownHandler;
+      }
+    });
+
+}
+
+function getBoundingClientRectFromMultiple(elements) {
+  var elems = Array.from(elements);
+
+  if (elems.length == 0)
+    return null;
+
+  var box = elems.shift()
+    .getBoundingClientRect();
+
+  elems.forEach(function(elem) {
+    var elembox = elem.getBoundingClientRect();
+    box.left = Math.min(elembox.left, box.left);
+    box.top = Math.min(elembox.top, box.top);
+    box.width += elembox.width;
+    box.height = Math.max(elembox.height, box.height);
+  });
+
+  return box;
+}
+
+function cloneElementWithDimensions(elem) {
+  var newElem = elem.cloneNode(true);
+  newElem.style.height = window.getComputedStyle(elem).height;
+  newElem.style.width = window.getComputedStyle(elem).width;
+  return newElem;
+}
+
+function getBomTableHeaderIndex(elem) {
+  const bh = document.getElementById('bomhead');
+  const ths = Array.from(bh.querySelectorAll("th"));
+  return ths.indexOf(elem);
+}
+
+function getColumnOrderName(elem) {
+  var cname = elem.getAttribute("col_name");
+  if (cname === "bom-checkbox")
+    return "checkboxes";
+  else
+    return cname;
+}
+
+function resizableGrid(tablehead) {
+  var cols = tablehead.firstElementChild.children;
+  var rowWidth = tablehead.offsetWidth;
+
+  for (var i = 1; i < cols.length; i++) {
+    if (cols[i].classList.contains("bom-checkbox"))
+      continue;
+    cols[i].style.width = ((cols[i].clientWidth - paddingDiff(cols[i])) * 100 / rowWidth) + '%';
+  }
+
+  for (var i = 1; i < cols.length - 1; i++) {
+    var div = document.createElement('div');
+    div.className = "column-width-handle";
+    cols[i].appendChild(div);
+    setListeners(div);
+  }
+
+  function setListeners(div) {
+    var startX, curCol, nxtCol, curColWidth, nxtColWidth, rowWidth;
+
+    div.addEventListener('mousedown', function(e) {
+      e.preventDefault();
+      e.stopPropagation();
+
+      curCol = e.target.parentElement;
+      nxtCol = curCol.nextElementSibling;
+      startX = e.pageX;
+
+      var padding = paddingDiff(curCol);
+
+      rowWidth = curCol.parentElement.offsetWidth;
+      curColWidth = curCol.clientWidth - padding;
+      nxtColWidth = nxtCol.clientWidth - padding;
+    });
+
+    document.addEventListener('mousemove', function(e) {
+      if (startX) {
+        var diffX = e.pageX - startX;
+        diffX = -Math.min(-diffX, curColWidth - 20);
+        diffX = Math.min(diffX, nxtColWidth - 20);
+
+        curCol.style.width = ((curColWidth + diffX) * 100 / rowWidth) + '%';
+        nxtCol.style.width = ((nxtColWidth - diffX) * 100 / rowWidth) + '%';
+        console.log(`${curColWidth + nxtColWidth} ${(curColWidth + diffX) * 100 / rowWidth + (nxtColWidth - diffX) * 100 / rowWidth}`);
+      }
+    });
+
+    document.addEventListener('mouseup', function(e) {
+      curCol = undefined;
+      nxtCol = undefined;
+      startX = undefined;
+      nxtColWidth = undefined;
+      curColWidth = undefined
+    });
+  }
+
+  function paddingDiff(col) {
+
+    if (getStyleVal(col, 'box-sizing') == 'border-box') {
+      return 0;
+    }
+
+    var padLeft = getStyleVal(col, 'padding-left');
+    var padRight = getStyleVal(col, 'padding-right');
+    return (parseInt(padLeft) + parseInt(padRight));
+
+  }
+
+  function getStyleVal(elm, css) {
+    return (window.getComputedStyle(elm, null).getPropertyValue(css))
+  }
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* DOM manipulation and misc code */
+
+var bomsplit;
+var canvassplit;
+var initDone = false;
+var bomSortFunction = null;
+var currentSortColumn = null;
+var currentSortOrder = null;
+var currentHighlightedRowId;
+var highlightHandlers = [];
+var footprintIndexToHandler = {};
+var netsToHandler = {};
+var markedFootprints = new Set();
+var highlightedFootprints = [];
+var highlightedNet = null;
+var lastClicked;
+
+function dbg(html) {
+  dbgdiv.innerHTML = html;
+}
+
+function redrawIfInitDone() {
+  if (initDone) {
+    redrawCanvas(allcanvas.front);
+    redrawCanvas(allcanvas.back);
+  }
+}
+
+function padsVisible(value) {
+  writeStorage("padsVisible", value);
+  settings.renderPads = value;
+  redrawIfInitDone();
+}
+
+function referencesVisible(value) {
+  writeStorage("referencesVisible", value);
+  settings.renderReferences = value;
+  redrawIfInitDone();
+}
+
+function valuesVisible(value) {
+  writeStorage("valuesVisible", value);
+  settings.renderValues = value;
+  redrawIfInitDone();
+}
+
+function tracksVisible(value) {
+  writeStorage("tracksVisible", value);
+  settings.renderTracks = value;
+  redrawIfInitDone();
+}
+
+function zonesVisible(value) {
+  writeStorage("zonesVisible", value);
+  settings.renderZones = value;
+  redrawIfInitDone();
+}
+
+function dnpOutline(value) {
+  writeStorage("dnpOutline", value);
+  settings.renderDnpOutline = value;
+  redrawIfInitDone();
+}
+
+function setDarkMode(value) {
+  if (value) {
+    topmostdiv.classList.add("dark");
+  } else {
+    topmostdiv.classList.remove("dark");
+  }
+  writeStorage("darkmode", value);
+  settings.darkMode = value;
+  redrawIfInitDone();
+  if (initDone) {
+    populateBomTable();
+  }
+}
+
+function setShowBOMColumn(field, value) {
+  if (field === "references") {
+    var rl = document.getElementById("reflookup");
+    rl.disabled = !value;
+    if (!value) {
+      rl.value = "";
+      updateRefLookup("");
+    }
+  }
+
+  var n = settings.hiddenColumns.indexOf(field);
+  if (value) {
+    if (n != -1) {
+      settings.hiddenColumns.splice(n, 1);
+    }
+  } else {
+    if (n == -1) {
+      settings.hiddenColumns.push(field);
+    }
+  }
+
+  writeStorage("hiddenColumns", JSON.stringify(settings.hiddenColumns));
+
+  if (initDone) {
+    populateBomTable();
+  }
+
+  redrawIfInitDone();
+}
+
+
+function setFullscreen(value) {
+  if (value) {
+    document.documentElement.requestFullscreen();
+  } else {
+    document.exitFullscreen();
+  }
+}
+
+function fabricationVisible(value) {
+  writeStorage("fabricationVisible", value);
+  settings.renderFabrication = value;
+  redrawIfInitDone();
+}
+
+function silkscreenVisible(value) {
+  writeStorage("silkscreenVisible", value);
+  settings.renderSilkscreen = value;
+  redrawIfInitDone();
+}
+
+function setHighlightPin1(value) {
+  writeStorage("highlightpin1", value);
+  settings.highlightpin1 = value;
+  redrawIfInitDone();
+}
+
+function getStoredCheckboxRefs(checkbox) {
+  function convert(ref) {
+    var intref = parseInt(ref);
+    if (isNaN(intref)) {
+      for (var i = 0; i < pcbdata.footprints.length; i++) {
+        if (pcbdata.footprints[i].ref == ref) {
+          return i;
+        }
+      }
+      return -1;
+    } else {
+      return intref;
+    }
+  }
+  if (!(checkbox in settings.checkboxStoredRefs)) {
+    var val = readStorage("checkbox_" + checkbox);
+    settings.checkboxStoredRefs[checkbox] = val ? val : "";
+  }
+  if (!settings.checkboxStoredRefs[checkbox]) {
+    return new Set();
+  } else {
+    return new Set(settings.checkboxStoredRefs[checkbox].split(",").map(r => convert(r)).filter(a => a >= 0));
+  }
+}
+
+function getCheckboxState(checkbox, references) {
+  var storedRefsSet = getStoredCheckboxRefs(checkbox);
+  var currentRefsSet = new Set(references.map(r => r[1]));
+  // Get difference of current - stored
+  var difference = new Set(currentRefsSet);
+  for (ref of storedRefsSet) {
+    difference.delete(ref);
+  }
+  if (difference.size == 0) {
+    // All the current refs are stored
+    return "checked";
+  } else if (difference.size == currentRefsSet.size) {
+    // None of the current refs are stored
+    return "unchecked";
+  } else {
+    // Some of the refs are stored
+    return "indeterminate";
+  }
+}
+
+function setBomCheckboxState(checkbox, element, references) {
+  var state = getCheckboxState(checkbox, references);
+  element.checked = (state == "checked");
+  element.indeterminate = (state == "indeterminate");
+}
+
+function createCheckboxChangeHandler(checkbox, references, row) {
+  return function () {
+    refsSet = getStoredCheckboxRefs(checkbox);
+    var markWhenChecked = settings.markWhenChecked == checkbox;
+    eventArgs = {
+      checkbox: checkbox,
+      refs: references,
+    }
+    if (this.checked) {
+      // checkbox ticked
+      for (var ref of references) {
+        refsSet.add(ref[1]);
+      }
+      if (markWhenChecked) {
+        row.classList.add("checked");
+        for (var ref of references) {
+          markedFootprints.add(ref[1]);
+        }
+        drawHighlights();
+      }
+      eventArgs.state = 'checked';
+    } else {
+      // checkbox unticked
+      for (var ref of references) {
+        refsSet.delete(ref[1]);
+      }
+      if (markWhenChecked) {
+        row.classList.remove("checked");
+        for (var ref of references) {
+          markedFootprints.delete(ref[1]);
+        }
+        drawHighlights();
+      }
+      eventArgs.state = 'unchecked';
+    }
+    settings.checkboxStoredRefs[checkbox] = [...refsSet].join(",");
+    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+    updateCheckboxStats(checkbox);
+    EventHandler.emitEvent(IBOM_EVENT_TYPES.CHECKBOX_CHANGE_EVENT, eventArgs);
+  }
+}
+
+function clearHighlightedFootprints() {
+  if (currentHighlightedRowId) {
+    document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+    currentHighlightedRowId = null;
+    highlightedFootprints = [];
+    highlightedNet = null;
+  }
+}
+
+function createRowHighlightHandler(rowid, refs, net) {
+  return function () {
+    if (currentHighlightedRowId) {
+      if (currentHighlightedRowId == rowid) {
+        return;
+      }
+      document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+    }
+    document.getElementById(rowid).classList.add("highlighted");
+    currentHighlightedRowId = rowid;
+    highlightedFootprints = refs ? refs.map(r => r[1]) : [];
+    highlightedNet = net;
+    drawHighlights();
+    EventHandler.emitEvent(
+      IBOM_EVENT_TYPES.HIGHLIGHT_EVENT, {
+      rowid: rowid,
+      refs: refs,
+      net: net
+    });
+  }
+}
+
+function updateNetColors() {
+  writeStorage("netColors", JSON.stringify(settings.netColors));
+  redrawIfInitDone();
+}
+
+function netColorChangeHandler(net) {
+  return (event) => {
+    settings.netColors[net] = event.target.value;
+    updateNetColors();
+  }
+}
+
+function netColorRightClick(net) {
+  return (event) => {
+    if(event.button == 2) {
+      event.preventDefault();
+      event.stopPropagation();
+
+      var style = getComputedStyle(topmostdiv);
+      var defaultNetColor = style.getPropertyValue('--track-color').trim();
+      event.target.value = defaultNetColor;
+      delete settings.netColors[net];
+      updateNetColors();
+    }
+  }
+}
+
+function entryMatches(entry) {
+  if (settings.bommode == "netlist") {
+    // entry is just a net name
+    return entry.toLowerCase().indexOf(filter) >= 0;
+  }
+  // check refs
+  if (!settings.hiddenColumns.includes("references")) {
+    for (var ref of entry) {
+      if (ref[0].toLowerCase().indexOf(filter) >= 0) {
+        return true;
+      }
+    }
+  }
+  // check fields
+  for (var i in config.fields) {
+    var f = config.fields[i];
+    if (!settings.hiddenColumns.includes(f)) {
+      for (var ref of entry) {
+        if (String(pcbdata.bom.fields[ref[1]][i]).toLowerCase().indexOf(filter) >= 0) {
+          return true;
+        }
+      }
+    }
+  }
+  return false;
+}
+
+function findRefInEntry(entry) {
+  return entry.filter(r => r[0].toLowerCase() == reflookup);
+}
+
+function highlightFilter(s) {
+  if (!filter) {
+    return s;
+  }
+  var parts = s.toLowerCase().split(filter);
+  if (parts.length == 1) {
+    return s;
+  }
+  var r = "";
+  var pos = 0;
+  for (var i in parts) {
+    if (i > 0) {
+      r += '<mark class="highlight">' +
+        s.substring(pos, pos + filter.length) +
+        '</mark>';
+      pos += filter.length;
+    }
+    r += s.substring(pos, pos + parts[i].length);
+    pos += parts[i].length;
+  }
+  return r;
+}
+
+function checkboxSetUnsetAllHandler(checkboxname) {
+  return function () {
+    var checkboxnum = 0;
+    while (checkboxnum < settings.checkboxes.length &&
+      settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+      checkboxnum++;
+    }
+    if (checkboxnum >= settings.checkboxes.length) {
+      return;
+    }
+    var allset = true;
+    var checkbox;
+    var row;
+    for (row of bombody.childNodes) {
+      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+      if (!checkbox.checked || checkbox.indeterminate) {
+        allset = false;
+        break;
+      }
+    }
+    for (row of bombody.childNodes) {
+      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+      checkbox.checked = !allset;
+      checkbox.indeterminate = false;
+      checkbox.onchange();
+    }
+  }
+}
+
+function createColumnHeader(name, cls, comparator, is_checkbox = false) {
+  var th = document.createElement("TH");
+  th.innerHTML = name;
+  th.classList.add(cls);
+  if (is_checkbox)
+    th.setAttribute("col_name", "bom-checkbox");
+  else
+    th.setAttribute("col_name", name);
+  var span = document.createElement("SPAN");
+  span.classList.add("sortmark");
+  span.classList.add("none");
+  th.appendChild(span);
+  var spacer = document.createElement("div");
+  spacer.className = "column-spacer";
+  th.appendChild(spacer);
+  spacer.onclick = function () {
+    if (currentSortColumn && th !== currentSortColumn) {
+      // Currently sorted by another column
+      currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
+      currentSortColumn.childNodes[1].classList.add("none");
+      currentSortColumn = null;
+      currentSortOrder = null;
+    }
+    if (currentSortColumn && th === currentSortColumn) {
+      // Already sorted by this column
+      if (currentSortOrder == "asc") {
+        // Sort by this column, descending order
+        bomSortFunction = function (a, b) {
+          return -comparator(a, b);
+        }
+        currentSortColumn.childNodes[1].classList.remove("asc");
+        currentSortColumn.childNodes[1].classList.add("desc");
+        currentSortOrder = "desc";
+      } else {
+        // Unsort
+        bomSortFunction = null;
+        currentSortColumn.childNodes[1].classList.remove("desc");
+        currentSortColumn.childNodes[1].classList.add("none");
+        currentSortColumn = null;
+        currentSortOrder = null;
+      }
+    } else {
+      // Sort by this column, ascending order
+      bomSortFunction = comparator;
+      currentSortColumn = th;
+      currentSortColumn.childNodes[1].classList.remove("none");
+      currentSortColumn.childNodes[1].classList.add("asc");
+      currentSortOrder = "asc";
+    }
+    populateBomBody();
+  }
+  if (is_checkbox) {
+    spacer.onclick = fancyDblClickHandler(
+      spacer, spacer.onclick, checkboxSetUnsetAllHandler(name));
+  }
+  return th;
+}
+
+function populateBomHeader(placeHolderColumn = null, placeHolderElements = null) {
+  while (bomhead.firstChild) {
+    bomhead.removeChild(bomhead.firstChild);
+  }
+  var tr = document.createElement("TR");
+  var th = document.createElement("TH");
+  th.classList.add("numCol");
+
+  var vismenu = document.createElement("div");
+  vismenu.id = "vismenu";
+  vismenu.classList.add("menu");
+
+  var visbutton = document.createElement("div");
+  visbutton.classList.add("visbtn");
+  visbutton.classList.add("hideonprint");
+
+  var viscontent = document.createElement("div");
+  viscontent.classList.add("menu-content");
+  viscontent.id = "vismenu-content";
+
+  settings.columnOrder.forEach(column => {
+    if (typeof column !== "string")
+      return;
+
+    // Skip empty columns
+    if (column === "checkboxes" && settings.checkboxes.length == 0)
+      return;
+    else if (column === "Quantity" && settings.bommode == "ungrouped")
+      return;
+
+    var label = document.createElement("label");
+    label.classList.add("menu-label");
+
+    var input = document.createElement("input");
+    input.classList.add("visibility_checkbox");
+    input.type = "checkbox";
+    input.onchange = function (e) {
+      setShowBOMColumn(column, e.target.checked)
+    };
+    input.checked = !(settings.hiddenColumns.includes(column));
+
+    label.appendChild(input);
+    if (column.length > 0)
+      label.append(column[0].toUpperCase() + column.slice(1));
+
+    viscontent.appendChild(label);
+  });
+
+  viscontent.childNodes[0].classList.add("menu-label-top");
+
+  vismenu.appendChild(visbutton);
+  if (settings.bommode != "netlist") {
+    vismenu.appendChild(viscontent);
+    th.appendChild(vismenu);
+  }
+  tr.appendChild(th);
+
+  var checkboxCompareClosure = function (checkbox) {
+    return (a, b) => {
+      var stateA = getCheckboxState(checkbox, a);
+      var stateB = getCheckboxState(checkbox, b);
+      if (stateA > stateB) return -1;
+      if (stateA < stateB) return 1;
+      return 0;
+    }
+  }
+  var stringFieldCompareClosure = function (fieldIndex) {
+    return (a, b) => {
+      var fa = pcbdata.bom.fields[a[0][1]][fieldIndex];
+      var fb = pcbdata.bom.fields[b[0][1]][fieldIndex];
+      if (fa != fb) return fa > fb ? 1 : -1;
+      else return 0;
+    }
+  }
+  var referenceRegex = /(?<prefix>[^0-9]+)(?<number>[0-9]+)/;
+  var compareRefs = (a, b) => {
+    var ra = referenceRegex.exec(a);
+    var rb = referenceRegex.exec(b);
+    if (ra === null || rb === null) {
+      if (a != b) return a > b ? 1 : -1;
+      return 0;
+    } else {
+      if (ra.groups.prefix != rb.groups.prefix) {
+        return ra.groups.prefix > rb.groups.prefix ? 1 : -1;
+      }
+      if (ra.groups.number != rb.groups.number) {
+        return parseInt(ra.groups.number) > parseInt(rb.groups.number) ? 1 : -1;
+      }
+      return 0;
+    }
+  }
+  if (settings.bommode == "netlist") {
+    tr.appendChild(createColumnHeader("Net name", "bom-netname", (a, b) => {
+      if (a > b) return -1;
+      if (a < b) return 1;
+      return 0;
+    }));
+    tr.appendChild(createColumnHeader("Color", "bom-color", (a, b) => {
+      return 0;
+    }));
+  } else {
+    // Filter hidden columns
+    var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+    var valueIndex = config.fields.indexOf("Value");
+    var footprintIndex = config.fields.indexOf("Footprint");
+    columns.forEach((column) => {
+      if (column === placeHolderColumn) {
+        var n = 1;
+        if (column === "checkboxes")
+          n = settings.checkboxes.length;
+        for (i = 0; i < n; i++) {
+          td = placeHolderElements.shift();
+          tr.appendChild(td);
+        }
+        return;
+      } else if (column === "checkboxes") {
+        for (var checkbox of settings.checkboxes) {
+          th = createColumnHeader(
+            checkbox, "bom-checkbox", checkboxCompareClosure(checkbox), true);
+          tr.appendChild(th);
+        }
+      } else if (column === "References") {
+        tr.appendChild(createColumnHeader("References", "references", (a, b) => {
+          var i = 0;
+          while (i < a.length && i < b.length) {
+            if (a[i] != b[i]) return compareRefs(a[i][0], b[i][0]);
+            i++;
+          }
+          return a.length - b.length;
+        }));
+      } else if (column === "Value") {
+        tr.appendChild(createColumnHeader("Value", "value", (a, b) => {
+          var ra = a[0][1], rb = b[0][1];
+          return valueCompare(
+            pcbdata.bom.parsedValues[ra], pcbdata.bom.parsedValues[rb],
+            pcbdata.bom.fields[ra][valueIndex], pcbdata.bom.fields[rb][valueIndex]);
+        }));
+        return;
+      } else if (column === "Footprint") {
+        tr.appendChild(createColumnHeader(
+          "Footprint", "footprint", stringFieldCompareClosure(footprintIndex)));
+      } else if (column === "Quantity" && settings.bommode == "grouped") {
+        tr.appendChild(createColumnHeader("Quantity", "quantity", (a, b) => {
+          return a.length - b.length;
+        }));
+      } else {
+        // Other fields
+        var i = config.fields.indexOf(column);
+        if (i < 0)
+          return;
+        tr.appendChild(createColumnHeader(
+          column, `field${i + 1}`, stringFieldCompareClosure(i)));
+      }
+    });
+  }
+  bomhead.appendChild(tr);
+}
+
+function populateBomBody(placeholderColumn = null, placeHolderElements = null) {
+  const urlRegex = /^(https?:\/\/[^\s\/$.?#][^\s]*|file:\/\/([a-zA-Z]:|\/)[^\x00]+)$/;
+  while (bom.firstChild) {
+    bom.removeChild(bom.firstChild);
+  }
+  highlightHandlers = [];
+  footprintIndexToHandler = {};
+  netsToHandler = {};
+  currentHighlightedRowId = null;
+  var first = true;
+  var style = getComputedStyle(topmostdiv);
+  var defaultNetColor = style.getPropertyValue('--track-color').trim();
+  if (settings.bommode == "netlist") {
+    bomtable = pcbdata.nets.slice();
+  } else {
+    switch (settings.canvaslayout) {
+      case 'F':
+        bomtable = pcbdata.bom.F.slice();
+        break;
+      case 'FB':
+        bomtable = pcbdata.bom.both.slice();
+        break;
+      case 'B':
+        bomtable = pcbdata.bom.B.slice();
+        break;
+    }
+    if (settings.bommode == "ungrouped") {
+      // expand bom table
+      expandedTable = []
+      for (var bomentry of bomtable) {
+        for (var ref of bomentry) {
+          expandedTable.push([ref]);
+        }
+      }
+      bomtable = expandedTable;
+    }
+  }
+  if (bomSortFunction) {
+    bomtable = bomtable.sort(bomSortFunction);
+  }
+  for (var i in bomtable) {
+    var bomentry = bomtable[i];
+    if (filter && !entryMatches(bomentry)) {
+      continue;
+    }
+    var references = null;
+    var netname = null;
+    var tr = document.createElement("TR");
+    var td = document.createElement("TD");
+    var rownum = +i + 1;
+    tr.id = "bomrow" + rownum;
+    td.textContent = rownum;
+    tr.appendChild(td);
+    if (settings.bommode == "netlist") {
+      netname = bomentry;
+      td = document.createElement("TD");
+      td.innerHTML = highlightFilter(netname ? netname : "&lt;no net&gt;");
+      tr.appendChild(td);
+      var color = settings.netColors[netname] || defaultNetColor;
+      td = document.createElement("TD");
+      var colorBox = document.createElement("INPUT");
+      colorBox.type = "color";
+      colorBox.value = color;
+      colorBox.onchange = netColorChangeHandler(netname);
+      colorBox.onmouseup = netColorRightClick(netname);
+      colorBox.oncontextmenu = (e) => e.preventDefault();
+      td.appendChild(colorBox);
+      td.classList.add("color-column");
+      tr.appendChild(td);
+    } else {
+      if (reflookup) {
+        references = findRefInEntry(bomentry);
+        if (references.length == 0) {
+          continue;
+        }
+      } else {
+        references = bomentry;
+      }
+      // Filter hidden columns
+      var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+      columns.forEach((column) => {
+        if (column === placeholderColumn) {
+          var n = 1;
+          if (column === "checkboxes")
+            n = settings.checkboxes.length;
+          for (i = 0; i < n; i++) {
+            td = placeHolderElements.shift();
+            tr.appendChild(td);
+          }
+          return;
+        } else if (column === "checkboxes") {
+          for (var checkbox of settings.checkboxes) {
+            if (checkbox) {
+              td = document.createElement("TD");
+              var input = document.createElement("input");
+              input.type = "checkbox";
+              input.onchange = createCheckboxChangeHandler(checkbox, references, tr);
+              setBomCheckboxState(checkbox, input, references);
+              if (input.checked && settings.markWhenChecked == checkbox) {
+                tr.classList.add("checked");
+              }
+              td.appendChild(input);
+              tr.appendChild(td);
+            }
+          }
+        } else if (column === "References") {
+          td = document.createElement("TD");
+          td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
+          tr.appendChild(td);
+        } else if (column === "Quantity" && settings.bommode == "grouped") {
+          // Quantity
+          td = document.createElement("TD");
+          td.textContent = references.length;
+          tr.appendChild(td);
+        } else {
+          // All the other fields
+          var field_index = config.fields.indexOf(column)
+          if (field_index < 0)
+            return;
+          var valueSet = new Set();
+          references.map(r => r[1]).forEach((id) => valueSet.add(pcbdata.bom.fields[id][field_index]));
+          td = document.createElement("TD");
+          var output = new Array();
+          for (let item of valueSet) {
+            const visible = highlightFilter(String(item));
+            if (typeof item === 'string' && item.match(urlRegex)) {
+              output.push(`<a href="${item}" target="_blank">${visible}</a>`);
+            } else {
+              output.push(visible);
+            }
+          }
+          td.innerHTML = output.join(", ");
+          tr.appendChild(td);
+        }
+      });
+    }
+    bom.appendChild(tr);
+    var handler = createRowHighlightHandler(tr.id, references, netname);
+    tr.onmousemove = handler;
+    highlightHandlers.push({
+      id: tr.id,
+      handler: handler,
+    });
+    if (references !== null) {
+      for (var refIndex of references.map(r => r[1])) {
+        footprintIndexToHandler[refIndex] = handler;
+      }
+    }
+    if (netname !== null) {
+      netsToHandler[netname] = handler;
+    }
+    if ((filter || reflookup) && first) {
+      handler();
+      first = false;
+    }
+  }
+  EventHandler.emitEvent(
+    IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, {
+    filter: filter,
+    reflookup: reflookup,
+    checkboxes: settings.checkboxes,
+    bommode: settings.bommode,
+  });
+}
+
+function highlightPreviousRow() {
+  if (!currentHighlightedRowId) {
+    highlightHandlers[highlightHandlers.length - 1].handler();
+  } else {
+    if (highlightHandlers.length > 1 &&
+      highlightHandlers[0].id == currentHighlightedRowId) {
+      highlightHandlers[highlightHandlers.length - 1].handler();
+    } else {
+      for (var i = 0; i < highlightHandlers.length - 1; i++) {
+        if (highlightHandlers[i + 1].id == currentHighlightedRowId) {
+          highlightHandlers[i].handler();
+          break;
+        }
+      }
+    }
+  }
+  smoothScrollToRow(currentHighlightedRowId);
+}
+
+function highlightNextRow() {
+  if (!currentHighlightedRowId) {
+    highlightHandlers[0].handler();
+  } else {
+    if (highlightHandlers.length > 1 &&
+      highlightHandlers[highlightHandlers.length - 1].id == currentHighlightedRowId) {
+      highlightHandlers[0].handler();
+    } else {
+      for (var i = 1; i < highlightHandlers.length; i++) {
+        if (highlightHandlers[i - 1].id == currentHighlightedRowId) {
+          highlightHandlers[i].handler();
+          break;
+        }
+      }
+    }
+  }
+  smoothScrollToRow(currentHighlightedRowId);
+}
+
+function populateBomTable() {
+  populateBomHeader();
+  populateBomBody();
+  setBomHandlers();
+  resizableGrid(bomhead);
+}
+
+function footprintsClicked(footprintIndexes) {
+  var lastClickedIndex = footprintIndexes.indexOf(lastClicked);
+  for (var i = 1; i <= footprintIndexes.length; i++) {
+    var refIndex = footprintIndexes[(lastClickedIndex + i) % footprintIndexes.length];
+    if (refIndex in footprintIndexToHandler) {
+      lastClicked = refIndex;
+      footprintIndexToHandler[refIndex]();
+      smoothScrollToRow(currentHighlightedRowId);
+      break;
+    }
+  }
+}
+
+function netClicked(net) {
+  if (net in netsToHandler) {
+    netsToHandler[net]();
+    smoothScrollToRow(currentHighlightedRowId);
+  } else {
+    clearHighlightedFootprints();
+    highlightedNet = net;
+    drawHighlights();
+  }
+}
+
+function updateFilter(input) {
+  filter = input.toLowerCase();
+  populateBomTable();
+}
+
+function updateRefLookup(input) {
+  reflookup = input.toLowerCase();
+  populateBomTable();
+}
+
+function changeCanvasLayout(layout) {
+  document.getElementById("fl-btn").classList.remove("depressed");
+  document.getElementById("fb-btn").classList.remove("depressed");
+  document.getElementById("bl-btn").classList.remove("depressed");
+  switch (layout) {
+    case 'F':
+      document.getElementById("fl-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.collapse(1);
+      }
+      break;
+    case 'B':
+      document.getElementById("bl-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.collapse(0);
+      }
+      break;
+    default:
+      document.getElementById("fb-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.setSizes([50, 50]);
+      }
+  }
+  settings.canvaslayout = layout;
+  writeStorage("canvaslayout", layout);
+  resizeAll();
+  changeBomMode(settings.bommode);
+}
+
+function populateMetadata() {
+  document.getElementById("title").innerHTML = pcbdata.metadata.title;
+  document.getElementById("revision").innerHTML = "Rev: " + pcbdata.metadata.revision;
+  document.getElementById("company").innerHTML = pcbdata.metadata.company;
+  document.getElementById("filedate").innerHTML = pcbdata.metadata.date;
+  if (pcbdata.metadata.title != "") {
+    document.title = pcbdata.metadata.title + " BOM";
+  }
+  // Calculate board stats
+  var fp_f = 0,
+    fp_b = 0,
+    pads_f = 0,
+    pads_b = 0,
+    pads_th = 0;
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    if (pcbdata.bom.skipped.includes(i)) continue;
+    var mod = pcbdata.footprints[i];
+    if (mod.layer == "F") {
+      fp_f++;
+    } else {
+      fp_b++;
+    }
+    for (var pad of mod.pads) {
+      if (pad.type == "th") {
+        pads_th++;
+      } else {
+        if (pad.layers.includes("F")) {
+          pads_f++;
+        }
+        if (pad.layers.includes("B")) {
+          pads_b++;
+        }
+      }
+    }
+  }
+  document.getElementById("stats-components-front").innerHTML = fp_f;
+  document.getElementById("stats-components-back").innerHTML = fp_b;
+  document.getElementById("stats-components-total").innerHTML = fp_f + fp_b;
+  document.getElementById("stats-groups-front").innerHTML = pcbdata.bom.F.length;
+  document.getElementById("stats-groups-back").innerHTML = pcbdata.bom.B.length;
+  document.getElementById("stats-groups-total").innerHTML = pcbdata.bom.both.length;
+  document.getElementById("stats-smd-pads-front").innerHTML = pads_f;
+  document.getElementById("stats-smd-pads-back").innerHTML = pads_b;
+  document.getElementById("stats-smd-pads-total").innerHTML = pads_f + pads_b;
+  document.getElementById("stats-th-pads").innerHTML = pads_th;
+  // Update version string
+  document.getElementById("github-link").innerHTML = "InteractiveHtmlBom&nbsp;" +
+    /^v\d+\.\d+/.exec(pcbdata.ibom_version)[0];
+}
+
+function changeBomLayout(layout) {
+  document.getElementById("bom-btn").classList.remove("depressed");
+  document.getElementById("lr-btn").classList.remove("depressed");
+  document.getElementById("tb-btn").classList.remove("depressed");
+  switch (layout) {
+    case 'bom-only':
+      document.getElementById("bom-btn").classList.add("depressed");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      document.getElementById("frontcanvas").style.display = "none";
+      document.getElementById("backcanvas").style.display = "none";
+      document.getElementById("topmostdiv").style.height = "";
+      document.getElementById("topmostdiv").style.display = "block";
+      break;
+    case 'top-bottom':
+      document.getElementById("tb-btn").classList.add("depressed");
+      document.getElementById("frontcanvas").style.display = "";
+      document.getElementById("backcanvas").style.display = "";
+      document.getElementById("topmostdiv").style.height = "100%";
+      document.getElementById("topmostdiv").style.display = "flex";
+      document.getElementById("bomdiv").classList.remove("split-horizontal");
+      document.getElementById("canvasdiv").classList.remove("split-horizontal");
+      document.getElementById("frontcanvas").classList.add("split-horizontal");
+      document.getElementById("backcanvas").classList.add("split-horizontal");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+        sizes: [50, 50],
+        onDragEnd: resizeAll,
+        direction: "vertical",
+        gutterSize: 5
+      });
+      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+        sizes: [50, 50],
+        gutterSize: 5,
+        onDragEnd: resizeAll
+      });
+      break;
+    case 'left-right':
+      document.getElementById("lr-btn").classList.add("depressed");
+      document.getElementById("frontcanvas").style.display = "";
+      document.getElementById("backcanvas").style.display = "";
+      document.getElementById("topmostdiv").style.height = "100%";
+      document.getElementById("topmostdiv").style.display = "flex";
+      document.getElementById("bomdiv").classList.add("split-horizontal");
+      document.getElementById("canvasdiv").classList.add("split-horizontal");
+      document.getElementById("frontcanvas").classList.remove("split-horizontal");
+      document.getElementById("backcanvas").classList.remove("split-horizontal");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+        sizes: [50, 50],
+        onDragEnd: resizeAll,
+        gutterSize: 5
+      });
+      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+        sizes: [50, 50],
+        gutterSize: 5,
+        direction: "vertical",
+        onDragEnd: resizeAll
+      });
+  }
+  settings.bomlayout = layout;
+  writeStorage("bomlayout", layout);
+  changeCanvasLayout(settings.canvaslayout);
+}
+
+function changeBomMode(mode) {
+  document.getElementById("bom-grouped-btn").classList.remove("depressed");
+  document.getElementById("bom-ungrouped-btn").classList.remove("depressed");
+  document.getElementById("bom-netlist-btn").classList.remove("depressed");
+  var chkbxs = document.getElementsByClassName("visibility_checkbox");
+
+  switch (mode) {
+    case 'grouped':
+      document.getElementById("bom-grouped-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = false;
+      }
+      break;
+    case 'ungrouped':
+      document.getElementById("bom-ungrouped-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = false;
+      }
+      break;
+    case 'netlist':
+      document.getElementById("bom-netlist-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = true;
+      }
+  }
+
+  writeStorage("bommode", mode);
+  if (mode != settings.bommode) {
+    settings.bommode = mode;
+    bomSortFunction = null;
+    currentSortColumn = null;
+    currentSortOrder = null;
+    clearHighlightedFootprints();
+  }
+  populateBomTable();
+}
+
+function focusFilterField() {
+  focusInputField(document.getElementById("filter"));
+}
+
+function focusRefLookupField() {
+  focusInputField(document.getElementById("reflookup"));
+}
+
+function toggleBomCheckbox(bomrowid, checkboxnum) {
+  if (!bomrowid || checkboxnum > settings.checkboxes.length) {
+    return;
+  }
+  var bomrow = document.getElementById(bomrowid);
+  var checkbox = bomrow.childNodes[checkboxnum].childNodes[0];
+  checkbox.checked = !checkbox.checked;
+  checkbox.indeterminate = false;
+  checkbox.onchange();
+}
+
+function checkBomCheckbox(bomrowid, checkboxname) {
+  var checkboxnum = 0;
+  while (checkboxnum < settings.checkboxes.length &&
+    settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+    checkboxnum++;
+  }
+  if (!bomrowid || checkboxnum >= settings.checkboxes.length) {
+    return;
+  }
+  var bomrow = document.getElementById(bomrowid);
+  var checkbox = bomrow.childNodes[checkboxnum + 1].childNodes[0];
+  checkbox.checked = true;
+  checkbox.indeterminate = false;
+  checkbox.onchange();
+}
+
+function setBomCheckboxes(value) {
+  writeStorage("bomCheckboxes", value);
+  settings.checkboxes = value.split(",").map((e) => e.trim()).filter((e) => e);
+  prepCheckboxes();
+  populateMarkWhenCheckedOptions();
+  setMarkWhenChecked(settings.markWhenChecked);
+}
+
+function setMarkWhenChecked(value) {
+  writeStorage("markWhenChecked", value);
+  settings.markWhenChecked = value;
+  markedFootprints.clear();
+  for (var ref of (value ? getStoredCheckboxRefs(value) : [])) {
+    markedFootprints.add(ref);
+  }
+  populateBomTable();
+  drawHighlights();
+}
+
+function prepCheckboxes() {
+  var table = document.getElementById("checkbox-stats");
+  while (table.childElementCount > 1) {
+    table.removeChild(table.lastChild);
+  }
+  if (settings.checkboxes.length) {
+    table.style.display = "";
+  } else {
+    table.style.display = "none";
+  }
+  for (var checkbox of settings.checkboxes) {
+    var tr = document.createElement("TR");
+    var td = document.createElement("TD");
+    td.innerHTML = checkbox;
+    tr.appendChild(td);
+    td = document.createElement("TD");
+    td.id = "checkbox-stats-" + checkbox;
+    var progressbar = document.createElement("div");
+    progressbar.classList.add("bar");
+    td.appendChild(progressbar);
+    var text = document.createElement("div");
+    text.classList.add("text");
+    td.appendChild(text);
+    tr.appendChild(td);
+    table.appendChild(tr);
+    updateCheckboxStats(checkbox);
+  }
+}
+
+function populateMarkWhenCheckedOptions() {
+  var container = document.getElementById("markWhenCheckedContainer");
+
+  if (settings.checkboxes.length == 0) {
+    container.parentElement.style.display = "none";
+    return;
+  }
+
+  container.innerHTML = '';
+  container.parentElement.style.display = "inline-block";
+
+  function createOption(name, displayName) {
+    var id = "markWhenChecked-" + name;
+
+    var div = document.createElement("div");
+    div.classList.add("radio-container");
+
+    var input = document.createElement("input");
+    input.type = "radio";
+    input.name = "markWhenChecked";
+    input.value = name;
+    input.id = id;
+    input.onchange = () => setMarkWhenChecked(name);
+    div.appendChild(input);
+
+    // Preserve the selected element when the checkboxes change
+    if (name == settings.markWhenChecked) {
+      input.checked = true;
+    }
+
+    var label = document.createElement("label");
+    label.innerHTML = displayName;
+    label.htmlFor = id;
+    div.appendChild(label);
+
+    container.appendChild(div);
+  }
+  createOption("", "None");
+  for (var checkbox of settings.checkboxes) {
+    createOption(checkbox, checkbox);
+  }
+}
+
+function updateCheckboxStats(checkbox) {
+  var checked = getStoredCheckboxRefs(checkbox).size;
+  var total = pcbdata.footprints.length - pcbdata.bom.skipped.length;
+  var percent = checked * 100.0 / total;
+  var td = document.getElementById("checkbox-stats-" + checkbox);
+  td.firstChild.style.width = percent + "%";
+  td.lastChild.innerHTML = checked + "/" + total + " (" + Math.round(percent) + "%)";
+}
+
+function constrain(number, min, max){
+  return Math.min(Math.max(parseInt(number), min), max);
+}
+
+document.onkeydown = function (e) {
+  switch (e.key) {
+    case "n":
+      if (document.activeElement.type == "text") {
+        return;
+      }
+      if (currentHighlightedRowId !== null) {
+        checkBomCheckbox(currentHighlightedRowId, "placed");
+        highlightNextRow();
+        e.preventDefault();
+      }
+      break;
+    case "ArrowUp":
+      highlightPreviousRow();
+      e.preventDefault();
+      break;
+    case "ArrowDown":
+      highlightNextRow();
+      e.preventDefault();
+      break;
+    case "ArrowLeft":
+    case "ArrowRight":
+      if (document.activeElement.type != "text"){
+        e.preventDefault();
+        let boardRotationElement = document.getElementById("boardRotation")
+        settings.boardRotation = parseInt(boardRotationElement.value);  // degrees / 5
+        if (e.key == "ArrowLeft"){
+            settings.boardRotation += 3;  // 15 degrees
+        }
+        else{
+            settings.boardRotation -= 3;
+        }
+        settings.boardRotation = constrain(settings.boardRotation, boardRotationElement.min, boardRotationElement.max);
+        boardRotationElement.value = settings.boardRotation
+        setBoardRotation(settings.boardRotation);
+      }
+      break;
+    default:
+      break;
+  }
+  if (e.altKey) {
+    switch (e.key) {
+      case "f":
+        focusFilterField();
+        e.preventDefault();
+        break;
+      case "r":
+        focusRefLookupField();
+        e.preventDefault();
+        break;
+      case "z":
+        changeBomLayout("bom-only");
+        e.preventDefault();
+        break;
+      case "x":
+        changeBomLayout("left-right");
+        e.preventDefault();
+        break;
+      case "c":
+        changeBomLayout("top-bottom");
+        e.preventDefault();
+        break;
+      case "v":
+        changeCanvasLayout("F");
+        e.preventDefault();
+        break;
+      case "b":
+        changeCanvasLayout("FB");
+        e.preventDefault();
+        break;
+      case "n":
+        changeCanvasLayout("B");
+        e.preventDefault();
+        break;
+      default:
+        break;
+    }
+    if (e.key >= '1' && e.key <= '9') {
+      toggleBomCheckbox(currentHighlightedRowId, parseInt(e.key));
+      e.preventDefault();
+    }
+  }
+}
+
+function hideNetlistButton() {
+  document.getElementById("bom-ungrouped-btn").classList.remove("middle-button");
+  document.getElementById("bom-ungrouped-btn").classList.add("right-most-button");
+  document.getElementById("bom-netlist-btn").style.display = "none";
+}
+
+function topToggle() {
+  var top = document.getElementById("top");
+  var toptoggle = document.getElementById("toptoggle");
+  if (top.style.display === "none") {
+    top.style.display = "flex";
+    toptoggle.classList.remove("flipped");
+  } else {
+    top.style.display = "none";
+    toptoggle.classList.add("flipped");
+  }
+}
+
+window.onload = function (e) {
+  initUtils();
+  initRender();
+  initStorage();
+  initDefaults();
+  cleanGutters();
+  populateMetadata();
+  dbgdiv = document.getElementById("dbg");
+  bom = document.getElementById("bombody");
+  bomhead = document.getElementById("bomhead");
+  filter = "";
+  reflookup = "";
+  if (!("nets" in pcbdata)) {
+    hideNetlistButton();
+  }
+  initDone = true;
+  setBomCheckboxes(document.getElementById("bomCheckboxes").value);
+  // Triggers render
+  changeBomLayout(settings.bomlayout);
+
+  // Users may leave fullscreen without touching the checkbox. Uncheck.
+  document.addEventListener('fullscreenchange', () => {
+    if (!document.fullscreenElement)
+      document.getElementById('fullscreenCheckbox').checked = false;
+  });
+}
+
+window.onresize = resizeAll;
+window.matchMedia("print").addListener(resizeAll);
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+// EventHandler.registerCallback(IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, () => {
+//     for(var tr of bom.childNodes) {
+//         tr.onclick = tr.onmousemove;
+//         tr.onmousemove = null;
+//     };
+// });
+
+///////////////////////////////////////////////
+  </script>
+</head>
+
+<body>
+
+<div id="topmostdiv" class="topmostdiv">
+  <div id="top">
+    <div id="fileinfodiv">
+      <table class="fileinfo">
+        <tbody>
+          <tr>
+            <td id="title" class="title" style="width: 70%">
+              Title
+            </td>
+            <td id="revision" class="title" style="width: 30%">
+              Revision
+            </td>
+          </tr>
+          <tr>
+            <td id="company">
+              Company
+            </td>
+            <td id="filedate">
+              Date
+            </td>
+          </tr>
+        </tbody>
+      </table>
+    </div>
+    <div id="bomcontrols">
+      <div class="hideonprint menu">
+        <button class="menubtn"></button>
+        <div class="menu-content">
+          <label class="menu-label menu-label-top" style="width: calc(50% - 18px)">
+            <input id="darkmodeCheckbox" type="checkbox" onchange="setDarkMode(this.checked)">
+            Dark mode
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label menu-label-top" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="fullscreenCheckbox" type="checkbox" onchange="setFullscreen(this.checked)">
+            Full Screen
+          </label>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="fabricationCheckbox" type="checkbox" checked onchange="fabricationVisible(this.checked)">
+            Fab layer
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="silkscreenCheckbox" type="checkbox" checked onchange="silkscreenVisible(this.checked)">
+            Silkscreen
+          </label>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="referencesCheckbox" type="checkbox" checked onchange="referencesVisible(this.checked)">
+            References
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="valuesCheckbox" type="checkbox" checked onchange="valuesVisible(this.checked)">
+            Values
+          </label>
+          <div id="tracksAndZonesCheckboxes">
+            <label class="menu-label" style="width: calc(50% - 18px)">
+              <input id="tracksCheckbox" type="checkbox" checked onchange="tracksVisible(this.checked)">
+              Tracks
+            </label><!-- This comment eats space! All of it!
+            --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+              <input id="zonesCheckbox" type="checkbox" checked onchange="zonesVisible(this.checked)">
+              Zones
+            </label>
+          </div>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="padsCheckbox" type="checkbox" checked onchange="padsVisible(this.checked)">
+            Pads
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="dnpOutlineCheckbox" type="checkbox" checked onchange="dnpOutline(this.checked)">
+            DNP outlined
+          </label>
+          <label class="menu-label">
+            <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
+            Continuous redraw on drag
+          </label>
+          <label class="menu-label">
+            Highlight first pin
+            <form id="highlightpin1">
+              <div class="flexbox">
+                <label>
+                  <input type="radio" name="highlightpin1" value="none" onchange="setHighlightPin1('none')">
+                  None
+                </label>
+                <label>
+                  <input type="radio" name="highlightpin1" value="all" onchange="setHighlightPin1('all')">
+                  All
+                </label>
+                <label>
+                  <input type="radio" name="highlightpin1" value="selected" onchange="setHighlightPin1('selected')">
+                  Selected
+                </label>
+              </div>
+            </form>
+          </label>
+          <label class="menu-label">
+            <span>Board rotation</span>
+            <span style="float: right"><span id="rotationDegree">0</span>&#176;</span>
+            <input id="boardRotation" type="range" min="-36" max="36" value="0" class="slider" oninput="setBoardRotation(this.value)">
+          </label>
+          <label class="menu-label">
+            <input id="offsetBackRotationCheckbox" type="checkbox" onchange="setOffsetBackRotation(this.checked)">
+            Offset back rotation
+          </label>
+          <label class="menu-label">
+            <div style="margin-left: 5px">Bom checkboxes</div>
+            <input id="bomCheckboxes" class="menu-textbox" type=text
+                   oninput="setBomCheckboxes(this.value)">
+          </label>
+          <label class="menu-label">
+            <div style="margin-left: 5px">Mark when checked</div>
+            <div id="markWhenCheckedContainer"></div>
+          </label>
+          <label class="menu-label">
+            <span class="shameless-plug">
+              <span>Created using</span>
+              <a id="github-link" target="blank" href="https://github.com/openscopeproject/InteractiveHtmlBom">InteractiveHtmlBom</a>
+              <a target="blank" title="Mouse and keyboard help" href="https://github.com/openscopeproject/InteractiveHtmlBom/wiki/Usage#bom-page-mouse-actions" style="text-decoration: none;"><label class="help-link">?</label></a>
+            </span>
+          </label>
+        </div>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
+                title="Front only">F
+        </button>
+        <button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
+                title="Front and Back">FB
+        </button>
+        <button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
+                title="Back only">B
+        </button>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
+                title="BOM only"></button>
+        <button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
+                title="BOM left, drawings right"></button>
+        <button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
+                title="BOM top, drawings bot"></button>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
+                title="Grouped BOM"></button>
+        <button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
+                title="Ungrouped BOM"></button>
+        <button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
+                title="Netlist"></button>
+      </div>
+      <div class="hideonprint menu">
+        <button class="statsbtn"></button>
+        <div class="menu-content">
+          <table class="stats">
+            <tbody>
+              <tr>
+                <td width="40%">Board stats</td>
+                <td>Front</td>
+                <td>Back</td>
+                <td>Total</td>
+              </tr>
+              <tr>
+                <td>Components</td>
+                <td id="stats-components-front">~</td>
+                <td id="stats-components-back">~</td>
+                <td id="stats-components-total">~</td>
+              </tr>
+              <tr>
+                <td>Groups</td>
+                <td id="stats-groups-front">~</td>
+                <td id="stats-groups-back">~</td>
+                <td id="stats-groups-total">~</td>
+              </tr>
+              <tr>
+                <td>SMD pads</td>
+                <td id="stats-smd-pads-front">~</td>
+                <td id="stats-smd-pads-back">~</td>
+                <td id="stats-smd-pads-total">~</td>
+              </tr>
+              <tr>
+                <td>TH pads</td>
+                <td colspan=3 id="stats-th-pads">~</td>
+              </tr>
+            </tbody>
+          </table>
+          <table class="stats">
+            <col width="40%"/><col />
+            <tbody id="checkbox-stats">
+              <tr>
+                <td colspan=2 style="border-top: 0">Checkboxes</td>
+              </tr>
+            </tbody>
+          </table>
+        </div>
+      </div>
+      <div class="hideonprint menu">
+        <button class="iobtn"></button>
+        <div class="menu-content">
+          <div class="menu-label menu-label-top">
+            <div style="margin-left: 5px;">Save board image</div>
+            <div class="flexbox">
+              <input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
+                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+              <span>X</span>
+              <input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
+                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+            </div>
+            <label>
+              <input id="render-save-transparent" type="checkbox">
+              Transparent background
+            </label>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveImage('F')">Front</button>
+              <button class="savebtn" onclick="saveImage('B')">Back</button>
+            </div>
+          </div>
+          <div class="menu-label">
+            <span style="margin-left: 5px;">Config and checkbox state</span>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveSettings()">Export</button>
+              <button class="savebtn" onclick="loadSettings()">Import</button>
+              <button class="savebtn" onclick="resetSettings()">Reset</button>
+            </div>
+          </div>
+          <div class="menu-label">
+            <span style="margin-left: 5px;">Save bom table as</span>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveBomTable('csv')">csv</button>
+              <button class="savebtn" onclick="saveBomTable('txt')">txt</button>
+            </div>
+          </div>
+        </div>
+      </div>
+    </div>
+  </div>
+  <div id="topdivider">
+    <div class="hideonprint">
+      <div id="toptoggle" onclick="topToggle()">︽</div>
+    </div>
+  </div>
+  <div id="bot" class="split" style="flex: 1 1">
+    <div id="bomdiv" class="split split-horizontal">
+      <div style="width: 100%">
+        <input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
+               oninput="updateRefLookup(this.value)">
+        <input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
+               oninput="updateFilter(this.value)">
+        <div class="button-container hideonprint" style="float: left; margin: 0;">
+          <button id="copy" title="Copy bom table to clipboard"
+               onclick="saveBomTable('clipboard')"></button>
+        </div>
+      </div>
+      <div id="dbg"></div>
+      <table class="bom" id="bomtable">
+        <thead id="bomhead">
+        </thead>
+        <tbody id="bombody">
+        </tbody>
+      </table>
+    </div>
+    <div id="canvasdiv" class="split split-horizontal">
+      <div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
+        <div style="position: relative; width: 100%; height: 100%;">
+          <canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+          <canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+          <canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+          <canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+        </div>
+      </div>
+      <div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
+        <div style="position: relative; width: 100%; height: 100%;">
+          <canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+          <canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+          <canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+          <canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+        </div>
+      </div>
+    </div>
+  </div>
+</div>
+
+</body>
+
+</html>
diff --git a/doc/build/html/source_rst/hardware/mb/mb_2023.html b/doc/build/html/source_rst/hardware/mb/mb_2023.html
index f44403bd..563238dc 100644
--- a/doc/build/html/source_rst/hardware/mb/mb_2023.html
+++ b/doc/build/html/source_rst/hardware/mb/mb_2023.html
@@ -1,25 +1,27 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Measurement board v2023 &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../../../" id="documentation_options" src="../../../_static/documentation_options.js"></script>
-        <script src="../../../_static/jquery.js"></script>
-        <script src="../../../_static/underscore.js"></script>
-        <script src="../../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../../_static/doctools.js"></script>
+        <script src="../../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../../../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../../../_static/doctools.js?v=888ff710"></script>
+        <script src="../../../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../../../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../../../genindex.html" />
     <link rel="search" title="Search" href="../../../search.html" />
-    <link rel="next" title="Measurement board v2024" href="mb_2024.html" />
+    <link rel="next" title="Measurement board 2024.0.2" href="mb_2024.html" />
     <link rel="prev" title="Measurement board" href="../mb.html" /> 
 </head>
 
@@ -47,10 +49,11 @@
 <li class="toctree-l1 current"><a class="reference internal" href="../../hardware.html">Hardware</a><ul class="current">
 <li class="toctree-l2"><a class="reference internal" href="../hw_info.html">OhmPi electronic design</a></li>
 <li class="toctree-l2 current"><a class="reference internal" href="../mb.html">Measurement board</a><ul class="current">
-<li class="toctree-l3"><a class="reference internal" href="../mb.html#recognize-the-measurement-board">Recognize the measurement board</a></li>
+<li class="toctree-l3"><a class="reference internal" href="../mb.html#recognize-the-version-of-the-measurement-board">Recognize the version of the measurement board</a></li>
 <li class="toctree-l3 current"><a class="reference internal" href="../mb.html#specifications">Specifications</a><ul class="current">
 <li class="toctree-l4 current"><a class="current reference internal" href="#">Measurement board v2023</a></li>
-<li class="toctree-l4"><a class="reference internal" href="mb_2024.html">Measurement board v2024</a></li>
+<li class="toctree-l4"><a class="reference internal" href="mb_2024.html">Measurement board 2024.0.2</a></li>
+<li class="toctree-l4"><a class="reference internal" href="mb_2024.html#part-a-assembly-of-the-measurement-board"><strong>PART A</strong> Assembly of the measurement board</a></li>
 </ul>
 </li>
 </ul>
@@ -101,100 +104,24 @@
 <p><strong>OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules. OhmPi must be assembled in a professional context and by people competent in electronics. The OhmPi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The OhmPi team cannot be held responsible if the equipment does not work after assembly.</strong></p>
 </div>
 <section id="measurement-board-v2023">
-<h1>Measurement board v2023<a class="headerlink" href="#measurement-board-v2023" title="Permalink to this heading"></a></h1>
-<section id="specifications">
-<h2>Specifications<a class="headerlink" href="#specifications" title="Permalink to this heading"></a></h2>
-<table class="docutils align-default">
-<thead>
-<tr class="row-odd"><th class="head"><p><strong>Parameter</strong></p></th>
-<th class="head"><p><strong>V1.0x</strong></p></th>
-<th class="head"><p>Units</p></th>
-<th class="head"><p><strong>v2023</strong></p></th>
-<th class="head"><p>Units</p></th>
-</tr>
-</thead>
-<tbody>
-<tr class="row-even"><td><p>Electrodes</p></td>
-<td><p>32</p></td>
-<td></td>
-<td><p>64 to 128</p></td>
-<td></td>
-</tr>
-<tr class="row-odd"><td><p>Operating temperature</p></td>
-<td><p>-0 to 50</p></td>
-<td><p>°c</p></td>
-<td><p>-25 to 50</p></td>
-<td><p>°C</p></td>
-</tr>
-<tr class="row-even"><td><p>Power consumption of CPU and
-control system</p></td>
-<td><p>18.5</p></td>
-<td><p>W</p></td>
-<td><p>18.5</p></td>
-<td><p>W</p></td>
-</tr>
-<tr class="row-odd"><td><p>Voltage injection</p></td>
-<td><p>12</p></td>
-<td><p>V</p></td>
-<td><p>12</p></td>
-<td><p>V</p></td>
-</tr>
-<tr class="row-even"><td><p>Battery</p></td>
-<td><p>9</p></td>
-<td><p>V</p></td>
-<td><p>12</p></td>
-<td><p>V</p></td>
-</tr>
-<tr class="row-odd"><td><p>Current</p></td>
-<td><p>0 to 40</p></td>
-<td><p>mA</p></td>
-<td><p>0 to 40</p></td>
-<td><p>mA</p></td>
-</tr>
-<tr class="row-even"><td><p>Min pulse duration</p></td>
-<td><p>150</p></td>
-<td><p>ms</p></td>
-<td><p>150</p></td>
-<td><p>ms</p></td>
-</tr>
-<tr class="row-odd"><td><p>Input impedance</p></td>
-<td><p>80</p></td>
-<td><p>MOhm</p></td>
-<td><p>80</p></td>
-<td><p>MOhm</p></td>
-</tr>
-<tr class="row-even"><td><p>Data storage</p></td>
-<td><p>micro SD card</p></td>
-<td></td>
-<td><p>micro SD card</p></td>
-<td></td>
-</tr>
-<tr class="row-odd"><td><p>Resolution</p></td>
-<td><p>0.01</p></td>
-<td><p>Ohm</p></td>
-<td><p>0.01</p></td>
-<td><p>Ohm</p></td>
-</tr>
-</tbody>
-</table>
-</section>
+<h1>Measurement board v2023<a class="headerlink" href="#measurement-board-v2023" title="Link to this heading"></a></h1>
 <section id="part-a-assembly-of-the-measurement-board">
-<h2><strong>PART A</strong> Assembly of the measurement board<a class="headerlink" href="#part-a-assembly-of-the-measurement-board" title="Permalink to this heading"></a></h2>
+<h2><strong>PART A</strong> Assembly of the measurement board<a class="headerlink" href="#part-a-assembly-of-the-measurement-board" title="Link to this heading"></a></h2>
 <section id="required-components">
-<h3>Required components<a class="headerlink" href="#required-components" title="Permalink to this heading"></a></h3>
+<h3>Required components<a class="headerlink" href="#required-components" title="Link to this heading"></a></h3>
 <figure class="align-center">
 <a class="reference internal image-reference" href="../../../_images/00_mes_board_components.jpg"><img alt="alternate text" src="../../../_images/00_mes_board_components.jpg" style="width: 600px; height: 450px;" /></a>
 </figure>
 <table class="docutils align-default" id="id1">
-<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id1" title="Permalink to this table"></a></caption>
+<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id1" title="Link to this table"></a></caption>
 <colgroup>
-<col style="width: 8%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 9%" />
-<col style="width: 9%" />
+<col style="width: 7.9%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 9.2%" />
+<col style="width: 9.2%" />
 </colgroup>
 <thead>
 <tr class="row-odd"><th class="head"><p>Component</p></th>
@@ -409,7 +336,7 @@ control system</p></td>
 </table>
 </section>
 <section id="description">
-<h3>Description<a class="headerlink" href="#description" title="Permalink to this heading"></a></h3>
+<h3>Description<a class="headerlink" href="#description" title="Link to this heading"></a></h3>
 <figure class="align-center">
 <a class="reference internal image-reference" href="../../../_images/schema_measurement_board.jpg"><img alt="alternate text" src="../../../_images/schema_measurement_board.jpg" style="width: 600px; height: 450px;" /></a>
 </figure>
@@ -669,7 +596,7 @@ corners)</p></td>
 </section>
 </section>
 <section id="part-b-start-up-of-the-measurement-board">
-<h2><strong>PART B</strong> Start-up of the measurement board<a class="headerlink" href="#part-b-start-up-of-the-measurement-board" title="Permalink to this heading"></a></h2>
+<h2><strong>PART B</strong> Start-up of the measurement board<a class="headerlink" href="#part-b-start-up-of-the-measurement-board" title="Link to this heading"></a></h2>
 <table class="docutils align-default">
 <tbody>
 <tr class="row-odd"><td><p><strong>Required components</strong></p></td>
@@ -677,15 +604,15 @@ corners)</p></td>
 </tbody>
 </table>
 <table class="docutils align-default" id="id2">
-<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id2" title="Permalink to this table"></a></caption>
+<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id2" title="Link to this table"></a></caption>
 <colgroup>
-<col style="width: 8%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 9%" />
-<col style="width: 9%" />
+<col style="width: 7.9%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 9.2%" />
+<col style="width: 9.2%" />
 </colgroup>
 <thead>
 <tr class="row-odd"><th class="head"><p>Component</p></th>
@@ -779,7 +706,7 @@ Raspberry Pi’s power port.</p></td>
 </table>
 </section>
 <section id="part-c-check-the-measurement-board">
-<h2><strong>PART C</strong> Check the measurement board<a class="headerlink" href="#part-c-check-the-measurement-board" title="Permalink to this heading"></a></h2>
+<h2><strong>PART C</strong> Check the measurement board<a class="headerlink" href="#part-c-check-the-measurement-board" title="Link to this heading"></a></h2>
 <blockquote>
 <div><p>Run the terminal, and write</p>
 <div class="highlight-python notranslate"><div class="highlight"><pre><span></span><span class="n">i2cdetect</span> <span class="o">-</span><span class="n">y</span> <span class="mi">1</span>
@@ -897,7 +824,7 @@ works you should  get the following result (220 Ohm)</p></td>
           </div>
           <footer><div class="rst-footer-buttons" role="navigation" aria-label="Footer">
         <a href="../mb.html" class="btn btn-neutral float-left" title="Measurement board" accesskey="p" rel="prev"><span class="fa fa-arrow-circle-left" aria-hidden="true"></span> Previous</a>
-        <a href="mb_2024.html" class="btn btn-neutral float-right" title="Measurement board v2024" accesskey="n" rel="next">Next <span class="fa fa-arrow-circle-right" aria-hidden="true"></span></a>
+        <a href="mb_2024.html" class="btn btn-neutral float-right" title="Measurement board 2024.0.2" accesskey="n" rel="next">Next <span class="fa fa-arrow-circle-right" aria-hidden="true"></span></a>
     </div>
 
   <hr/>
diff --git a/doc/build/html/source_rst/hardware/mb/mb_2024.html b/doc/build/html/source_rst/hardware/mb/mb_2024.html
index 6cdcafa1..6e91ef10 100644
--- a/doc/build/html/source_rst/hardware/mb/mb_2024.html
+++ b/doc/build/html/source_rst/hardware/mb/mb_2024.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
-  <title>Measurement board v2024 &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../../_static/css/theme.css" type="text/css" />
+  <title>Measurement board 2024.0.2 &mdash; OhmPi v2024rc documentation</title>
+      <link rel="stylesheet" type="text/css" href="../../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../../../" id="documentation_options" src="../../../_static/documentation_options.js"></script>
-        <script src="../../../_static/jquery.js"></script>
-        <script src="../../../_static/underscore.js"></script>
-        <script src="../../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../../_static/doctools.js"></script>
+        <script src="../../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../../../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../../../_static/doctools.js?v=888ff710"></script>
+        <script src="../../../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../../../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../../../genindex.html" />
     <link rel="search" title="Search" href="../../../search.html" />
@@ -47,9 +49,11 @@
 <li class="toctree-l1 current"><a class="reference internal" href="../../hardware.html">Hardware</a><ul class="current">
 <li class="toctree-l2"><a class="reference internal" href="../hw_info.html">OhmPi electronic design</a></li>
 <li class="toctree-l2 current"><a class="reference internal" href="../mb.html">Measurement board</a><ul class="current">
-<li class="toctree-l3 current"><a class="reference internal" href="../mb.html#specifications">Specifications</a><ul class="current">
+<li class="toctree-l3"><a class="reference internal" href="../mb.html#recognize-the-version-of-the-measurement-board">Recognize the version of the measurement board</a></li>
+<li class="toctree-l3"><a class="reference internal" href="../mb.html#specifications">Specifications</a></li>
+<li class="toctree-l3 current"><a class="reference internal" href="../mb.html#assemble-you-measurement-board">Assemble you measurement board:</a><ul class="current">
 <li class="toctree-l4"><a class="reference internal" href="mb_2023.html">Measurement board v2023</a></li>
-<li class="toctree-l4 current"><a class="current reference internal" href="#">Measurement board v2024</a></li>
+<li class="toctree-l4 current"><a class="current reference internal" href="#">Measurement board 2024.0.2</a></li>
 </ul>
 </li>
 </ul>
@@ -85,7 +89,7 @@
       <li><a href="../../../index.html" class="icon icon-home" aria-label="Home"></a></li>
           <li class="breadcrumb-item"><a href="../../hardware.html">Hardware</a></li>
           <li class="breadcrumb-item"><a href="../mb.html">Measurement board</a></li>
-      <li class="breadcrumb-item active">Measurement board v2024</li>
+      <li class="breadcrumb-item active">Measurement board 2024.0.2</li>
       <li class="wy-breadcrumbs-aside">
             <a href="../../../_sources/source_rst/hardware/mb/mb_2024.rst.txt" rel="nofollow"> View page source</a>
       </li>
@@ -99,9 +103,245 @@
 <p class="admonition-title">Warning</p>
 <p><strong>OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules. OhmPi must be assembled in a professional context and by people competent in electronics. The OhmPi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The OhmPi team cannot be held responsible if the equipment does not work after assembly.</strong></p>
 </div>
-<section id="measurement-board-v2024">
-<h1>Measurement board v2024<a class="headerlink" href="#measurement-board-v2024" title="Permalink to this heading"></a></h1>
-<p>You can also include a file directly:</p>
+<section id="measurement-board-2024-0-2">
+<h1>Measurement board 2024.0.2<a class="headerlink" href="#measurement-board-2024-0-2" title="Link to this heading"></a></h1>
+<p>The 2024.0.2 measurement board has been developed to replace the 2023.0.1 measurement board. It offers superior performance compared to its predecessor.
+The current measurement component has not evolved and presents no major differences. However, the major upgrade is the Mikroe-1887 module. Specifically,
+it provides electrical isolation for the Vmn measurement set. This isolation allows for injection voltages (Vab) up to 200V</p>
+<section id="part-a-assembly-of-the-measurement-board">
+<h2><strong>PART A</strong> Assembly of the measurement board<a class="headerlink" href="#part-a-assembly-of-the-measurement-board" title="Link to this heading"></a></h2>
+</section>
+<section id="required-components">
+<h2>Required components<a class="headerlink" href="#required-components" title="Link to this heading"></a></h2>
+<p><a class="reference external" href="ibom.html">Interactive BOM list</a></p>
+<figure class="align-center">
+<a class="reference internal image-reference" href="../../../_images/32.jpg"><img alt="alternate text" src="../../../_images/32.jpg" style="width: 700px; height: 450px;" /></a>
+</figure>
+<table class="docutils align-default" id="id1">
+<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id1" title="Link to this table"></a></caption>
+<colgroup>
+<col style="width: 7.9%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 9.2%" />
+<col style="width: 9.2%" />
+</colgroup>
+<thead>
+<tr class="row-odd"><th class="head"><p>Component</p></th>
+<th class="head"><p>Number</p></th>
+<th class="head"><p>Cost per unit €</p></th>
+<th class="head"><p>Total cost €</p></th>
+<th class="head"><p>Manufacturer</p></th>
+<th class="head"><p>Manufacturer s reference</p></th>
+<th class="head"><p>Web reference</p></th>
+</tr>
+</thead>
+<tbody>
+<tr class="row-even"><td><p>Raspberry Pi 4 Model B</p></td>
+<td><p>1</p></td>
+<td><p>58,75</p></td>
+<td><p>58,75</p></td>
+<td><p>Raspberry</p></td>
+<td><p>Raspberry Pi 4 Model B</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Seeed-Studio/102110421?qs=7MVldsJ5UaxeN3LYyh3sqw%3D%3D">https://www.mouser.fr/ProductDetail/Seeed-Studio/102110421?qs=7MVldsJ5UaxeN3LYyh3sqw%3D%3D</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>LM158N AMP-o</p></td>
+<td><p>2</p></td>
+<td><p>14,5</p></td>
+<td><p>58</p></td>
+<td><p>Texas Instruments</p></td>
+<td><p>LM358AN/NOPB</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Texas-Instruments/LM158J?qs=X1J7HmVL2ZH8vpEfMl8%2FFQ%3D%3D">https://www.mouser.fr/ProductDetail/Texas-Instruments/LM158J?qs=X1J7HmVL2ZH8vpEfMl8%2FFQ%3D%3D</a></p></td>
+</tr>
+<tr class="row-even"><td><p>Printed circuit board</p></td>
+<td><p>1</p></td>
+<td><p>12</p></td>
+<td><p>12</p></td>
+<td><p>Asler</p></td>
+<td><ul class="simple">
+<li></li>
+</ul>
+</td>
+<td><ul class="simple">
+<li></li>
+</ul>
+</td>
+</tr>
+<tr class="row-odd"><td><p>ADS1115</p></td>
+<td><p>2</p></td>
+<td><p>11,9</p></td>
+<td><p>23,8</p></td>
+<td><p>Adafruit</p></td>
+<td><p>1085</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Adafruit/1085?qs=%2Fha2pyFaduhE%2FOGzuTWIQ9Iz5VjaqFOYugqAlGxpEcKiGrQvF4hn%252Bg%3D%3D">https://www.mouser.fr/ProductDetail/Adafruit/1085?qs=%2Fha2pyFaduhE%2FOGzuTWIQ9Iz5VjaqFOYugqAlGxpEcKiGrQvF4hn%252Bg%3D%3D</a></p></td>
+</tr>
+<tr class="row-even"><td><p>Capacitor 100nF 50Vdc 10% Ceramic</p></td>
+<td><p>3</p></td>
+<td><p>0,2</p></td>
+<td><p>0,8</p></td>
+<td><p>KEMET</p></td>
+<td><p>C320C104K1</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/KEMET/C320C104K1R5TA7303?qs=c4UyoTs%2FLq1th4mcyOeTmA%3D%3D">https://www.mouser.fr/ProductDetail/KEMET/C320C104K1R5TA7303?qs=c4UyoTs%2FLq1th4mcyOeTmA%3D%3D</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>Resistor 1 Kohm 0.5W +- 0.1%</p></td>
+<td><p>2</p></td>
+<td><p>1,3</p></td>
+<td><p>2,6</p></td>
+<td><p>TE Connectivity</p></td>
+<td><p>H81K0BYA</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/TE-Connectivity-Holsworthy/H81K0BYA?qs=%2Fha2pyFaduhUylh7Az%2FmjFH2XjOUms6wZtUX4sOM%252BII%3D">https://www.mouser.fr/ProductDetail/TE-Connectivity-Holsworthy/H81K0BYA?qs=%2Fha2pyFaduhUylh7Az%2FmjFH2XjOUms6wZtUX4sOM%252BII%3D</a></p></td>
+</tr>
+<tr class="row-even"><td><p>Resistor 1.5 Kohms +- 0.1%</p></td>
+<td><p>2</p></td>
+<td><p>1,3</p></td>
+<td><p>2,6</p></td>
+<td><p>TE Connectivity</p></td>
+<td><p>H81K5BYA</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/TE-Connectivity-Holsworthy/H81K5BYA?qs=%2Fha2pyFadugy9tWham3rU9HmIJOhyWhBIN95kNm%252BX%2FM%3D">https://www.mouser.fr/ProductDetail/TE-Connectivity-Holsworthy/H81K5BYA?qs=%2Fha2pyFadugy9tWham3rU9HmIJOhyWhBIN95kNm%252BX%2FM%3D</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>Resistor 1.5 Kohms +- 5%</p></td>
+<td><p>2</p></td>
+<td><p>1,3</p></td>
+<td><p>2,6</p></td>
+<td><p>Vishay</p></td>
+<td><p>CCF071K50GKE36</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Vishay-Dale/CCF071K50GKE36?qs=QKEOZdL6EQpA6LZRLQFVOw%3D%3D">https://www.mouser.fr/ProductDetail/Vishay-Dale/CCF071K50GKE36?qs=QKEOZdL6EQpA6LZRLQFVOw%3D%3D</a></p></td>
+</tr>
+<tr class="row-even"><td><p>Resistor 10 Mohms +-5%</p></td>
+<td><p>2</p></td>
+<td><p>0,762</p></td>
+<td><p>1,524</p></td>
+<td><p>VISHAY</p></td>
+<td><p>CMF651M0000FKEK143</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Vishay-Dale/CMF651M0000FKEK143?qs=CiayqK2gdcKzIA2LEVaLkg%3D%3D">https://www.mouser.fr/ProductDetail/Vishay-Dale/CMF651M0000FKEK143?qs=CiayqK2gdcKzIA2LEVaLkg%3D%3D</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>2 ohm shunt resistor+-  1%</p></td>
+<td><p>1</p></td>
+<td><p>2,42</p></td>
+<td><p>2,42</p></td>
+<td><p>Ohmite</p></td>
+<td><p>41F2R0E</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Ohmite/41F2R0E?qs=IM6ToxQzGOAuEDprb19mHA%3D%3D">https://www.mouser.fr/ProductDetail/Ohmite/41F2R0E?qs=IM6ToxQzGOAuEDprb19mHA%3D%3D</a></p></td>
+</tr>
+<tr class="row-even"><td><p>Dual screw terminal (5.08-mm pitch)</p></td>
+<td><p>5</p></td>
+<td><p>0,648</p></td>
+<td><p>3,24</p></td>
+<td><p>CUI Devices</p></td>
+<td><p>TB009-508-02BE</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/CUI-Devices/TB009-508-02BE?qs=vLWxofP3U2wCFk5uCkWTkA%3D%3D">https://www.mouser.fr/ProductDetail/CUI-Devices/TB009-508-02BE?qs=vLWxofP3U2wCFk5uCkWTkA%3D%3D</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>DC/DC converter 12 to 24V</p></td>
+<td><p>1</p></td>
+<td><p>15,58</p></td>
+<td><p>31,16</p></td>
+<td><p>TracoPower</p></td>
+<td><p>TRN 3-1215</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/TRACO-Power/TRN-3-1215?qs=YCa%2FAAYMW02gqUicGQj0tA%3D%3D">https://www.mouser.fr/ProductDetail/TRACO-Power/TRN-3-1215?qs=YCa%2FAAYMW02gqUicGQj0tA%3D%3D</a></p></td>
+</tr>
+<tr class="row-even"><td><p>DIP Dual In Line Socket 2*4</p></td>
+<td><p>3</p></td>
+<td><p>0,72</p></td>
+<td><p>2,16</p></td>
+<td><p>Mill-Max</p></td>
+<td><p>110-43-308-41-001000</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Mill-Max/110-43-308-41-001000?qs=IGgAdOvCTsTu%2FqaUr8NArg%3D%3D&amp;mgh=1&amp;vip=1&amp;gclid=EAIaIQobChMIn_TAxbCx8wIVQ5nVCh2QaQFpEAYYCCABEgJk1_D_BwE">https://www.mouser.fr/ProductDetail/Mill-Max/110-43-308-41-001000?qs=IGgAdOvCTsTu%2FqaUr8NArg%3D%3D&amp;mgh=1&amp;vip=1&amp;gclid=EAIaIQobChMIn_TAxbCx8wIVQ5nVCh2QaQFpEAYYCCABEgJk1_D_BwE</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>AQY211EH</p></td>
+<td><p>4</p></td>
+<td><p>3,84</p></td>
+<td><p>15,36</p></td>
+<td><p>Panasonic Industrial Devices</p></td>
+<td><p>AQY211EH</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Panasonic-Industrial-Devices/AQY211EH?qs=wKtUvITRialGIU8hcM7DvQ%3D%3D">https://www.mouser.fr/ProductDetail/Panasonic-Industrial-Devices/AQY211EH?qs=wKtUvITRialGIU8hcM7DvQ%3D%3D</a></p></td>
+</tr>
+<tr class="row-even"><td><p>DIP Dual In Line Socket 2*2</p></td>
+<td><p>4</p></td>
+<td><p>0,449</p></td>
+<td><p>1,796</p></td>
+<td><p>Preci-dip</p></td>
+<td><p>110-83-304-41-001101</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Preci-dip/110-83-304-41-001101?qs=%2Fha2pyFadujQKqx4wAuiG%2FMGNdxMCNv%2F33Nj0gBxRocuLUcYnpyONg%3D%3D">https://www.mouser.fr/ProductDetail/Preci-dip/110-83-304-41-001101?qs=%2Fha2pyFadujQKqx4wAuiG%2FMGNdxMCNv%2F33Nj0gBxRocuLUcYnpyONg%3D%3D</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>MCP23008</p></td>
+<td><p>1</p></td>
+<td><p>1,72</p></td>
+<td><p>1,72</p></td>
+<td><p>Adafruit</p></td>
+<td><p>593</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Adafruit/593?qs=sGAEpiMZZMsKEdP9slC0YYV4kPdpMD1Hts4SLctIVmw%3D">https://www.mouser.fr/ProductDetail/Adafruit/593?qs=sGAEpiMZZMsKEdP9slC0YYV4kPdpMD1Hts4SLctIVmw%3D</a></p></td>
+</tr>
+<tr class="row-even"><td><p>Header sets 1x10</p></td>
+<td><p>2</p></td>
+<td><p>2,12</p></td>
+<td><p>4,24</p></td>
+<td><p>Samtec</p></td>
+<td><p>SSW-110-02-G-S</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Samtec/SSW-110-02-G-S?qs=rU5fayqh%252BE0w1ORXZiBQpw%3D%3D">https://www.mouser.fr/ProductDetail/Samtec/SSW-110-02-G-S?qs=rU5fayqh%252BE0w1ORXZiBQpw%3D%3D</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>SMT Breakout PCB for SOIC-8</p></td>
+<td><p>1</p></td>
+<td><p>2,5</p></td>
+<td><p>2,5</p></td>
+<td><p>Adafruit</p></td>
+<td><p>1212</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Adafruit/1212?qs=GURawfaeGuCAqqfvnVtyeg%3D%3D&amp;mgh=1&amp;vip=1&amp;gclid=EAIaIQobChMIt8zJzr6x8wIVGdnVCh2vBwVsEAQYAyABEgJqG_D_BwE">https://www.mouser.fr/ProductDetail/Adafruit/1212?qs=GURawfaeGuCAqqfvnVtyeg%3D%3D&amp;mgh=1&amp;vip=1&amp;gclid=EAIaIQobChMIt8zJzr6x8wIVGdnVCh2vBwVsEAQYAyABEgJqG_D_BwE</a></p></td>
+</tr>
+<tr class="row-even"><td><p>INA282AID</p></td>
+<td><p>1</p></td>
+<td><p>4,11</p></td>
+<td><p>4,11</p></td>
+<td><p>Texas Instruments</p></td>
+<td><p>INA282AID</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Texas-Instruments/INA282AID?qs=Ze4%2FuFuz19ILFayZXOCfrA%3D%3D">https://www.mouser.fr/ProductDetail/Texas-Instruments/INA282AID?qs=Ze4%2FuFuz19ILFayZXOCfrA%3D%3D</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>THD 15-1211N</p></td>
+<td><p>1</p></td>
+<td><p>39,72</p></td>
+<td><p>39,72</p></td>
+<td><p>TracoPower</p></td>
+<td><p>THD 15-1211N</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/TRACO-Power/THD-15-1211N?qs=%2Fha2pyFadugpyEG4IDvm%2FMSR%252B7aN%2F0T3rUIs9PCAqJlT4%252BnRpUOOeQ%3D%3D">https://www.mouser.fr/ProductDetail/TRACO-Power/THD-15-1211N?qs=%2Fha2pyFadugpyEG4IDvm%2FMSR%252B7aN%2F0T3rUIs9PCAqJlT4%252BnRpUOOeQ%3D%3D</a></p></td>
+</tr>
+<tr class="row-even"><td><p>DIP Dual In Line Socket 2*20</p></td>
+<td><p>1</p></td>
+<td><p>8,53</p></td>
+<td><p>8,53</p></td>
+<td><p>Samtec</p></td>
+<td><p>SSQ-120-23-G-D</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Samtec/SSQ-120-23-G-D?qs=rU5fayqh%252BE1BMVd%252BDZONqg%3D%3D">https://www.mouser.fr/ProductDetail/Samtec/SSQ-120-23-G-D?qs=rU5fayqh%252BE1BMVd%252BDZONqg%3D%3D</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>Pin strip no ejector</p></td>
+<td><p>1</p></td>
+<td><p>0,35</p></td>
+<td><p>0,35</p></td>
+<td><p>BLK electronic</p></td>
+<td><p>10120550</p></td>
+<td><p><a class="reference external" href="https://www.conrad.com/p/bkl-electronic-10120550-pin-strip-no-ejector-contact-spacing-254-mm-total-number-of-pins-6-no-of-rows-2-1-pcs-741435?searchTerm=741435&amp;searchType=suggest&amp;searchSuggest=product">https://www.conrad.com/p/bkl-electronic-10120550-pin-strip-no-ejector-contact-spacing-254-mm-total-number-of-pins-6-no-of-rows-2-1-pcs-741435?searchTerm=741435&amp;searchType=suggest&amp;searchSuggest=product</a></p></td>
+</tr>
+<tr class="row-even"><td><p>Male Female spacer 2.5M HEXAGONALE</p></td>
+<td><p>4</p></td>
+<td><p>0,87</p></td>
+<td><p>3,48</p></td>
+<td><p>HARWIN</p></td>
+<td><p>R25-3002002</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Harwin/R25-3002002?qs=W0yvOO0ixfENUv0hsdC4%2FQ%3D%3D">https://www.mouser.fr/ProductDetail/Harwin/R25-3002002?qs=W0yvOO0ixfENUv0hsdC4%2FQ%3D%3D</a></p></td>
+</tr>
+<tr class="row-odd"><td><p>DIP Dual In Line Socket 2*9</p></td>
+<td><p>1</p></td>
+<td><p>1,86</p></td>
+<td><p>1,86</p></td>
+<td><p>Preci-dip</p></td>
+<td><p>437-1108331841001101</p></td>
+<td><p><a class="reference external" href="https://www.mouser.fr/ProductDetail/Preci-dip/110-83-318-41-001101?qs=FtMuP6KVi2TNQOezIAQ%2FPA%3D%3D">https://www.mouser.fr/ProductDetail/Preci-dip/110-83-318-41-001101?qs=FtMuP6KVi2TNQOezIAQ%2FPA%3D%3D</a></p></td>
+</tr>
+</tbody>
+</table>
+<div class="toctree-wrapper compound">
+</div>
+</section>
 </section>
 
 
diff --git a/doc/build/html/source_rst/hardware/mux_2023.html b/doc/build/html/source_rst/hardware/mux_2023.html
index d85d2526..c5b20b0c 100644
--- a/doc/build/html/source_rst/hardware/mux_2023.html
+++ b/doc/build/html/source_rst/hardware/mux_2023.html
@@ -1,26 +1,28 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>MUX board v2023 &mdash; OhmPi v2024rc documentation</title>
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+    <link rel="prev" title="Measurement board 2024.0.2" href="mb/mb_2024.html" /> 
 </head>
 
 <body class="wy-body-for-nav"> 
@@ -100,7 +102,7 @@
 <p><strong>OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules. OhmPi must be assembled in a professional context and by people competent in electronics. The OhmPi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The OhmPi team cannot be held responsible if the equipment does not work after assembly.</strong></p>
 </div>
 <section id="mux-board-v2023">
-<h1>MUX board v2023<a class="headerlink" href="#mux-board-v2023" title="Permalink to this heading"></a></h1>
+<h1>MUX board v2023<a class="headerlink" href="#mux-board-v2023" title="Link to this heading"></a></h1>
 <p>The multiplexing of the channels is a mechanical multiplexing based on OMRON’s manufacturing relays (G5LE-1-VD 12 VDC). Each relay is combined with
 a ZVN4206A power MOFSET. The raspberry has only 30 GPIOs, which is not enough to activate all the 64 electrodes, which represent 512 GPIOs.
 We used gpio expander I2C (MCP23017). We have associated these components with an I2C multiplexer of type type TCA9548A from adafruit.
@@ -108,23 +110,23 @@ This combination allows to go up to 512 GPIOs and up to 128 electrodes. Each car
 In the following presentation for an OhmPi 64 electrodes, we will use the addresses 0X70 for channel A, 0X71 for channel B, 0X72 for channel M and 0X73 for channel N.
 0X73 for the N channel. 4 MUX board will be needed to multiplex an OhmPi 64 electrodes.</p>
 <section id="part-a-assembly-of-mux-board">
-<h2><strong>PART A</strong> Assembly of MUX board<a class="headerlink" href="#part-a-assembly-of-mux-board" title="Permalink to this heading"></a></h2>
+<h2><strong>PART A</strong> Assembly of MUX board<a class="headerlink" href="#part-a-assembly-of-mux-board" title="Link to this heading"></a></h2>
 <section id="required-components">
-<h3>Required components<a class="headerlink" href="#required-components" title="Permalink to this heading"></a></h3>
+<h3>Required components<a class="headerlink" href="#required-components" title="Link to this heading"></a></h3>
 <figure class="align-center">
 <a class="reference internal image-reference" href="../../_images/MUX_board_components.jpg"><img alt="alternate text" src="../../_images/MUX_board_components.jpg" style="width: 600px; height: 650px;" /></a>
 </figure>
 <table class="docutils align-default" id="id1">
-<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id1" title="Permalink to this table"></a></caption>
+<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id1" title="Link to this table"></a></caption>
 <colgroup>
-<col style="width: 8%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 9%" />
-<col style="width: 9%" />
-<col style="width: 0%" />
+<col style="width: 7.9%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 9.2%" />
+<col style="width: 9.2%" />
+<col style="width: 0.3%" />
 </colgroup>
 <thead>
 <tr class="row-odd"><th class="head"><p>Components</p></th>
@@ -416,7 +418,7 @@ In the following presentation for an OhmPi 64 electrodes, we will use the addres
 </section>
 </section>
 <section id="part-b-mux-board-address">
-<h2><strong>PART B</strong> MUX board address<a class="headerlink" href="#part-b-mux-board-address" title="Permalink to this heading"></a></h2>
+<h2><strong>PART B</strong> MUX board address<a class="headerlink" href="#part-b-mux-board-address" title="Link to this heading"></a></h2>
 <p>To build an ohmpi it is necessary to have 4 MUX boards, with 4 different addresses. It is therefore necessary to identify each board, by assigning an address, which will be allocated in the OhmPi code.
 We present here the addresses selected by default.</p>
 <p>For the A electrode board, we suggest addressing it with address 0x70:</p>
@@ -489,7 +491,7 @@ electrode name on the mux board (B).</p></td>
 </table>
 </section>
 <section id="part-c-validation-of-mux-board">
-<h2><strong>PART C</strong> Validation of MUX board<a class="headerlink" href="#part-c-validation-of-mux-board" title="Permalink to this heading"></a></h2>
+<h2><strong>PART C</strong> Validation of MUX board<a class="headerlink" href="#part-c-validation-of-mux-board" title="Link to this heading"></a></h2>
 <p>The first step is to test the Mux boards before assembling them definitively.
 To test the Mux boards, it will be necessary first to make a simplified assembly of the Mux board and the measurement board.</p>
 <p>The first thing to do is to prepare a 50 cm long flat wire with two 6-poles connectors.</p>
@@ -566,7 +568,7 @@ measurement board.</p></td>
            </div>
           </div>
           <footer><div class="rst-footer-buttons" role="navigation" aria-label="Footer">
-        <a href="mb/mb_2024.html" class="btn btn-neutral float-left" title="Measurement board v2024" accesskey="p" rel="prev"><span class="fa fa-arrow-circle-left" aria-hidden="true"></span> Previous</a>
+        <a href="mb/mb_2024.html" class="btn btn-neutral float-left" title="Measurement board 2024.0.2" accesskey="p" rel="prev"><span class="fa fa-arrow-circle-left" aria-hidden="true"></span> Previous</a>
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diff --git a/doc/build/html/source_rst/hardware/mux_2024.html b/doc/build/html/source_rst/hardware/mux_2024.html
index 53794ace..17c1d1da 100644
--- a/doc/build/html/source_rst/hardware/mux_2024.html
+++ b/doc/build/html/source_rst/hardware/mux_2024.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>MUX board v2024 &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../_static/js/html5shiv.min.js"></script>
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-        <script src="../../_static/underscore.js"></script>
-        <script src="../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../_static/doctools.js"></script>
+        <script src="../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
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+        <script src="../../_static/doctools.js?v=888ff710"></script>
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     <link rel="index" title="Index" href="../../genindex.html" />
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@@ -100,7 +102,7 @@
 <p><strong>OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules. OhmPi must be assembled in a professional context and by people competent in electronics. The OhmPi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The OhmPi team cannot be held responsible if the equipment does not work after assembly.</strong></p>
 </div>
 <section id="mux-board-v2024">
-<h1>MUX board v2024<a class="headerlink" href="#mux-board-v2024" title="Permalink to this heading"></a></h1>
+<h1>MUX board v2024<a class="headerlink" href="#mux-board-v2024" title="Link to this heading"></a></h1>
 <p><strong>TO BE UPDATED</strong></p>
 <p>The multiplexing of the channels is a mechanical multiplexing based on OMRON’s manufacturing relays (G5LE-1-VD 12 VDC). Each relay is combined with
 a ZVN4206A power MOFSET. The raspberry has only 30 GPIOs, which is not enough to activate all the 64 electrodes, which represent 512 GPIOs.
@@ -109,22 +111,22 @@ This combination allows to go up to 512 GPIOs and up to 128 electrodes. Each car
 In the following presentation for an OhmPi 64 electrodes, we will use the addresses 0X70 for channel A, 0X71 for channel B, 0X72 for channel M and 0X73 for channel N.
 0X73 for the N channel. 4 MUX board will be needed to multiplex an OhmPi 64 electrodes.</p>
 <section id="part-a-assembly-of-mux-board">
-<h2><strong>PART A</strong> Assembly of MUX board<a class="headerlink" href="#part-a-assembly-of-mux-board" title="Permalink to this heading"></a></h2>
+<h2><strong>PART A</strong> Assembly of MUX board<a class="headerlink" href="#part-a-assembly-of-mux-board" title="Link to this heading"></a></h2>
 <section id="required-components">
-<h3>Required components<a class="headerlink" href="#required-components" title="Permalink to this heading"></a></h3>
+<h3>Required components<a class="headerlink" href="#required-components" title="Link to this heading"></a></h3>
 <figure class="align-center">
 <a class="reference internal image-reference" href="../../_images/MUX_board_components.jpg"><img alt="alternate text" src="../../_images/MUX_board_components.jpg" style="width: 600px; height: 650px;" /></a>
 </figure>
 <table class="docutils align-default" id="id1">
-<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id1" title="Permalink to this table"></a></caption>
+<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id1" title="Link to this table"></a></caption>
 <colgroup>
-<col style="width: 8%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 9%" />
-<col style="width: 9%" />
+<col style="width: 7.9%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 9.2%" />
+<col style="width: 9.2%" />
 </colgroup>
 <thead>
 <tr class="row-odd"><th class="head"><p>Component</p></th>
@@ -406,7 +408,7 @@ In the following presentation for an OhmPi 64 electrodes, we will use the addres
 </section>
 </section>
 <section id="part-b-mux-board-address">
-<h2><strong>PART B</strong> MUX board address<a class="headerlink" href="#part-b-mux-board-address" title="Permalink to this heading"></a></h2>
+<h2><strong>PART B</strong> MUX board address<a class="headerlink" href="#part-b-mux-board-address" title="Link to this heading"></a></h2>
 <p>To build an ohmpi it is necessary to have 4 MUX boards, with 4 different addresses. It is therefore necessary to identify each board, by assigning an address, which will be allocated in the OhmPi code.
 We present here the addresses selected by default.</p>
 <p>For the A electrode board, we suggest addressing it with address 0x70:</p>
@@ -479,7 +481,7 @@ electrode name on the mux board (B).</p></td>
 </table>
 </section>
 <section id="part-c-validation-of-mux-board">
-<h2><strong>PART C</strong> Validation of MUX board<a class="headerlink" href="#part-c-validation-of-mux-board" title="Permalink to this heading"></a></h2>
+<h2><strong>PART C</strong> Validation of MUX board<a class="headerlink" href="#part-c-validation-of-mux-board" title="Link to this heading"></a></h2>
 <p>The first step is to test the Mux boards before assembling them definitively.
 To test the Mux boards, it will be necessary first to make a simplified assembly of the Mux board and the measurement board.</p>
 <p>The first thing to do is to prepare a 50 cm long flat wire with two 6-poles connectors.</p>
diff --git a/doc/build/html/source_rst/software.html b/doc/build/html/source_rst/software.html
index 0a8b32b2..650c26b1 100644
--- a/doc/build/html/source_rst/software.html
+++ b/doc/build/html/source_rst/software.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Software and operation &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
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-        <script src="../_static/underscore.js"></script>
-        <script src="../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../_static/doctools.js"></script>
+        <script src="../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../_static/doctools.js?v=888ff710"></script>
+        <script src="../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../genindex.html" />
     <link rel="search" title="Search" href="../search.html" />
@@ -89,18 +91,18 @@
            <div itemprop="articleBody">
              
   <section id="software-and-operation">
-<h1>Software and operation<a class="headerlink" href="#software-and-operation" title="Permalink to this heading"></a></h1>
+<h1>Software and operation<a class="headerlink" href="#software-and-operation" title="Link to this heading"></a></h1>
 <div class="admonition warning">
 <p class="admonition-title">Warning</p>
 <p><strong>OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules. OhmPi must be assembled in a professional context and by people competent in electronics. The OhmPi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OhmPi. The OhmPi team cannot be held responsible if the equipment does not work after assembly.</strong></p>
 </div>
 <section id="system-architecture">
-<h2>System architecture<a class="headerlink" href="#system-architecture" title="Permalink to this heading"></a></h2>
+<h2>System architecture<a class="headerlink" href="#system-architecture" title="Link to this heading"></a></h2>
 <p>The OhmPi V2023 software is designed around a new architecture whose main components are summarized in the figure below.</p>
 <figure class="align-default" id="id4">
 <img alt="../_images/architecture.png" src="../_images/architecture.png" />
 <figcaption>
-<p><span class="caption-text">Software architecture of OhmPi V2023.</span><a class="headerlink" href="#id4" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Software architecture of OhmPi V2023.</span><a class="headerlink" href="#id4" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <p>The general system configuration is defined in the <cite>config.py</cite> file covered in the <a class="reference internal" href="#configuration-file">Configuration file</a> section.
@@ -109,7 +111,7 @@ The acquisition settings (i.e. injection duration, stacks…) are defined in a s
 A communication layer (I/O interface) on top of OhmPi allows for different user interfaces depending on the use cases (see <a class="reference internal" href="#interfaces-and-applications">Interfaces and applications</a>).</p>
 </section>
 <section id="loggers">
-<h2>Loggers<a class="headerlink" href="#loggers" title="Permalink to this heading"></a></h2>
+<h2>Loggers<a class="headerlink" href="#loggers" title="Link to this heading"></a></h2>
 <p>Loggers have been introduced in this release. They use the excellent logging python package.
 Specific handlers have been implemented for running with ohmpi.py (one for logging to an mqtt broker (see <a class="reference internal" href="#mqtt-interface">MQTT interface</a> for more details) and one for creating zipped rotated logs on disk).</p>
 <p>Two loggers have been defined. The first one is dedicated to log operations execution. It is named exec_logger. The second one, named data_logger, is dedicated to log data. A third one is planned to log the state of health (SOH) of the system in a future version.</p>
@@ -117,7 +119,7 @@ Specific handlers have been implemented for running with ohmpi.py (one for loggi
 <p>Advanced users may write new handlers and edit the <cite>setup_loggers.py</cite> file to customize the logging mechanisms to their needs.</p>
 </section>
 <section id="configuration-file">
-<h2>Configuration file<a class="headerlink" href="#configuration-file" title="Permalink to this heading"></a></h2>
+<h2>Configuration file<a class="headerlink" href="#configuration-file" title="Link to this heading"></a></h2>
 <p>The configuration of the OhmPi file <cite>config.py</cite> allows to configure the OhmPi.
 A default version of <cite>config.py</cite> is provided in the repository.
 This file should be edited to customize the configuration following the user’s needs and preferences.</p>
@@ -125,14 +127,14 @@ This file should be edited to customize the configuration following the user’s
 <p>One should make sure to understand the parameters before altering them. It is also recommended to keep a copy of the default configuration.</p>
 </section>
 <section id="interfaces-and-applications">
-<h2>Interfaces and applications<a class="headerlink" href="#interfaces-and-applications" title="Permalink to this heading"></a></h2>
+<h2>Interfaces and applications<a class="headerlink" href="#interfaces-and-applications" title="Link to this heading"></a></h2>
 <p>Different interfaces can be used to interact with the OhmPi.</p>
 <p>Available interfaces are:
 - <a class="reference internal" href="#web-interface">Web interface</a> (=HTTP interface): run in bash: <cite>bash run_http_interface.sh</cite>
 - Python API: import the OhmPi class from Python script: <cite>from ohmpi import OhmPi</cite> (see <a class="reference internal" href="#python-interface">Python interface</a>)
 - MQTT: IoT messaging through a broker (see <a class="reference internal" href="#mqtt-interface">MQTT interface</a>)</p>
 <section id="web-interface">
-<h3>Web interface<a class="headerlink" href="#web-interface" title="Permalink to this heading"></a></h3>
+<h3>Web interface<a class="headerlink" href="#web-interface" title="Link to this heading"></a></h3>
 <p>This is a user friendly graphical interface for new users as well as running quick and easy acquisitions.</p>
 <p>The Raspberry Pi of the OhmPi is used as a Wi-Fi Access Point (AP) and runs
 a small webserver to serve the ‘index.html’ interface. Using a laptop or
@@ -146,24 +148,24 @@ to access the interface.</p>
 <figure class="align-default" id="id5">
 <img alt="../_images/http-interface-pseudo-section.png" src="../_images/http-interface-pseudo-section.png" />
 <figcaption>
-<p><span class="caption-text">Web interface with its interactive pseudo-section.</span><a class="headerlink" href="#id5" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Web interface with its interactive pseudo-section.</span><a class="headerlink" href="#id5" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <figure class="align-default" id="id6">
 <img alt="../_images/http-interface-evolution.png" src="../_images/http-interface-evolution.png" />
 <figcaption>
-<p><span class="caption-text">Evolution of quadrupole apparent resistivity with time.</span><a class="headerlink" href="#id6" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Evolution of quadrupole apparent resistivity with time.</span><a class="headerlink" href="#id6" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <figure class="align-default" id="id7">
 <img alt="../_images/http-interface-rs.png" src="../_images/http-interface-rs.png" />
 <figcaption>
-<p><span class="caption-text">Contact resistance check.</span><a class="headerlink" href="#id7" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Contact resistance check.</span><a class="headerlink" href="#id7" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 </section>
 <section id="python-interface">
-<h3>Python interface<a class="headerlink" href="#python-interface" title="Permalink to this heading"></a></h3>
+<h3>Python interface<a class="headerlink" href="#python-interface" title="Link to this heading"></a></h3>
 <p>This interface offers a more direct access to the software components especially well suited for testing or automation on the Raspberry Pi.</p>
 <p>By importing the <cite>OhmPi</cite> class from the ohmpi.py, one can control the OhmPi using interactive IPython.
 Typically, it involves using the terminal or an Python IDE such as Thonny on the Raspberry Pi. One can also connect using
@@ -174,7 +176,7 @@ be found on the OhmPi gitlab repository. We recommend downloading the
 entire repository as ohmpi.py import other .py files and default configuration
 files (.json and .py).</p>
 <div class="literal-block-wrapper docutils container" id="id8">
-<div class="code-block-caption"><span class="caption-text">Example of using the Python API to control OhmPi</span><a class="headerlink" href="#id8" title="Permalink to this code"></a></div>
+<div class="code-block-caption"><span class="caption-text">Example of using the Python API to control OhmPi</span><a class="headerlink" href="#id8" title="Link to this code"></a></div>
 <div class="highlight-python notranslate"><div class="highlight"><pre><span></span><span class="kn">import</span> <span class="nn">os</span>
 <span class="kn">import</span> <span class="nn">numpy</span> <span class="k">as</span> <span class="nn">np</span>
 <span class="kn">import</span> <span class="nn">time</span>
@@ -227,7 +229,7 @@ files (.json and .py).</p>
 </div>
 </section>
 <section id="mqtt-interface">
-<h3>MQTT interface<a class="headerlink" href="#mqtt-interface" title="Permalink to this heading"></a></h3>
+<h3>MQTT interface<a class="headerlink" href="#mqtt-interface" title="Link to this heading"></a></h3>
 <p>This is an interface designed for an advanced remote usage of the OhmPi such as remote automation, data consumption by multiple processes and interaction with other sensors in the scope of a monitoring. It is based on the MQTT protocol, designed for the Internet of Things (IoT), to interact with the OhmPi.</p>
 <p>This option allows interacting remotely with a single OhmPi, a network of OhmPis, as well as auxiliary instruments and sensors. The communication is based on a publish/subscribe approach and involves a MQTT broker.</p>
 <p>An example of MQTT broker that can be used is <a class="reference external" href="https://mosquitto.org/">Mosquitto</a>. Depending on the monitoring needs, an MQTT broker can be set up locally on the Raspberry Pi, on a local network or any remote server reachable through the net. A local Mosquitto broker can be set up and enabled to run as a service on the OhmPi using the bash script install_local_mqtt_broker.sh.</p>
@@ -235,25 +237,25 @@ files (.json and .py).</p>
 <p>Commands sent on the broker are received by the ohmpi.py script that runs on the OhmPi (make sure ohmpi.py starts on reboot) and further processed.
 MQTT commands are sent in JSON format following the Python API with kwargs as illustrated below:</p>
 <div class="literal-block-wrapper docutils container" id="id9">
-<div class="code-block-caption"><span class="caption-text">Updating acquisition settings.</span><a class="headerlink" href="#id9" title="Permalink to this code"></a></div>
-<div class="highlight-json notranslate"><div class="highlight"><pre><span></span>{
-  &quot;cmd_id&quot;: &quot;3fzxv121UITwGjWYgcz4xw&quot;,
-  &quot;cmd&quot;: &quot;update_settings&quot;, Depending on the experiment needs, MQTT brokers can be set up locally on the Raspberry Pi or on a local or remote server.
-  &quot;kwargs&quot;: {
-    &quot;config&quot;: {
-      &quot;nb_meas&quot;: 2,
-      &quot;nb_electrodes&quot;: 10,
-      &quot;nb_stack&quot;: 2,
-      &quot;injection_duration&quot;: 2,
-      &quot;sequence_delay&quot;: 100
-    }
-  }
-}
+<div class="code-block-caption"><span class="caption-text">Updating acquisition settings.</span><a class="headerlink" href="#id9" title="Link to this code"></a></div>
+<div class="highlight-json notranslate"><div class="highlight"><pre><span></span><span class="p">{</span>
+<span class="w">  </span><span class="nt">&quot;cmd_id&quot;</span><span class="p">:</span><span class="w"> </span><span class="s2">&quot;3fzxv121UITwGjWYgcz4xw&quot;</span><span class="p">,</span>
+<span class="w">  </span><span class="nt">&quot;cmd&quot;</span><span class="p">:</span><span class="w"> </span><span class="s2">&quot;update_settings&quot;</span><span class="p">,</span><span class="w"> </span><span class="err">Depe</span><span class="kc">n</span><span class="err">di</span><span class="kc">n</span><span class="err">g</span><span class="w"> </span><span class="err">o</span><span class="kc">n</span><span class="w"> </span><span class="kc">t</span><span class="err">he</span><span class="w"> </span><span class="err">experime</span><span class="kc">nt</span><span class="w"> </span><span class="kc">nee</span><span class="err">ds</span><span class="p">,</span><span class="w"> </span><span class="err">MQTT</span><span class="w"> </span><span class="err">brokers</span><span class="w"> </span><span class="err">ca</span><span class="kc">n</span><span class="w"> </span><span class="err">be</span><span class="w"> </span><span class="err">se</span><span class="kc">t</span><span class="w"> </span><span class="err">up</span><span class="w"> </span><span class="err">locally</span><span class="w"> </span><span class="err">o</span><span class="kc">n</span><span class="w"> </span><span class="kc">t</span><span class="err">he</span><span class="w"> </span><span class="err">Raspberry</span><span class="w"> </span><span class="err">Pi</span><span class="w"> </span><span class="err">or</span><span class="w"> </span><span class="err">o</span><span class="kc">n</span><span class="w"> </span><span class="err">a</span><span class="w"> </span><span class="err">local</span><span class="w"> </span><span class="err">or</span><span class="w"> </span><span class="err">remo</span><span class="kc">te</span><span class="w"> </span><span class="err">server.</span>
+<span class="w">  </span><span class="nt">&quot;kwargs&quot;</span><span class="p">:</span><span class="w"> </span><span class="p">{</span>
+<span class="w">    </span><span class="nt">&quot;config&quot;</span><span class="p">:</span><span class="w"> </span><span class="p">{</span>
+<span class="w">      </span><span class="nt">&quot;nb_meas&quot;</span><span class="p">:</span><span class="w"> </span><span class="mi">2</span><span class="p">,</span>
+<span class="w">      </span><span class="nt">&quot;nb_electrodes&quot;</span><span class="p">:</span><span class="w"> </span><span class="mi">10</span><span class="p">,</span>
+<span class="w">      </span><span class="nt">&quot;nb_stack&quot;</span><span class="p">:</span><span class="w"> </span><span class="mi">2</span><span class="p">,</span>
+<span class="w">      </span><span class="nt">&quot;injection_duration&quot;</span><span class="p">:</span><span class="w"> </span><span class="mi">2</span><span class="p">,</span>
+<span class="w">      </span><span class="nt">&quot;sequence_delay&quot;</span><span class="p">:</span><span class="w"> </span><span class="mi">100</span>
+<span class="w">    </span><span class="p">}</span>
+<span class="w">  </span><span class="p">}</span>
+<span class="p">}</span>
 </pre></div>
 </div>
 </div>
 <div class="literal-block-wrapper docutils container" id="id10">
-<div class="code-block-caption"><span class="caption-text">Check contact resistances</span><a class="headerlink" href="#id10" title="Permalink to this code"></a></div>
+<div class="code-block-caption"><span class="caption-text">Check contact resistances</span><a class="headerlink" href="#id10" title="Link to this code"></a></div>
 <div class="highlight-json notranslate"><div class="highlight"><pre><span></span><span class="p">{</span>
 <span class="w">  </span><span class="nt">&quot;cmd_id&quot;</span><span class="p">:</span><span class="w"> </span><span class="s2">&quot;3fzxv121UITwGjWYgcz4xw&quot;</span><span class="p">,</span>
 <span class="w">  </span><span class="nt">&quot;cmd&quot;</span><span class="p">:</span><span class="w"> </span><span class="s2">&quot;rs_check&quot;</span><span class="p">,</span>
@@ -262,7 +264,7 @@ MQTT commands are sent in JSON format following the Python API with kwargs as il
 </div>
 </div>
 <div class="literal-block-wrapper docutils container" id="id11">
-<div class="code-block-caption"><span class="caption-text">Running a sequence.</span><a class="headerlink" href="#id11" title="Permalink to this code"></a></div>
+<div class="code-block-caption"><span class="caption-text">Running a sequence.</span><a class="headerlink" href="#id11" title="Link to this code"></a></div>
 <div class="highlight-json notranslate"><div class="highlight"><pre><span></span><span class="p">{</span>
 <span class="w">  </span><span class="nt">&quot;cmd_id&quot;</span><span class="p">:</span><span class="w"> </span><span class="s2">&quot;3fzxv121UITwGjWYgcz4Yw&quot;</span><span class="p">,</span>
 <span class="w">  </span><span class="nt">&quot;cmd&quot;</span><span class="p">:</span><span class="w"> </span><span class="s2">&quot;run_sequence&quot;</span><span class="p">,</span>
@@ -271,7 +273,7 @@ MQTT commands are sent in JSON format following the Python API with kwargs as il
 </div>
 </div>
 <div class="literal-block-wrapper docutils container" id="id12">
-<div class="code-block-caption"><span class="caption-text">Running same sequence multiple times (nb_meas).</span><a class="headerlink" href="#id12" title="Permalink to this code"></a></div>
+<div class="code-block-caption"><span class="caption-text">Running same sequence multiple times (nb_meas).</span><a class="headerlink" href="#id12" title="Link to this code"></a></div>
 <div class="highlight-json notranslate"><div class="highlight"><pre><span></span><span class="p">{</span>
 <span class="w">  </span><span class="nt">&quot;cmd_id&quot;</span><span class="p">:</span><span class="w"> </span><span class="s2">&quot;3fzxv121UITwGjWYgcz4Yw&quot;</span><span class="p">,</span>
 <span class="w">  </span><span class="nt">&quot;cmd&quot;</span><span class="p">:</span><span class="w"> </span><span class="s2">&quot;run_multiple_sequences&quot;</span><span class="p">,</span>
@@ -280,7 +282,7 @@ MQTT commands are sent in JSON format following the Python API with kwargs as il
 </div>
 </div>
 <div class="literal-block-wrapper docutils container" id="id13">
-<div class="code-block-caption"><span class="caption-text">Interrupt current acquisition.</span><a class="headerlink" href="#id13" title="Permalink to this code"></a></div>
+<div class="code-block-caption"><span class="caption-text">Interrupt current acquisition.</span><a class="headerlink" href="#id13" title="Link to this code"></a></div>
 <div class="highlight-json notranslate"><div class="highlight"><pre><span></span><span class="p">{</span>
 <span class="w">  </span><span class="nt">&quot;cmd_id&quot;</span><span class="p">:</span><span class="w"> </span><span class="s2">&quot;3fzxv121UITwGjWYgcz4xw&quot;</span><span class="p">,</span>
 <span class="w">  </span><span class="nt">&quot;cmd&quot;</span><span class="p">:</span><span class="w"> </span><span class="s2">&quot;interrupt&quot;</span><span class="p">,</span>
@@ -295,19 +297,19 @@ This may help designing complex IoT experiments and monitoring systems in which
 <figure class="align-default" id="id14">
 <img alt="../_images/node-red_flow.png" src="../_images/node-red_flow.png" />
 <figcaption>
-<p><span class="caption-text">Example flow in node-red to interact with an OhmPi.</span><a class="headerlink" href="#id14" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Example flow in node-red to interact with an OhmPi.</span><a class="headerlink" href="#id14" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <figure class="align-default" id="id15">
 <img alt="../_images/node-red_interface_control.png" src="../_images/node-red_interface_control.png" />
 <figcaption>
-<p><span class="caption-text">Example of a dashboard UI created with node-red to interact with an OhmPi - control tab.</span><a class="headerlink" href="#id15" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Example of a dashboard UI created with node-red to interact with an OhmPi - control tab.</span><a class="headerlink" href="#id15" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <figure class="align-default" id="id16">
 <img alt="../_images/node-red_interface_data.png" src="../_images/node-red_interface_data.png" />
 <figcaption>
-<p><span class="caption-text">Example of a dashboard UI created with node-red to interact with an OhmPi - data visualization tab.</span><a class="headerlink" href="#id16" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Example of a dashboard UI created with node-red to interact with an OhmPi - data visualization tab.</span><a class="headerlink" href="#id16" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <p>For more documentation dedicated to node-red, please refer to the Node-red <a class="reference external" href="https://cookbook.nodered.org/">cookbooks</a>.</p>
diff --git a/doc/build/html/source_rst/troubleshooting.html b/doc/build/html/source_rst/troubleshooting.html
index 464e68fe..e10f1ce2 100644
--- a/doc/build/html/source_rst/troubleshooting.html
+++ b/doc/build/html/source_rst/troubleshooting.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>Troubleshooting &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../" id="documentation_options" src="../_static/documentation_options.js"></script>
-        <script src="../_static/jquery.js"></script>
-        <script src="../_static/underscore.js"></script>
-        <script src="../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../_static/doctools.js"></script>
+        <script src="../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../_static/doctools.js?v=888ff710"></script>
+        <script src="../_static/sphinx_highlight.js?v=dc90522c"></script>
     <script src="../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../genindex.html" />
     <link rel="search" title="Search" href="../search.html" />
@@ -83,22 +85,22 @@
            <div itemprop="articleBody">
              
   <section id="troubleshooting">
-<h1>Troubleshooting<a class="headerlink" href="#troubleshooting" title="Permalink to this heading"></a></h1>
+<h1>Troubleshooting<a class="headerlink" href="#troubleshooting" title="Link to this heading"></a></h1>
 <p><strong>TO BE REVIEWED</strong></p>
 <section id="issue-with-the-pulses-between-a-and-b">
-<h2>Issue with the pulses between A and B<a class="headerlink" href="#issue-with-the-pulses-between-a-and-b" title="Permalink to this heading"></a></h2>
+<h2>Issue with the pulses between A and B<a class="headerlink" href="#issue-with-the-pulses-between-a-and-b" title="Link to this heading"></a></h2>
 <p>In the measurement board v2023, this is likely due to the optical relays not opening or closing properly. These relays are quite fragile and, from experience, are easily damaged. Check if the optical relay are still working by measuring if they are conductor when turned on using a multimeter without connecting any electrodes to A and B.</p>
 <p>If an optical relay is broken, you will have to replace it with a new one.</p>
 <p>In the measurement board v2024, these optical relays are replaced by mechanical relays which are more robust and shoudn’t cause any issue.</p>
 </section>
 <section id="values-given-is-not-the-correct-one">
-<h2>Values given is not the correct one<a class="headerlink" href="#values-given-is-not-the-correct-one" title="Permalink to this heading"></a></h2>
+<h2>Values given is not the correct one<a class="headerlink" href="#values-given-is-not-the-correct-one" title="Link to this heading"></a></h2>
 <p>One possible cause is that the <strong>shunt resistor was burned</strong>. Once burned, the value of the resistor is not correct anymore and we advice to change it. To see if the shunt is burned, you can measure the value of the shunt resistor to see if it still has the expected value.</p>
 <p>Another possibility is that the MN voltage you are trying to measure is <strong>over the range of the ADC</strong> (+/- 4.5 V effective range for ADS1115). You can easily check that by measuring the voltage at MN with a voltmeter.</p>
 <p>In the measurement board v2024, the current sensing part is replaced by a click board. It is possible that the shunt resistance on this click board is burned due to malfunction. In this case, erroneous value of current will be given. The click board must be replaced to solve the issue.</p>
 </section>
 <section id="communication-issue-between-components">
-<h2>Communication issue between components<a class="headerlink" href="#communication-issue-between-components" title="Permalink to this heading"></a></h2>
+<h2>Communication issue between components<a class="headerlink" href="#communication-issue-between-components" title="Link to this heading"></a></h2>
 <p>Most components of the OhmPi communicate via I2C protocol. This protocol works with two lines (SDA and SCL) that <strong>must be pulled-up</strong> at rest. The pull-up resistor consist in placing a 100k (or similar values) resistor between the line and VDD (5V in this case).</p>
 <p>Check with the multimeter the voltage between SDA/SCL and the ground to see if it reaches 5V at rest. If it’s not the case, you may need stronger pull-up (smaller value of pull-up resistor).</p>
 </section>
diff --git a/doc/build/html/source_rst/v1.xx/V1_01.html b/doc/build/html/source_rst/v1.xx/V1_01.html
index 5f674dd7..b559a44e 100644
--- a/doc/build/html/source_rst/v1.xx/V1_01.html
+++ b/doc/build/html/source_rst/v1.xx/V1_01.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>OhmPi V 1.01 (limited to 32 electrodes) &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../../" id="documentation_options" src="../../_static/documentation_options.js"></script>
-        <script src="../../_static/jquery.js"></script>
-        <script src="../../_static/underscore.js"></script>
-        <script src="../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../_static/doctools.js"></script>
+        <script src="../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../../_static/doctools.js?v=888ff710"></script>
+        <script src="../../_static/sphinx_highlight.js?v=dc90522c"></script>
         <script async="async" src="https://cdn.jsdelivr.net/npm/mathjax@3/es5/tex-mml-chtml.js"></script>
     <script src="../../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../../genindex.html" />
@@ -109,7 +111,7 @@
            <div itemprop="articleBody">
              
   <section id="ohmpi-v-1-01-limited-to-32-electrodes">
-<h1>OhmPi V 1.01 (limited to 32 electrodes)<a class="headerlink" href="#ohmpi-v-1-01-limited-to-32-electrodes" title="Permalink to this heading"></a></h1>
+<h1>OhmPi V 1.01 (limited to 32 electrodes)<a class="headerlink" href="#ohmpi-v-1-01-limited-to-32-electrodes" title="Link to this heading"></a></h1>
 <div class="admonition warning">
 <p class="admonition-title">Warning</p>
 <p>This version corresponds to the version published in the Hardware X journal.
@@ -121,13 +123,13 @@ We invite you to refer to this document to assemble Ohmpi V1.01.</p>
 <p><strong>Ohmpi is a participative project open to all, it requires skills in electronics and to respect the safety rules. Ohmpi must be assembled in a professional context and by people competent in electronics. The Ohmpi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The Ohmpi team cannot be held responsible if the equipment does not work after assembly.</strong></p>
 </div>
 <section id="the-philosophy-of-ohmpi">
-<h2>The philosophy of Ohmpi<a class="headerlink" href="#the-philosophy-of-ohmpi" title="Permalink to this heading"></a></h2>
+<h2>The philosophy of Ohmpi<a class="headerlink" href="#the-philosophy-of-ohmpi" title="Link to this heading"></a></h2>
 <p>The philosophy of Ohmpi V1.01 is to offer a multi electrode resistivity meter, from a set of commercially available
 electronic cards it is a resistivity meter limited to 32 electrodes only. It is limited to low-current injection,
 but suitable for small laboratory experiments and small field time monitoring</p>
 </section>
 <section id="technical-data">
-<h2>Technical data<a class="headerlink" href="#technical-data" title="Permalink to this heading"></a></h2>
+<h2>Technical data<a class="headerlink" href="#technical-data" title="Link to this heading"></a></h2>
 <table class="docutils align-default">
 <tbody>
 <tr class="row-odd"><td><p><strong>Parameter</strong></p></td>
@@ -179,9 +181,9 @@ control system</p></td>
 </table>
 </section>
 <section id="raspberry-pi-configuration">
-<h2>Raspberry Pi  configuration<a class="headerlink" href="#raspberry-pi-configuration" title="Permalink to this heading"></a></h2>
+<h2>Raspberry Pi  configuration<a class="headerlink" href="#raspberry-pi-configuration" title="Link to this heading"></a></h2>
 <section id="os-installation">
-<h3>OS installation<a class="headerlink" href="#os-installation" title="Permalink to this heading"></a></h3>
+<h3>OS installation<a class="headerlink" href="#os-installation" title="Link to this heading"></a></h3>
 <p>The first step is to start up the Raspberry Pi board, including installation of an OS (operating system).
 For this step, the installation instructions are well described on the Raspberry website</p>
 <ol class="arabic simple">
@@ -231,7 +233,7 @@ To ensure that the GPIOs are in Low position, you will need to modify the /boot/
 </ol>
 </section>
 <section id="virtual-environment-and-packages">
-<h3>Virtual Environment and packages<a class="headerlink" href="#virtual-environment-and-packages" title="Permalink to this heading"></a></h3>
+<h3>Virtual Environment and packages<a class="headerlink" href="#virtual-environment-and-packages" title="Link to this heading"></a></h3>
 <p>All dependencies are specified in requirements.txt</p>
 <div class="admonition note">
 <p class="admonition-title">Note</p>
@@ -265,7 +267,7 @@ to leave the virtual environment simply type:</p>
 </div>
 </section>
 <section id="activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi">
-<h3>Activate virtual environment on Thonny (Python IDE)  (on Raspberry Pi)<a class="headerlink" href="#activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi" title="Permalink to this heading"></a></h3>
+<h3>Activate virtual environment on Thonny (Python IDE)  (on Raspberry Pi)<a class="headerlink" href="#activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi" title="Link to this heading"></a></h3>
 <p>If you decided to use a virtual environment, it is necessary to setup Thonny Python IDE the first time you use it.</p>
 <p>1- Run the Thonny Python IDE software, Click on raspberry access <strong>menu &gt; programming&gt; Thonny pythonIDE</strong></p>
 <p>2- Thonny opens, Python runs on the root (Python 3.7.3 (/usr/bin/python3))</p>
@@ -291,11 +293,11 @@ to leave the virtual environment simply type:</p>
 </section>
 </section>
 <section id="assembly-of-the-measuring-current-injection-cards-and-connection-with-the-raspberry-pi">
-<h2>Assembly of the measuring/current injection cards, and connection with the Raspberry Pi<a class="headerlink" href="#assembly-of-the-measuring-current-injection-cards-and-connection-with-the-raspberry-pi" title="Permalink to this heading"></a></h2>
+<h2>Assembly of the measuring/current injection cards, and connection with the Raspberry Pi<a class="headerlink" href="#assembly-of-the-measuring-current-injection-cards-and-connection-with-the-raspberry-pi" title="Link to this heading"></a></h2>
 <section id="electrical-resistivity-measurements-board">
-<h3>Electrical resistivity measurements board<a class="headerlink" href="#electrical-resistivity-measurements-board" title="Permalink to this heading"></a></h3>
+<h3>Electrical resistivity measurements board<a class="headerlink" href="#electrical-resistivity-measurements-board" title="Link to this heading"></a></h3>
 <section id="a-description">
-<h4>a) Description<a class="headerlink" href="#a-description" title="Permalink to this heading"></a></h4>
+<h4>a) Description<a class="headerlink" href="#a-description" title="Link to this heading"></a></h4>
 <p>To measure electrical resistivity with Raspberry Pi, an ADS1115 was introduced, as proposed by Florsch [7]. The ADS1115
 is a 16-bit ADC (Analog-to-Digital Converter), with an adaptable gain. Its value has been set at 2/3 in this study. The
 input signal value could lie between - to + 6.114 V. The ADS1115 is mounted on a board adapted from an in-house design.
@@ -330,12 +332,12 @@ constitutes a potential hazard. We therefore recommend adding a 1.5-A fuse betwe
 <figure class="align-center" id="id1">
 <a class="reference internal image-reference" href="../../_images/schema_measurement_board1.jpg"><img alt="alternate text" src="../../_images/schema_measurement_board1.jpg" style="width: 800px; height: 400px;" /></a>
 <figcaption>
-<p><span class="caption-text">Measurement board</span><a class="headerlink" href="#id1" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Measurement board</span><a class="headerlink" href="#id1" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 </section>
 <section id="b-implementation">
-<h4>b) Implementation<a class="headerlink" href="#b-implementation" title="Permalink to this heading"></a></h4>
+<h4>b) Implementation<a class="headerlink" href="#b-implementation" title="Link to this heading"></a></h4>
 <p>The measurement board must be printed using the PCB file (Source file repository), with components soldered onto
 it by following the steps described below and illustrated in the following figure :</p>
 <ul>
@@ -379,19 +381,19 @@ place a fuse holder with a 1.5-A fuse for safety purposes.</p>
 <figure class="align-center" id="id2">
 <a class="reference internal image-reference" href="../../_images/measurement_board.jpg"><img alt="alternate text" src="../../_images/measurement_board.jpg" style="width: 800px; height: 500px;" /></a>
 <figcaption>
-<p><span class="caption-text">Measurement circuit board assembly: a) printed circuit board, b) adding the 1-KOhm resistors ± 1%, c)adding the 1.5-KOhm resistors ± 1%, d) adding the black female 1 x 10 header and the 7-blue screw terminal block(2 pin, 3.5-mm pitch), e) adding the 50-ohm reference resistor ± 0.1%, and f) adding the ADS1115 and the LM358N low-power dual operational amplifiers</span><a class="headerlink" href="#id2" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Measurement circuit board assembly: a) printed circuit board, b) adding the 1-KOhm resistors ± 1%, c)adding the 1.5-KOhm resistors ± 1%, d) adding the black female 1 x 10 header and the 7-blue screw terminal block(2 pin, 3.5-mm pitch), e) adding the 50-ohm reference resistor ± 0.1%, and f) adding the ADS1115 and the LM358N low-power dual operational amplifiers</span><a class="headerlink" href="#id2" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <figure class="align-center" id="id3">
 <a class="reference internal image-reference" href="../../_images/measurement_board-2.jpg"><img alt="alternate text" src="../../_images/measurement_board-2.jpg" style="width: 800px; height: 700px;" /></a>
 <figcaption>
-<p><span class="caption-text">Measurement board installation with Raspberry Pi</span><a class="headerlink" href="#id3" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Measurement board installation with Raspberry Pi</span><a class="headerlink" href="#id3" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 </section>
 </section>
 <section id="current-injection-board">
-<h3>Current injection board<a class="headerlink" href="#current-injection-board" title="Permalink to this heading"></a></h3>
+<h3>Current injection board<a class="headerlink" href="#current-injection-board" title="Link to this heading"></a></h3>
 <p>To carry out the electrical resistivity measurement, the first step consists of injecting current into the ground.
 In our case, a simple 9-V lead-acid battery is used to create an electrical potential difference that results
 in current circulating into the ground. The current is injected through electrodes A and B (see Fig. 2). This
@@ -406,7 +408,7 @@ they remain in the normally closed position. This set-up offers a simple and rob
 <figure class="align-center" id="id4">
 <a class="reference internal image-reference" href="../../_images/current_board.jpg"><img alt="alternate text" src="../../_images/current_board.jpg" style="width: 800px; height: 400px;" /></a>
 <figcaption>
-<p><span class="caption-text">Wiring of the 4-channel relay module board for current injection management</span><a class="headerlink" href="#id4" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Wiring of the 4-channel relay module board for current injection management</span><a class="headerlink" href="#id4" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <p>The next step consists of featuring the 4-channel relay module used for current injection and its assembly. The wiring
@@ -419,20 +421,20 @@ to terminals B and A of the measurement board.</p>
 <figure class="align-center" id="id5">
 <a class="reference internal image-reference" href="../../_images/installation_current_board.jpg"><img alt="alternate text" src="../../_images/installation_current_board.jpg" style="width: 800px; height: 700px;" /></a>
 <figcaption>
-<p><span class="caption-text">Current injection board installation with Raspberry Pi</span><a class="headerlink" href="#id5" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Current injection board installation with Raspberry Pi</span><a class="headerlink" href="#id5" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <p>Congratulations, you have build a 4 electrodes resistivity-meter.</p>
 </section>
 <section id="first-four-electrodes-resistivity-measurement">
-<h3>First four electrodes resistivity measurement<a class="headerlink" href="#first-four-electrodes-resistivity-measurement" title="Permalink to this heading"></a></h3>
+<h3>First four electrodes resistivity measurement<a class="headerlink" href="#first-four-electrodes-resistivity-measurement" title="Link to this heading"></a></h3>
 <p>Under construction !</p>
 <p>Describe the way to validate the first part of the instruction.
 Electrical resistivity measurement on test circuit</p>
 </section>
 </section>
 <section id="multiplexer-implementation">
-<h2>Multiplexer implementation<a class="headerlink" href="#multiplexer-implementation" title="Permalink to this heading"></a></h2>
+<h2>Multiplexer implementation<a class="headerlink" href="#multiplexer-implementation" title="Link to this heading"></a></h2>
 <p>The resistivity measurement is conducted on four terminals (A, B, M and N). The user could perform each measurement
 by manually plugging four electrodes into the four channel terminals. In practice, ERT requires several tens or thousands
 of measurements conducted on different electrode arrays. A multiplexer is therefore used to connect each channel to one of
@@ -453,7 +455,7 @@ see Section 2.4). To execute this step, it will be necessary to follow the proto
 <div><figure class="align-center" id="id6">
 <a class="reference internal image-reference" href="../../_images/connection.jpg"><img alt="alternate text" src="../../_images/connection.jpg" style="width: 800px; height: 400px;" /></a>
 <figcaption>
-<p><span class="caption-text">Connection to the 16-channel relay shield</span><a class="headerlink" href="#id6" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Connection to the 16-channel relay shield</span><a class="headerlink" href="#id6" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 </div></blockquote>
@@ -511,14 +513,14 @@ The next step consists of connecting the relay card inputs to the Raspberry Pi a
 </div></blockquote>
 </section>
 <section id="electrode-connection">
-<h2>Electrode connection<a class="headerlink" href="#electrode-connection" title="Permalink to this heading"></a></h2>
+<h2>Electrode connection<a class="headerlink" href="#electrode-connection" title="Link to this heading"></a></h2>
 <p>At this point, all that remains is to connect the electrodes of each multiplexer to a terminal block (Fig. 13). In our set-up, screw terminals assembled on a din rail were used.
 According to the chosen multiplexer configuration, all the relays of each multiplexer will be connected to an electrode and, consequently, each electrode will have four incoming
 connections. Instead of having four cables connecting an electrode terminal to each multiplexer, we recommend using the cable assembly shown in the following Figure.</p>
 <figure class="align-center" id="id7">
 <a class="reference internal image-reference" href="../../_images/cable.jpg"><img alt="alternate text" src="../../_images/cable.jpg" style="width: 800px; height: 300px;" /></a>
 <figcaption>
-<p><span class="caption-text">Wire cabling for multiplexer and terminal screw connection</span><a class="headerlink" href="#id7" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Wire cabling for multiplexer and terminal screw connection</span><a class="headerlink" href="#id7" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <p>the next figure provides an example of multiplexer relay connections for electrode no. 1: this electrode of multiplexer MUX A must be connected to electrode no. 1 of MUX B. Moreover, electrode no. 1 of MUX B
@@ -527,7 +529,7 @@ This operation must be repeated for all 32 electrodes.</p>
 <figure class="align-center" id="id8">
 <a class="reference internal image-reference" href="../../_images/electrode_cable.jpg"><img alt="alternate text" src="../../_images/electrode_cable.jpg" style="width: 800px; height: 800px;" /></a>
 <figcaption>
-<p><span class="caption-text">Example of a multiplexer connection to the screw terminal for electrode no. 1.</span><a class="headerlink" href="#id8" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Example of a multiplexer connection to the screw terminal for electrode no. 1.</span><a class="headerlink" href="#id8" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <div class="admonition warning">
@@ -537,16 +539,16 @@ In case you bought 16 channel relay 5-V cards, you will need to add a DC/DC 12-V
 </div>
 </section>
 <section id="operating-instruction">
-<h2>Operating instruction<a class="headerlink" href="#operating-instruction" title="Permalink to this heading"></a></h2>
+<h2>Operating instruction<a class="headerlink" href="#operating-instruction" title="Link to this heading"></a></h2>
 <section id="preliminary-procedure-only-for-the-initial-operation">
-<h3>Preliminary procedure (Only for the initial operation)<a class="headerlink" href="#preliminary-procedure-only-for-the-initial-operation" title="Permalink to this heading"></a></h3>
+<h3>Preliminary procedure (Only for the initial operation)<a class="headerlink" href="#preliminary-procedure-only-for-the-initial-operation" title="Link to this heading"></a></h3>
 <p>The open source code must be downloaded at the Open Science Framework source file repository for this manuscript (<a class="reference external" href="https://osf.io/dzwb4/">https://osf.io/dzwb4/</a>)
 or at the following Gitlab repository address: <a class="reference external" href="https://gitlab.irstea.fr/reversaal/OhmPi">https://gitlab.irstea.fr/reversaal/OhmPi</a>. The code must be then unzipped into a selected folder (e.g. OhmPi-master). A “readme” file
 is proposed in the directory to assist with installation of the software and required python packages. It is strongly recommended to create a python virtual environment for installing
 the required packages and running the code.</p>
 </section>
 <section id="startup-procedure">
-<h3>Startup procedure<a class="headerlink" href="#startup-procedure" title="Permalink to this heading"></a></h3>
+<h3>Startup procedure<a class="headerlink" href="#startup-procedure" title="Link to this heading"></a></h3>
 <p>As an initial operating instruction, all batteries must be disconnected before any hardware handling. Ensure that the battery is charged at full capacity. Plug all the electrodes (32 or fewer)
 into the screw terminals. The Raspberry Pi must be plugged into a computer screen, with a mouse and keyboard accessed remotely. The Raspberry Pi must then be plugged into the power supply
 (for laboratory measurements) or a power bank (5V - 2A for field measurements). At this point, you’ll need to access the Raspbian operating system. Inside the previously created folder “ohmPi”,
@@ -557,7 +559,7 @@ hear the characteristic sound of a relay switching as a result of electrode perm
 are displayed on the screen. A measurement file is automatically created and named “measure.csv”; it will be placed in the same folder.</p>
 </section>
 <section id="electrical-resistivity-measurement-parameters-description">
-<h3>Electrical resistivity measurement parameters description<a class="headerlink" href="#electrical-resistivity-measurement-parameters-description" title="Permalink to this heading"></a></h3>
+<h3>Electrical resistivity measurement parameters description<a class="headerlink" href="#electrical-resistivity-measurement-parameters-description" title="Link to this heading"></a></h3>
 <div class="highlight-python notranslate"><div class="highlight"><pre><span></span><span class="linenos">27</span><span class="w"> </span><span class="sd">&quot;&quot;&quot;</span>
 <span class="linenos">28</span><span class="sd"> measurement parameters</span>
 <span class="linenos">29</span><span class="sd"> &quot;&quot;&quot;</span>
@@ -572,20 +574,20 @@ are displayed on the screen. A measurement file is automatically created and nam
 </section>
 </section>
 <section id="complete-list-of-components">
-<h2>Complete list of components<a class="headerlink" href="#complete-list-of-components" title="Permalink to this heading"></a></h2>
+<h2>Complete list of components<a class="headerlink" href="#complete-list-of-components" title="Link to this heading"></a></h2>
 <div class="admonition warning">
 <p class="admonition-title">Warning</p>
 <p>The list evolve a little bit after the publication of the article, it is necessary to refer to this list, the article is out of date</p>
 </div>
 <table class="docutils align-default" id="id9">
-<caption><span class="caption-text">Table Title</span><a class="headerlink" href="#id9" title="Permalink to this table"></a></caption>
+<caption><span class="caption-text">Table Title</span><a class="headerlink" href="#id9" title="Link to this table"></a></caption>
 <colgroup>
-<col style="width: 8%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
+<col style="width: 7.9%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
 </colgroup>
 <thead>
 <tr class="row-odd"><th class="head"><p>Component</p></th>
diff --git a/doc/build/html/source_rst/v1.xx/V1_02.html b/doc/build/html/source_rst/v1.xx/V1_02.html
index ebdabcb9..dfadf1b5 100644
--- a/doc/build/html/source_rst/v1.xx/V1_02.html
+++ b/doc/build/html/source_rst/v1.xx/V1_02.html
@@ -1,21 +1,23 @@
 <!DOCTYPE html>
-<html class="writer-html5" lang="en" >
+<html class="writer-html5" lang="en" data-content_root="../../">
 <head>
-  <meta charset="utf-8" /><meta name="generator" content="Docutils 0.18.1: http://docutils.sourceforge.net/" />
+  <meta charset="utf-8" /><meta name="viewport" content="width=device-width, initial-scale=1" />
 
   <meta name="viewport" content="width=device-width, initial-scale=1.0" />
   <title>OhmPi V 1.02 (limited to 32 electrodes) &mdash; OhmPi v2024rc documentation</title>
-      <link rel="stylesheet" href="../../_static/pygments.css" type="text/css" />
-      <link rel="stylesheet" href="../../_static/css/theme.css" type="text/css" />
+      <link rel="stylesheet" type="text/css" href="../../_static/pygments.css?v=80d5e7a1" />
+      <link rel="stylesheet" type="text/css" href="../../_static/css/theme.css?v=19f00094" />
+
+  
   <!--[if lt IE 9]>
     <script src="../../_static/js/html5shiv.min.js"></script>
   <![endif]-->
   
-        <script data-url_root="../../" id="documentation_options" src="../../_static/documentation_options.js"></script>
-        <script src="../../_static/jquery.js"></script>
-        <script src="../../_static/underscore.js"></script>
-        <script src="../../_static/_sphinx_javascript_frameworks_compat.js"></script>
-        <script src="../../_static/doctools.js"></script>
+        <script src="../../_static/jquery.js?v=5d32c60e"></script>
+        <script src="../../_static/_sphinx_javascript_frameworks_compat.js?v=2cd50e6c"></script>
+        <script src="../../_static/documentation_options.js?v=1eb482ec"></script>
+        <script src="../../_static/doctools.js?v=888ff710"></script>
+        <script src="../../_static/sphinx_highlight.js?v=dc90522c"></script>
         <script async="async" src="https://cdn.jsdelivr.net/npm/mathjax@3/es5/tex-mml-chtml.js"></script>
     <script src="../../_static/js/theme.js"></script>
     <link rel="index" title="Index" href="../../genindex.html" />
@@ -108,7 +110,7 @@
            <div itemprop="articleBody">
              
   <section id="ohmpi-v-1-02-limited-to-32-electrodes">
-<h1>OhmPi V 1.02 (limited to 32 electrodes)<a class="headerlink" href="#ohmpi-v-1-02-limited-to-32-electrodes" title="Permalink to this heading"></a></h1>
+<h1>OhmPi V 1.02 (limited to 32 electrodes)<a class="headerlink" href="#ohmpi-v-1-02-limited-to-32-electrodes" title="Link to this heading"></a></h1>
 <div class="admonition warning">
 <p class="admonition-title">Warning</p>
 <p><strong>Ohmpi is a participative project open to all, it requires skills in electronics and to respect the safety rules. Ohmpi must be assembled in a professional context and by people competent in electronics. The Ohmpi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The Ohmpi team cannot be held responsible if the equipment does not work after assembly.</strong></p>
@@ -118,13 +120,13 @@
 <p>In this version, we have improved the electronic measurement board. To upgrade from version 1.01 to 1.02, you just have to replace the measurement board by the new one proposed here.</p>
 </div>
 <section id="the-philosophy-of-ohmpi">
-<h2>The philosophy of Ohmpi<a class="headerlink" href="#the-philosophy-of-ohmpi" title="Permalink to this heading"></a></h2>
+<h2>The philosophy of Ohmpi<a class="headerlink" href="#the-philosophy-of-ohmpi" title="Link to this heading"></a></h2>
 <p>The philosophy of Ohmpi V1.01 is to offer a multi electrode resistivity meter, from a set of commercially available
 electronic cards it is a resistivity meter limited to 32 electrodes only. It is limited to low-current injection,
 but suitable for small laboratory experiments and small field time monitoring</p>
 </section>
 <section id="technical-data">
-<h2>Technical data<a class="headerlink" href="#technical-data" title="Permalink to this heading"></a></h2>
+<h2>Technical data<a class="headerlink" href="#technical-data" title="Link to this heading"></a></h2>
 <table class="docutils align-default">
 <tbody>
 <tr class="row-odd"><td><p><strong>Parameter</strong></p></td>
@@ -176,9 +178,9 @@ control system</p></td>
 </table>
 </section>
 <section id="raspberry-pi-configuration">
-<h2>Raspberry Pi  configuration<a class="headerlink" href="#raspberry-pi-configuration" title="Permalink to this heading"></a></h2>
+<h2>Raspberry Pi  configuration<a class="headerlink" href="#raspberry-pi-configuration" title="Link to this heading"></a></h2>
 <section id="os-installation">
-<h3>OS installation<a class="headerlink" href="#os-installation" title="Permalink to this heading"></a></h3>
+<h3>OS installation<a class="headerlink" href="#os-installation" title="Link to this heading"></a></h3>
 <p>The first step is to start up the Raspberry Pi board, including installation of an OS (operating system).
 For this step, the installation instructions are well described on the Raspberry website</p>
 <ol class="arabic simple">
@@ -228,7 +230,7 @@ To ensure that the GPIOs are in Low position, you will need to modify the /boot/
 </ol>
 </section>
 <section id="virtual-environment-and-packages">
-<h3>Virtual Environment and packages<a class="headerlink" href="#virtual-environment-and-packages" title="Permalink to this heading"></a></h3>
+<h3>Virtual Environment and packages<a class="headerlink" href="#virtual-environment-and-packages" title="Link to this heading"></a></h3>
 <p>All dependencies are specified in requirements.txt</p>
 <div class="admonition note">
 <p class="admonition-title">Note</p>
@@ -262,7 +264,7 @@ to leave the virtual environment simply type:</p>
 </div>
 </section>
 <section id="activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi">
-<h3>Activate virtual environment on Thonny (Python IDE)  (on Raspberry Pi)<a class="headerlink" href="#activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi" title="Permalink to this heading"></a></h3>
+<h3>Activate virtual environment on Thonny (Python IDE)  (on Raspberry Pi)<a class="headerlink" href="#activate-virtual-environment-on-thonny-python-ide-on-raspberry-pi" title="Link to this heading"></a></h3>
 <p>If you decided to use a virtual environment, it is necessary to setup Thonny Python IDE the first time you use it.</p>
 <p>1- Run the Thonny Python IDE software, Click on raspberry access <strong>menu &gt; programming&gt; Thonny pythonIDE</strong></p>
 <p>2- Thonny opens, Python runs on the root (Python 3.7.3 (/usr/bin/python3))</p>
@@ -288,11 +290,11 @@ to leave the virtual environment simply type:</p>
 </section>
 </section>
 <section id="assembly-of-the-measuring-current-injection-cards-and-connection-with-the-raspberry-pi">
-<h2>Assembly of the measuring/current injection cards, and connection with the Raspberry Pi<a class="headerlink" href="#assembly-of-the-measuring-current-injection-cards-and-connection-with-the-raspberry-pi" title="Permalink to this heading"></a></h2>
+<h2>Assembly of the measuring/current injection cards, and connection with the Raspberry Pi<a class="headerlink" href="#assembly-of-the-measuring-current-injection-cards-and-connection-with-the-raspberry-pi" title="Link to this heading"></a></h2>
 <section id="electrical-resistivity-measurements-board">
-<h3>Electrical resistivity measurements board<a class="headerlink" href="#electrical-resistivity-measurements-board" title="Permalink to this heading"></a></h3>
+<h3>Electrical resistivity measurements board<a class="headerlink" href="#electrical-resistivity-measurements-board" title="Link to this heading"></a></h3>
 <section id="a-description">
-<h4>a) Description<a class="headerlink" href="#a-description" title="Permalink to this heading"></a></h4>
+<h4>a) Description<a class="headerlink" href="#a-description" title="Link to this heading"></a></h4>
 <p>To measure electrical resistivity with Raspberry Pi, an ADS1115 was introduced, as proposed by Florsch [7]. The ADS1115
 is a 16-bit ADC (Analog-to-Digital Converter), with an adaptable gain. Its value has been set at 2/3 in this study. The
 input signal value could lie between - to + 6.114 V. The ADS1115 is mounted on a board adapted from an in-house design.
@@ -332,7 +334,7 @@ the signal input on the operational amplifiers. This prevents the operational am
 <figure class="align-center" id="id1">
 <a class="reference internal image-reference" href="../../_images/schema_measurement_board1_02.png"><img alt="alternate text" src="../../_images/schema_measurement_board1_02.png" style="width: 800px; height: 400px;" /></a>
 <figcaption>
-<p><span class="caption-text">Measurement board (Ohmpi version 1.02)</span><a class="headerlink" href="#id1" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Measurement board (Ohmpi version 1.02)</span><a class="headerlink" href="#id1" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <div class="admonition note">
@@ -341,7 +343,7 @@ the signal input on the operational amplifiers. This prevents the operational am
 </div>
 </section>
 <section id="b-implementation">
-<h4>b) Implementation<a class="headerlink" href="#b-implementation" title="Permalink to this heading"></a></h4>
+<h4>b) Implementation<a class="headerlink" href="#b-implementation" title="Link to this heading"></a></h4>
 <p>The measurement board must be printed using the PCB file (Source file repository), with components soldered onto
 it by following the steps described below and illustrated in the following figure :</p>
 <ul>
@@ -387,19 +389,19 @@ place a fuse holder with a 1.5-A fuse for safety purposes.</p>
 <figure class="align-center" id="id2">
 <a class="reference internal image-reference" href="../../_images/measurement_board1-02.jpg"><img alt="alternate text" src="../../_images/measurement_board1-02.jpg" style="width: 800px; height: 700px;" /></a>
 <figcaption>
-<p><span class="caption-text">Measurement circuit board assembly: a) printed circuit board, b) adding the 1-KOhm resistors ± 1%, c)adding the 1.5-KOhm resistors ± 1%, d) adding the black female 1 x 10 header and the 7-blue screw terminal block(2 pin, 3.5-mm pitch), e) adding the 50-ohm reference resistor ± 0.1%, and f) adding the ADS1115 and the LM358N low-power dual operational amplifiers</span><a class="headerlink" href="#id2" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Measurement circuit board assembly: a) printed circuit board, b) adding the 1-KOhm resistors ± 1%, c)adding the 1.5-KOhm resistors ± 1%, d) adding the black female 1 x 10 header and the 7-blue screw terminal block(2 pin, 3.5-mm pitch), e) adding the 50-ohm reference resistor ± 0.1%, and f) adding the ADS1115 and the LM358N low-power dual operational amplifiers</span><a class="headerlink" href="#id2" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <figure class="align-center" id="id3">
 <a class="reference internal image-reference" href="../../_images/measurement_board-2-V1-02.jpg"><img alt="alternate text" src="../../_images/measurement_board-2-V1-02.jpg" style="width: 800px; height: 700px;" /></a>
 <figcaption>
-<p><span class="caption-text">Measurement board installation with Raspberry Pi</span><a class="headerlink" href="#id3" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Measurement board installation with Raspberry Pi</span><a class="headerlink" href="#id3" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 </section>
 </section>
 <section id="current-injection-board">
-<h3>Current injection board<a class="headerlink" href="#current-injection-board" title="Permalink to this heading"></a></h3>
+<h3>Current injection board<a class="headerlink" href="#current-injection-board" title="Link to this heading"></a></h3>
 <p>To carry out the electrical resistivity measurement, the first step consists of injecting current into the ground.
 In our case, a simple 9-V lead-acid battery is used to create an electrical potential difference that results
 in current circulating into the ground. The current is injected through electrodes A and B (see Fig. 2). This
@@ -414,7 +416,7 @@ they remain in the normally closed position. This set-up offers a simple and rob
 <figure class="align-center" id="id4">
 <a class="reference internal image-reference" href="../../_images/current_board.jpg"><img alt="alternate text" src="../../_images/current_board.jpg" style="width: 800px; height: 400px;" /></a>
 <figcaption>
-<p><span class="caption-text">Wiring of the 4-channel relay module board for current injection management</span><a class="headerlink" href="#id4" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Wiring of the 4-channel relay module board for current injection management</span><a class="headerlink" href="#id4" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <p>The next step consists of featuring the 4-channel relay module used for current injection and its assembly. The wiring
@@ -427,20 +429,20 @@ to terminals B and A of the measurement board.</p>
 <figure class="align-center" id="id5">
 <a class="reference internal image-reference" href="../../_images/installation_current_board_1_02.jpg"><img alt="alternate text" src="../../_images/installation_current_board_1_02.jpg" style="width: 800px; height: 700px;" /></a>
 <figcaption>
-<p><span class="caption-text">Current injection board installation with Raspberry Pi</span><a class="headerlink" href="#id5" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Current injection board installation with Raspberry Pi</span><a class="headerlink" href="#id5" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <p>Congratulations, you have build a 4 electrodes resistivity-meter.</p>
 </section>
 <section id="first-four-electrodes-resistivity-measurement">
-<h3>First four electrodes resistivity measurement<a class="headerlink" href="#first-four-electrodes-resistivity-measurement" title="Permalink to this heading"></a></h3>
+<h3>First four electrodes resistivity measurement<a class="headerlink" href="#first-four-electrodes-resistivity-measurement" title="Link to this heading"></a></h3>
 <p>Under construction !</p>
 <p>Describe the way to validate the first part of the instruction.
 Electrical resistivity measurement on test circuit</p>
 </section>
 </section>
 <section id="multiplexer-implementation">
-<h2>Multiplexer implementation<a class="headerlink" href="#multiplexer-implementation" title="Permalink to this heading"></a></h2>
+<h2>Multiplexer implementation<a class="headerlink" href="#multiplexer-implementation" title="Link to this heading"></a></h2>
 <p>The resistivity measurement is conducted on four terminals (A, B, M and N). The user could perform each measurement
 by manually plugging four electrodes into the four channel terminals. In practice, ERT requires several tens or thousands
 of measurements conducted on different electrode arrays. A multiplexer is therefore used to connect each channel to one of
@@ -453,7 +455,7 @@ To prepare the multiplexer, the channels of the two relay boards must be connect
 <figure class="align-center" id="id6">
 <a class="reference internal image-reference" href="../../_images/multiplexer_implementation.jpg"><img alt="alternate text" src="../../_images/multiplexer_implementation.jpg" style="width: 800px; height: 500px;" /></a>
 <figcaption>
-<p><span class="caption-text">Schematic diagram of the wiring of two 16-channel relay shields</span><a class="headerlink" href="#id6" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Schematic diagram of the wiring of two 16-channel relay shields</span><a class="headerlink" href="#id6" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <p>For this purpose, 0.5-mm² cables with end caps are used and their length adjusted for each connection in order to produce a clean assembly.
@@ -467,7 +469,7 @@ see Section 2.4). To execute this step, it will be necessary to follow the proto
 <div><figure class="align-center" id="id7">
 <a class="reference internal image-reference" href="../../_images/connection.jpg"><img alt="alternate text" src="../../_images/connection.jpg" style="width: 800px; height: 400px;" /></a>
 <figcaption>
-<p><span class="caption-text">Connection to the 16-channel relay shield</span><a class="headerlink" href="#id7" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Connection to the 16-channel relay shield</span><a class="headerlink" href="#id7" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 </div></blockquote>
@@ -525,14 +527,14 @@ The next step consists of connecting the relay card inputs to the Raspberry Pi a
 </div></blockquote>
 </section>
 <section id="electrode-connection">
-<h2>Electrode connection<a class="headerlink" href="#electrode-connection" title="Permalink to this heading"></a></h2>
+<h2>Electrode connection<a class="headerlink" href="#electrode-connection" title="Link to this heading"></a></h2>
 <p>At this point, all that remains is to connect the electrodes of each multiplexer to a terminal block (Fig. 13). In our set-up, screw terminals assembled on a din rail were used.
 According to the chosen multiplexer configuration, all the relays of each multiplexer will be connected to an electrode and, consequently, each electrode will have four incoming
 connections. Instead of having four cables connecting an electrode terminal to each multiplexer, we recommend using the cable assembly shown in the following Figure.</p>
 <figure class="align-center" id="id8">
 <a class="reference internal image-reference" href="../../_images/cable.jpg"><img alt="alternate text" src="../../_images/cable.jpg" style="width: 800px; height: 300px;" /></a>
 <figcaption>
-<p><span class="caption-text">Wire cabling for multiplexer and terminal screw connection</span><a class="headerlink" href="#id8" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Wire cabling for multiplexer and terminal screw connection</span><a class="headerlink" href="#id8" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <p>the next figure provides an example of multiplexer relay connections for electrode no. 1: this electrode of multiplexer MUX A must be connected to electrode no. 1 of MUX B. Moreover, electrode no. 1 of MUX B
@@ -541,7 +543,7 @@ This operation must be repeated for all 32 electrodes.</p>
 <figure class="align-center" id="id9">
 <a class="reference internal image-reference" href="../../_images/electrode_cable.jpg"><img alt="alternate text" src="../../_images/electrode_cable.jpg" style="width: 800px; height: 800px;" /></a>
 <figcaption>
-<p><span class="caption-text">Example of a multiplexer connection to the screw terminal for electrode no. 1.</span><a class="headerlink" href="#id9" title="Permalink to this image"></a></p>
+<p><span class="caption-text">Example of a multiplexer connection to the screw terminal for electrode no. 1.</span><a class="headerlink" href="#id9" title="Link to this image"></a></p>
 </figcaption>
 </figure>
 <div class="admonition warning">
@@ -551,16 +553,16 @@ In case you bought 16 channel relay 5-V cards, you will need to add a DC/DC 12-V
 </div>
 </section>
 <section id="operating-instruction">
-<h2>Operating instruction<a class="headerlink" href="#operating-instruction" title="Permalink to this heading"></a></h2>
+<h2>Operating instruction<a class="headerlink" href="#operating-instruction" title="Link to this heading"></a></h2>
 <section id="preliminary-procedure-only-for-the-initial-operation">
-<h3>Preliminary procedure (Only for the initial operation)<a class="headerlink" href="#preliminary-procedure-only-for-the-initial-operation" title="Permalink to this heading"></a></h3>
+<h3>Preliminary procedure (Only for the initial operation)<a class="headerlink" href="#preliminary-procedure-only-for-the-initial-operation" title="Link to this heading"></a></h3>
 <p>The open source code must be downloaded at the Open Science Framework source file repository for this manuscript (<a class="reference external" href="https://osf.io/dzwb4/">https://osf.io/dzwb4/</a>)
 or at the following Gitlab repository address: <a class="reference external" href="https://gitlab.irstea.fr/reversaal/OhmPi">https://gitlab.irstea.fr/reversaal/OhmPi</a>. The code must be then unzipped into a selected folder (e.g. OhmPi-master). A “readme” file
 is proposed in the directory to assist with installation of the software and required python packages. It is strongly recommended to create a python virtual environment for installing
 the required packages and running the code.</p>
 </section>
 <section id="startup-procedure">
-<h3>Startup procedure<a class="headerlink" href="#startup-procedure" title="Permalink to this heading"></a></h3>
+<h3>Startup procedure<a class="headerlink" href="#startup-procedure" title="Link to this heading"></a></h3>
 <p>As an initial operating instruction, all batteries must be disconnected before any hardware handling. Ensure that the battery is charged at full capacity. Plug all the electrodes (32 or fewer)
 into the screw terminals. The Raspberry Pi must be plugged into a computer screen, with a mouse and keyboard accessed remotely. The Raspberry Pi must then be plugged into the power supply
 (for laboratory measurements) or a power bank (5V - 2A for field measurements). At this point, you’ll need to access the Raspbian operating system. Inside the previously created folder “ohmPi”,
@@ -571,7 +573,7 @@ hear the characteristic sound of a relay switching as a result of electrode perm
 are displayed on the screen. A measurement file is automatically created and named “measure.csv”; it will be placed in the same folder.</p>
 </section>
 <section id="electrical-resistivity-measurement-parameters-description">
-<h3>Electrical resistivity measurement parameters description<a class="headerlink" href="#electrical-resistivity-measurement-parameters-description" title="Permalink to this heading"></a></h3>
+<h3>Electrical resistivity measurement parameters description<a class="headerlink" href="#electrical-resistivity-measurement-parameters-description" title="Link to this heading"></a></h3>
 <p>In the version 1.02, the measurement parameters are in the Jason file (ohmpi_param.json).</p>
 <div class="highlight-python notranslate"><div class="highlight"><pre><span></span><span class="linenos">1</span> <span class="n">nb_electrodes</span> <span class="o">=</span> <span class="mi">32</span> <span class="c1"># maximum number of electrodes on the resistivity meter</span>
 <span class="linenos">2</span> <span class="n">injection_duration</span> <span class="o">=</span> <span class="mf">0.5</span> <span class="c1"># Current injection duration in second</span>
@@ -584,20 +586,20 @@ are displayed on the screen. A measurement file is automatically created and nam
 </section>
 </section>
 <section id="complete-list-of-components">
-<h2>Complete list of components<a class="headerlink" href="#complete-list-of-components" title="Permalink to this heading"></a></h2>
+<h2>Complete list of components<a class="headerlink" href="#complete-list-of-components" title="Link to this heading"></a></h2>
 <div class="admonition warning">
 <p class="admonition-title">Warning</p>
 <p>The list evolve a little bit after the publication of the article, it is necessary to refer to this list, the article is out of date</p>
 </div>
 <table class="docutils align-default" id="id10">
-<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id10" title="Permalink to this table"></a></caption>
+<caption><span class="caption-text">List of components</span><a class="headerlink" href="#id10" title="Link to this table"></a></caption>
 <colgroup>
-<col style="width: 8%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
-<col style="width: 18%" />
+<col style="width: 7.9%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
+<col style="width: 18.4%" />
 </colgroup>
 <thead>
 <tr class="row-odd"><th class="head"><p>Component</p></th>
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HcmV?d00001

diff --git a/doc/source/index.rst b/doc/source/index.rst
index 0f29794b..ab0cf9d4 100644
--- a/doc/source/index.rst
+++ b/doc/source/index.rst
@@ -41,6 +41,7 @@ Contents:
    source_rst/gallery
    source_rst/developing_hardware_components
    source_rst/archived_version
+   source_rst/ibom.html
   
 
   
diff --git a/doc/source/source_rst/hardware/mb.rst b/doc/source/source_rst/hardware/mb.rst
index 3a91aa6d..6f8cff39 100644
--- a/doc/source/source_rst/hardware/mb.rst
+++ b/doc/source/source_rst/hardware/mb.rst
@@ -51,7 +51,8 @@ Specifications
 
 
 
-Contents: 
+Assemble you measurement board:
+------------------------------- 
 
 .. toctree:: 
    :maxdepth: 2 
diff --git a/doc/source/source_rst/hardware/mb/bom/ibom.html b/doc/source/source_rst/hardware/mb/bom/ibom.html
new file mode 100644
index 00000000..a2fef3a0
--- /dev/null
+++ b/doc/source/source_rst/hardware/mb/bom/ibom.html
@@ -0,0 +1,4669 @@
+<!DOCTYPE html>
+<html lang="en">
+
+<head>
+  <meta charset="UTF-8">
+  <meta name="viewport" content="width=device-width, initial-scale=1.0">
+  <title>Interactive BOM for KiCAD</title>
+  <style type="text/css">
+:root {
+  --pcb-edge-color: black;
+  --pad-color: #878787;
+  --pad-hole-color: #CCCCCC;
+  --pad-color-highlight: #D04040;
+  --pad-color-highlight-both: #D0D040;
+  --pad-color-highlight-marked: #44a344;
+  --pin1-outline-color: #ffb629;
+  --pin1-outline-color-highlight: #ffb629;
+  --pin1-outline-color-highlight-both: #fcbb39;
+  --pin1-outline-color-highlight-marked: #fdbe41;
+  --silkscreen-edge-color: #aa4;
+  --silkscreen-polygon-color: #4aa;
+  --silkscreen-text-color: #4aa;
+  --fabrication-edge-color: #907651;
+  --fabrication-polygon-color: #907651;
+  --fabrication-text-color: #a27c24;
+  --track-color: #def5f1;
+  --track-color-highlight: #D04040;
+  --zone-color: #def5f1;
+  --zone-color-highlight: #d0404080;
+}
+
+html,
+body {
+  margin: 0px;
+  height: 100%;
+  font-family: Verdana, sans-serif;
+}
+
+.dark.topmostdiv {
+  --pcb-edge-color: #eee;
+  --pad-color: #808080;
+  --pin1-outline-color: #ffa800;
+  --pin1-outline-color-highlight: #ccff00;
+  --track-color: #42524f;
+  --zone-color: #42524f;
+  background-color: #252c30;
+  color: #eee;
+}
+
+button {
+  background-color: #eee;
+  border: 1px solid #888;
+  color: black;
+  height: 44px;
+  width: 44px;
+  text-align: center;
+  text-decoration: none;
+  display: inline-block;
+  font-size: 14px;
+  font-weight: bolder;
+}
+
+.dark button {
+  /* This will be inverted */
+  background-color: #c3b7b5;
+}
+
+button.depressed {
+  background-color: #0a0;
+  color: white;
+}
+
+.dark button.depressed {
+  /* This will be inverted */
+  background-color: #b3b;
+}
+
+button:focus {
+  outline: 0;
+}
+
+button#tb-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.32 290.12h5.82M1.32 291.45h5.82' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 292.5v4.23M.26 292.63H8.2' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='1.35' y='295.73'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
+}
+
+button#lr-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.06 290.12H3.7m-2.64 1.33H3.7m-2.64 1.32H3.7m-2.64 1.3H3.7m-2.64 1.33H3.7' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 288.8v7.94m0-4.11h3.96' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='5.11' y='291.96'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
+}
+
+button#bom-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)' fill='none' stroke='%23000' stroke-width='.4'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' stroke-linejoin='round'/%3E%3Cpath d='M1.59 290.12h5.29M1.59 291.45h5.33M1.59 292.75h5.33M1.59 294.09h5.33M1.59 295.41h5.33'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-grouped-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m4 0h5m4 0h3M6.1 22h3m3.9 0h5m4 0h4m-16-8h4m4 0h4'/%3E%3Cpath stroke-linecap='null' d='M5 17.5h22M5 26.6h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-ungrouped-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m-4 8h3m-3 8h4'/%3E%3Cpath stroke-linecap='null' d='M5 13.5h22m-22 8h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-netlist-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg fill='none' stroke='%23000' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-width='2' d='M6 26l6-6v-8m13.8-6.3l-6 6v8'/%3E%3Ccircle cx='11.8' cy='9.5' r='2.8' stroke-width='2'/%3E%3Ccircle cx='19.8' cy='22.8' r='2.8' stroke-width='2'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#copy {
+  background-image: url("data:image/svg+xml,%3Csvg height='48' viewBox='0 0 48 48' width='48' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M0 0h48v48h-48z' fill='none'/%3E%3Cpath d='M32 2h-24c-2.21 0-4 1.79-4 4v28h4v-28h24v-4zm6 8h-22c-2.21 0-4 1.79-4 4v28c0 2.21 1.79 4 4 4h22c2.21 0 4-1.79 4-4v-28c0-2.21-1.79-4-4-4zm0 32h-22v-28h22v28z'/%3E%3C/svg%3E");
+  background-position: 6px 6px;
+  background-repeat: no-repeat;
+  background-size: 26px 26px;
+  border-radius: 6px;
+  height: 40px;
+  width: 40px;
+  margin: 10px 5px;
+}
+
+button#copy:active {
+  box-shadow: inset 0px 0px 5px #6c6c6c;
+}
+
+textarea.clipboard-temp {
+  position: fixed;
+  top: 0;
+  left: 0;
+  width: 2em;
+  height: 2em;
+  padding: 0;
+  border: None;
+  outline: None;
+  box-shadow: None;
+  background: transparent;
+}
+
+.left-most-button {
+  border-right: 0;
+  border-top-left-radius: 6px;
+  border-bottom-left-radius: 6px;
+}
+
+.middle-button {
+  border-right: 0;
+}
+
+.right-most-button {
+  border-top-right-radius: 6px;
+  border-bottom-right-radius: 6px;
+}
+
+.button-container {
+  font-size: 0;
+  margin: 0.4rem 0.4rem 0.4rem 0;
+}
+
+.dark .button-container {
+  filter: invert(1);
+}
+
+.button-container button {
+  background-size: 32px 32px;
+  background-position: 5px 5px;
+  background-repeat: no-repeat;
+}
+
+@media print {
+  .hideonprint {
+    display: none;
+  }
+}
+
+canvas {
+  cursor: crosshair;
+}
+
+canvas:active {
+  cursor: grabbing;
+}
+
+.fileinfo {
+  width: 100%;
+  max-width: 1000px;
+  border: none;
+  padding: 3px;
+}
+
+.fileinfo .title {
+  font-size: 20pt;
+  font-weight: bold;
+}
+
+.fileinfo td {
+  overflow: hidden;
+  white-space: nowrap;
+  max-width: 1px;
+  width: 50%;
+  text-overflow: ellipsis;
+}
+
+.bom {
+  border-collapse: collapse;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 10pt;
+  table-layout: fixed;
+  width: 100%;
+  margin-top: 1px;
+  position: relative;
+}
+
+.bom th,
+.bom td {
+  border: 1px solid black;
+  padding: 5px;
+  word-wrap: break-word;
+  text-align: center;
+  position: relative;
+}
+
+.dark .bom th,
+.dark .bom td {
+  border: 1px solid #777;
+}
+
+.bom th {
+  background-color: #CCCCCC;
+  background-clip: padding-box;
+}
+
+.dark .bom th {
+  background-color: #3b4749;
+}
+
+.bom tr.highlighted:nth-child(n) {
+  background-color: #cfc;
+}
+
+.dark .bom tr.highlighted:nth-child(n) {
+  background-color: #226022;
+}
+
+.bom tr:nth-child(even) {
+  background-color: #f2f2f2;
+}
+
+.dark .bom tr:nth-child(even) {
+  background-color: #313b40;
+}
+
+.bom tr.checked {
+  color: #1cb53d;
+}
+
+.dark .bom tr.checked {
+  color: #2cce54;
+}
+
+.bom tr {
+  transition: background-color 0.2s;
+}
+
+.bom .numCol {
+  width: 30px;
+}
+
+.bom .value {
+  width: 15%;
+}
+
+.bom .quantity {
+  width: 65px;
+}
+
+.bom th .sortmark {
+  position: absolute;
+  right: 1px;
+  top: 1px;
+  margin-top: -5px;
+  border-width: 5px;
+  border-style: solid;
+  border-color: transparent transparent #221 transparent;
+  transform-origin: 50% 85%;
+  transition: opacity 0.2s, transform 0.4s;
+}
+
+.dark .bom th .sortmark {
+  filter: invert(1);
+}
+
+.bom th .sortmark.none {
+  opacity: 0;
+}
+
+.bom th .sortmark.desc {
+  transform: rotate(180deg);
+}
+
+.bom th:hover .sortmark.none {
+  opacity: 0.5;
+}
+
+.bom .bom-checkbox {
+  width: 30px;
+  position: relative;
+  user-select: none;
+  -moz-user-select: none;
+}
+
+.bom .bom-checkbox:before {
+  content: "";
+  position: absolute;
+  border-width: 15px;
+  border-style: solid;
+  border-color: #51829f transparent transparent transparent;
+  visibility: hidden;
+  top: -15px;
+}
+
+.bom .bom-checkbox:after {
+  content: "Double click to set/unset all";
+  position: absolute;
+  color: white;
+  top: -35px;
+  left: -26px;
+  background: #51829f;
+  padding: 5px 15px;
+  border-radius: 8px;
+  white-space: nowrap;
+  visibility: hidden;
+}
+
+.bom .bom-checkbox:hover:before,
+.bom .bom-checkbox:hover:after {
+  visibility: visible;
+  transition: visibility 0.2s linear 1s;
+}
+
+.split {
+  -webkit-box-sizing: border-box;
+  -moz-box-sizing: border-box;
+  box-sizing: border-box;
+  overflow-y: auto;
+  overflow-x: hidden;
+  background-color: inherit;
+}
+
+.split.split-horizontal,
+.gutter.gutter-horizontal {
+  height: 100%;
+  float: left;
+}
+
+.gutter {
+  background-color: #ddd;
+  background-repeat: no-repeat;
+  background-position: 50%;
+  transition: background-color 0.3s;
+}
+
+.dark .gutter {
+  background-color: #777;
+}
+
+.gutter.gutter-horizontal {
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAeCAYAAADkftS9AAAAIklEQVQoU2M4c+bMfxAGAgYYmwGrIIiDjrELjpo5aiZeMwF+yNnOs5KSvgAAAABJRU5ErkJggg==');
+  cursor: ew-resize;
+  width: 5px;
+}
+
+.gutter.gutter-vertical {
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAFAQMAAABo7865AAAABlBMVEVHcEzMzMzyAv2sAAAAAXRSTlMAQObYZgAAABBJREFUeF5jOAMEEAIEEFwAn3kMwcB6I2AAAAAASUVORK5CYII=');
+  cursor: ns-resize;
+  height: 5px;
+}
+
+.searchbox {
+  float: left;
+  height: 40px;
+  margin: 10px 5px;
+  padding: 12px 32px;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 18px;
+  box-sizing: border-box;
+  border: 1px solid #888;
+  border-radius: 6px;
+  outline: none;
+  background-color: #eee;
+  transition: background-color 0.2s, border 0.2s;
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAABNklEQVQ4T8XSMUvDQBQH8P/LElFa/AIZHcTBQSz0I/gFstTBRR2KUC4ldDxw7h0Bl3RRUATxi4iiODgoiLNrbQYp5J6cpJJqomkX33Z37/14d/dIa33MzDuYI4johOI4XhyNRteO46zNYjDzAxE1yBZprVeZ+QbAUhXEGJMA2Ox2u4+fQIa0mPmsCgCgJYQ4t7lfgF0opQYAdv9ABkKI/UnOFCClXKjX61cA1osQY8x9kiRNKeV7IWA3oyhaSdP0FkAtjxhj3hzH2RBCPOf3pzqYHCilfAAX+URm9oMguPzeWSGQvUcMYC8rOBJCHBRdqxTo9/vbRHRqi8bj8XKv1xvODbiuW2u32/bvf0SlDv4XYOY7z/Mavu+nM1+BmQ+NMc0wDF/LprP0DbTWW0T00ul0nn4b7Q87+X4Qmfiq2wAAAABJRU5ErkJggg==');
+  background-position: 10px 10px;
+  background-repeat: no-repeat;
+}
+
+.dark .searchbox {
+  background-color: #111;
+  color: #eee;
+}
+
+.searchbox::placeholder {
+  color: #ccc;
+}
+
+.dark .searchbox::placeholder {
+  color: #666;
+}
+
+.filter {
+  width: calc(60% - 64px);
+}
+
+.reflookup {
+  width: calc(40% - 10px);
+}
+
+input[type=text]:focus {
+  background-color: white;
+  border: 1px solid #333;
+}
+
+.dark input[type=text]:focus {
+  background-color: #333;
+  border: 1px solid #ccc;
+}
+
+mark.highlight {
+  background-color: #5050ff;
+  color: #fff;
+  padding: 2px;
+  border-radius: 6px;
+}
+
+.dark mark.highlight {
+  background-color: #76a6da;
+  color: #111;
+}
+
+.menubtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36' viewBox='0 0 20 20'%3E%3Cpath fill='none' d='M0 0h20v20H0V0z'/%3E%3Cpath d='M15.95 10.78c.03-.25.05-.51.05-.78s-.02-.53-.06-.78l1.69-1.32c.15-.12.19-.34.1-.51l-1.6-2.77c-.1-.18-.31-.24-.49-.18l-1.99.8c-.42-.32-.86-.58-1.35-.78L12 2.34c-.03-.2-.2-.34-.4-.34H8.4c-.2 0-.36.14-.39.34l-.3 2.12c-.49.2-.94.47-1.35.78l-1.99-.8c-.18-.07-.39 0-.49.18l-1.6 2.77c-.1.18-.06.39.1.51l1.69 1.32c-.04.25-.07.52-.07.78s.02.53.06.78L2.37 12.1c-.15.12-.19.34-.1.51l1.6 2.77c.1.18.31.24.49.18l1.99-.8c.42.32.86.58 1.35.78l.3 2.12c.04.2.2.34.4.34h3.2c.2 0 .37-.14.39-.34l.3-2.12c.49-.2.94-.47 1.35-.78l1.99.8c.18.07.39 0 .49-.18l1.6-2.77c.1-.18.06-.39-.1-.51l-1.67-1.32zM10 13c-1.65 0-3-1.35-3-3s1.35-3 3-3 3 1.35 3 3-1.35 3-3 3z'/%3E%3C/svg%3E%0A");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.statsbtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg width='36' height='36' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M4 6h28v24H4V6zm0 8h28v8H4m9-16v24h10V5.8' fill='none' stroke='%23000' stroke-width='2'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.iobtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36'%3E%3Cpath fill='none' stroke='%23000' stroke-width='2' d='M3 33v-7l6.8-7h16.5l6.7 7v7H3zM3.2 26H33M21 9l5-5.9 5 6h-2.5V15h-5V9H21zm-4.9 0l-5 6-5-6h2.5V3h5v6h2.5z'/%3E%3Cpath fill='none' stroke='%23000' d='M6.1 29.5H10'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.visbtn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='24' height='24'%3E%3Cpath fill='none' stroke='%23333' d='M2.5 4.5h5v15h-5zM9.5 4.5h5v15h-5zM16.5 4.5h5v15h-5z'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+  padding: 15px;
+}
+
+#vismenu-content {
+  left: 0px;
+  font-family: Verdana, sans-serif;
+}
+
+.dark .statsbtn,
+.dark .savebtn,
+.dark .menubtn,
+.dark .iobtn,
+.dark .visbtn {
+  filter: invert(1);
+}
+
+.flexbox {
+  display: flex;
+  align-items: center;
+  justify-content: space-between;
+  width: 100%;
+}
+
+.savebtn {
+  background-color: #d6d6d6;
+  width: auto;
+  height: 30px;
+  flex-grow: 1;
+  margin: 5px;
+  border-radius: 4px;
+}
+
+.savebtn:active {
+  background-color: #0a0;
+  color: white;
+}
+
+.dark .savebtn:active {
+  /* This will be inverted */
+  background-color: #b3b;
+}
+
+.stats {
+  border-collapse: collapse;
+  font-size: 12pt;
+  table-layout: fixed;
+  width: 100%;
+  min-width: 450px;
+}
+
+.dark .stats td {
+  border: 1px solid #bbb;
+}
+
+.stats td {
+  border: 1px solid black;
+  padding: 5px;
+  word-wrap: break-word;
+  text-align: center;
+  position: relative;
+}
+
+#checkbox-stats div {
+  position: absolute;
+  left: 0;
+  top: 0;
+  height: 100%;
+  width: 100%;
+  display: flex;
+  align-items: center;
+  justify-content: center;
+}
+
+#checkbox-stats .bar {
+  background-color: rgba(28, 251, 0, 0.6);
+}
+
+.menu {
+  position: relative;
+  display: inline-block;
+  margin: 0.4rem 0.4rem 0.4rem 0;
+}
+
+.menu-content {
+  font-size: 12pt !important;
+  text-align: left !important;
+  font-weight: normal !important;
+  display: none;
+  position: absolute;
+  background-color: white;
+  right: 0;
+  min-width: 300px;
+  box-shadow: 0px 8px 16px 0px rgba(0, 0, 0, 0.2);
+  z-index: 100;
+  padding: 8px;
+}
+
+.dark .menu-content {
+  background-color: #111;
+}
+
+.menu:hover .menu-content {
+  display: block;
+}
+
+.menu:hover .menubtn,
+.menu:hover .iobtn,
+.menu:hover .statsbtn {
+  background-color: #eee;
+}
+
+.menu-label {
+  display: inline-block;
+  padding: 8px;
+  border: 1px solid #ccc;
+  border-top: 0;
+  width: calc(100% - 18px);
+}
+
+.menu-label-top {
+  border-top: 1px solid #ccc;
+}
+
+.menu-textbox {
+  float: left;
+  height: 24px;
+  margin: 10px 5px;
+  padding: 5px 5px;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 14px;
+  box-sizing: border-box;
+  border: 1px solid #888;
+  border-radius: 4px;
+  outline: none;
+  background-color: #eee;
+  transition: background-color 0.2s, border 0.2s;
+  width: calc(100% - 10px);
+}
+
+.menu-textbox.invalid,
+.dark .menu-textbox.invalid {
+  color: red;
+}
+
+.dark .menu-textbox {
+  background-color: #222;
+  color: #eee;
+}
+
+.radio-container {
+  margin: 4px;
+}
+
+.topmostdiv {
+  display: flex;
+  flex-direction: column;
+  width: 100%;
+  background-color: white;
+  transition: background-color 0.3s;
+}
+
+#top {
+  display: flex;
+  flex-wrap: wrap;
+  justify-content: flex-end;
+  align-items: center;
+}
+
+#topdivider {
+  border-bottom: 2px solid black;
+  display: flex;
+  justify-content: center;
+  align-items: center;
+}
+
+.dark #topdivider {
+  border-bottom: 2px solid #ccc;
+}
+
+#topdivider>div {
+  position: relative;
+}
+
+#toptoggle {
+  cursor: pointer;
+  user-select: none;
+  position: absolute;
+  padding: 0.1rem 0.3rem;
+  top: -0.4rem;
+  left: -1rem;
+  font-size: 1.4rem;
+  line-height: 60%;
+  border: 1px solid black;
+  border-radius: 1rem;
+  background-color: #fff;
+  z-index: 100;
+}
+
+.flipped {
+  transform: rotate(0.5turn);
+}
+
+.dark #toptoggle {
+  border: 1px solid #fff;
+  background-color: #222;
+}
+
+#fileinfodiv {
+  flex: 20rem 1 0;
+  overflow: auto;
+}
+
+#bomcontrols {
+  display: flex;
+  flex-direction: row-reverse;
+}
+
+#bomcontrols>* {
+  flex-shrink: 0;
+}
+
+#dbg {
+  display: block;
+}
+
+::-webkit-scrollbar {
+  width: 8px;
+}
+
+::-webkit-scrollbar-track {
+  background: #aaa;
+}
+
+::-webkit-scrollbar-thumb {
+  background: #666;
+  border-radius: 3px;
+}
+
+::-webkit-scrollbar-thumb:hover {
+  background: #555;
+}
+
+.slider {
+  -webkit-appearance: none;
+  width: 100%;
+  margin: 3px 0;
+  padding: 0;
+  outline: none;
+  opacity: 0.7;
+  -webkit-transition: .2s;
+  transition: opacity .2s;
+  border-radius: 3px;
+}
+
+.slider:hover {
+  opacity: 1;
+}
+
+.slider:focus {
+  outline: none;
+}
+
+.slider::-webkit-slider-runnable-track {
+  -webkit-appearance: none;
+  width: 100%;
+  height: 8px;
+  background: #d3d3d3;
+  border-radius: 3px;
+  border: none;
+}
+
+.slider::-webkit-slider-thumb {
+  -webkit-appearance: none;
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+  margin-top: -4px;
+}
+
+.dark .slider::-webkit-slider-thumb {
+  background: #3d3;
+}
+
+.slider::-moz-range-thumb {
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+}
+
+.slider::-moz-range-track {
+  height: 8px;
+  background: #d3d3d3;
+  border-radius: 3px;
+}
+
+.dark .slider::-moz-range-thumb {
+  background: #3d3;
+}
+
+.slider::-ms-track {
+  width: 100%;
+  height: 8px;
+  border-width: 3px 0;
+  background: transparent;
+  border-color: transparent;
+  color: transparent;
+  transition: opacity .2s;
+}
+
+.slider::-ms-fill-lower {
+  background: #d3d3d3;
+  border: none;
+  border-radius: 3px;
+}
+
+.slider::-ms-fill-upper {
+  background: #d3d3d3;
+  border: none;
+  border-radius: 3px;
+}
+
+.slider::-ms-thumb {
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+  margin: 0;
+}
+
+.shameless-plug {
+  font-size: 0.8em;
+  text-align: center;
+  display: block;
+}
+
+a {
+  color: #0278a4;
+}
+
+.dark a {
+  color: #00b9fd;
+}
+
+#frontcanvas,
+#backcanvas {
+  touch-action: none;
+}
+
+.placeholder {
+  border: 1px dashed #9f9fda !important;
+  background-color: #edf2f7 !important;
+}
+
+.dragging {
+  z-index: 999;
+}
+
+.dark .dragging>table>tbody>tr {
+  background-color: #252c30;
+}
+
+.dark .placeholder {
+  filter: invert(1);
+}
+
+.column-spacer {
+  top: 0;
+  left: 0;
+  width: calc(100% - 4px);
+  position: absolute;
+  cursor: pointer;
+  user-select: none;
+  height: 100%;
+}
+
+.column-width-handle {
+  top: 0;
+  right: 0;
+  width: 4px;
+  position: absolute;
+  cursor: col-resize;
+  user-select: none;
+  height: 100%;
+}
+
+.column-width-handle:hover {
+  background-color: #4f99bd;
+}
+
+.help-link {
+  border: 1px solid #0278a4;
+  padding-inline: 0.3rem;
+  border-radius: 3px;
+  cursor: pointer;
+}
+
+.dark .help-link {
+  border: 1px solid #00b9fd;
+}
+
+.bom-color {
+  width: 20%;
+}
+
+.color-column input {
+  width: 1.6rem;
+  height: 1rem;
+  border: 1px solid black;
+  cursor: pointer;
+  padding: 0;
+}
+
+/* removes default styling from input color element */
+::-webkit-color-swatch {
+  border: none;
+}
+
+::-webkit-color-swatch-wrapper {
+  padding: 0;
+}
+
+::-moz-color-swatch,
+::-moz-focus-inner {
+  border: none;
+}
+
+::-moz-focus-inner {
+  padding: 0;
+}
+/* #bomhead {
+    position: sticky;
+    top: 0px;
+    z-index: 1;
+} */
+  </style>
+  <script type="text/javascript" >
+///////////////////////////////////////////////
+/*
+  Split.js - v1.3.5
+  MIT License
+  https://github.com/nathancahill/Split.js
+*/
+!function(e,t){"object"==typeof exports&&"undefined"!=typeof module?module.exports=t():"function"==typeof define&&define.amd?define(t):e.Split=t()}(this,function(){"use strict";var e=window,t=e.document,n="addEventListener",i="removeEventListener",r="getBoundingClientRect",s=function(){return!1},o=e.attachEvent&&!e[n],a=["","-webkit-","-moz-","-o-"].filter(function(e){var n=t.createElement("div");return n.style.cssText="width:"+e+"calc(9px)",!!n.style.length}).shift()+"calc",l=function(e){return"string"==typeof e||e instanceof String?t.querySelector(e):e};return function(u,c){function z(e,t,n){var i=A(y,t,n);Object.keys(i).forEach(function(t){return e.style[t]=i[t]})}function h(e,t){var n=B(y,t);Object.keys(n).forEach(function(t){return e.style[t]=n[t]})}function f(e){var t=E[this.a],n=E[this.b],i=t.size+n.size;t.size=e/this.size*i,n.size=i-e/this.size*i,z(t.element,t.size,this.aGutterSize),z(n.element,n.size,this.bGutterSize)}function m(e){var t;this.dragging&&((t="touches"in e?e.touches[0][b]-this.start:e[b]-this.start)<=E[this.a].minSize+M+this.aGutterSize?t=E[this.a].minSize+this.aGutterSize:t>=this.size-(E[this.b].minSize+M+this.bGutterSize)&&(t=this.size-(E[this.b].minSize+this.bGutterSize)),f.call(this,t),c.onDrag&&c.onDrag())}function g(){var e=E[this.a].element,t=E[this.b].element;this.size=e[r]()[y]+t[r]()[y]+this.aGutterSize+this.bGutterSize,this.start=e[r]()[G]}function d(){var t=this,n=E[t.a].element,r=E[t.b].element;t.dragging&&c.onDragEnd&&c.onDragEnd(),t.dragging=!1,e[i]("mouseup",t.stop),e[i]("touchend",t.stop),e[i]("touchcancel",t.stop),t.parent[i]("mousemove",t.move),t.parent[i]("touchmove",t.move),delete t.stop,delete t.move,n[i]("selectstart",s),n[i]("dragstart",s),r[i]("selectstart",s),r[i]("dragstart",s),n.style.userSelect="",n.style.webkitUserSelect="",n.style.MozUserSelect="",n.style.pointerEvents="",r.style.userSelect="",r.style.webkitUserSelect="",r.style.MozUserSelect="",r.style.pointerEvents="",t.gutter.style.cursor="",t.parent.style.cursor=""}function S(t){var i=this,r=E[i.a].element,o=E[i.b].element;!i.dragging&&c.onDragStart&&c.onDragStart(),t.preventDefault(),i.dragging=!0,i.move=m.bind(i),i.stop=d.bind(i),e[n]("mouseup",i.stop),e[n]("touchend",i.stop),e[n]("touchcancel",i.stop),i.parent[n]("mousemove",i.move),i.parent[n]("touchmove",i.move),r[n]("selectstart",s),r[n]("dragstart",s),o[n]("selectstart",s),o[n]("dragstart",s),r.style.userSelect="none",r.style.webkitUserSelect="none",r.style.MozUserSelect="none",r.style.pointerEvents="none",o.style.userSelect="none",o.style.webkitUserSelect="none",o.style.MozUserSelect="none",o.style.pointerEvents="none",i.gutter.style.cursor=j,i.parent.style.cursor=j,g.call(i)}function v(e){e.forEach(function(t,n){if(n>0){var i=F[n-1],r=E[i.a],s=E[i.b];r.size=e[n-1],s.size=t,z(r.element,r.size,i.aGutterSize),z(s.element,s.size,i.bGutterSize)}})}function p(){F.forEach(function(e){e.parent.removeChild(e.gutter),E[e.a].element.style[y]="",E[e.b].element.style[y]=""})}void 0===c&&(c={});var y,b,G,E,w=l(u[0]).parentNode,D=e.getComputedStyle(w).flexDirection,U=c.sizes||u.map(function(){return 100/u.length}),k=void 0!==c.minSize?c.minSize:100,x=Array.isArray(k)?k:u.map(function(){return k}),L=void 0!==c.gutterSize?c.gutterSize:10,M=void 0!==c.snapOffset?c.snapOffset:30,O=c.direction||"horizontal",j=c.cursor||("horizontal"===O?"ew-resize":"ns-resize"),C=c.gutter||function(e,n){var i=t.createElement("div");return i.className="gutter gutter-"+n,i},A=c.elementStyle||function(e,t,n){var i={};return"string"==typeof t||t instanceof String?i[e]=t:i[e]=o?t+"%":a+"("+t+"% - "+n+"px)",i},B=c.gutterStyle||function(e,t){return n={},n[e]=t+"px",n;var n};"horizontal"===O?(y="width","clientWidth",b="clientX",G="left","paddingLeft"):"vertical"===O&&(y="height","clientHeight",b="clientY",G="top","paddingTop");var F=[];return E=u.map(function(e,t){var i,s={element:l(e),size:U[t],minSize:x[t]};if(t>0&&(i={a:t-1,b:t,dragging:!1,isFirst:1===t,isLast:t===u.length-1,direction:O,parent:w},i.aGutterSize=L,i.bGutterSize=L,i.isFirst&&(i.aGutterSize=L/2),i.isLast&&(i.bGutterSize=L/2),"row-reverse"===D||"column-reverse"===D)){var a=i.a;i.a=i.b,i.b=a}if(!o&&t>0){var c=C(t,O);h(c,L),c[n]("mousedown",S.bind(i)),c[n]("touchstart",S.bind(i)),w.insertBefore(c,s.element),i.gutter=c}0===t||t===u.length-1?z(s.element,s.size,L/2):z(s.element,s.size,L);var f=s.element[r]()[y];return f<s.minSize&&(s.minSize=f),t>0&&F.push(i),s}),o?{setSizes:v,destroy:p}:{setSizes:v,getSizes:function(){return E.map(function(e){return e.size})},collapse:function(e){if(e===F.length){var t=F[e-1];g.call(t),o||f.call(t,t.size-t.bGutterSize)}else{var n=F[e];g.call(n),o||f.call(n,n.aGutterSize)}},destroy:p}}});
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+// Copyright (c) 2013 Pieroxy <pieroxy@pieroxy.net>
+// This work is free. You can redistribute it and/or modify it
+// under the terms of the WTFPL, Version 2
+// For more information see LICENSE.txt or http://www.wtfpl.net/
+//
+// For more information, the home page:
+// http://pieroxy.net/blog/pages/lz-string/testing.html
+//
+// LZ-based compression algorithm, version 1.4.4
+var LZString=function(){var o=String.fromCharCode,i={};var n={decompressFromBase64:function(o){return null==o?"":""==o?null:n._decompress(o.length,32,function(n){return function(o,n){if(!i[o]){i[o]={};for(var t=0;t<o.length;t++)i[o][o.charAt(t)]=t}return i[o][n]}("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",o.charAt(n))})},_decompress:function(i,n,t){var r,e,a,s,p,u,l,f=[],c=4,d=4,h=3,v="",g=[],m={val:t(0),position:n,index:1};for(r=0;r<3;r+=1)f[r]=r;for(a=0,p=Math.pow(2,2),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 2:return""}for(f[3]=l,e=l,g.push(l);;){if(m.index>i)return"";for(a=0,p=Math.pow(2,h),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(l=a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 2:return g.join("")}if(0==c&&(c=Math.pow(2,h),h++),f[l])v=f[l];else{if(l!==d)return null;v=e+e.charAt(0)}g.push(v),f[d++]=e+v.charAt(0),e=v,0==--c&&(c=Math.pow(2,h),h++)}}};return n}();"function"==typeof define&&define.amd?define(function(){return LZString}):"undefined"!=typeof module&&null!=module?module.exports=LZString:"undefined"!=typeof angular&&null!=angular&&angular.module("LZString",[]).factory("LZString",function(){return LZString});
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*!
+ * PEP v0.4.3 | https://github.com/jquery/PEP
+ * Copyright jQuery Foundation and other contributors | http://jquery.org/license
+ */
+!function(a,b){"object"==typeof exports&&"undefined"!=typeof module?module.exports=b():"function"==typeof define&&define.amd?define(b):a.PointerEventsPolyfill=b()}(this,function(){"use strict";function a(a,b){b=b||Object.create(null);var c=document.createEvent("Event");c.initEvent(a,b.bubbles||!1,b.cancelable||!1);
+for(var d,e=2;e<m.length;e++)d=m[e],c[d]=b[d]||n[e];c.buttons=b.buttons||0;
+var f=0;return f=b.pressure&&c.buttons?b.pressure:c.buttons?.5:0,c.x=c.clientX,c.y=c.clientY,c.pointerId=b.pointerId||0,c.width=b.width||0,c.height=b.height||0,c.pressure=f,c.tiltX=b.tiltX||0,c.tiltY=b.tiltY||0,c.twist=b.twist||0,c.tangentialPressure=b.tangentialPressure||0,c.pointerType=b.pointerType||"",c.hwTimestamp=b.hwTimestamp||0,c.isPrimary=b.isPrimary||!1,c}function b(){this.array=[],this.size=0}function c(a,b,c,d){this.addCallback=a.bind(d),this.removeCallback=b.bind(d),this.changedCallback=c.bind(d),A&&(this.observer=new A(this.mutationWatcher.bind(this)))}function d(a){return"body /shadow-deep/ "+e(a)}function e(a){return'[touch-action="'+a+'"]'}function f(a){return"{ -ms-touch-action: "+a+"; touch-action: "+a+"; }"}function g(){if(F){D.forEach(function(a){String(a)===a?(E+=e(a)+f(a)+"\n",G&&(E+=d(a)+f(a)+"\n")):(E+=a.selectors.map(e)+f(a.rule)+"\n",G&&(E+=a.selectors.map(d)+f(a.rule)+"\n"))});var a=document.createElement("style");a.textContent=E,document.head.appendChild(a)}}function h(){if(!window.PointerEvent){if(window.PointerEvent=a,window.navigator.msPointerEnabled){var b=window.navigator.msMaxTouchPoints;Object.defineProperty(window.navigator,"maxTouchPoints",{value:b,enumerable:!0}),u.registerSource("ms",_)}else Object.defineProperty(window.navigator,"maxTouchPoints",{value:0,enumerable:!0}),u.registerSource("mouse",N),void 0!==window.ontouchstart&&u.registerSource("touch",V);u.register(document)}}function i(a){if(!u.pointermap.has(a)){var b=new Error("InvalidPointerId");throw b.name="InvalidPointerId",b}}function j(a){for(var b=a.parentNode;b&&b!==a.ownerDocument;)b=b.parentNode;if(!b){var c=new Error("InvalidStateError");throw c.name="InvalidStateError",c}}function k(a){var b=u.pointermap.get(a);return 0!==b.buttons}function l(){window.Element&&!Element.prototype.setPointerCapture&&Object.defineProperties(Element.prototype,{setPointerCapture:{value:W},releasePointerCapture:{value:X},hasPointerCapture:{value:Y}})}
+var m=["bubbles","cancelable","view","detail","screenX","screenY","clientX","clientY","ctrlKey","altKey","shiftKey","metaKey","button","relatedTarget","pageX","pageY"],n=[!1,!1,null,null,0,0,0,0,!1,!1,!1,!1,0,null,0,0],o=window.Map&&window.Map.prototype.forEach,p=o?Map:b;b.prototype={set:function(a,b){return void 0===b?this["delete"](a):(this.has(a)||this.size++,void(this.array[a]=b))},has:function(a){return void 0!==this.array[a]},"delete":function(a){this.has(a)&&(delete this.array[a],this.size--)},get:function(a){return this.array[a]},clear:function(){this.array.length=0,this.size=0},forEach:function(a,b){return this.array.forEach(function(c,d){a.call(b,c,d,this)},this)}};var q=["bubbles","cancelable","view","detail","screenX","screenY","clientX","clientY","ctrlKey","altKey","shiftKey","metaKey","button","relatedTarget","buttons","pointerId","width","height","pressure","tiltX","tiltY","pointerType","hwTimestamp","isPrimary","type","target","currentTarget","which","pageX","pageY","timeStamp"],r=[!1,!1,null,null,0,0,0,0,!1,!1,!1,!1,0,null,0,0,0,0,0,0,0,"",0,!1,"",null,null,0,0,0,0],s={pointerover:1,pointerout:1,pointerenter:1,pointerleave:1},t="undefined"!=typeof SVGElementInstance,u={pointermap:new p,eventMap:Object.create(null),captureInfo:Object.create(null),eventSources:Object.create(null),eventSourceList:[],registerSource:function(a,b){var c=b,d=c.events;d&&(d.forEach(function(a){c[a]&&(this.eventMap[a]=c[a].bind(c))},this),this.eventSources[a]=c,this.eventSourceList.push(c))},register:function(a){for(var b,c=this.eventSourceList.length,d=0;d<c&&(b=this.eventSourceList[d]);d++)
+b.register.call(b,a)},unregister:function(a){for(var b,c=this.eventSourceList.length,d=0;d<c&&(b=this.eventSourceList[d]);d++)
+b.unregister.call(b,a)},contains:function(a,b){try{return a.contains(b)}catch(c){return!1}},down:function(a){a.bubbles=!0,this.fireEvent("pointerdown",a)},move:function(a){a.bubbles=!0,this.fireEvent("pointermove",a)},up:function(a){a.bubbles=!0,this.fireEvent("pointerup",a)},enter:function(a){a.bubbles=!1,this.fireEvent("pointerenter",a)},leave:function(a){a.bubbles=!1,this.fireEvent("pointerleave",a)},over:function(a){a.bubbles=!0,this.fireEvent("pointerover",a)},out:function(a){a.bubbles=!0,this.fireEvent("pointerout",a)},cancel:function(a){a.bubbles=!0,this.fireEvent("pointercancel",a)},leaveOut:function(a){this.out(a),this.propagate(a,this.leave,!1)},enterOver:function(a){this.over(a),this.propagate(a,this.enter,!0)},eventHandler:function(a){if(!a._handledByPE){var b=a.type,c=this.eventMap&&this.eventMap[b];c&&c(a),a._handledByPE=!0}},listen:function(a,b){b.forEach(function(b){this.addEvent(a,b)},this)},unlisten:function(a,b){b.forEach(function(b){this.removeEvent(a,b)},this)},addEvent:function(a,b){a.addEventListener(b,this.boundHandler)},removeEvent:function(a,b){a.removeEventListener(b,this.boundHandler)},makeEvent:function(b,c){this.captureInfo[c.pointerId]&&(c.relatedTarget=null);var d=new a(b,c);return c.preventDefault&&(d.preventDefault=c.preventDefault),d._target=d._target||c.target,d},fireEvent:function(a,b){var c=this.makeEvent(a,b);return this.dispatchEvent(c)},cloneEvent:function(a){for(var b,c=Object.create(null),d=0;d<q.length;d++)b=q[d],c[b]=a[b]||r[d],!t||"target"!==b&&"relatedTarget"!==b||c[b]instanceof SVGElementInstance&&(c[b]=c[b].correspondingUseElement);return a.preventDefault&&(c.preventDefault=function(){a.preventDefault()}),c},getTarget:function(a){var b=this.captureInfo[a.pointerId];return b?a._target!==b&&a.type in s?void 0:b:a._target},propagate:function(a,b,c){for(var d=a.target,e=[];d!==document&&!d.contains(a.relatedTarget);) if(e.push(d),d=d.parentNode,!d)return;c&&e.reverse(),e.forEach(function(c){a.target=c,b.call(this,a)},this)},setCapture:function(b,c,d){this.captureInfo[b]&&this.releaseCapture(b,d),this.captureInfo[b]=c,this.implicitRelease=this.releaseCapture.bind(this,b,d),document.addEventListener("pointerup",this.implicitRelease),document.addEventListener("pointercancel",this.implicitRelease);var e=new a("gotpointercapture");e.pointerId=b,e._target=c,d||this.asyncDispatchEvent(e)},releaseCapture:function(b,c){var d=this.captureInfo[b];if(d){this.captureInfo[b]=void 0,document.removeEventListener("pointerup",this.implicitRelease),document.removeEventListener("pointercancel",this.implicitRelease);var e=new a("lostpointercapture");e.pointerId=b,e._target=d,c||this.asyncDispatchEvent(e)}},dispatchEvent:/*scope.external.dispatchEvent || */function(a){var b=this.getTarget(a);if(b)return b.dispatchEvent(a)},asyncDispatchEvent:function(a){requestAnimationFrame(this.dispatchEvent.bind(this,a))}};u.boundHandler=u.eventHandler.bind(u);var v={shadow:function(a){if(a)return a.shadowRoot||a.webkitShadowRoot},canTarget:function(a){return a&&Boolean(a.elementFromPoint)},targetingShadow:function(a){var b=this.shadow(a);if(this.canTarget(b))return b},olderShadow:function(a){var b=a.olderShadowRoot;if(!b){var c=a.querySelector("shadow");c&&(b=c.olderShadowRoot)}return b},allShadows:function(a){for(var b=[],c=this.shadow(a);c;)b.push(c),c=this.olderShadow(c);return b},searchRoot:function(a,b,c){if(a){var d,e,f=a.elementFromPoint(b,c);for(e=this.targetingShadow(f);e;){if(d=e.elementFromPoint(b,c)){var g=this.targetingShadow(d);return this.searchRoot(g,b,c)||d} e=this.olderShadow(e)} return f}},owner:function(a){
+for(var b=a;b.parentNode;)b=b.parentNode;
+return b.nodeType!==Node.DOCUMENT_NODE&&b.nodeType!==Node.DOCUMENT_FRAGMENT_NODE&&(b=document),b},findTarget:function(a){var b=a.clientX,c=a.clientY,d=this.owner(a.target);
+return d.elementFromPoint(b,c)||(d=document),this.searchRoot(d,b,c)}},w=Array.prototype.forEach.call.bind(Array.prototype.forEach),x=Array.prototype.map.call.bind(Array.prototype.map),y=Array.prototype.slice.call.bind(Array.prototype.slice),z=Array.prototype.filter.call.bind(Array.prototype.filter),A=window.MutationObserver||window.WebKitMutationObserver,B="[touch-action]",C={subtree:!0,childList:!0,attributes:!0,attributeOldValue:!0,attributeFilter:["touch-action"]};c.prototype={watchSubtree:function(a){
+//
+this.observer&&v.canTarget(a)&&this.observer.observe(a,C)},enableOnSubtree:function(a){this.watchSubtree(a),a===document&&"complete"!==document.readyState?this.installOnLoad():this.installNewSubtree(a)},installNewSubtree:function(a){w(this.findElements(a),this.addElement,this)},findElements:function(a){return a.querySelectorAll?a.querySelectorAll(B):[]},removeElement:function(a){this.removeCallback(a)},addElement:function(a){this.addCallback(a)},elementChanged:function(a,b){this.changedCallback(a,b)},concatLists:function(a,b){return a.concat(y(b))},
+installOnLoad:function(){document.addEventListener("readystatechange",function(){"complete"===document.readyState&&this.installNewSubtree(document)}.bind(this))},isElement:function(a){return a.nodeType===Node.ELEMENT_NODE},flattenMutationTree:function(a){
+var b=x(a,this.findElements,this);
+return b.push(z(a,this.isElement)),b.reduce(this.concatLists,[])},mutationWatcher:function(a){a.forEach(this.mutationHandler,this)},mutationHandler:function(a){if("childList"===a.type){var b=this.flattenMutationTree(a.addedNodes);b.forEach(this.addElement,this);var c=this.flattenMutationTree(a.removedNodes);c.forEach(this.removeElement,this)}else"attributes"===a.type&&this.elementChanged(a.target,a.oldValue)}};var D=["none","auto","pan-x","pan-y",{rule:"pan-x pan-y",selectors:["pan-x pan-y","pan-y pan-x"]}],E="",F=window.PointerEvent||window.MSPointerEvent,G=!window.ShadowDOMPolyfill&&document.head.createShadowRoot,H=u.pointermap,I=25,J=[1,4,2,8,16],K=!1;try{K=1===new MouseEvent("test",{buttons:1}).buttons}catch(L){}
+var M,N={POINTER_ID:1,POINTER_TYPE:"mouse",events:["mousedown","mousemove","mouseup","mouseover","mouseout"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},lastTouches:[],
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+var h=Math.abs(d-b.x),i=Math.abs(e-b.y);if(h<=I&&i<=I)return!0}},prepareEvent:function(a){var b=u.cloneEvent(a),c=b.preventDefault;return b.preventDefault=function(){a.preventDefault(),c()},b.pointerId=this.POINTER_ID,b.isPrimary=!0,b.pointerType=this.POINTER_TYPE,b},prepareButtonsForMove:function(a,b){var c=H.get(this.POINTER_ID);
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+c.altKey=b.altKey,c.ctrlKey=b.ctrlKey,c.metaKey=b.metaKey,c.shiftKey=b.shiftKey;
+var e=this;return c.preventDefault=function(){e.scrolling=!1,e.firstXY=null,b.preventDefault()},c},processTouches:function(a,b){var c=a.changedTouches;this.currentTouchEvent=a;for(var d,e=0;e<c.length;e++)d=c[e],b.call(this,this.touchToPointer(d))},
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+b=!1;else if("XY"===c)
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+vacuumTouches:function(a){var b=a.touches;
+if(R.size>=b.length){var c=[];R.forEach(function(a,d){
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+d.target=e,b.target?(u.leaveOut(d),u.enterOver(b)):(
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+dedupSynthMouse:function(a){var b=N.lastTouches,c=a.changedTouches[0];
+if(this.isPrimaryTouch(c)){
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+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var config = {"dark_mode": false, "show_pads": true, "show_fabrication": false, "show_silkscreen": true, "highlight_pin1": "none", "redraw_on_drag": true, "board_rotation": 0, "checkboxes": "Sourced,Placed", "bom_view": "left-right", "layer_view": "FB", "offset_back_rotation": false, "kicad_text_formatting": true, "fields": ["Value", "Footprint", "Description"]}
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var pcbdata = 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"))
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* Utility functions */
+
+var storagePrefix = 'KiCad_HTML_BOM__' + pcbdata.metadata.title + '__' +
+  pcbdata.metadata.revision + '__#';
+var storage;
+
+function initStorage(key) {
+  try {
+    window.localStorage.getItem("blank");
+    storage = window.localStorage;
+  } catch (e) {
+    // localStorage not available
+  }
+  if (!storage) {
+    try {
+      window.sessionStorage.getItem("blank");
+      storage = window.sessionStorage;
+    } catch (e) {
+      // sessionStorage also not available
+    }
+  }
+}
+
+function readStorage(key) {
+  if (storage) {
+    return storage.getItem(storagePrefix + key);
+  } else {
+    return null;
+  }
+}
+
+function writeStorage(key, value) {
+  if (storage) {
+    storage.setItem(storagePrefix + key, value);
+  }
+}
+
+function fancyDblClickHandler(el, onsingle, ondouble) {
+  return function () {
+    if (el.getAttribute("data-dblclick") == null) {
+      el.setAttribute("data-dblclick", 1);
+      setTimeout(function () {
+        if (el.getAttribute("data-dblclick") == 1) {
+          onsingle();
+        }
+        el.removeAttribute("data-dblclick");
+      }, 200);
+    } else {
+      el.removeAttribute("data-dblclick");
+      ondouble();
+    }
+  }
+}
+
+function smoothScrollToRow(rowid) {
+  document.getElementById(rowid).scrollIntoView({
+    behavior: "smooth",
+    block: "center",
+    inline: "nearest"
+  });
+}
+
+function focusInputField(input) {
+  input.scrollIntoView(false);
+  input.focus();
+  input.select();
+}
+
+function saveBomTable(output) {
+  var text = '';
+  for (var node of bomhead.childNodes[0].childNodes) {
+    if (node.firstChild) {
+      text += (output == 'csv' ? `"${node.firstChild.nodeValue}"` : node.firstChild.nodeValue);
+    }
+    if (node != bomhead.childNodes[0].lastChild) {
+      text += (output == 'csv' ? ',' : '\t');
+    }
+  }
+  text += '\n';
+  for (var row of bombody.childNodes) {
+    for (var cell of row.childNodes) {
+      let val = '';
+      for (var node of cell.childNodes) {
+        if (node.nodeName == "INPUT") {
+          if (node.checked) {
+            val += '✓';
+          }
+        } else if ((node.nodeName == "MARK") || (node.nodeName == "A")) {
+          val += node.firstChild.nodeValue;
+        } else {
+          val += node.nodeValue;
+        }
+      }
+      if (output == 'csv') {
+        val = val.replace(/\"/g, '\"\"'); // pair of double-quote characters
+        if (isNumeric(val)) {
+          val = +val;                     // use number
+        } else {
+          val = `"${val}"`;               // enclosed within double-quote
+        }
+      }
+      text += val;
+      if (cell != row.lastChild) {
+        text += (output == 'csv' ? ',' : '\t');
+      }
+    }
+    text += '\n';
+  }
+
+  if (output != 'clipboard') {
+    // To file: csv or txt
+    var blob = new Blob([text], {
+      type: `text/${output}`
+    });
+    saveFile(`${pcbdata.metadata.title}.${output}`, blob);
+  } else {
+    // To clipboard
+    var textArea = document.createElement("textarea");
+    textArea.classList.add('clipboard-temp');
+    textArea.value = text;
+
+    document.body.appendChild(textArea);
+    textArea.focus();
+    textArea.select();
+
+    try {
+      if (document.execCommand('copy')) {
+        console.log('Bom copied to clipboard.');
+      }
+    } catch (err) {
+      console.log('Can not copy to clipboard.');
+    }
+
+    document.body.removeChild(textArea);
+  }
+}
+
+function isNumeric(str) {
+  /* https://stackoverflow.com/a/175787 */
+  return (typeof str != "string" ? false : !isNaN(str) && !isNaN(parseFloat(str)));
+}
+
+function removeGutterNode(node) {
+  for (var i = 0; i < node.childNodes.length; i++) {
+    if (node.childNodes[i].classList &&
+      node.childNodes[i].classList.contains("gutter")) {
+      node.removeChild(node.childNodes[i]);
+      break;
+    }
+  }
+}
+
+function cleanGutters() {
+  removeGutterNode(document.getElementById("bot"));
+  removeGutterNode(document.getElementById("canvasdiv"));
+}
+
+var units = {
+  prefixes: {
+    giga: ["G", "g", "giga", "Giga", "GIGA"],
+    mega: ["M", "mega", "Mega", "MEGA"],
+    kilo: ["K", "k", "kilo", "Kilo", "KILO"],
+    milli: ["m", "milli", "Milli", "MILLI"],
+    micro: ["U", "u", "micro", "Micro", "MICRO", "μ", "µ"], // different utf8 μ
+    nano: ["N", "n", "nano", "Nano", "NANO"],
+    pico: ["P", "p", "pico", "Pico", "PICO"],
+  },
+  unitsShort: ["R", "r", "Ω", "F", "f", "H", "h"],
+  unitsLong: [
+    "OHM", "Ohm", "ohm", "ohms",
+    "FARAD", "Farad", "farad",
+    "HENRY", "Henry", "henry"
+  ],
+  getMultiplier: function (s) {
+    if (this.prefixes.giga.includes(s)) return 1e9;
+    if (this.prefixes.mega.includes(s)) return 1e6;
+    if (this.prefixes.kilo.includes(s)) return 1e3;
+    if (this.prefixes.milli.includes(s)) return 1e-3;
+    if (this.prefixes.micro.includes(s)) return 1e-6;
+    if (this.prefixes.nano.includes(s)) return 1e-9;
+    if (this.prefixes.pico.includes(s)) return 1e-12;
+    return 1;
+  },
+  valueRegex: null,
+}
+
+function initUtils() {
+  var allPrefixes = units.prefixes.giga
+    .concat(units.prefixes.mega)
+    .concat(units.prefixes.kilo)
+    .concat(units.prefixes.milli)
+    .concat(units.prefixes.micro)
+    .concat(units.prefixes.nano)
+    .concat(units.prefixes.pico);
+  var allUnits = units.unitsShort.concat(units.unitsLong);
+  units.valueRegex = new RegExp("^([0-9\.]+)" +
+    "\\s*(" + allPrefixes.join("|") + ")?" +
+    "(" + allUnits.join("|") + ")?" +
+    "(\\b.*)?$", "");
+  units.valueAltRegex = new RegExp("^([0-9]*)" +
+    "(" + units.unitsShort.join("|") + ")?" +
+    "([GgMmKkUuNnPp])?" +
+    "([0-9]*)" +
+    "(\\b.*)?$", "");
+  if (config.fields.includes("Value")) {
+    var index = config.fields.indexOf("Value");
+    pcbdata.bom["parsedValues"] = {};
+    for (var id in pcbdata.bom.fields) {
+      pcbdata.bom.parsedValues[id] = parseValue(pcbdata.bom.fields[id][index])
+    }
+  }
+}
+
+function parseValue(val, ref) {
+  var inferUnit = (unit, ref) => {
+    if (unit) {
+      unit = unit.toLowerCase();
+      if (unit == 'Ω' || unit == "ohm" || unit == "ohms") {
+        unit = 'r';
+      }
+      unit = unit[0];
+    } else {
+      ref = /^([a-z]+)\d+$/i.exec(ref);
+      if (ref) {
+        ref = ref[1].toLowerCase();
+        if (ref == "c") unit = 'f';
+        else if (ref == "l") unit = 'h';
+        else if (ref == "r" || ref == "rv") unit = 'r';
+        else unit = null;
+      }
+    }
+    return unit;
+  };
+  val = val.replace(/,/g, "");
+  var match = units.valueRegex.exec(val);
+  var unit;
+  if (match) {
+    val = parseFloat(match[1]);
+    if (match[2]) {
+      val = val * units.getMultiplier(match[2]);
+    }
+    unit = inferUnit(match[3], ref);
+    if (!unit) return null;
+    else return {
+      val: val,
+      unit: unit,
+      extra: match[4],
+    }
+  }
+  match = units.valueAltRegex.exec(val);
+  if (match && (match[1] || match[4])) {
+    val = parseFloat(match[1] + "." + match[4]);
+    if (match[3]) {
+      val = val * units.getMultiplier(match[3]);
+    }
+    unit = inferUnit(match[2], ref);
+    if (!unit) return null;
+    else return {
+      val: val,
+      unit: unit,
+      extra: match[5],
+    }
+  }
+  return null;
+}
+
+function valueCompare(a, b, stra, strb) {
+  if (a === null && b === null) {
+    // Failed to parse both values, compare them as strings.
+    if (stra != strb) return stra > strb ? 1 : -1;
+    else return 0;
+  } else if (a === null) {
+    return 1;
+  } else if (b === null) {
+    return -1;
+  } else {
+    if (a.unit != b.unit) return a.unit > b.unit ? 1 : -1;
+    else if (a.val != b.val) return a.val > b.val ? 1 : -1;
+    else if (a.extra != b.extra) return a.extra > b.extra ? 1 : -1;
+    else return 0;
+  }
+}
+
+function validateSaveImgDimension(element) {
+  var valid = false;
+  var intValue = 0;
+  if (/^[1-9]\d*$/.test(element.value)) {
+    intValue = parseInt(element.value);
+    if (intValue <= 16000) {
+      valid = true;
+    }
+  }
+  if (valid) {
+    element.classList.remove("invalid");
+  } else {
+    element.classList.add("invalid");
+  }
+  return intValue;
+}
+
+function saveImage(layer) {
+  var width = validateSaveImgDimension(document.getElementById("render-save-width"));
+  var height = validateSaveImgDimension(document.getElementById("render-save-height"));
+  var bgcolor = null;
+  if (!document.getElementById("render-save-transparent").checked) {
+    var style = getComputedStyle(topmostdiv);
+    bgcolor = style.getPropertyValue("background-color");
+  }
+  if (!width || !height) return;
+
+  // Prepare image
+  var canvas = document.createElement("canvas");
+  var layerdict = {
+    transform: {
+      x: 0,
+      y: 0,
+      s: 1,
+      panx: 0,
+      pany: 0,
+      zoom: 1,
+    },
+    bg: canvas,
+    fab: canvas,
+    silk: canvas,
+    highlight: canvas,
+    layer: layer,
+  }
+  // Do the rendering
+  recalcLayerScale(layerdict, width, height);
+  prepareLayer(layerdict);
+  clearCanvas(canvas, bgcolor);
+  drawBackground(layerdict, false);
+  drawHighlightsOnLayer(layerdict, false);
+
+  // Save image
+  var imgdata = canvas.toDataURL("image/png");
+
+  var filename = pcbdata.metadata.title;
+  if (pcbdata.metadata.revision) {
+    filename += `.${pcbdata.metadata.revision}`;
+  }
+  filename += `.${layer}.png`;
+  saveFile(filename, dataURLtoBlob(imgdata));
+}
+
+function saveSettings() {
+  var data = {
+    type: "InteractiveHtmlBom settings",
+    version: 1,
+    pcbmetadata: pcbdata.metadata,
+    settings: settings,
+  }
+  var blob = new Blob([JSON.stringify(data, null, 4)], {
+    type: "application/json"
+  });
+  saveFile(`${pcbdata.metadata.title}.settings.json`, blob);
+}
+
+function loadSettings() {
+  var input = document.createElement("input");
+  input.type = "file";
+  input.accept = ".settings.json";
+  input.onchange = function (e) {
+    var file = e.target.files[0];
+    var reader = new FileReader();
+    reader.onload = readerEvent => {
+      var content = readerEvent.target.result;
+      var newSettings;
+      try {
+        newSettings = JSON.parse(content);
+      } catch (e) {
+        alert("Selected file is not InteractiveHtmlBom settings file.");
+        return;
+      }
+      if (newSettings.type != "InteractiveHtmlBom settings") {
+        alert("Selected file is not InteractiveHtmlBom settings file.");
+        return;
+      }
+      var metadataMatches = newSettings.hasOwnProperty("pcbmetadata");
+      if (metadataMatches) {
+        for (var k in pcbdata.metadata) {
+          if (!newSettings.pcbmetadata.hasOwnProperty(k) || newSettings.pcbmetadata[k] != pcbdata.metadata[k]) {
+            metadataMatches = false;
+          }
+        }
+      }
+      if (!metadataMatches) {
+        var currentMetadata = JSON.stringify(pcbdata.metadata, null, 4);
+        var fileMetadata = JSON.stringify(newSettings.pcbmetadata, null, 4);
+        if (!confirm(
+          `Settins file metadata does not match current metadata.\n\n` +
+          `Page metadata:\n${currentMetadata}\n\n` +
+          `Settings file metadata:\n${fileMetadata}\n\n` +
+          `Press OK if you would like to import settings anyway.`)) {
+          return;
+        }
+      }
+      overwriteSettings(newSettings.settings);
+    }
+    reader.readAsText(file, 'UTF-8');
+  }
+  input.click();
+}
+
+function resetSettings() {
+  if (!confirm(
+    `This will reset all checkbox states and other settings.\n\n` +
+    `Press OK if you want to continue.`)) {
+    return;
+  }
+  if (storage) {
+    var keys = [];
+    for (var i = 0; i < storage.length; i++) {
+      var key = storage.key(i);
+      if (key.startsWith(storagePrefix)) keys.push(key);
+    }
+    for (var key of keys) storage.removeItem(key);
+  }
+  location.reload();
+}
+
+function overwriteSettings(newSettings) {
+  initDone = false;
+  Object.assign(settings, newSettings);
+  writeStorage("bomlayout", settings.bomlayout);
+  writeStorage("bommode", settings.bommode);
+  writeStorage("canvaslayout", settings.canvaslayout);
+  writeStorage("bomCheckboxes", settings.checkboxes.join(","));
+  document.getElementById("bomCheckboxes").value = settings.checkboxes.join(",");
+  for (var checkbox of settings.checkboxes) {
+    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+  }
+  writeStorage("markWhenChecked", settings.markWhenChecked);
+  padsVisible(settings.renderPads);
+  document.getElementById("padsCheckbox").checked = settings.renderPads;
+  fabricationVisible(settings.renderFabrication);
+  document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
+  silkscreenVisible(settings.renderSilkscreen);
+  document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
+  referencesVisible(settings.renderReferences);
+  document.getElementById("referencesCheckbox").checked = settings.renderReferences;
+  valuesVisible(settings.renderValues);
+  document.getElementById("valuesCheckbox").checked = settings.renderValues;
+  tracksVisible(settings.renderTracks);
+  document.getElementById("tracksCheckbox").checked = settings.renderTracks;
+  zonesVisible(settings.renderZones);
+  document.getElementById("zonesCheckbox").checked = settings.renderZones;
+  dnpOutline(settings.renderDnpOutline);
+  document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
+  setRedrawOnDrag(settings.redrawOnDrag);
+  document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
+  setDarkMode(settings.darkMode);
+  document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
+  setHighlightPin1(settings.highlightpin1);
+  document.forms.highlightpin1.highlightpin1.value = settings.highlightpin1;
+  writeStorage("boardRotation", settings.boardRotation);
+  document.getElementById("boardRotation").value = settings.boardRotation / 5;
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  setOffsetBackRotation(settings.offsetBackRotation);
+  document.getElementById("offsetBackRotationCheckbox").checked = settings.offsetBackRotation;
+  initDone = true;
+  prepCheckboxes();
+  changeBomLayout(settings.bomlayout);
+}
+
+function saveFile(filename, blob) {
+  var link = document.createElement("a");
+  var objurl = URL.createObjectURL(blob);
+  link.download = filename;
+  link.href = objurl;
+  link.click();
+}
+
+function dataURLtoBlob(dataurl) {
+  var arr = dataurl.split(','),
+    mime = arr[0].match(/:(.*?);/)[1],
+    bstr = atob(arr[1]),
+    n = bstr.length,
+    u8arr = new Uint8Array(n);
+  while (n--) {
+    u8arr[n] = bstr.charCodeAt(n);
+  }
+  return new Blob([u8arr], {
+    type: mime
+  });
+}
+
+var settings = {
+  canvaslayout: "FB",
+  bomlayout: "left-right",
+  bommode: "grouped",
+  checkboxes: [],
+  checkboxStoredRefs: {},
+  darkMode: false,
+  highlightpin1: "none",
+  redrawOnDrag: true,
+  boardRotation: 0,
+  offsetBackRotation: false,
+  renderPads: true,
+  renderReferences: true,
+  renderValues: true,
+  renderSilkscreen: true,
+  renderFabrication: true,
+  renderDnpOutline: false,
+  renderTracks: true,
+  renderZones: true,
+  columnOrder: [],
+  hiddenColumns: [],
+  netColors: {},
+}
+
+function initDefaults() {
+  settings.bomlayout = readStorage("bomlayout");
+  if (settings.bomlayout === null) {
+    settings.bomlayout = config.bom_view;
+  }
+  if (!['bom-only', 'left-right', 'top-bottom'].includes(settings.bomlayout)) {
+    settings.bomlayout = config.bom_view;
+  }
+  settings.bommode = readStorage("bommode");
+  if (settings.bommode === null) {
+    settings.bommode = "grouped";
+  }
+  if (settings.bommode == "netlist" && !pcbdata.nets) {
+    settings.bommode = "grouped";
+  }
+  if (!["grouped", "ungrouped", "netlist"].includes(settings.bommode)) {
+    settings.bommode = "grouped";
+  }
+  settings.canvaslayout = readStorage("canvaslayout");
+  if (settings.canvaslayout === null) {
+    settings.canvaslayout = config.layer_view;
+  }
+  var bomCheckboxes = readStorage("bomCheckboxes");
+  if (bomCheckboxes === null) {
+    bomCheckboxes = config.checkboxes;
+  }
+  settings.checkboxes = bomCheckboxes.split(",").filter((e) => e);
+  document.getElementById("bomCheckboxes").value = bomCheckboxes;
+
+  var highlightpin1 = readStorage("highlightpin1") || config.highlight_pin1;
+  if (highlightpin1 === "false") highlightpin1 = "none";
+  if (highlightpin1 === "true") highlightpin1 = "all";
+  setHighlightPin1(highlightpin1);
+  document.forms.highlightpin1.highlightpin1.value = highlightpin1;
+
+  settings.markWhenChecked = readStorage("markWhenChecked") || "";
+  populateMarkWhenCheckedOptions();
+
+  function initBooleanSetting(storageString, def, elementId, func) {
+    var b = readStorage(storageString);
+    if (b === null) {
+      b = def;
+    } else {
+      b = (b == "true");
+    }
+    document.getElementById(elementId).checked = b;
+    func(b);
+  }
+
+  initBooleanSetting("padsVisible", config.show_pads, "padsCheckbox", padsVisible);
+  initBooleanSetting("fabricationVisible", config.show_fabrication, "fabricationCheckbox", fabricationVisible);
+  initBooleanSetting("silkscreenVisible", config.show_silkscreen, "silkscreenCheckbox", silkscreenVisible);
+  initBooleanSetting("referencesVisible", true, "referencesCheckbox", referencesVisible);
+  initBooleanSetting("valuesVisible", true, "valuesCheckbox", valuesVisible);
+  if ("tracks" in pcbdata) {
+    initBooleanSetting("tracksVisible", true, "tracksCheckbox", tracksVisible);
+    initBooleanSetting("zonesVisible", true, "zonesCheckbox", zonesVisible);
+  } else {
+    document.getElementById("tracksAndZonesCheckboxes").style.display = "none";
+    tracksVisible(false);
+    zonesVisible(false);
+  }
+  initBooleanSetting("dnpOutline", false, "dnpOutlineCheckbox", dnpOutline);
+  initBooleanSetting("redrawOnDrag", config.redraw_on_drag, "dragCheckbox", setRedrawOnDrag);
+  initBooleanSetting("darkmode", config.dark_mode, "darkmodeCheckbox", setDarkMode);
+
+  var fields = ["checkboxes", "References"].concat(config.fields).concat(["Quantity"]);
+  var hcols = JSON.parse(readStorage("hiddenColumns"));
+  if (hcols === null) {
+    hcols = [];
+  }
+  settings.hiddenColumns = hcols.filter(e => fields.includes(e));
+
+  var cord = JSON.parse(readStorage("columnOrder"));
+  if (cord === null) {
+    cord = fields;
+  } else {
+    cord = cord.filter(e => fields.includes(e));
+    if (cord.length != fields.length)
+      cord = fields;
+  }
+  settings.columnOrder = cord;
+
+  settings.boardRotation = readStorage("boardRotation");
+  if (settings.boardRotation === null) {
+    settings.boardRotation = config.board_rotation * 5;
+  } else {
+    settings.boardRotation = parseInt(settings.boardRotation);
+  }
+  document.getElementById("boardRotation").value = settings.boardRotation / 5;
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  initBooleanSetting("offsetBackRotation", config.offset_back_rotation, "offsetBackRotationCheckbox", setOffsetBackRotation);
+
+  settings.netColors = JSON.parse(readStorage("netColors")) || {};
+}
+
+// Helper classes for user js callbacks.
+
+const IBOM_EVENT_TYPES = {
+  ALL: "all",
+  HIGHLIGHT_EVENT: "highlightEvent",
+  CHECKBOX_CHANGE_EVENT: "checkboxChangeEvent",
+  BOM_BODY_CHANGE_EVENT: "bomBodyChangeEvent",
+}
+
+const EventHandler = {
+  callbacks: {},
+  init: function () {
+    for (eventType of Object.values(IBOM_EVENT_TYPES))
+      this.callbacks[eventType] = [];
+  },
+  registerCallback: function (eventType, callback) {
+    this.callbacks[eventType].push(callback);
+  },
+  emitEvent: function (eventType, eventArgs) {
+    event = {
+      eventType: eventType,
+      args: eventArgs,
+    }
+    var callback;
+    for (callback of this.callbacks[eventType])
+      callback(event);
+    for (callback of this.callbacks[IBOM_EVENT_TYPES.ALL])
+      callback(event);
+  }
+}
+EventHandler.init();
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* PCB rendering code */
+
+var emptyContext2d = document.createElement("canvas").getContext("2d");
+
+function deg2rad(deg) {
+  return deg * Math.PI / 180;
+}
+
+function calcFontPoint(linepoint, text, offsetx, offsety, tilt) {
+  var point = [
+    linepoint[0] * text.width + offsetx,
+    linepoint[1] * text.height + offsety
+  ];
+  // This approximates pcbnew behavior with how text tilts depending on horizontal justification
+  point[0] -= (linepoint[1] + 0.5 * (1 + text.justify[0])) * text.height * tilt;
+  return point;
+}
+
+function drawText(ctx, text, color) {
+  if ("ref" in text && !settings.renderReferences) return;
+  if ("val" in text && !settings.renderValues) return;
+  ctx.save();
+  ctx.fillStyle = color;
+  ctx.strokeStyle = color;
+  ctx.lineCap = "round";
+  ctx.lineJoin = "round";
+  ctx.lineWidth = text.thickness;
+  if ("svgpath" in text) {
+    ctx.stroke(new Path2D(text.svgpath));
+    ctx.restore();
+    return;
+  }
+  if ("polygons" in text) {
+    ctx.fill(getPolygonsPath(text));
+    ctx.restore();
+    return;
+  }
+  ctx.translate(...text.pos);
+  ctx.translate(text.thickness * 0.5, 0);
+  var angle = -text.angle;
+  if (text.attr.includes("mirrored")) {
+    ctx.scale(-1, 1);
+    angle = -angle;
+  }
+  var tilt = 0;
+  if (text.attr.includes("italic")) {
+    tilt = 0.125;
+  }
+  var interline = text.height * 1.5 + text.thickness;
+  var txt = text.text.split("\n");
+  // KiCad ignores last empty line.
+  if (txt[txt.length - 1] == '') txt.pop();
+  ctx.rotate(deg2rad(angle));
+  var offsety = (1 - text.justify[1]) / 2 * text.height; // One line offset
+  offsety -= (txt.length - 1) * (text.justify[1] + 1) / 2 * interline; // Multiline offset
+  for (var i in txt) {
+    var lineWidth = text.thickness + interline / 2 * tilt;
+    for (var j = 0; j < txt[i].length; j++) {
+      if (txt[i][j] == '\t') {
+        var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+        lineWidth += fourSpaces - lineWidth % fourSpaces;
+      } else {
+        if (txt[i][j] == '~') {
+          j++;
+          if (j == txt[i].length)
+            break;
+        }
+        lineWidth += pcbdata.font_data[txt[i][j]].w * text.width;
+      }
+    }
+    var offsetx = -lineWidth * (text.justify[0] + 1) / 2;
+    var inOverbar = false;
+    for (var j = 0; j < txt[i].length; j++) {
+      if (config.kicad_text_formatting) {
+        if (txt[i][j] == '\t') {
+          var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+          offsetx += fourSpaces - offsetx % fourSpaces;
+          continue;
+        } else if (txt[i][j] == '~') {
+          j++;
+          if (j == txt[i].length)
+            break;
+          if (txt[i][j] != '~') {
+            inOverbar = !inOverbar;
+          }
+        }
+      }
+      var glyph = pcbdata.font_data[txt[i][j]];
+      if (inOverbar) {
+        var overbarStart = [offsetx, -text.height * 1.4 + offsety];
+        var overbarEnd = [offsetx + text.width * glyph.w, overbarStart[1]];
+
+        if (!lastHadOverbar) {
+          overbarStart[0] += text.height * 1.4 * tilt;
+          lastHadOverbar = true;
+        }
+        ctx.beginPath();
+        ctx.moveTo(...overbarStart);
+        ctx.lineTo(...overbarEnd);
+        ctx.stroke();
+      } else {
+        lastHadOverbar = false;
+      }
+      for (var line of glyph.l) {
+        ctx.beginPath();
+        ctx.moveTo(...calcFontPoint(line[0], text, offsetx, offsety, tilt));
+        for (var k = 1; k < line.length; k++) {
+          ctx.lineTo(...calcFontPoint(line[k], text, offsetx, offsety, tilt));
+        }
+        ctx.stroke();
+      }
+      offsetx += glyph.w * text.width;
+    }
+    offsety += interline;
+  }
+  ctx.restore();
+}
+
+function drawedge(ctx, scalefactor, edge, color) {
+  ctx.strokeStyle = color;
+  ctx.fillStyle = color;
+  ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
+  ctx.lineCap = "round";
+  ctx.lineJoin = "round";
+  if ("svgpath" in edge) {
+    ctx.stroke(new Path2D(edge.svgpath));
+  } else {
+    ctx.beginPath();
+    if (edge.type == "segment") {
+      ctx.moveTo(...edge.start);
+      ctx.lineTo(...edge.end);
+    }
+    if (edge.type == "rect") {
+      ctx.moveTo(...edge.start);
+      ctx.lineTo(edge.start[0], edge.end[1]);
+      ctx.lineTo(...edge.end);
+      ctx.lineTo(edge.end[0], edge.start[1]);
+      ctx.lineTo(...edge.start);
+    }
+    if (edge.type == "arc") {
+      ctx.arc(
+        ...edge.start,
+        edge.radius,
+        deg2rad(edge.startangle),
+        deg2rad(edge.endangle));
+    }
+    if (edge.type == "circle") {
+      ctx.arc(
+        ...edge.start,
+        edge.radius,
+        0, 2 * Math.PI);
+      ctx.closePath();
+    }
+    if (edge.type == "curve") {
+      ctx.moveTo(...edge.start);
+      ctx.bezierCurveTo(...edge.cpa, ...edge.cpb, ...edge.end);
+    }
+    if("filled" in edge && edge.filled)
+      ctx.fill();
+    else
+      ctx.stroke();
+  }
+}
+
+function getChamferedRectPath(size, radius, chamfpos, chamfratio) {
+  // chamfpos is a bitmask, left = 1, right = 2, bottom left = 4, bottom right = 8
+  var path = new Path2D();
+  var width = size[0];
+  var height = size[1];
+  var x = width * -0.5;
+  var y = height * -0.5;
+  var chamfOffset = Math.min(width, height) * chamfratio;
+  path.moveTo(x, 0);
+  if (chamfpos & 4) {
+    path.lineTo(x, y + height - chamfOffset);
+    path.lineTo(x + chamfOffset, y + height);
+    path.lineTo(0, y + height);
+  } else {
+    path.arcTo(x, y + height, x + width, y + height, radius);
+  }
+  if (chamfpos & 8) {
+    path.lineTo(x + width - chamfOffset, y + height);
+    path.lineTo(x + width, y + height - chamfOffset);
+    path.lineTo(x + width, 0);
+  } else {
+    path.arcTo(x + width, y + height, x + width, y, radius);
+  }
+  if (chamfpos & 2) {
+    path.lineTo(x + width, y + chamfOffset);
+    path.lineTo(x + width - chamfOffset, y);
+    path.lineTo(0, y);
+  } else {
+    path.arcTo(x + width, y, x, y, radius);
+  }
+  if (chamfpos & 1) {
+    path.lineTo(x + chamfOffset, y);
+    path.lineTo(x, y + chamfOffset);
+    path.lineTo(x, 0);
+  } else {
+    path.arcTo(x, y, x, y + height, radius);
+  }
+  path.closePath();
+  return path;
+}
+
+function getOblongPath(size) {
+  return getChamferedRectPath(size, Math.min(size[0], size[1]) / 2, 0, 0);
+}
+
+function getPolygonsPath(shape) {
+  if (shape.path2d) {
+    return shape.path2d;
+  }
+  if ("svgpath" in shape) {
+    shape.path2d = new Path2D(shape.svgpath);
+  } else {
+    var path = new Path2D();
+    for (var polygon of shape.polygons) {
+      path.moveTo(...polygon[0]);
+      for (var i = 1; i < polygon.length; i++) {
+        path.lineTo(...polygon[i]);
+      }
+      path.closePath();
+    }
+    shape.path2d = path;
+  }
+  return shape.path2d;
+}
+
+function drawPolygonShape(ctx, scalefactor, shape, color) {
+  ctx.save();
+  if (!("svgpath" in shape)) {
+    ctx.translate(...shape.pos);
+    ctx.rotate(deg2rad(-shape.angle));
+  }
+  if("filled" in shape && !shape.filled) {
+    ctx.strokeStyle = color;
+    ctx.lineWidth = Math.max(1 / scalefactor, shape.width);
+    ctx.lineCap = "round";
+    ctx.lineJoin = "round";
+    ctx.stroke(getPolygonsPath(shape));
+  } else {
+    ctx.fillStyle = color;
+    ctx.fill(getPolygonsPath(shape));
+  }
+  ctx.restore();
+}
+
+function drawDrawing(ctx, scalefactor, drawing, color) {
+  if (["segment", "arc", "circle", "curve", "rect"].includes(drawing.type)) {
+    drawedge(ctx, scalefactor, drawing, color);
+  } else if (drawing.type == "polygon") {
+    drawPolygonShape(ctx, scalefactor, drawing, color);
+  } else {
+    drawText(ctx, drawing, color);
+  }
+}
+
+function getCirclePath(radius) {
+  var path = new Path2D();
+  path.arc(0, 0, radius, 0, 2 * Math.PI);
+  path.closePath();
+  return path;
+}
+
+function getCachedPadPath(pad) {
+  if (!pad.path2d) {
+    // if path2d is not set, build one and cache it on pad object
+    if (pad.shape == "rect") {
+      pad.path2d = new Path2D();
+      pad.path2d.rect(...pad.size.map(c => -c * 0.5), ...pad.size);
+    } else if (pad.shape == "oval") {
+      pad.path2d = getOblongPath(pad.size);
+    } else if (pad.shape == "circle") {
+      pad.path2d = getCirclePath(pad.size[0] / 2);
+    } else if (pad.shape == "roundrect") {
+      pad.path2d = getChamferedRectPath(pad.size, pad.radius, 0, 0);
+    } else if (pad.shape == "chamfrect") {
+      pad.path2d = getChamferedRectPath(pad.size, pad.radius, pad.chamfpos, pad.chamfratio)
+    } else if (pad.shape == "custom") {
+      pad.path2d = getPolygonsPath(pad);
+    }
+  }
+  return pad.path2d;
+}
+
+function drawPad(ctx, pad, color, outline) {
+  ctx.save();
+  ctx.translate(...pad.pos);
+  ctx.rotate(-deg2rad(pad.angle));
+  if (pad.offset) {
+    ctx.translate(...pad.offset);
+  }
+  ctx.fillStyle = color;
+  ctx.strokeStyle = color;
+  var path = getCachedPadPath(pad);
+  if (outline) {
+    ctx.stroke(path);
+  } else {
+    ctx.fill(path);
+  }
+  ctx.restore();
+}
+
+function drawPadHole(ctx, pad, padHoleColor) {
+  if (pad.type != "th") return;
+  ctx.save();
+  ctx.translate(...pad.pos);
+  ctx.rotate(-deg2rad(pad.angle));
+  ctx.fillStyle = padHoleColor;
+  if (pad.drillshape == "oblong") {
+    ctx.fill(getOblongPath(pad.drillsize));
+  } else {
+    ctx.fill(getCirclePath(pad.drillsize[0] / 2));
+  }
+  ctx.restore();
+}
+
+function drawFootprint(ctx, layer, scalefactor, footprint, colors, highlight, outline) {
+  if (highlight) {
+    // draw bounding box
+    if (footprint.layer == layer) {
+      ctx.save();
+      ctx.globalAlpha = 0.2;
+      ctx.translate(...footprint.bbox.pos);
+      ctx.rotate(deg2rad(-footprint.bbox.angle));
+      ctx.translate(...footprint.bbox.relpos);
+      ctx.fillStyle = colors.pad;
+      ctx.fillRect(0, 0, ...footprint.bbox.size);
+      ctx.globalAlpha = 1;
+      ctx.strokeStyle = colors.pad;
+      ctx.lineWidth = 3 / scalefactor;
+      ctx.strokeRect(0, 0, ...footprint.bbox.size);
+      ctx.restore();
+    }
+  }
+  // draw drawings
+  for (var drawing of footprint.drawings) {
+    if (drawing.layer == layer) {
+      drawDrawing(ctx, scalefactor, drawing.drawing, colors.pad);
+    }
+  }
+  ctx.lineWidth = 3 / scalefactor;
+  // draw pads
+  if (settings.renderPads) {
+    for (var pad of footprint.pads) {
+      if (pad.layers.includes(layer)) {
+        drawPad(ctx, pad, colors.pad, outline);
+        if (pad.pin1 &&
+          (settings.highlightpin1 == "all" ||
+            settings.highlightpin1 == "selected" && highlight)) {
+          drawPad(ctx, pad, colors.outline, true);
+        }
+      }
+    }
+    for (var pad of footprint.pads) {
+      drawPadHole(ctx, pad, colors.padHole);
+    }
+  }
+}
+
+function drawEdgeCuts(canvas, scalefactor) {
+  var ctx = canvas.getContext("2d");
+  var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
+  for (var edge of pcbdata.edges) {
+    drawDrawing(ctx, scalefactor, edge, edgecolor);
+  }
+}
+
+function drawFootprints(canvas, layer, scalefactor, highlight) {
+  var ctx = canvas.getContext("2d");
+  ctx.lineWidth = 3 / scalefactor;
+  var style = getComputedStyle(topmostdiv);
+
+  var colors = {
+    pad: style.getPropertyValue('--pad-color'),
+    padHole: style.getPropertyValue('--pad-hole-color'),
+    outline: style.getPropertyValue('--pin1-outline-color'),
+  }
+
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    var mod = pcbdata.footprints[i];
+    var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
+    var h = highlightedFootprints.includes(i);
+    var d = markedFootprints.has(i);
+    if (highlight) {
+      if(h && d) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight-both');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-both');
+      } else if (h) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight');
+      } else if (d) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight-marked');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-marked');
+      }
+    }
+    if( h || d || !highlight) {
+      drawFootprint(ctx, layer, scalefactor, mod, colors, highlight, outline);
+    }
+  }
+}
+
+function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
+  var ctx = canvas.getContext("2d");
+  for (var d of pcbdata.drawings[layername][layer]) {
+    if (["segment", "arc", "circle", "curve", "rect"].includes(d.type)) {
+      drawedge(ctx, scalefactor, d, edgeColor);
+    } else if (d.type == "polygon") {
+      drawPolygonShape(ctx, scalefactor, d, polygonColor);
+    } else {
+      drawText(ctx, d, textColor);
+    }
+  }
+}
+
+function drawTracks(canvas, layer, defaultColor, highlight) {
+  ctx = canvas.getContext("2d");
+  ctx.lineCap = "round";
+
+  var hasHole = (track) => (
+    'drillsize' in track &&
+    track.start[0] == track.end[0] &&
+    track.start[1] == track.end[1]);
+
+  // First draw tracks and tented vias
+  for (var track of pcbdata.tracks[layer]) {
+    if (highlight && highlightedNet != track.net) continue;
+    if (!hasHole(track)) {
+      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
+      ctx.lineWidth = track.width;
+      ctx.beginPath();
+      if ('radius' in track) {
+        ctx.arc(
+          ...track.center,
+          track.radius,
+          deg2rad(track.startangle),
+          deg2rad(track.endangle));
+      } else {
+        ctx.moveTo(...track.start);
+        ctx.lineTo(...track.end);
+      }
+      ctx.stroke();
+    }
+  }
+  // Second pass to draw untented vias
+  var style = getComputedStyle(topmostdiv);
+  var holeColor = style.getPropertyValue('--pad-hole-color')
+
+  for (var track of pcbdata.tracks[layer]) {
+    if (highlight && highlightedNet != track.net) continue;
+    if (hasHole(track)) {
+      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
+      ctx.lineWidth = track.width;
+      ctx.beginPath();
+      ctx.moveTo(...track.start);
+      ctx.lineTo(...track.end);
+      ctx.stroke();
+      ctx.strokeStyle = holeColor;
+      ctx.lineWidth = track.drillsize;
+      ctx.lineTo(...track.end);
+      ctx.stroke();
+    }
+  }
+}
+
+function drawZones(canvas, layer, defaultColor, highlight) {
+  ctx = canvas.getContext("2d");
+  ctx.lineJoin = "round";
+  for (var zone of pcbdata.zones[layer]) {
+    if (highlight && highlightedNet != zone.net) continue;
+    ctx.strokeStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
+    ctx.fillStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
+    if (!zone.path2d) {
+      zone.path2d = getPolygonsPath(zone);
+    }
+    ctx.fill(zone.path2d, zone.fillrule || "nonzero");
+    if (zone.width > 0) {
+      ctx.lineWidth = zone.width;
+      ctx.stroke(zone.path2d);
+    }
+  }
+}
+
+function clearCanvas(canvas, color = null) {
+  var ctx = canvas.getContext("2d");
+  ctx.save();
+  ctx.setTransform(1, 0, 0, 1, 0, 0);
+  if (color) {
+    ctx.fillStyle = color;
+    ctx.fillRect(0, 0, canvas.width, canvas.height);
+  } else {
+    if (!window.matchMedia("print").matches)
+      ctx.clearRect(0, 0, canvas.width, canvas.height);
+  }
+  ctx.restore();
+}
+
+function drawNets(canvas, layer, highlight) {
+  var style = getComputedStyle(topmostdiv);
+  if (settings.renderZones) {
+    var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
+    drawZones(canvas, layer, zoneColor, highlight);
+  }
+  if (settings.renderTracks) {
+    var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
+    drawTracks(canvas, layer, trackColor, highlight);
+  }
+  if (highlight && settings.renderPads) {
+    var padColor = style.getPropertyValue('--pad-color-highlight');
+    var padHoleColor = style.getPropertyValue('--pad-hole-color');
+    var ctx = canvas.getContext("2d");
+    for (var footprint of pcbdata.footprints) {
+      // draw pads
+      var padDrawn = false;
+      for (var pad of footprint.pads) {
+        if (highlightedNet != pad.net) continue;
+        if (pad.layers.includes(layer)) {
+          drawPad(ctx, pad, padColor, false);
+          padDrawn = true;
+        }
+      }
+      if (padDrawn) {
+        // redraw all pad holes because some pads may overlap
+        for (var pad of footprint.pads) {
+          drawPadHole(ctx, pad, padHoleColor);
+        }
+      }
+    }
+  }
+}
+
+function drawHighlightsOnLayer(canvasdict, clear = true) {
+  if (clear) {
+    clearCanvas(canvasdict.highlight);
+  }
+  if (markedFootprints.size > 0 || highlightedFootprints.length > 0) {
+    drawFootprints(canvasdict.highlight, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom, true);
+  }
+  if (highlightedNet !== null) {
+    drawNets(canvasdict.highlight, canvasdict.layer, true);
+  }
+}
+
+function drawHighlights() {
+  drawHighlightsOnLayer(allcanvas.front);
+  drawHighlightsOnLayer(allcanvas.back);
+}
+
+function drawBackground(canvasdict, clear = true) {
+  if (clear) {
+    clearCanvas(canvasdict.bg);
+    clearCanvas(canvasdict.fab);
+    clearCanvas(canvasdict.silk);
+  }
+
+  drawNets(canvasdict.bg, canvasdict.layer, false);
+  drawFootprints(canvasdict.bg, canvasdict.layer,
+    canvasdict.transform.s * canvasdict.transform.zoom, false);
+
+  drawEdgeCuts(canvasdict.bg, canvasdict.transform.s * canvasdict.transform.zoom);
+
+  var style = getComputedStyle(topmostdiv);
+  var edgeColor = style.getPropertyValue('--silkscreen-edge-color');
+  var polygonColor = style.getPropertyValue('--silkscreen-polygon-color');
+  var textColor = style.getPropertyValue('--silkscreen-text-color');
+  if (settings.renderSilkscreen) {
+    drawBgLayer(
+      "silkscreen", canvasdict.silk, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom,
+      edgeColor, polygonColor, textColor);
+  }
+  edgeColor = style.getPropertyValue('--fabrication-edge-color');
+  polygonColor = style.getPropertyValue('--fabrication-polygon-color');
+  textColor = style.getPropertyValue('--fabrication-text-color');
+  if (settings.renderFabrication) {
+    drawBgLayer(
+      "fabrication", canvasdict.fab, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom,
+      edgeColor, polygonColor, textColor);
+  }
+}
+
+function prepareCanvas(canvas, flip, transform) {
+  var ctx = canvas.getContext("2d");
+  ctx.setTransform(1, 0, 0, 1, 0, 0);
+  ctx.scale(transform.zoom, transform.zoom);
+  ctx.translate(transform.panx, transform.pany);
+  if (flip) {
+    ctx.scale(-1, 1);
+  }
+  ctx.translate(transform.x, transform.y);
+  ctx.rotate(deg2rad(settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
+  ctx.scale(transform.s, transform.s);
+}
+
+function prepareLayer(canvasdict) {
+  var flip = (canvasdict.layer === "B");
+  for (var c of ["bg", "fab", "silk", "highlight"]) {
+    prepareCanvas(canvasdict[c], flip, canvasdict.transform);
+  }
+}
+
+function rotateVector(v, angle) {
+  angle = deg2rad(angle);
+  return [
+    v[0] * Math.cos(angle) - v[1] * Math.sin(angle),
+    v[0] * Math.sin(angle) + v[1] * Math.cos(angle)
+  ];
+}
+
+function applyRotation(bbox, flip) {
+  var corners = [
+    [bbox.minx, bbox.miny],
+    [bbox.minx, bbox.maxy],
+    [bbox.maxx, bbox.miny],
+    [bbox.maxx, bbox.maxy],
+  ];
+  corners = corners.map((v) => rotateVector(v, settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
+  return {
+    minx: corners.reduce((a, v) => Math.min(a, v[0]), Infinity),
+    miny: corners.reduce((a, v) => Math.min(a, v[1]), Infinity),
+    maxx: corners.reduce((a, v) => Math.max(a, v[0]), -Infinity),
+    maxy: corners.reduce((a, v) => Math.max(a, v[1]), -Infinity),
+  }
+}
+
+function recalcLayerScale(layerdict, width, height) {
+  var flip = (layerdict.layer === "B");
+  var bbox = applyRotation(pcbdata.edges_bbox, flip);
+  var scalefactor = 0.98 * Math.min(
+    width / (bbox.maxx - bbox.minx),
+    height / (bbox.maxy - bbox.miny)
+  );
+  if (scalefactor < 0.1) {
+    scalefactor = 1;
+  }
+  layerdict.transform.s = scalefactor;
+  if (flip) {
+    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor + width) * 0.5;
+  } else {
+    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor - width) * 0.5;
+  }
+  layerdict.transform.y = -((bbox.maxy + bbox.miny) * scalefactor - height) * 0.5;
+  for (var c of ["bg", "fab", "silk", "highlight"]) {
+    canvas = layerdict[c];
+    canvas.width = width;
+    canvas.height = height;
+    canvas.style.width = (width / devicePixelRatio) + "px";
+    canvas.style.height = (height / devicePixelRatio) + "px";
+  }
+}
+
+function redrawCanvas(layerdict) {
+  prepareLayer(layerdict);
+  drawBackground(layerdict);
+  drawHighlightsOnLayer(layerdict);
+}
+
+function resizeCanvas(layerdict) {
+  var canvasdivid = {
+    "F": "frontcanvas",
+    "B": "backcanvas"
+  } [layerdict.layer];
+  var width = document.getElementById(canvasdivid).clientWidth * devicePixelRatio;
+  var height = document.getElementById(canvasdivid).clientHeight * devicePixelRatio;
+  recalcLayerScale(layerdict, width, height);
+  redrawCanvas(layerdict);
+}
+
+function resizeAll() {
+  resizeCanvas(allcanvas.front);
+  resizeCanvas(allcanvas.back);
+}
+
+function pointWithinDistanceToSegment(x, y, x1, y1, x2, y2, d) {
+  var A = x - x1;
+  var B = y - y1;
+  var C = x2 - x1;
+  var D = y2 - y1;
+
+  var dot = A * C + B * D;
+  var len_sq = C * C + D * D;
+  var dx, dy;
+  if (len_sq == 0) {
+    // start and end of the segment coincide
+    dx = x - x1;
+    dy = y - y1;
+  } else {
+    var param = dot / len_sq;
+    var xx, yy;
+    if (param < 0) {
+      xx = x1;
+      yy = y1;
+    } else if (param > 1) {
+      xx = x2;
+      yy = y2;
+    } else {
+      xx = x1 + param * C;
+      yy = y1 + param * D;
+    }
+    dx = x - xx;
+    dy = y - yy;
+  }
+  return dx * dx + dy * dy <= d * d;
+}
+
+function modulo(n, mod) {
+  return ((n % mod) + mod) % mod;
+}
+
+function pointWithinDistanceToArc(x, y, xc, yc, radius, startangle, endangle, d) {
+  var dx = x - xc;
+  var dy = y - yc;
+  var r_sq = dx * dx + dy * dy;
+  var rmin = Math.max(0, radius - d);
+  var rmax = radius + d;
+
+  if (r_sq < rmin * rmin || r_sq > rmax * rmax)
+    return false;
+
+  var angle1 = modulo(deg2rad(startangle), 2 * Math.PI);
+  var dx1 = xc + radius * Math.cos(angle1) - x;
+  var dy1 = yc + radius * Math.sin(angle1) - y;
+  if (dx1 * dx1 + dy1 * dy1 <= d * d)
+    return true;
+
+  var angle2 = modulo(deg2rad(endangle), 2 * Math.PI);
+  var dx2 = xc + radius * Math.cos(angle2) - x;
+  var dy2 = yc + radius * Math.sin(angle2) - y;
+  if (dx2 * dx2 + dy2 * dy2 <= d * d)
+    return true;
+
+  var angle = modulo(Math.atan2(dy, dx), 2 * Math.PI);
+  if (angle1 > angle2)
+    return (angle >= angle2 || angle <= angle1);
+  else
+    return (angle >= angle1 && angle <= angle2);
+}
+
+function pointWithinPad(x, y, pad) {
+  var v = [x - pad.pos[0], y - pad.pos[1]];
+  v = rotateVector(v, pad.angle);
+  if (pad.offset) {
+    v[0] -= pad.offset[0];
+    v[1] -= pad.offset[1];
+  }
+  return emptyContext2d.isPointInPath(getCachedPadPath(pad), ...v);
+}
+
+function netHitScan(layer, x, y) {
+  // Check track segments
+  if (settings.renderTracks && pcbdata.tracks) {
+    for (var track of pcbdata.tracks[layer]) {
+      if ('radius' in track) {
+        if (pointWithinDistanceToArc(x, y, ...track.center, track.radius, track.startangle, track.endangle, track.width / 2)) {
+          return track.net;
+        }
+      } else {
+        if (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
+          return track.net;
+        }
+      }
+    }
+  }
+  // Check pads
+  if (settings.renderPads) {
+    for (var footprint of pcbdata.footprints) {
+      for (var pad of footprint.pads) {
+        if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
+          return pad.net;
+        }
+      }
+    }
+  }
+  return null;
+}
+
+function pointWithinFootprintBbox(x, y, bbox) {
+  var v = [x - bbox.pos[0], y - bbox.pos[1]];
+  v = rotateVector(v, bbox.angle);
+  return bbox.relpos[0] <= v[0] && v[0] <= bbox.relpos[0] + bbox.size[0] &&
+    bbox.relpos[1] <= v[1] && v[1] <= bbox.relpos[1] + bbox.size[1];
+}
+
+function bboxHitScan(layer, x, y) {
+  var result = [];
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    var footprint = pcbdata.footprints[i];
+    if (footprint.layer == layer) {
+      if (pointWithinFootprintBbox(x, y, footprint.bbox)) {
+        result.push(i);
+      }
+    }
+  }
+  return result;
+}
+
+function handlePointerDown(e, layerdict) {
+  if (e.button != 0 && e.button != 1) {
+    return;
+  }
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  layerdict.pointerStates[e.pointerId] = {
+    distanceTravelled: 0,
+    lastX: e.offsetX,
+    lastY: e.offsetY,
+    downTime: Date.now(),
+  };
+}
+
+function handleMouseClick(e, layerdict) {
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  var x = e.offsetX;
+  var y = e.offsetY;
+  var t = layerdict.transform;
+  var flip = layerdict.layer === "B";
+  if (flip) {
+    x = (devicePixelRatio * x / t.zoom - t.panx + t.x) / -t.s;
+  } else {
+    x = (devicePixelRatio * x / t.zoom - t.panx - t.x) / t.s;
+  }
+  y = (devicePixelRatio * y / t.zoom - t.y - t.pany) / t.s;
+  var v = rotateVector([x, y], -settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0));
+  if ("nets" in pcbdata) {
+    var net = netHitScan(layerdict.layer, ...v);
+    if (net !== highlightedNet) {
+      netClicked(net);
+    }
+  }
+  if (highlightedNet === null) {
+    var footprints = bboxHitScan(layerdict.layer, ...v);
+    if (footprints.length > 0) {
+      footprintsClicked(footprints);
+    }
+  }
+}
+
+function handlePointerLeave(e, layerdict) {
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!settings.redrawOnDrag) {
+    redrawCanvas(layerdict);
+  }
+
+  delete layerdict.pointerStates[e.pointerId];
+}
+
+function resetTransform(layerdict) {
+  layerdict.transform.panx = 0;
+  layerdict.transform.pany = 0;
+  layerdict.transform.zoom = 1;
+  redrawCanvas(layerdict);
+}
+
+function handlePointerUp(e, layerdict) {
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (e.button == 2) {
+    // Reset pan and zoom on right click.
+    resetTransform(layerdict);
+    layerdict.anotherPointerTapped = false;
+    return;
+  }
+
+  // We haven't necessarily had a pointermove event since the interaction started, so make sure we update this now
+  var ptr = layerdict.pointerStates[e.pointerId];
+  ptr.distanceTravelled += Math.abs(e.offsetX - ptr.lastX) + Math.abs(e.offsetY - ptr.lastY);
+
+  if (e.button == 0 && ptr.distanceTravelled < 10 && Date.now() - ptr.downTime <= 500) {
+    if (Object.keys(layerdict.pointerStates).length == 1) {
+      if (layerdict.anotherPointerTapped) {
+        // This is the second pointer coming off of a two-finger tap
+        resetTransform(layerdict);
+      } else {
+        // This is just a regular tap
+        handleMouseClick(e, layerdict);
+      }
+      layerdict.anotherPointerTapped = false;
+    } else {
+      // This is the first finger coming off of what could become a two-finger tap
+      layerdict.anotherPointerTapped = true;
+    }
+  } else {
+    if (!settings.redrawOnDrag) {
+      redrawCanvas(layerdict);
+    }
+    layerdict.anotherPointerTapped = false;
+  }
+
+  delete layerdict.pointerStates[e.pointerId];
+}
+
+function handlePointerMove(e, layerdict) {
+  if (!layerdict.pointerStates.hasOwnProperty(e.pointerId)) {
+    return;
+  }
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  var thisPtr = layerdict.pointerStates[e.pointerId];
+
+  var dx = e.offsetX - thisPtr.lastX;
+  var dy = e.offsetY - thisPtr.lastY;
+
+  // If this number is low on pointer up, we count the action as a click
+  thisPtr.distanceTravelled += Math.abs(dx) + Math.abs(dy);
+
+  if (Object.keys(layerdict.pointerStates).length == 1) {
+    // This is a simple drag
+    layerdict.transform.panx += devicePixelRatio * dx / layerdict.transform.zoom;
+    layerdict.transform.pany += devicePixelRatio * dy / layerdict.transform.zoom;
+  } else if (Object.keys(layerdict.pointerStates).length == 2) {
+    var otherPtr = Object.values(layerdict.pointerStates).filter((ptr) => ptr != thisPtr)[0];
+
+    var oldDist = Math.sqrt(Math.pow(thisPtr.lastX - otherPtr.lastX, 2) + Math.pow(thisPtr.lastY - otherPtr.lastY, 2));
+    var newDist = Math.sqrt(Math.pow(e.offsetX - otherPtr.lastX, 2) + Math.pow(e.offsetY - otherPtr.lastY, 2));
+
+    var scaleFactor = newDist / oldDist;
+
+    if (scaleFactor != NaN) {
+      layerdict.transform.zoom *= scaleFactor;
+
+      var zoomd = (1 - scaleFactor) / layerdict.transform.zoom;
+      layerdict.transform.panx += devicePixelRatio * otherPtr.lastX * zoomd;
+      layerdict.transform.pany += devicePixelRatio * otherPtr.lastY * zoomd;
+    }
+  }
+
+  thisPtr.lastX = e.offsetX;
+  thisPtr.lastY = e.offsetY;
+
+  if (settings.redrawOnDrag) {
+    redrawCanvas(layerdict);
+  }
+}
+
+function handleMouseWheel(e, layerdict) {
+  e.preventDefault();
+  e.stopPropagation();
+  var t = layerdict.transform;
+  var wheeldelta = e.deltaY;
+  if (e.deltaMode == 1) {
+    // FF only, scroll by lines
+    wheeldelta *= 30;
+  } else if (e.deltaMode == 2) {
+    wheeldelta *= 300;
+  }
+  var m = Math.pow(1.1, -wheeldelta / 40);
+  // Limit amount of zoom per tick.
+  if (m > 2) {
+    m = 2;
+  } else if (m < 0.5) {
+    m = 0.5;
+  }
+  t.zoom *= m;
+  var zoomd = (1 - m) / t.zoom;
+  t.panx += devicePixelRatio * e.offsetX * zoomd;
+  t.pany += devicePixelRatio * e.offsetY * zoomd;
+  redrawCanvas(layerdict);
+}
+
+function addMouseHandlers(div, layerdict) {
+  div.addEventListener("pointerdown", function(e) {
+    handlePointerDown(e, layerdict);
+  });
+  div.addEventListener("pointermove", function(e) {
+    handlePointerMove(e, layerdict);
+  });
+  div.addEventListener("pointerup", function(e) {
+    handlePointerUp(e, layerdict);
+  });
+  var pointerleave = function(e) {
+    handlePointerLeave(e, layerdict);
+  }
+  div.addEventListener("pointercancel", pointerleave);
+  div.addEventListener("pointerleave", pointerleave);
+  div.addEventListener("pointerout", pointerleave);
+
+  div.onwheel = function(e) {
+    handleMouseWheel(e, layerdict);
+  }
+  for (var element of [div, layerdict.bg, layerdict.fab, layerdict.silk, layerdict.highlight]) {
+    element.addEventListener("contextmenu", function(e) {
+      e.preventDefault();
+    }, false);
+  }
+}
+
+function setRedrawOnDrag(value) {
+  settings.redrawOnDrag = value;
+  writeStorage("redrawOnDrag", value);
+}
+
+function setBoardRotation(value) {
+  settings.boardRotation = value * 5;
+  writeStorage("boardRotation", settings.boardRotation);
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  resizeAll();
+}
+
+function setOffsetBackRotation(value) {
+  settings.offsetBackRotation = value;
+  writeStorage("offsetBackRotation", value);
+  resizeAll();
+}
+
+function initRender() {
+  allcanvas = {
+    front: {
+      transform: {
+        x: 0,
+        y: 0,
+        s: 1,
+        panx: 0,
+        pany: 0,
+        zoom: 1,
+      },
+      pointerStates: {},
+      anotherPointerTapped: false,
+      bg: document.getElementById("F_bg"),
+      fab: document.getElementById("F_fab"),
+      silk: document.getElementById("F_slk"),
+      highlight: document.getElementById("F_hl"),
+      layer: "F",
+    },
+    back: {
+      transform: {
+        x: 0,
+        y: 0,
+        s: 1,
+        panx: 0,
+        pany: 0,
+        zoom: 1,
+      },
+      pointerStates: {},
+      anotherPointerTapped: false,
+      bg: document.getElementById("B_bg"),
+      fab: document.getElementById("B_fab"),
+      silk: document.getElementById("B_slk"),
+      highlight: document.getElementById("B_hl"),
+      layer: "B",
+    }
+  };
+  addMouseHandlers(document.getElementById("frontcanvas"), allcanvas.front);
+  addMouseHandlers(document.getElementById("backcanvas"), allcanvas.back);
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*
+ * Table reordering via Drag'n'Drop
+ * Inspired by: https://htmldom.dev/drag-and-drop-table-column
+ */
+
+function setBomHandlers() {
+
+  const bom = document.getElementById('bomtable');
+
+  let dragName;
+  let placeHolderElements;
+  let draggingElement;
+  let forcePopulation;
+  let xOffset;
+  let yOffset;
+  let wasDragged;
+
+  const mouseUpHandler = function(e) {
+    // Delete dragging element
+    draggingElement.remove();
+
+    // Make BOM selectable again
+    bom.style.removeProperty("userSelect");
+
+    // Remove listeners
+    document.removeEventListener('mousemove', mouseMoveHandler);
+    document.removeEventListener('mouseup', mouseUpHandler);
+
+    if (wasDragged) {
+      // Redraw whole BOM
+      populateBomTable();
+    }
+  }
+
+  const mouseMoveHandler = function(e) {
+    // Notice the dragging
+    wasDragged = true;
+
+    // Make the dragged element visible
+    draggingElement.style.removeProperty("display");
+
+    // Set elements position to mouse position
+    draggingElement.style.left = `${e.screenX - xOffset}px`;
+    draggingElement.style.top = `${e.screenY - yOffset}px`;
+
+    // Forced redrawing of BOM table
+    if (forcePopulation) {
+      forcePopulation = false;
+      // Copy array
+      phe = Array.from(placeHolderElements);
+      // populate BOM table again
+      populateBomHeader(dragName, phe);
+      populateBomBody(dragName, phe);
+    }
+
+    // Set up array of hidden columns
+    var hiddenColumns = Array.from(settings.hiddenColumns);
+    // In the ungrouped mode, quantity don't exist
+    if (settings.bommode === "ungrouped")
+      hiddenColumns.push("Quantity");
+    // If no checkbox fields can be found, we consider them hidden
+    if (settings.checkboxes.length == 0)
+      hiddenColumns.push("checkboxes");
+
+    // Get table headers and group them into checkboxes, extrafields and normal headers
+    const bh = document.getElementById("bomhead");
+    headers = Array.from(bh.querySelectorAll("th"))
+    headers.shift() // numCol is not part of the columnOrder
+    headerGroups = []
+    lastCompoundClass = null;
+    for (i = 0; i < settings.columnOrder.length; i++) {
+      cElem = settings.columnOrder[i];
+      if (hiddenColumns.includes(cElem)) {
+        // Hidden columns appear as a dummy element
+        headerGroups.push([]);
+        continue;
+      }
+      elem = headers.filter(e => getColumnOrderName(e) === cElem)[0];
+      if (elem.classList.contains("bom-checkbox")) {
+        if (lastCompoundClass === "bom-checkbox") {
+          cbGroup = headerGroups.pop();
+          cbGroup.push(elem);
+          headerGroups.push(cbGroup);
+        } else {
+          lastCompoundClass = "bom-checkbox";
+          headerGroups.push([elem])
+        }
+      } else {
+        headerGroups.push([elem])
+      }
+    }
+
+    // Copy settings.columnOrder
+    var columns = Array.from(settings.columnOrder)
+
+    // Set up array with indices of hidden columns
+    var hiddenIndices = hiddenColumns.map(e => settings.columnOrder.indexOf(e));
+    var dragIndex = columns.indexOf(dragName);
+    var swapIndex = dragIndex;
+    var swapDone = false;
+
+    // Check if the current dragged element is swapable with the left or right element
+    if (dragIndex > 0) {
+      // Get left headers boundingbox
+      swapIndex = dragIndex - 1;
+      while (hiddenIndices.includes(swapIndex) && swapIndex > 0)
+        swapIndex--;
+      if (!hiddenIndices.includes(swapIndex)) {
+        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+        if (e.clientX < box.left + window.scrollX + (box.width / 2)) {
+          swapElement = columns[dragIndex];
+          columns.splice(dragIndex, 1);
+          columns.splice(swapIndex, 0, swapElement);
+          forcePopulation = true;
+          swapDone = true;
+        }
+      }
+    }
+    if ((!swapDone) && dragIndex < headerGroups.length - 1) {
+      // Get right headers boundingbox
+      swapIndex = dragIndex + 1;
+      while (hiddenIndices.includes(swapIndex))
+        swapIndex++;
+      if (swapIndex < headerGroups.length) {
+        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+        if (e.clientX > box.left + window.scrollX + (box.width / 2)) {
+          swapElement = columns[dragIndex];
+          columns.splice(dragIndex, 1);
+          columns.splice(swapIndex, 0, swapElement);
+          forcePopulation = true;
+          swapDone = true;
+        }
+      }
+    }
+
+    // Write back change to storage
+    if (swapDone) {
+      settings.columnOrder = columns
+      writeStorage("columnOrder", JSON.stringify(columns));
+    }
+
+  }
+
+  const mouseDownHandler = function(e) {
+    var target = e.target;
+    if (target.tagName.toLowerCase() != "td")
+      target = target.parentElement;
+
+    // Used to check if a dragging has ever happened
+    wasDragged = false;
+
+    // Create new element which will be displayed as the dragged column
+    draggingElement = document.createElement("div")
+    draggingElement.classList.add("dragging");
+    draggingElement.style.display = "none";
+    draggingElement.style.position = "absolute";
+    draggingElement.style.overflow = "hidden";
+
+    // Get bomhead and bombody elements
+    const bh = document.getElementById("bomhead");
+    const bb = document.getElementById("bombody");
+
+    // Get all compound headers for the current column
+    var compoundHeaders;
+    if (target.classList.contains("bom-checkbox")) {
+      compoundHeaders = Array.from(bh.querySelectorAll("th.bom-checkbox"));
+    } else {
+      compoundHeaders = [target];
+    }
+
+    // Create new table which will display the column
+    var newTable = document.createElement("table");
+    newTable.classList.add("bom");
+    newTable.style.background = "white";
+    draggingElement.append(newTable);
+
+    // Create new header element
+    var newHeader = document.createElement("thead");
+    newTable.append(newHeader);
+
+    // Set up array for storing all placeholder elements
+    placeHolderElements = [];
+
+    // Add all compound headers to the new thead element and placeholders
+    compoundHeaders.forEach(function(h) {
+      clone = cloneElementWithDimensions(h);
+      newHeader.append(clone);
+      placeHolderElements.push(clone);
+    });
+
+    // Create new body element
+    var newBody = document.createElement("tbody");
+    newTable.append(newBody);
+
+    // Get indices for compound headers
+    var idxs = compoundHeaders.map(e => getBomTableHeaderIndex(e));
+
+    // For each row in the BOM body...
+    var rows = bb.querySelectorAll("tr");
+    rows.forEach(function(row) {
+      // ..get the cells for the compound column
+      const tds = row.querySelectorAll("td");
+      var copytds = idxs.map(i => tds[i]);
+      // Add them to the new element and the placeholders
+      var newRow = document.createElement("tr");
+      copytds.forEach(function(td) {
+        clone = cloneElementWithDimensions(td);
+        newRow.append(clone);
+        placeHolderElements.push(clone);
+      });
+      newBody.append(newRow);
+    });
+
+    // Compute width for compound header
+    var width = compoundHeaders.reduce((acc, x) => acc + x.clientWidth, 0);
+    draggingElement.style.width = `${width}px`;
+
+    // Insert the new dragging element and disable selection on BOM
+    bom.insertBefore(draggingElement, null);
+    bom.style.userSelect = "none";
+
+    // Determine the mouse position offset
+    xOffset = e.screenX - compoundHeaders.reduce((acc, x) => Math.min(acc, x.offsetLeft), compoundHeaders[0].offsetLeft);
+    yOffset = e.screenY - compoundHeaders[0].offsetTop;
+
+    // Get name for the column in settings.columnOrder
+    dragName = getColumnOrderName(target);
+
+    // Change text and class for placeholder elements
+    placeHolderElements = placeHolderElements.map(function(e) {
+      newElem = cloneElementWithDimensions(e);
+      newElem.textContent = "";
+      newElem.classList.add("placeholder");
+      return newElem;
+    });
+
+    // On next mouse move, the whole BOM needs to be redrawn to show the placeholders
+    forcePopulation = true;
+
+    // Add listeners for move and up on mouse
+    document.addEventListener('mousemove', mouseMoveHandler);
+    document.addEventListener('mouseup', mouseUpHandler);
+  }
+
+  // In netlist mode, there is nothing to reorder
+  if (settings.bommode === "netlist")
+    return;
+
+  // Add mouseDownHandler to every column except the numCol
+  bom.querySelectorAll("th")
+    .forEach(function(head) {
+      if (!head.classList.contains("numCol")) {
+        head.onmousedown = mouseDownHandler;
+      }
+    });
+
+}
+
+function getBoundingClientRectFromMultiple(elements) {
+  var elems = Array.from(elements);
+
+  if (elems.length == 0)
+    return null;
+
+  var box = elems.shift()
+    .getBoundingClientRect();
+
+  elems.forEach(function(elem) {
+    var elembox = elem.getBoundingClientRect();
+    box.left = Math.min(elembox.left, box.left);
+    box.top = Math.min(elembox.top, box.top);
+    box.width += elembox.width;
+    box.height = Math.max(elembox.height, box.height);
+  });
+
+  return box;
+}
+
+function cloneElementWithDimensions(elem) {
+  var newElem = elem.cloneNode(true);
+  newElem.style.height = window.getComputedStyle(elem).height;
+  newElem.style.width = window.getComputedStyle(elem).width;
+  return newElem;
+}
+
+function getBomTableHeaderIndex(elem) {
+  const bh = document.getElementById('bomhead');
+  const ths = Array.from(bh.querySelectorAll("th"));
+  return ths.indexOf(elem);
+}
+
+function getColumnOrderName(elem) {
+  var cname = elem.getAttribute("col_name");
+  if (cname === "bom-checkbox")
+    return "checkboxes";
+  else
+    return cname;
+}
+
+function resizableGrid(tablehead) {
+  var cols = tablehead.firstElementChild.children;
+  var rowWidth = tablehead.offsetWidth;
+
+  for (var i = 1; i < cols.length; i++) {
+    if (cols[i].classList.contains("bom-checkbox"))
+      continue;
+    cols[i].style.width = ((cols[i].clientWidth - paddingDiff(cols[i])) * 100 / rowWidth) + '%';
+  }
+
+  for (var i = 1; i < cols.length - 1; i++) {
+    var div = document.createElement('div');
+    div.className = "column-width-handle";
+    cols[i].appendChild(div);
+    setListeners(div);
+  }
+
+  function setListeners(div) {
+    var startX, curCol, nxtCol, curColWidth, nxtColWidth, rowWidth;
+
+    div.addEventListener('mousedown', function(e) {
+      e.preventDefault();
+      e.stopPropagation();
+
+      curCol = e.target.parentElement;
+      nxtCol = curCol.nextElementSibling;
+      startX = e.pageX;
+
+      var padding = paddingDiff(curCol);
+
+      rowWidth = curCol.parentElement.offsetWidth;
+      curColWidth = curCol.clientWidth - padding;
+      nxtColWidth = nxtCol.clientWidth - padding;
+    });
+
+    document.addEventListener('mousemove', function(e) {
+      if (startX) {
+        var diffX = e.pageX - startX;
+        diffX = -Math.min(-diffX, curColWidth - 20);
+        diffX = Math.min(diffX, nxtColWidth - 20);
+
+        curCol.style.width = ((curColWidth + diffX) * 100 / rowWidth) + '%';
+        nxtCol.style.width = ((nxtColWidth - diffX) * 100 / rowWidth) + '%';
+        console.log(`${curColWidth + nxtColWidth} ${(curColWidth + diffX) * 100 / rowWidth + (nxtColWidth - diffX) * 100 / rowWidth}`);
+      }
+    });
+
+    document.addEventListener('mouseup', function(e) {
+      curCol = undefined;
+      nxtCol = undefined;
+      startX = undefined;
+      nxtColWidth = undefined;
+      curColWidth = undefined
+    });
+  }
+
+  function paddingDiff(col) {
+
+    if (getStyleVal(col, 'box-sizing') == 'border-box') {
+      return 0;
+    }
+
+    var padLeft = getStyleVal(col, 'padding-left');
+    var padRight = getStyleVal(col, 'padding-right');
+    return (parseInt(padLeft) + parseInt(padRight));
+
+  }
+
+  function getStyleVal(elm, css) {
+    return (window.getComputedStyle(elm, null).getPropertyValue(css))
+  }
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* DOM manipulation and misc code */
+
+var bomsplit;
+var canvassplit;
+var initDone = false;
+var bomSortFunction = null;
+var currentSortColumn = null;
+var currentSortOrder = null;
+var currentHighlightedRowId;
+var highlightHandlers = [];
+var footprintIndexToHandler = {};
+var netsToHandler = {};
+var markedFootprints = new Set();
+var highlightedFootprints = [];
+var highlightedNet = null;
+var lastClicked;
+
+function dbg(html) {
+  dbgdiv.innerHTML = html;
+}
+
+function redrawIfInitDone() {
+  if (initDone) {
+    redrawCanvas(allcanvas.front);
+    redrawCanvas(allcanvas.back);
+  }
+}
+
+function padsVisible(value) {
+  writeStorage("padsVisible", value);
+  settings.renderPads = value;
+  redrawIfInitDone();
+}
+
+function referencesVisible(value) {
+  writeStorage("referencesVisible", value);
+  settings.renderReferences = value;
+  redrawIfInitDone();
+}
+
+function valuesVisible(value) {
+  writeStorage("valuesVisible", value);
+  settings.renderValues = value;
+  redrawIfInitDone();
+}
+
+function tracksVisible(value) {
+  writeStorage("tracksVisible", value);
+  settings.renderTracks = value;
+  redrawIfInitDone();
+}
+
+function zonesVisible(value) {
+  writeStorage("zonesVisible", value);
+  settings.renderZones = value;
+  redrawIfInitDone();
+}
+
+function dnpOutline(value) {
+  writeStorage("dnpOutline", value);
+  settings.renderDnpOutline = value;
+  redrawIfInitDone();
+}
+
+function setDarkMode(value) {
+  if (value) {
+    topmostdiv.classList.add("dark");
+  } else {
+    topmostdiv.classList.remove("dark");
+  }
+  writeStorage("darkmode", value);
+  settings.darkMode = value;
+  redrawIfInitDone();
+  if (initDone) {
+    populateBomTable();
+  }
+}
+
+function setShowBOMColumn(field, value) {
+  if (field === "references") {
+    var rl = document.getElementById("reflookup");
+    rl.disabled = !value;
+    if (!value) {
+      rl.value = "";
+      updateRefLookup("");
+    }
+  }
+
+  var n = settings.hiddenColumns.indexOf(field);
+  if (value) {
+    if (n != -1) {
+      settings.hiddenColumns.splice(n, 1);
+    }
+  } else {
+    if (n == -1) {
+      settings.hiddenColumns.push(field);
+    }
+  }
+
+  writeStorage("hiddenColumns", JSON.stringify(settings.hiddenColumns));
+
+  if (initDone) {
+    populateBomTable();
+  }
+
+  redrawIfInitDone();
+}
+
+
+function setFullscreen(value) {
+  if (value) {
+    document.documentElement.requestFullscreen();
+  } else {
+    document.exitFullscreen();
+  }
+}
+
+function fabricationVisible(value) {
+  writeStorage("fabricationVisible", value);
+  settings.renderFabrication = value;
+  redrawIfInitDone();
+}
+
+function silkscreenVisible(value) {
+  writeStorage("silkscreenVisible", value);
+  settings.renderSilkscreen = value;
+  redrawIfInitDone();
+}
+
+function setHighlightPin1(value) {
+  writeStorage("highlightpin1", value);
+  settings.highlightpin1 = value;
+  redrawIfInitDone();
+}
+
+function getStoredCheckboxRefs(checkbox) {
+  function convert(ref) {
+    var intref = parseInt(ref);
+    if (isNaN(intref)) {
+      for (var i = 0; i < pcbdata.footprints.length; i++) {
+        if (pcbdata.footprints[i].ref == ref) {
+          return i;
+        }
+      }
+      return -1;
+    } else {
+      return intref;
+    }
+  }
+  if (!(checkbox in settings.checkboxStoredRefs)) {
+    var val = readStorage("checkbox_" + checkbox);
+    settings.checkboxStoredRefs[checkbox] = val ? val : "";
+  }
+  if (!settings.checkboxStoredRefs[checkbox]) {
+    return new Set();
+  } else {
+    return new Set(settings.checkboxStoredRefs[checkbox].split(",").map(r => convert(r)).filter(a => a >= 0));
+  }
+}
+
+function getCheckboxState(checkbox, references) {
+  var storedRefsSet = getStoredCheckboxRefs(checkbox);
+  var currentRefsSet = new Set(references.map(r => r[1]));
+  // Get difference of current - stored
+  var difference = new Set(currentRefsSet);
+  for (ref of storedRefsSet) {
+    difference.delete(ref);
+  }
+  if (difference.size == 0) {
+    // All the current refs are stored
+    return "checked";
+  } else if (difference.size == currentRefsSet.size) {
+    // None of the current refs are stored
+    return "unchecked";
+  } else {
+    // Some of the refs are stored
+    return "indeterminate";
+  }
+}
+
+function setBomCheckboxState(checkbox, element, references) {
+  var state = getCheckboxState(checkbox, references);
+  element.checked = (state == "checked");
+  element.indeterminate = (state == "indeterminate");
+}
+
+function createCheckboxChangeHandler(checkbox, references, row) {
+  return function () {
+    refsSet = getStoredCheckboxRefs(checkbox);
+    var markWhenChecked = settings.markWhenChecked == checkbox;
+    eventArgs = {
+      checkbox: checkbox,
+      refs: references,
+    }
+    if (this.checked) {
+      // checkbox ticked
+      for (var ref of references) {
+        refsSet.add(ref[1]);
+      }
+      if (markWhenChecked) {
+        row.classList.add("checked");
+        for (var ref of references) {
+          markedFootprints.add(ref[1]);
+        }
+        drawHighlights();
+      }
+      eventArgs.state = 'checked';
+    } else {
+      // checkbox unticked
+      for (var ref of references) {
+        refsSet.delete(ref[1]);
+      }
+      if (markWhenChecked) {
+        row.classList.remove("checked");
+        for (var ref of references) {
+          markedFootprints.delete(ref[1]);
+        }
+        drawHighlights();
+      }
+      eventArgs.state = 'unchecked';
+    }
+    settings.checkboxStoredRefs[checkbox] = [...refsSet].join(",");
+    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+    updateCheckboxStats(checkbox);
+    EventHandler.emitEvent(IBOM_EVENT_TYPES.CHECKBOX_CHANGE_EVENT, eventArgs);
+  }
+}
+
+function clearHighlightedFootprints() {
+  if (currentHighlightedRowId) {
+    document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+    currentHighlightedRowId = null;
+    highlightedFootprints = [];
+    highlightedNet = null;
+  }
+}
+
+function createRowHighlightHandler(rowid, refs, net) {
+  return function () {
+    if (currentHighlightedRowId) {
+      if (currentHighlightedRowId == rowid) {
+        return;
+      }
+      document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+    }
+    document.getElementById(rowid).classList.add("highlighted");
+    currentHighlightedRowId = rowid;
+    highlightedFootprints = refs ? refs.map(r => r[1]) : [];
+    highlightedNet = net;
+    drawHighlights();
+    EventHandler.emitEvent(
+      IBOM_EVENT_TYPES.HIGHLIGHT_EVENT, {
+      rowid: rowid,
+      refs: refs,
+      net: net
+    });
+  }
+}
+
+function updateNetColors() {
+  writeStorage("netColors", JSON.stringify(settings.netColors));
+  redrawIfInitDone();
+}
+
+function netColorChangeHandler(net) {
+  return (event) => {
+    settings.netColors[net] = event.target.value;
+    updateNetColors();
+  }
+}
+
+function netColorRightClick(net) {
+  return (event) => {
+    if(event.button == 2) {
+      event.preventDefault();
+      event.stopPropagation();
+
+      var style = getComputedStyle(topmostdiv);
+      var defaultNetColor = style.getPropertyValue('--track-color').trim();
+      event.target.value = defaultNetColor;
+      delete settings.netColors[net];
+      updateNetColors();
+    }
+  }
+}
+
+function entryMatches(entry) {
+  if (settings.bommode == "netlist") {
+    // entry is just a net name
+    return entry.toLowerCase().indexOf(filter) >= 0;
+  }
+  // check refs
+  if (!settings.hiddenColumns.includes("references")) {
+    for (var ref of entry) {
+      if (ref[0].toLowerCase().indexOf(filter) >= 0) {
+        return true;
+      }
+    }
+  }
+  // check fields
+  for (var i in config.fields) {
+    var f = config.fields[i];
+    if (!settings.hiddenColumns.includes(f)) {
+      for (var ref of entry) {
+        if (String(pcbdata.bom.fields[ref[1]][i]).toLowerCase().indexOf(filter) >= 0) {
+          return true;
+        }
+      }
+    }
+  }
+  return false;
+}
+
+function findRefInEntry(entry) {
+  return entry.filter(r => r[0].toLowerCase() == reflookup);
+}
+
+function highlightFilter(s) {
+  if (!filter) {
+    return s;
+  }
+  var parts = s.toLowerCase().split(filter);
+  if (parts.length == 1) {
+    return s;
+  }
+  var r = "";
+  var pos = 0;
+  for (var i in parts) {
+    if (i > 0) {
+      r += '<mark class="highlight">' +
+        s.substring(pos, pos + filter.length) +
+        '</mark>';
+      pos += filter.length;
+    }
+    r += s.substring(pos, pos + parts[i].length);
+    pos += parts[i].length;
+  }
+  return r;
+}
+
+function checkboxSetUnsetAllHandler(checkboxname) {
+  return function () {
+    var checkboxnum = 0;
+    while (checkboxnum < settings.checkboxes.length &&
+      settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+      checkboxnum++;
+    }
+    if (checkboxnum >= settings.checkboxes.length) {
+      return;
+    }
+    var allset = true;
+    var checkbox;
+    var row;
+    for (row of bombody.childNodes) {
+      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+      if (!checkbox.checked || checkbox.indeterminate) {
+        allset = false;
+        break;
+      }
+    }
+    for (row of bombody.childNodes) {
+      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+      checkbox.checked = !allset;
+      checkbox.indeterminate = false;
+      checkbox.onchange();
+    }
+  }
+}
+
+function createColumnHeader(name, cls, comparator, is_checkbox = false) {
+  var th = document.createElement("TH");
+  th.innerHTML = name;
+  th.classList.add(cls);
+  if (is_checkbox)
+    th.setAttribute("col_name", "bom-checkbox");
+  else
+    th.setAttribute("col_name", name);
+  var span = document.createElement("SPAN");
+  span.classList.add("sortmark");
+  span.classList.add("none");
+  th.appendChild(span);
+  var spacer = document.createElement("div");
+  spacer.className = "column-spacer";
+  th.appendChild(spacer);
+  spacer.onclick = function () {
+    if (currentSortColumn && th !== currentSortColumn) {
+      // Currently sorted by another column
+      currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
+      currentSortColumn.childNodes[1].classList.add("none");
+      currentSortColumn = null;
+      currentSortOrder = null;
+    }
+    if (currentSortColumn && th === currentSortColumn) {
+      // Already sorted by this column
+      if (currentSortOrder == "asc") {
+        // Sort by this column, descending order
+        bomSortFunction = function (a, b) {
+          return -comparator(a, b);
+        }
+        currentSortColumn.childNodes[1].classList.remove("asc");
+        currentSortColumn.childNodes[1].classList.add("desc");
+        currentSortOrder = "desc";
+      } else {
+        // Unsort
+        bomSortFunction = null;
+        currentSortColumn.childNodes[1].classList.remove("desc");
+        currentSortColumn.childNodes[1].classList.add("none");
+        currentSortColumn = null;
+        currentSortOrder = null;
+      }
+    } else {
+      // Sort by this column, ascending order
+      bomSortFunction = comparator;
+      currentSortColumn = th;
+      currentSortColumn.childNodes[1].classList.remove("none");
+      currentSortColumn.childNodes[1].classList.add("asc");
+      currentSortOrder = "asc";
+    }
+    populateBomBody();
+  }
+  if (is_checkbox) {
+    spacer.onclick = fancyDblClickHandler(
+      spacer, spacer.onclick, checkboxSetUnsetAllHandler(name));
+  }
+  return th;
+}
+
+function populateBomHeader(placeHolderColumn = null, placeHolderElements = null) {
+  while (bomhead.firstChild) {
+    bomhead.removeChild(bomhead.firstChild);
+  }
+  var tr = document.createElement("TR");
+  var th = document.createElement("TH");
+  th.classList.add("numCol");
+
+  var vismenu = document.createElement("div");
+  vismenu.id = "vismenu";
+  vismenu.classList.add("menu");
+
+  var visbutton = document.createElement("div");
+  visbutton.classList.add("visbtn");
+  visbutton.classList.add("hideonprint");
+
+  var viscontent = document.createElement("div");
+  viscontent.classList.add("menu-content");
+  viscontent.id = "vismenu-content";
+
+  settings.columnOrder.forEach(column => {
+    if (typeof column !== "string")
+      return;
+
+    // Skip empty columns
+    if (column === "checkboxes" && settings.checkboxes.length == 0)
+      return;
+    else if (column === "Quantity" && settings.bommode == "ungrouped")
+      return;
+
+    var label = document.createElement("label");
+    label.classList.add("menu-label");
+
+    var input = document.createElement("input");
+    input.classList.add("visibility_checkbox");
+    input.type = "checkbox";
+    input.onchange = function (e) {
+      setShowBOMColumn(column, e.target.checked)
+    };
+    input.checked = !(settings.hiddenColumns.includes(column));
+
+    label.appendChild(input);
+    if (column.length > 0)
+      label.append(column[0].toUpperCase() + column.slice(1));
+
+    viscontent.appendChild(label);
+  });
+
+  viscontent.childNodes[0].classList.add("menu-label-top");
+
+  vismenu.appendChild(visbutton);
+  if (settings.bommode != "netlist") {
+    vismenu.appendChild(viscontent);
+    th.appendChild(vismenu);
+  }
+  tr.appendChild(th);
+
+  var checkboxCompareClosure = function (checkbox) {
+    return (a, b) => {
+      var stateA = getCheckboxState(checkbox, a);
+      var stateB = getCheckboxState(checkbox, b);
+      if (stateA > stateB) return -1;
+      if (stateA < stateB) return 1;
+      return 0;
+    }
+  }
+  var stringFieldCompareClosure = function (fieldIndex) {
+    return (a, b) => {
+      var fa = pcbdata.bom.fields[a[0][1]][fieldIndex];
+      var fb = pcbdata.bom.fields[b[0][1]][fieldIndex];
+      if (fa != fb) return fa > fb ? 1 : -1;
+      else return 0;
+    }
+  }
+  var referenceRegex = /(?<prefix>[^0-9]+)(?<number>[0-9]+)/;
+  var compareRefs = (a, b) => {
+    var ra = referenceRegex.exec(a);
+    var rb = referenceRegex.exec(b);
+    if (ra === null || rb === null) {
+      if (a != b) return a > b ? 1 : -1;
+      return 0;
+    } else {
+      if (ra.groups.prefix != rb.groups.prefix) {
+        return ra.groups.prefix > rb.groups.prefix ? 1 : -1;
+      }
+      if (ra.groups.number != rb.groups.number) {
+        return parseInt(ra.groups.number) > parseInt(rb.groups.number) ? 1 : -1;
+      }
+      return 0;
+    }
+  }
+  if (settings.bommode == "netlist") {
+    tr.appendChild(createColumnHeader("Net name", "bom-netname", (a, b) => {
+      if (a > b) return -1;
+      if (a < b) return 1;
+      return 0;
+    }));
+    tr.appendChild(createColumnHeader("Color", "bom-color", (a, b) => {
+      return 0;
+    }));
+  } else {
+    // Filter hidden columns
+    var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+    var valueIndex = config.fields.indexOf("Value");
+    var footprintIndex = config.fields.indexOf("Footprint");
+    columns.forEach((column) => {
+      if (column === placeHolderColumn) {
+        var n = 1;
+        if (column === "checkboxes")
+          n = settings.checkboxes.length;
+        for (i = 0; i < n; i++) {
+          td = placeHolderElements.shift();
+          tr.appendChild(td);
+        }
+        return;
+      } else if (column === "checkboxes") {
+        for (var checkbox of settings.checkboxes) {
+          th = createColumnHeader(
+            checkbox, "bom-checkbox", checkboxCompareClosure(checkbox), true);
+          tr.appendChild(th);
+        }
+      } else if (column === "References") {
+        tr.appendChild(createColumnHeader("References", "references", (a, b) => {
+          var i = 0;
+          while (i < a.length && i < b.length) {
+            if (a[i] != b[i]) return compareRefs(a[i][0], b[i][0]);
+            i++;
+          }
+          return a.length - b.length;
+        }));
+      } else if (column === "Value") {
+        tr.appendChild(createColumnHeader("Value", "value", (a, b) => {
+          var ra = a[0][1], rb = b[0][1];
+          return valueCompare(
+            pcbdata.bom.parsedValues[ra], pcbdata.bom.parsedValues[rb],
+            pcbdata.bom.fields[ra][valueIndex], pcbdata.bom.fields[rb][valueIndex]);
+        }));
+        return;
+      } else if (column === "Footprint") {
+        tr.appendChild(createColumnHeader(
+          "Footprint", "footprint", stringFieldCompareClosure(footprintIndex)));
+      } else if (column === "Quantity" && settings.bommode == "grouped") {
+        tr.appendChild(createColumnHeader("Quantity", "quantity", (a, b) => {
+          return a.length - b.length;
+        }));
+      } else {
+        // Other fields
+        var i = config.fields.indexOf(column);
+        if (i < 0)
+          return;
+        tr.appendChild(createColumnHeader(
+          column, `field${i + 1}`, stringFieldCompareClosure(i)));
+      }
+    });
+  }
+  bomhead.appendChild(tr);
+}
+
+function populateBomBody(placeholderColumn = null, placeHolderElements = null) {
+  const urlRegex = /^(https?:\/\/[^\s\/$.?#][^\s]*|file:\/\/([a-zA-Z]:|\/)[^\x00]+)$/;
+  while (bom.firstChild) {
+    bom.removeChild(bom.firstChild);
+  }
+  highlightHandlers = [];
+  footprintIndexToHandler = {};
+  netsToHandler = {};
+  currentHighlightedRowId = null;
+  var first = true;
+  var style = getComputedStyle(topmostdiv);
+  var defaultNetColor = style.getPropertyValue('--track-color').trim();
+  if (settings.bommode == "netlist") {
+    bomtable = pcbdata.nets.slice();
+  } else {
+    switch (settings.canvaslayout) {
+      case 'F':
+        bomtable = pcbdata.bom.F.slice();
+        break;
+      case 'FB':
+        bomtable = pcbdata.bom.both.slice();
+        break;
+      case 'B':
+        bomtable = pcbdata.bom.B.slice();
+        break;
+    }
+    if (settings.bommode == "ungrouped") {
+      // expand bom table
+      expandedTable = []
+      for (var bomentry of bomtable) {
+        for (var ref of bomentry) {
+          expandedTable.push([ref]);
+        }
+      }
+      bomtable = expandedTable;
+    }
+  }
+  if (bomSortFunction) {
+    bomtable = bomtable.sort(bomSortFunction);
+  }
+  for (var i in bomtable) {
+    var bomentry = bomtable[i];
+    if (filter && !entryMatches(bomentry)) {
+      continue;
+    }
+    var references = null;
+    var netname = null;
+    var tr = document.createElement("TR");
+    var td = document.createElement("TD");
+    var rownum = +i + 1;
+    tr.id = "bomrow" + rownum;
+    td.textContent = rownum;
+    tr.appendChild(td);
+    if (settings.bommode == "netlist") {
+      netname = bomentry;
+      td = document.createElement("TD");
+      td.innerHTML = highlightFilter(netname ? netname : "&lt;no net&gt;");
+      tr.appendChild(td);
+      var color = settings.netColors[netname] || defaultNetColor;
+      td = document.createElement("TD");
+      var colorBox = document.createElement("INPUT");
+      colorBox.type = "color";
+      colorBox.value = color;
+      colorBox.onchange = netColorChangeHandler(netname);
+      colorBox.onmouseup = netColorRightClick(netname);
+      colorBox.oncontextmenu = (e) => e.preventDefault();
+      td.appendChild(colorBox);
+      td.classList.add("color-column");
+      tr.appendChild(td);
+    } else {
+      if (reflookup) {
+        references = findRefInEntry(bomentry);
+        if (references.length == 0) {
+          continue;
+        }
+      } else {
+        references = bomentry;
+      }
+      // Filter hidden columns
+      var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+      columns.forEach((column) => {
+        if (column === placeholderColumn) {
+          var n = 1;
+          if (column === "checkboxes")
+            n = settings.checkboxes.length;
+          for (i = 0; i < n; i++) {
+            td = placeHolderElements.shift();
+            tr.appendChild(td);
+          }
+          return;
+        } else if (column === "checkboxes") {
+          for (var checkbox of settings.checkboxes) {
+            if (checkbox) {
+              td = document.createElement("TD");
+              var input = document.createElement("input");
+              input.type = "checkbox";
+              input.onchange = createCheckboxChangeHandler(checkbox, references, tr);
+              setBomCheckboxState(checkbox, input, references);
+              if (input.checked && settings.markWhenChecked == checkbox) {
+                tr.classList.add("checked");
+              }
+              td.appendChild(input);
+              tr.appendChild(td);
+            }
+          }
+        } else if (column === "References") {
+          td = document.createElement("TD");
+          td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
+          tr.appendChild(td);
+        } else if (column === "Quantity" && settings.bommode == "grouped") {
+          // Quantity
+          td = document.createElement("TD");
+          td.textContent = references.length;
+          tr.appendChild(td);
+        } else {
+          // All the other fields
+          var field_index = config.fields.indexOf(column)
+          if (field_index < 0)
+            return;
+          var valueSet = new Set();
+          references.map(r => r[1]).forEach((id) => valueSet.add(pcbdata.bom.fields[id][field_index]));
+          td = document.createElement("TD");
+          var output = new Array();
+          for (let item of valueSet) {
+            const visible = highlightFilter(String(item));
+            if (typeof item === 'string' && item.match(urlRegex)) {
+              output.push(`<a href="${item}" target="_blank">${visible}</a>`);
+            } else {
+              output.push(visible);
+            }
+          }
+          td.innerHTML = output.join(", ");
+          tr.appendChild(td);
+        }
+      });
+    }
+    bom.appendChild(tr);
+    var handler = createRowHighlightHandler(tr.id, references, netname);
+    tr.onmousemove = handler;
+    highlightHandlers.push({
+      id: tr.id,
+      handler: handler,
+    });
+    if (references !== null) {
+      for (var refIndex of references.map(r => r[1])) {
+        footprintIndexToHandler[refIndex] = handler;
+      }
+    }
+    if (netname !== null) {
+      netsToHandler[netname] = handler;
+    }
+    if ((filter || reflookup) && first) {
+      handler();
+      first = false;
+    }
+  }
+  EventHandler.emitEvent(
+    IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, {
+    filter: filter,
+    reflookup: reflookup,
+    checkboxes: settings.checkboxes,
+    bommode: settings.bommode,
+  });
+}
+
+function highlightPreviousRow() {
+  if (!currentHighlightedRowId) {
+    highlightHandlers[highlightHandlers.length - 1].handler();
+  } else {
+    if (highlightHandlers.length > 1 &&
+      highlightHandlers[0].id == currentHighlightedRowId) {
+      highlightHandlers[highlightHandlers.length - 1].handler();
+    } else {
+      for (var i = 0; i < highlightHandlers.length - 1; i++) {
+        if (highlightHandlers[i + 1].id == currentHighlightedRowId) {
+          highlightHandlers[i].handler();
+          break;
+        }
+      }
+    }
+  }
+  smoothScrollToRow(currentHighlightedRowId);
+}
+
+function highlightNextRow() {
+  if (!currentHighlightedRowId) {
+    highlightHandlers[0].handler();
+  } else {
+    if (highlightHandlers.length > 1 &&
+      highlightHandlers[highlightHandlers.length - 1].id == currentHighlightedRowId) {
+      highlightHandlers[0].handler();
+    } else {
+      for (var i = 1; i < highlightHandlers.length; i++) {
+        if (highlightHandlers[i - 1].id == currentHighlightedRowId) {
+          highlightHandlers[i].handler();
+          break;
+        }
+      }
+    }
+  }
+  smoothScrollToRow(currentHighlightedRowId);
+}
+
+function populateBomTable() {
+  populateBomHeader();
+  populateBomBody();
+  setBomHandlers();
+  resizableGrid(bomhead);
+}
+
+function footprintsClicked(footprintIndexes) {
+  var lastClickedIndex = footprintIndexes.indexOf(lastClicked);
+  for (var i = 1; i <= footprintIndexes.length; i++) {
+    var refIndex = footprintIndexes[(lastClickedIndex + i) % footprintIndexes.length];
+    if (refIndex in footprintIndexToHandler) {
+      lastClicked = refIndex;
+      footprintIndexToHandler[refIndex]();
+      smoothScrollToRow(currentHighlightedRowId);
+      break;
+    }
+  }
+}
+
+function netClicked(net) {
+  if (net in netsToHandler) {
+    netsToHandler[net]();
+    smoothScrollToRow(currentHighlightedRowId);
+  } else {
+    clearHighlightedFootprints();
+    highlightedNet = net;
+    drawHighlights();
+  }
+}
+
+function updateFilter(input) {
+  filter = input.toLowerCase();
+  populateBomTable();
+}
+
+function updateRefLookup(input) {
+  reflookup = input.toLowerCase();
+  populateBomTable();
+}
+
+function changeCanvasLayout(layout) {
+  document.getElementById("fl-btn").classList.remove("depressed");
+  document.getElementById("fb-btn").classList.remove("depressed");
+  document.getElementById("bl-btn").classList.remove("depressed");
+  switch (layout) {
+    case 'F':
+      document.getElementById("fl-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.collapse(1);
+      }
+      break;
+    case 'B':
+      document.getElementById("bl-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.collapse(0);
+      }
+      break;
+    default:
+      document.getElementById("fb-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.setSizes([50, 50]);
+      }
+  }
+  settings.canvaslayout = layout;
+  writeStorage("canvaslayout", layout);
+  resizeAll();
+  changeBomMode(settings.bommode);
+}
+
+function populateMetadata() {
+  document.getElementById("title").innerHTML = pcbdata.metadata.title;
+  document.getElementById("revision").innerHTML = "Rev: " + pcbdata.metadata.revision;
+  document.getElementById("company").innerHTML = pcbdata.metadata.company;
+  document.getElementById("filedate").innerHTML = pcbdata.metadata.date;
+  if (pcbdata.metadata.title != "") {
+    document.title = pcbdata.metadata.title + " BOM";
+  }
+  // Calculate board stats
+  var fp_f = 0,
+    fp_b = 0,
+    pads_f = 0,
+    pads_b = 0,
+    pads_th = 0;
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    if (pcbdata.bom.skipped.includes(i)) continue;
+    var mod = pcbdata.footprints[i];
+    if (mod.layer == "F") {
+      fp_f++;
+    } else {
+      fp_b++;
+    }
+    for (var pad of mod.pads) {
+      if (pad.type == "th") {
+        pads_th++;
+      } else {
+        if (pad.layers.includes("F")) {
+          pads_f++;
+        }
+        if (pad.layers.includes("B")) {
+          pads_b++;
+        }
+      }
+    }
+  }
+  document.getElementById("stats-components-front").innerHTML = fp_f;
+  document.getElementById("stats-components-back").innerHTML = fp_b;
+  document.getElementById("stats-components-total").innerHTML = fp_f + fp_b;
+  document.getElementById("stats-groups-front").innerHTML = pcbdata.bom.F.length;
+  document.getElementById("stats-groups-back").innerHTML = pcbdata.bom.B.length;
+  document.getElementById("stats-groups-total").innerHTML = pcbdata.bom.both.length;
+  document.getElementById("stats-smd-pads-front").innerHTML = pads_f;
+  document.getElementById("stats-smd-pads-back").innerHTML = pads_b;
+  document.getElementById("stats-smd-pads-total").innerHTML = pads_f + pads_b;
+  document.getElementById("stats-th-pads").innerHTML = pads_th;
+  // Update version string
+  document.getElementById("github-link").innerHTML = "InteractiveHtmlBom&nbsp;" +
+    /^v\d+\.\d+/.exec(pcbdata.ibom_version)[0];
+}
+
+function changeBomLayout(layout) {
+  document.getElementById("bom-btn").classList.remove("depressed");
+  document.getElementById("lr-btn").classList.remove("depressed");
+  document.getElementById("tb-btn").classList.remove("depressed");
+  switch (layout) {
+    case 'bom-only':
+      document.getElementById("bom-btn").classList.add("depressed");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      document.getElementById("frontcanvas").style.display = "none";
+      document.getElementById("backcanvas").style.display = "none";
+      document.getElementById("topmostdiv").style.height = "";
+      document.getElementById("topmostdiv").style.display = "block";
+      break;
+    case 'top-bottom':
+      document.getElementById("tb-btn").classList.add("depressed");
+      document.getElementById("frontcanvas").style.display = "";
+      document.getElementById("backcanvas").style.display = "";
+      document.getElementById("topmostdiv").style.height = "100%";
+      document.getElementById("topmostdiv").style.display = "flex";
+      document.getElementById("bomdiv").classList.remove("split-horizontal");
+      document.getElementById("canvasdiv").classList.remove("split-horizontal");
+      document.getElementById("frontcanvas").classList.add("split-horizontal");
+      document.getElementById("backcanvas").classList.add("split-horizontal");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+        sizes: [50, 50],
+        onDragEnd: resizeAll,
+        direction: "vertical",
+        gutterSize: 5
+      });
+      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+        sizes: [50, 50],
+        gutterSize: 5,
+        onDragEnd: resizeAll
+      });
+      break;
+    case 'left-right':
+      document.getElementById("lr-btn").classList.add("depressed");
+      document.getElementById("frontcanvas").style.display = "";
+      document.getElementById("backcanvas").style.display = "";
+      document.getElementById("topmostdiv").style.height = "100%";
+      document.getElementById("topmostdiv").style.display = "flex";
+      document.getElementById("bomdiv").classList.add("split-horizontal");
+      document.getElementById("canvasdiv").classList.add("split-horizontal");
+      document.getElementById("frontcanvas").classList.remove("split-horizontal");
+      document.getElementById("backcanvas").classList.remove("split-horizontal");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+        sizes: [50, 50],
+        onDragEnd: resizeAll,
+        gutterSize: 5
+      });
+      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+        sizes: [50, 50],
+        gutterSize: 5,
+        direction: "vertical",
+        onDragEnd: resizeAll
+      });
+  }
+  settings.bomlayout = layout;
+  writeStorage("bomlayout", layout);
+  changeCanvasLayout(settings.canvaslayout);
+}
+
+function changeBomMode(mode) {
+  document.getElementById("bom-grouped-btn").classList.remove("depressed");
+  document.getElementById("bom-ungrouped-btn").classList.remove("depressed");
+  document.getElementById("bom-netlist-btn").classList.remove("depressed");
+  var chkbxs = document.getElementsByClassName("visibility_checkbox");
+
+  switch (mode) {
+    case 'grouped':
+      document.getElementById("bom-grouped-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = false;
+      }
+      break;
+    case 'ungrouped':
+      document.getElementById("bom-ungrouped-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = false;
+      }
+      break;
+    case 'netlist':
+      document.getElementById("bom-netlist-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = true;
+      }
+  }
+
+  writeStorage("bommode", mode);
+  if (mode != settings.bommode) {
+    settings.bommode = mode;
+    bomSortFunction = null;
+    currentSortColumn = null;
+    currentSortOrder = null;
+    clearHighlightedFootprints();
+  }
+  populateBomTable();
+}
+
+function focusFilterField() {
+  focusInputField(document.getElementById("filter"));
+}
+
+function focusRefLookupField() {
+  focusInputField(document.getElementById("reflookup"));
+}
+
+function toggleBomCheckbox(bomrowid, checkboxnum) {
+  if (!bomrowid || checkboxnum > settings.checkboxes.length) {
+    return;
+  }
+  var bomrow = document.getElementById(bomrowid);
+  var checkbox = bomrow.childNodes[checkboxnum].childNodes[0];
+  checkbox.checked = !checkbox.checked;
+  checkbox.indeterminate = false;
+  checkbox.onchange();
+}
+
+function checkBomCheckbox(bomrowid, checkboxname) {
+  var checkboxnum = 0;
+  while (checkboxnum < settings.checkboxes.length &&
+    settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+    checkboxnum++;
+  }
+  if (!bomrowid || checkboxnum >= settings.checkboxes.length) {
+    return;
+  }
+  var bomrow = document.getElementById(bomrowid);
+  var checkbox = bomrow.childNodes[checkboxnum + 1].childNodes[0];
+  checkbox.checked = true;
+  checkbox.indeterminate = false;
+  checkbox.onchange();
+}
+
+function setBomCheckboxes(value) {
+  writeStorage("bomCheckboxes", value);
+  settings.checkboxes = value.split(",").map((e) => e.trim()).filter((e) => e);
+  prepCheckboxes();
+  populateMarkWhenCheckedOptions();
+  setMarkWhenChecked(settings.markWhenChecked);
+}
+
+function setMarkWhenChecked(value) {
+  writeStorage("markWhenChecked", value);
+  settings.markWhenChecked = value;
+  markedFootprints.clear();
+  for (var ref of (value ? getStoredCheckboxRefs(value) : [])) {
+    markedFootprints.add(ref);
+  }
+  populateBomTable();
+  drawHighlights();
+}
+
+function prepCheckboxes() {
+  var table = document.getElementById("checkbox-stats");
+  while (table.childElementCount > 1) {
+    table.removeChild(table.lastChild);
+  }
+  if (settings.checkboxes.length) {
+    table.style.display = "";
+  } else {
+    table.style.display = "none";
+  }
+  for (var checkbox of settings.checkboxes) {
+    var tr = document.createElement("TR");
+    var td = document.createElement("TD");
+    td.innerHTML = checkbox;
+    tr.appendChild(td);
+    td = document.createElement("TD");
+    td.id = "checkbox-stats-" + checkbox;
+    var progressbar = document.createElement("div");
+    progressbar.classList.add("bar");
+    td.appendChild(progressbar);
+    var text = document.createElement("div");
+    text.classList.add("text");
+    td.appendChild(text);
+    tr.appendChild(td);
+    table.appendChild(tr);
+    updateCheckboxStats(checkbox);
+  }
+}
+
+function populateMarkWhenCheckedOptions() {
+  var container = document.getElementById("markWhenCheckedContainer");
+
+  if (settings.checkboxes.length == 0) {
+    container.parentElement.style.display = "none";
+    return;
+  }
+
+  container.innerHTML = '';
+  container.parentElement.style.display = "inline-block";
+
+  function createOption(name, displayName) {
+    var id = "markWhenChecked-" + name;
+
+    var div = document.createElement("div");
+    div.classList.add("radio-container");
+
+    var input = document.createElement("input");
+    input.type = "radio";
+    input.name = "markWhenChecked";
+    input.value = name;
+    input.id = id;
+    input.onchange = () => setMarkWhenChecked(name);
+    div.appendChild(input);
+
+    // Preserve the selected element when the checkboxes change
+    if (name == settings.markWhenChecked) {
+      input.checked = true;
+    }
+
+    var label = document.createElement("label");
+    label.innerHTML = displayName;
+    label.htmlFor = id;
+    div.appendChild(label);
+
+    container.appendChild(div);
+  }
+  createOption("", "None");
+  for (var checkbox of settings.checkboxes) {
+    createOption(checkbox, checkbox);
+  }
+}
+
+function updateCheckboxStats(checkbox) {
+  var checked = getStoredCheckboxRefs(checkbox).size;
+  var total = pcbdata.footprints.length - pcbdata.bom.skipped.length;
+  var percent = checked * 100.0 / total;
+  var td = document.getElementById("checkbox-stats-" + checkbox);
+  td.firstChild.style.width = percent + "%";
+  td.lastChild.innerHTML = checked + "/" + total + " (" + Math.round(percent) + "%)";
+}
+
+function constrain(number, min, max){
+  return Math.min(Math.max(parseInt(number), min), max);
+}
+
+document.onkeydown = function (e) {
+  switch (e.key) {
+    case "n":
+      if (document.activeElement.type == "text") {
+        return;
+      }
+      if (currentHighlightedRowId !== null) {
+        checkBomCheckbox(currentHighlightedRowId, "placed");
+        highlightNextRow();
+        e.preventDefault();
+      }
+      break;
+    case "ArrowUp":
+      highlightPreviousRow();
+      e.preventDefault();
+      break;
+    case "ArrowDown":
+      highlightNextRow();
+      e.preventDefault();
+      break;
+    case "ArrowLeft":
+    case "ArrowRight":
+      if (document.activeElement.type != "text"){
+        e.preventDefault();
+        let boardRotationElement = document.getElementById("boardRotation")
+        settings.boardRotation = parseInt(boardRotationElement.value);  // degrees / 5
+        if (e.key == "ArrowLeft"){
+            settings.boardRotation += 3;  // 15 degrees
+        }
+        else{
+            settings.boardRotation -= 3;
+        }
+        settings.boardRotation = constrain(settings.boardRotation, boardRotationElement.min, boardRotationElement.max);
+        boardRotationElement.value = settings.boardRotation
+        setBoardRotation(settings.boardRotation);
+      }
+      break;
+    default:
+      break;
+  }
+  if (e.altKey) {
+    switch (e.key) {
+      case "f":
+        focusFilterField();
+        e.preventDefault();
+        break;
+      case "r":
+        focusRefLookupField();
+        e.preventDefault();
+        break;
+      case "z":
+        changeBomLayout("bom-only");
+        e.preventDefault();
+        break;
+      case "x":
+        changeBomLayout("left-right");
+        e.preventDefault();
+        break;
+      case "c":
+        changeBomLayout("top-bottom");
+        e.preventDefault();
+        break;
+      case "v":
+        changeCanvasLayout("F");
+        e.preventDefault();
+        break;
+      case "b":
+        changeCanvasLayout("FB");
+        e.preventDefault();
+        break;
+      case "n":
+        changeCanvasLayout("B");
+        e.preventDefault();
+        break;
+      default:
+        break;
+    }
+    if (e.key >= '1' && e.key <= '9') {
+      toggleBomCheckbox(currentHighlightedRowId, parseInt(e.key));
+      e.preventDefault();
+    }
+  }
+}
+
+function hideNetlistButton() {
+  document.getElementById("bom-ungrouped-btn").classList.remove("middle-button");
+  document.getElementById("bom-ungrouped-btn").classList.add("right-most-button");
+  document.getElementById("bom-netlist-btn").style.display = "none";
+}
+
+function topToggle() {
+  var top = document.getElementById("top");
+  var toptoggle = document.getElementById("toptoggle");
+  if (top.style.display === "none") {
+    top.style.display = "flex";
+    toptoggle.classList.remove("flipped");
+  } else {
+    top.style.display = "none";
+    toptoggle.classList.add("flipped");
+  }
+}
+
+window.onload = function (e) {
+  initUtils();
+  initRender();
+  initStorage();
+  initDefaults();
+  cleanGutters();
+  populateMetadata();
+  dbgdiv = document.getElementById("dbg");
+  bom = document.getElementById("bombody");
+  bomhead = document.getElementById("bomhead");
+  filter = "";
+  reflookup = "";
+  if (!("nets" in pcbdata)) {
+    hideNetlistButton();
+  }
+  initDone = true;
+  setBomCheckboxes(document.getElementById("bomCheckboxes").value);
+  // Triggers render
+  changeBomLayout(settings.bomlayout);
+
+  // Users may leave fullscreen without touching the checkbox. Uncheck.
+  document.addEventListener('fullscreenchange', () => {
+    if (!document.fullscreenElement)
+      document.getElementById('fullscreenCheckbox').checked = false;
+  });
+}
+
+window.onresize = resizeAll;
+window.matchMedia("print").addListener(resizeAll);
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+// EventHandler.registerCallback(IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, () => {
+//     for(var tr of bom.childNodes) {
+//         tr.onclick = tr.onmousemove;
+//         tr.onmousemove = null;
+//     };
+// });
+
+///////////////////////////////////////////////
+  </script>
+</head>
+
+<body>
+
+<div id="topmostdiv" class="topmostdiv">
+  <div id="top">
+    <div id="fileinfodiv">
+      <table class="fileinfo">
+        <tbody>
+          <tr>
+            <td id="title" class="title" style="width: 70%">
+              Title
+            </td>
+            <td id="revision" class="title" style="width: 30%">
+              Revision
+            </td>
+          </tr>
+          <tr>
+            <td id="company">
+              Company
+            </td>
+            <td id="filedate">
+              Date
+            </td>
+          </tr>
+        </tbody>
+      </table>
+    </div>
+    <div id="bomcontrols">
+      <div class="hideonprint menu">
+        <button class="menubtn"></button>
+        <div class="menu-content">
+          <label class="menu-label menu-label-top" style="width: calc(50% - 18px)">
+            <input id="darkmodeCheckbox" type="checkbox" onchange="setDarkMode(this.checked)">
+            Dark mode
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label menu-label-top" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="fullscreenCheckbox" type="checkbox" onchange="setFullscreen(this.checked)">
+            Full Screen
+          </label>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="fabricationCheckbox" type="checkbox" checked onchange="fabricationVisible(this.checked)">
+            Fab layer
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="silkscreenCheckbox" type="checkbox" checked onchange="silkscreenVisible(this.checked)">
+            Silkscreen
+          </label>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="referencesCheckbox" type="checkbox" checked onchange="referencesVisible(this.checked)">
+            References
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="valuesCheckbox" type="checkbox" checked onchange="valuesVisible(this.checked)">
+            Values
+          </label>
+          <div id="tracksAndZonesCheckboxes">
+            <label class="menu-label" style="width: calc(50% - 18px)">
+              <input id="tracksCheckbox" type="checkbox" checked onchange="tracksVisible(this.checked)">
+              Tracks
+            </label><!-- This comment eats space! All of it!
+            --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+              <input id="zonesCheckbox" type="checkbox" checked onchange="zonesVisible(this.checked)">
+              Zones
+            </label>
+          </div>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="padsCheckbox" type="checkbox" checked onchange="padsVisible(this.checked)">
+            Pads
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="dnpOutlineCheckbox" type="checkbox" checked onchange="dnpOutline(this.checked)">
+            DNP outlined
+          </label>
+          <label class="menu-label">
+            <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
+            Continuous redraw on drag
+          </label>
+          <label class="menu-label">
+            Highlight first pin
+            <form id="highlightpin1">
+              <div class="flexbox">
+                <label>
+                  <input type="radio" name="highlightpin1" value="none" onchange="setHighlightPin1('none')">
+                  None
+                </label>
+                <label>
+                  <input type="radio" name="highlightpin1" value="all" onchange="setHighlightPin1('all')">
+                  All
+                </label>
+                <label>
+                  <input type="radio" name="highlightpin1" value="selected" onchange="setHighlightPin1('selected')">
+                  Selected
+                </label>
+              </div>
+            </form>
+          </label>
+          <label class="menu-label">
+            <span>Board rotation</span>
+            <span style="float: right"><span id="rotationDegree">0</span>&#176;</span>
+            <input id="boardRotation" type="range" min="-36" max="36" value="0" class="slider" oninput="setBoardRotation(this.value)">
+          </label>
+          <label class="menu-label">
+            <input id="offsetBackRotationCheckbox" type="checkbox" onchange="setOffsetBackRotation(this.checked)">
+            Offset back rotation
+          </label>
+          <label class="menu-label">
+            <div style="margin-left: 5px">Bom checkboxes</div>
+            <input id="bomCheckboxes" class="menu-textbox" type=text
+                   oninput="setBomCheckboxes(this.value)">
+          </label>
+          <label class="menu-label">
+            <div style="margin-left: 5px">Mark when checked</div>
+            <div id="markWhenCheckedContainer"></div>
+          </label>
+          <label class="menu-label">
+            <span class="shameless-plug">
+              <span>Created using</span>
+              <a id="github-link" target="blank" href="https://github.com/openscopeproject/InteractiveHtmlBom">InteractiveHtmlBom</a>
+              <a target="blank" title="Mouse and keyboard help" href="https://github.com/openscopeproject/InteractiveHtmlBom/wiki/Usage#bom-page-mouse-actions" style="text-decoration: none;"><label class="help-link">?</label></a>
+            </span>
+          </label>
+        </div>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
+                title="Front only">F
+        </button>
+        <button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
+                title="Front and Back">FB
+        </button>
+        <button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
+                title="Back only">B
+        </button>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
+                title="BOM only"></button>
+        <button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
+                title="BOM left, drawings right"></button>
+        <button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
+                title="BOM top, drawings bot"></button>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
+                title="Grouped BOM"></button>
+        <button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
+                title="Ungrouped BOM"></button>
+        <button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
+                title="Netlist"></button>
+      </div>
+      <div class="hideonprint menu">
+        <button class="statsbtn"></button>
+        <div class="menu-content">
+          <table class="stats">
+            <tbody>
+              <tr>
+                <td width="40%">Board stats</td>
+                <td>Front</td>
+                <td>Back</td>
+                <td>Total</td>
+              </tr>
+              <tr>
+                <td>Components</td>
+                <td id="stats-components-front">~</td>
+                <td id="stats-components-back">~</td>
+                <td id="stats-components-total">~</td>
+              </tr>
+              <tr>
+                <td>Groups</td>
+                <td id="stats-groups-front">~</td>
+                <td id="stats-groups-back">~</td>
+                <td id="stats-groups-total">~</td>
+              </tr>
+              <tr>
+                <td>SMD pads</td>
+                <td id="stats-smd-pads-front">~</td>
+                <td id="stats-smd-pads-back">~</td>
+                <td id="stats-smd-pads-total">~</td>
+              </tr>
+              <tr>
+                <td>TH pads</td>
+                <td colspan=3 id="stats-th-pads">~</td>
+              </tr>
+            </tbody>
+          </table>
+          <table class="stats">
+            <col width="40%"/><col />
+            <tbody id="checkbox-stats">
+              <tr>
+                <td colspan=2 style="border-top: 0">Checkboxes</td>
+              </tr>
+            </tbody>
+          </table>
+        </div>
+      </div>
+      <div class="hideonprint menu">
+        <button class="iobtn"></button>
+        <div class="menu-content">
+          <div class="menu-label menu-label-top">
+            <div style="margin-left: 5px;">Save board image</div>
+            <div class="flexbox">
+              <input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
+                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+              <span>X</span>
+              <input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
+                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+            </div>
+            <label>
+              <input id="render-save-transparent" type="checkbox">
+              Transparent background
+            </label>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveImage('F')">Front</button>
+              <button class="savebtn" onclick="saveImage('B')">Back</button>
+            </div>
+          </div>
+          <div class="menu-label">
+            <span style="margin-left: 5px;">Config and checkbox state</span>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveSettings()">Export</button>
+              <button class="savebtn" onclick="loadSettings()">Import</button>
+              <button class="savebtn" onclick="resetSettings()">Reset</button>
+            </div>
+          </div>
+          <div class="menu-label">
+            <span style="margin-left: 5px;">Save bom table as</span>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveBomTable('csv')">csv</button>
+              <button class="savebtn" onclick="saveBomTable('txt')">txt</button>
+            </div>
+          </div>
+        </div>
+      </div>
+    </div>
+  </div>
+  <div id="topdivider">
+    <div class="hideonprint">
+      <div id="toptoggle" onclick="topToggle()">︽</div>
+    </div>
+  </div>
+  <div id="bot" class="split" style="flex: 1 1">
+    <div id="bomdiv" class="split split-horizontal">
+      <div style="width: 100%">
+        <input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
+               oninput="updateRefLookup(this.value)">
+        <input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
+               oninput="updateFilter(this.value)">
+        <div class="button-container hideonprint" style="float: left; margin: 0;">
+          <button id="copy" title="Copy bom table to clipboard"
+               onclick="saveBomTable('clipboard')"></button>
+        </div>
+      </div>
+      <div id="dbg"></div>
+      <table class="bom" id="bomtable">
+        <thead id="bomhead">
+        </thead>
+        <tbody id="bombody">
+        </tbody>
+      </table>
+    </div>
+    <div id="canvasdiv" class="split split-horizontal">
+      <div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
+        <div style="position: relative; width: 100%; height: 100%;">
+          <canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+          <canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+          <canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+          <canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+        </div>
+      </div>
+      <div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
+        <div style="position: relative; width: 100%; height: 100%;">
+          <canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+          <canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+          <canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+          <canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+        </div>
+      </div>
+    </div>
+  </div>
+</div>
+
+</body>
+
+</html>
diff --git a/doc/source/source_rst/hardware/mb/ibom.html b/doc/source/source_rst/hardware/mb/ibom.html
new file mode 100644
index 00000000..a2fef3a0
--- /dev/null
+++ b/doc/source/source_rst/hardware/mb/ibom.html
@@ -0,0 +1,4669 @@
+<!DOCTYPE html>
+<html lang="en">
+
+<head>
+  <meta charset="UTF-8">
+  <meta name="viewport" content="width=device-width, initial-scale=1.0">
+  <title>Interactive BOM for KiCAD</title>
+  <style type="text/css">
+:root {
+  --pcb-edge-color: black;
+  --pad-color: #878787;
+  --pad-hole-color: #CCCCCC;
+  --pad-color-highlight: #D04040;
+  --pad-color-highlight-both: #D0D040;
+  --pad-color-highlight-marked: #44a344;
+  --pin1-outline-color: #ffb629;
+  --pin1-outline-color-highlight: #ffb629;
+  --pin1-outline-color-highlight-both: #fcbb39;
+  --pin1-outline-color-highlight-marked: #fdbe41;
+  --silkscreen-edge-color: #aa4;
+  --silkscreen-polygon-color: #4aa;
+  --silkscreen-text-color: #4aa;
+  --fabrication-edge-color: #907651;
+  --fabrication-polygon-color: #907651;
+  --fabrication-text-color: #a27c24;
+  --track-color: #def5f1;
+  --track-color-highlight: #D04040;
+  --zone-color: #def5f1;
+  --zone-color-highlight: #d0404080;
+}
+
+html,
+body {
+  margin: 0px;
+  height: 100%;
+  font-family: Verdana, sans-serif;
+}
+
+.dark.topmostdiv {
+  --pcb-edge-color: #eee;
+  --pad-color: #808080;
+  --pin1-outline-color: #ffa800;
+  --pin1-outline-color-highlight: #ccff00;
+  --track-color: #42524f;
+  --zone-color: #42524f;
+  background-color: #252c30;
+  color: #eee;
+}
+
+button {
+  background-color: #eee;
+  border: 1px solid #888;
+  color: black;
+  height: 44px;
+  width: 44px;
+  text-align: center;
+  text-decoration: none;
+  display: inline-block;
+  font-size: 14px;
+  font-weight: bolder;
+}
+
+.dark button {
+  /* This will be inverted */
+  background-color: #c3b7b5;
+}
+
+button.depressed {
+  background-color: #0a0;
+  color: white;
+}
+
+.dark button.depressed {
+  /* This will be inverted */
+  background-color: #b3b;
+}
+
+button:focus {
+  outline: 0;
+}
+
+button#tb-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.32 290.12h5.82M1.32 291.45h5.82' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 292.5v4.23M.26 292.63H8.2' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='1.35' y='295.73'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
+}
+
+button#lr-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.06 290.12H3.7m-2.64 1.33H3.7m-2.64 1.32H3.7m-2.64 1.3H3.7m-2.64 1.33H3.7' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 288.8v7.94m0-4.11h3.96' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='5.11' y='291.96'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
+}
+
+button#bom-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)' fill='none' stroke='%23000' stroke-width='.4'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' stroke-linejoin='round'/%3E%3Cpath d='M1.59 290.12h5.29M1.59 291.45h5.33M1.59 292.75h5.33M1.59 294.09h5.33M1.59 295.41h5.33'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-grouped-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m4 0h5m4 0h3M6.1 22h3m3.9 0h5m4 0h4m-16-8h4m4 0h4'/%3E%3Cpath stroke-linecap='null' d='M5 17.5h22M5 26.6h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-ungrouped-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m-4 8h3m-3 8h4'/%3E%3Cpath stroke-linecap='null' d='M5 13.5h22m-22 8h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-netlist-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg fill='none' stroke='%23000' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-width='2' d='M6 26l6-6v-8m13.8-6.3l-6 6v8'/%3E%3Ccircle cx='11.8' cy='9.5' r='2.8' stroke-width='2'/%3E%3Ccircle cx='19.8' cy='22.8' r='2.8' stroke-width='2'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#copy {
+  background-image: url("data:image/svg+xml,%3Csvg height='48' viewBox='0 0 48 48' width='48' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M0 0h48v48h-48z' fill='none'/%3E%3Cpath d='M32 2h-24c-2.21 0-4 1.79-4 4v28h4v-28h24v-4zm6 8h-22c-2.21 0-4 1.79-4 4v28c0 2.21 1.79 4 4 4h22c2.21 0 4-1.79 4-4v-28c0-2.21-1.79-4-4-4zm0 32h-22v-28h22v28z'/%3E%3C/svg%3E");
+  background-position: 6px 6px;
+  background-repeat: no-repeat;
+  background-size: 26px 26px;
+  border-radius: 6px;
+  height: 40px;
+  width: 40px;
+  margin: 10px 5px;
+}
+
+button#copy:active {
+  box-shadow: inset 0px 0px 5px #6c6c6c;
+}
+
+textarea.clipboard-temp {
+  position: fixed;
+  top: 0;
+  left: 0;
+  width: 2em;
+  height: 2em;
+  padding: 0;
+  border: None;
+  outline: None;
+  box-shadow: None;
+  background: transparent;
+}
+
+.left-most-button {
+  border-right: 0;
+  border-top-left-radius: 6px;
+  border-bottom-left-radius: 6px;
+}
+
+.middle-button {
+  border-right: 0;
+}
+
+.right-most-button {
+  border-top-right-radius: 6px;
+  border-bottom-right-radius: 6px;
+}
+
+.button-container {
+  font-size: 0;
+  margin: 0.4rem 0.4rem 0.4rem 0;
+}
+
+.dark .button-container {
+  filter: invert(1);
+}
+
+.button-container button {
+  background-size: 32px 32px;
+  background-position: 5px 5px;
+  background-repeat: no-repeat;
+}
+
+@media print {
+  .hideonprint {
+    display: none;
+  }
+}
+
+canvas {
+  cursor: crosshair;
+}
+
+canvas:active {
+  cursor: grabbing;
+}
+
+.fileinfo {
+  width: 100%;
+  max-width: 1000px;
+  border: none;
+  padding: 3px;
+}
+
+.fileinfo .title {
+  font-size: 20pt;
+  font-weight: bold;
+}
+
+.fileinfo td {
+  overflow: hidden;
+  white-space: nowrap;
+  max-width: 1px;
+  width: 50%;
+  text-overflow: ellipsis;
+}
+
+.bom {
+  border-collapse: collapse;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 10pt;
+  table-layout: fixed;
+  width: 100%;
+  margin-top: 1px;
+  position: relative;
+}
+
+.bom th,
+.bom td {
+  border: 1px solid black;
+  padding: 5px;
+  word-wrap: break-word;
+  text-align: center;
+  position: relative;
+}
+
+.dark .bom th,
+.dark .bom td {
+  border: 1px solid #777;
+}
+
+.bom th {
+  background-color: #CCCCCC;
+  background-clip: padding-box;
+}
+
+.dark .bom th {
+  background-color: #3b4749;
+}
+
+.bom tr.highlighted:nth-child(n) {
+  background-color: #cfc;
+}
+
+.dark .bom tr.highlighted:nth-child(n) {
+  background-color: #226022;
+}
+
+.bom tr:nth-child(even) {
+  background-color: #f2f2f2;
+}
+
+.dark .bom tr:nth-child(even) {
+  background-color: #313b40;
+}
+
+.bom tr.checked {
+  color: #1cb53d;
+}
+
+.dark .bom tr.checked {
+  color: #2cce54;
+}
+
+.bom tr {
+  transition: background-color 0.2s;
+}
+
+.bom .numCol {
+  width: 30px;
+}
+
+.bom .value {
+  width: 15%;
+}
+
+.bom .quantity {
+  width: 65px;
+}
+
+.bom th .sortmark {
+  position: absolute;
+  right: 1px;
+  top: 1px;
+  margin-top: -5px;
+  border-width: 5px;
+  border-style: solid;
+  border-color: transparent transparent #221 transparent;
+  transform-origin: 50% 85%;
+  transition: opacity 0.2s, transform 0.4s;
+}
+
+.dark .bom th .sortmark {
+  filter: invert(1);
+}
+
+.bom th .sortmark.none {
+  opacity: 0;
+}
+
+.bom th .sortmark.desc {
+  transform: rotate(180deg);
+}
+
+.bom th:hover .sortmark.none {
+  opacity: 0.5;
+}
+
+.bom .bom-checkbox {
+  width: 30px;
+  position: relative;
+  user-select: none;
+  -moz-user-select: none;
+}
+
+.bom .bom-checkbox:before {
+  content: "";
+  position: absolute;
+  border-width: 15px;
+  border-style: solid;
+  border-color: #51829f transparent transparent transparent;
+  visibility: hidden;
+  top: -15px;
+}
+
+.bom .bom-checkbox:after {
+  content: "Double click to set/unset all";
+  position: absolute;
+  color: white;
+  top: -35px;
+  left: -26px;
+  background: #51829f;
+  padding: 5px 15px;
+  border-radius: 8px;
+  white-space: nowrap;
+  visibility: hidden;
+}
+
+.bom .bom-checkbox:hover:before,
+.bom .bom-checkbox:hover:after {
+  visibility: visible;
+  transition: visibility 0.2s linear 1s;
+}
+
+.split {
+  -webkit-box-sizing: border-box;
+  -moz-box-sizing: border-box;
+  box-sizing: border-box;
+  overflow-y: auto;
+  overflow-x: hidden;
+  background-color: inherit;
+}
+
+.split.split-horizontal,
+.gutter.gutter-horizontal {
+  height: 100%;
+  float: left;
+}
+
+.gutter {
+  background-color: #ddd;
+  background-repeat: no-repeat;
+  background-position: 50%;
+  transition: background-color 0.3s;
+}
+
+.dark .gutter {
+  background-color: #777;
+}
+
+.gutter.gutter-horizontal {
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAeCAYAAADkftS9AAAAIklEQVQoU2M4c+bMfxAGAgYYmwGrIIiDjrELjpo5aiZeMwF+yNnOs5KSvgAAAABJRU5ErkJggg==');
+  cursor: ew-resize;
+  width: 5px;
+}
+
+.gutter.gutter-vertical {
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAFAQMAAABo7865AAAABlBMVEVHcEzMzMzyAv2sAAAAAXRSTlMAQObYZgAAABBJREFUeF5jOAMEEAIEEFwAn3kMwcB6I2AAAAAASUVORK5CYII=');
+  cursor: ns-resize;
+  height: 5px;
+}
+
+.searchbox {
+  float: left;
+  height: 40px;
+  margin: 10px 5px;
+  padding: 12px 32px;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 18px;
+  box-sizing: border-box;
+  border: 1px solid #888;
+  border-radius: 6px;
+  outline: none;
+  background-color: #eee;
+  transition: background-color 0.2s, border 0.2s;
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAABNklEQVQ4T8XSMUvDQBQH8P/LElFa/AIZHcTBQSz0I/gFstTBRR2KUC4ldDxw7h0Bl3RRUATxi4iiODgoiLNrbQYp5J6cpJJqomkX33Z37/14d/dIa33MzDuYI4johOI4XhyNRteO46zNYjDzAxE1yBZprVeZ+QbAUhXEGJMA2Ox2u4+fQIa0mPmsCgCgJYQ4t7lfgF0opQYAdv9ABkKI/UnOFCClXKjX61cA1osQY8x9kiRNKeV7IWA3oyhaSdP0FkAtjxhj3hzH2RBCPOf3pzqYHCilfAAX+URm9oMguPzeWSGQvUcMYC8rOBJCHBRdqxTo9/vbRHRqi8bj8XKv1xvODbiuW2u32/bvf0SlDv4XYOY7z/Mavu+nM1+BmQ+NMc0wDF/LprP0DbTWW0T00ul0nn4b7Q87+X4Qmfiq2wAAAABJRU5ErkJggg==');
+  background-position: 10px 10px;
+  background-repeat: no-repeat;
+}
+
+.dark .searchbox {
+  background-color: #111;
+  color: #eee;
+}
+
+.searchbox::placeholder {
+  color: #ccc;
+}
+
+.dark .searchbox::placeholder {
+  color: #666;
+}
+
+.filter {
+  width: calc(60% - 64px);
+}
+
+.reflookup {
+  width: calc(40% - 10px);
+}
+
+input[type=text]:focus {
+  background-color: white;
+  border: 1px solid #333;
+}
+
+.dark input[type=text]:focus {
+  background-color: #333;
+  border: 1px solid #ccc;
+}
+
+mark.highlight {
+  background-color: #5050ff;
+  color: #fff;
+  padding: 2px;
+  border-radius: 6px;
+}
+
+.dark mark.highlight {
+  background-color: #76a6da;
+  color: #111;
+}
+
+.menubtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36' viewBox='0 0 20 20'%3E%3Cpath fill='none' d='M0 0h20v20H0V0z'/%3E%3Cpath d='M15.95 10.78c.03-.25.05-.51.05-.78s-.02-.53-.06-.78l1.69-1.32c.15-.12.19-.34.1-.51l-1.6-2.77c-.1-.18-.31-.24-.49-.18l-1.99.8c-.42-.32-.86-.58-1.35-.78L12 2.34c-.03-.2-.2-.34-.4-.34H8.4c-.2 0-.36.14-.39.34l-.3 2.12c-.49.2-.94.47-1.35.78l-1.99-.8c-.18-.07-.39 0-.49.18l-1.6 2.77c-.1.18-.06.39.1.51l1.69 1.32c-.04.25-.07.52-.07.78s.02.53.06.78L2.37 12.1c-.15.12-.19.34-.1.51l1.6 2.77c.1.18.31.24.49.18l1.99-.8c.42.32.86.58 1.35.78l.3 2.12c.04.2.2.34.4.34h3.2c.2 0 .37-.14.39-.34l.3-2.12c.49-.2.94-.47 1.35-.78l1.99.8c.18.07.39 0 .49-.18l1.6-2.77c.1-.18.06-.39-.1-.51l-1.67-1.32zM10 13c-1.65 0-3-1.35-3-3s1.35-3 3-3 3 1.35 3 3-1.35 3-3 3z'/%3E%3C/svg%3E%0A");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.statsbtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg width='36' height='36' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M4 6h28v24H4V6zm0 8h28v8H4m9-16v24h10V5.8' fill='none' stroke='%23000' stroke-width='2'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.iobtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36'%3E%3Cpath fill='none' stroke='%23000' stroke-width='2' d='M3 33v-7l6.8-7h16.5l6.7 7v7H3zM3.2 26H33M21 9l5-5.9 5 6h-2.5V15h-5V9H21zm-4.9 0l-5 6-5-6h2.5V3h5v6h2.5z'/%3E%3Cpath fill='none' stroke='%23000' d='M6.1 29.5H10'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.visbtn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='24' height='24'%3E%3Cpath fill='none' stroke='%23333' d='M2.5 4.5h5v15h-5zM9.5 4.5h5v15h-5zM16.5 4.5h5v15h-5z'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+  padding: 15px;
+}
+
+#vismenu-content {
+  left: 0px;
+  font-family: Verdana, sans-serif;
+}
+
+.dark .statsbtn,
+.dark .savebtn,
+.dark .menubtn,
+.dark .iobtn,
+.dark .visbtn {
+  filter: invert(1);
+}
+
+.flexbox {
+  display: flex;
+  align-items: center;
+  justify-content: space-between;
+  width: 100%;
+}
+
+.savebtn {
+  background-color: #d6d6d6;
+  width: auto;
+  height: 30px;
+  flex-grow: 1;
+  margin: 5px;
+  border-radius: 4px;
+}
+
+.savebtn:active {
+  background-color: #0a0;
+  color: white;
+}
+
+.dark .savebtn:active {
+  /* This will be inverted */
+  background-color: #b3b;
+}
+
+.stats {
+  border-collapse: collapse;
+  font-size: 12pt;
+  table-layout: fixed;
+  width: 100%;
+  min-width: 450px;
+}
+
+.dark .stats td {
+  border: 1px solid #bbb;
+}
+
+.stats td {
+  border: 1px solid black;
+  padding: 5px;
+  word-wrap: break-word;
+  text-align: center;
+  position: relative;
+}
+
+#checkbox-stats div {
+  position: absolute;
+  left: 0;
+  top: 0;
+  height: 100%;
+  width: 100%;
+  display: flex;
+  align-items: center;
+  justify-content: center;
+}
+
+#checkbox-stats .bar {
+  background-color: rgba(28, 251, 0, 0.6);
+}
+
+.menu {
+  position: relative;
+  display: inline-block;
+  margin: 0.4rem 0.4rem 0.4rem 0;
+}
+
+.menu-content {
+  font-size: 12pt !important;
+  text-align: left !important;
+  font-weight: normal !important;
+  display: none;
+  position: absolute;
+  background-color: white;
+  right: 0;
+  min-width: 300px;
+  box-shadow: 0px 8px 16px 0px rgba(0, 0, 0, 0.2);
+  z-index: 100;
+  padding: 8px;
+}
+
+.dark .menu-content {
+  background-color: #111;
+}
+
+.menu:hover .menu-content {
+  display: block;
+}
+
+.menu:hover .menubtn,
+.menu:hover .iobtn,
+.menu:hover .statsbtn {
+  background-color: #eee;
+}
+
+.menu-label {
+  display: inline-block;
+  padding: 8px;
+  border: 1px solid #ccc;
+  border-top: 0;
+  width: calc(100% - 18px);
+}
+
+.menu-label-top {
+  border-top: 1px solid #ccc;
+}
+
+.menu-textbox {
+  float: left;
+  height: 24px;
+  margin: 10px 5px;
+  padding: 5px 5px;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 14px;
+  box-sizing: border-box;
+  border: 1px solid #888;
+  border-radius: 4px;
+  outline: none;
+  background-color: #eee;
+  transition: background-color 0.2s, border 0.2s;
+  width: calc(100% - 10px);
+}
+
+.menu-textbox.invalid,
+.dark .menu-textbox.invalid {
+  color: red;
+}
+
+.dark .menu-textbox {
+  background-color: #222;
+  color: #eee;
+}
+
+.radio-container {
+  margin: 4px;
+}
+
+.topmostdiv {
+  display: flex;
+  flex-direction: column;
+  width: 100%;
+  background-color: white;
+  transition: background-color 0.3s;
+}
+
+#top {
+  display: flex;
+  flex-wrap: wrap;
+  justify-content: flex-end;
+  align-items: center;
+}
+
+#topdivider {
+  border-bottom: 2px solid black;
+  display: flex;
+  justify-content: center;
+  align-items: center;
+}
+
+.dark #topdivider {
+  border-bottom: 2px solid #ccc;
+}
+
+#topdivider>div {
+  position: relative;
+}
+
+#toptoggle {
+  cursor: pointer;
+  user-select: none;
+  position: absolute;
+  padding: 0.1rem 0.3rem;
+  top: -0.4rem;
+  left: -1rem;
+  font-size: 1.4rem;
+  line-height: 60%;
+  border: 1px solid black;
+  border-radius: 1rem;
+  background-color: #fff;
+  z-index: 100;
+}
+
+.flipped {
+  transform: rotate(0.5turn);
+}
+
+.dark #toptoggle {
+  border: 1px solid #fff;
+  background-color: #222;
+}
+
+#fileinfodiv {
+  flex: 20rem 1 0;
+  overflow: auto;
+}
+
+#bomcontrols {
+  display: flex;
+  flex-direction: row-reverse;
+}
+
+#bomcontrols>* {
+  flex-shrink: 0;
+}
+
+#dbg {
+  display: block;
+}
+
+::-webkit-scrollbar {
+  width: 8px;
+}
+
+::-webkit-scrollbar-track {
+  background: #aaa;
+}
+
+::-webkit-scrollbar-thumb {
+  background: #666;
+  border-radius: 3px;
+}
+
+::-webkit-scrollbar-thumb:hover {
+  background: #555;
+}
+
+.slider {
+  -webkit-appearance: none;
+  width: 100%;
+  margin: 3px 0;
+  padding: 0;
+  outline: none;
+  opacity: 0.7;
+  -webkit-transition: .2s;
+  transition: opacity .2s;
+  border-radius: 3px;
+}
+
+.slider:hover {
+  opacity: 1;
+}
+
+.slider:focus {
+  outline: none;
+}
+
+.slider::-webkit-slider-runnable-track {
+  -webkit-appearance: none;
+  width: 100%;
+  height: 8px;
+  background: #d3d3d3;
+  border-radius: 3px;
+  border: none;
+}
+
+.slider::-webkit-slider-thumb {
+  -webkit-appearance: none;
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+  margin-top: -4px;
+}
+
+.dark .slider::-webkit-slider-thumb {
+  background: #3d3;
+}
+
+.slider::-moz-range-thumb {
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+}
+
+.slider::-moz-range-track {
+  height: 8px;
+  background: #d3d3d3;
+  border-radius: 3px;
+}
+
+.dark .slider::-moz-range-thumb {
+  background: #3d3;
+}
+
+.slider::-ms-track {
+  width: 100%;
+  height: 8px;
+  border-width: 3px 0;
+  background: transparent;
+  border-color: transparent;
+  color: transparent;
+  transition: opacity .2s;
+}
+
+.slider::-ms-fill-lower {
+  background: #d3d3d3;
+  border: none;
+  border-radius: 3px;
+}
+
+.slider::-ms-fill-upper {
+  background: #d3d3d3;
+  border: none;
+  border-radius: 3px;
+}
+
+.slider::-ms-thumb {
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+  margin: 0;
+}
+
+.shameless-plug {
+  font-size: 0.8em;
+  text-align: center;
+  display: block;
+}
+
+a {
+  color: #0278a4;
+}
+
+.dark a {
+  color: #00b9fd;
+}
+
+#frontcanvas,
+#backcanvas {
+  touch-action: none;
+}
+
+.placeholder {
+  border: 1px dashed #9f9fda !important;
+  background-color: #edf2f7 !important;
+}
+
+.dragging {
+  z-index: 999;
+}
+
+.dark .dragging>table>tbody>tr {
+  background-color: #252c30;
+}
+
+.dark .placeholder {
+  filter: invert(1);
+}
+
+.column-spacer {
+  top: 0;
+  left: 0;
+  width: calc(100% - 4px);
+  position: absolute;
+  cursor: pointer;
+  user-select: none;
+  height: 100%;
+}
+
+.column-width-handle {
+  top: 0;
+  right: 0;
+  width: 4px;
+  position: absolute;
+  cursor: col-resize;
+  user-select: none;
+  height: 100%;
+}
+
+.column-width-handle:hover {
+  background-color: #4f99bd;
+}
+
+.help-link {
+  border: 1px solid #0278a4;
+  padding-inline: 0.3rem;
+  border-radius: 3px;
+  cursor: pointer;
+}
+
+.dark .help-link {
+  border: 1px solid #00b9fd;
+}
+
+.bom-color {
+  width: 20%;
+}
+
+.color-column input {
+  width: 1.6rem;
+  height: 1rem;
+  border: 1px solid black;
+  cursor: pointer;
+  padding: 0;
+}
+
+/* removes default styling from input color element */
+::-webkit-color-swatch {
+  border: none;
+}
+
+::-webkit-color-swatch-wrapper {
+  padding: 0;
+}
+
+::-moz-color-swatch,
+::-moz-focus-inner {
+  border: none;
+}
+
+::-moz-focus-inner {
+  padding: 0;
+}
+/* #bomhead {
+    position: sticky;
+    top: 0px;
+    z-index: 1;
+} */
+  </style>
+  <script type="text/javascript" >
+///////////////////////////////////////////////
+/*
+  Split.js - v1.3.5
+  MIT License
+  https://github.com/nathancahill/Split.js
+*/
+!function(e,t){"object"==typeof exports&&"undefined"!=typeof module?module.exports=t():"function"==typeof define&&define.amd?define(t):e.Split=t()}(this,function(){"use strict";var e=window,t=e.document,n="addEventListener",i="removeEventListener",r="getBoundingClientRect",s=function(){return!1},o=e.attachEvent&&!e[n],a=["","-webkit-","-moz-","-o-"].filter(function(e){var n=t.createElement("div");return n.style.cssText="width:"+e+"calc(9px)",!!n.style.length}).shift()+"calc",l=function(e){return"string"==typeof e||e instanceof String?t.querySelector(e):e};return function(u,c){function z(e,t,n){var i=A(y,t,n);Object.keys(i).forEach(function(t){return e.style[t]=i[t]})}function h(e,t){var n=B(y,t);Object.keys(n).forEach(function(t){return e.style[t]=n[t]})}function f(e){var t=E[this.a],n=E[this.b],i=t.size+n.size;t.size=e/this.size*i,n.size=i-e/this.size*i,z(t.element,t.size,this.aGutterSize),z(n.element,n.size,this.bGutterSize)}function m(e){var t;this.dragging&&((t="touches"in e?e.touches[0][b]-this.start:e[b]-this.start)<=E[this.a].minSize+M+this.aGutterSize?t=E[this.a].minSize+this.aGutterSize:t>=this.size-(E[this.b].minSize+M+this.bGutterSize)&&(t=this.size-(E[this.b].minSize+this.bGutterSize)),f.call(this,t),c.onDrag&&c.onDrag())}function g(){var e=E[this.a].element,t=E[this.b].element;this.size=e[r]()[y]+t[r]()[y]+this.aGutterSize+this.bGutterSize,this.start=e[r]()[G]}function d(){var t=this,n=E[t.a].element,r=E[t.b].element;t.dragging&&c.onDragEnd&&c.onDragEnd(),t.dragging=!1,e[i]("mouseup",t.stop),e[i]("touchend",t.stop),e[i]("touchcancel",t.stop),t.parent[i]("mousemove",t.move),t.parent[i]("touchmove",t.move),delete t.stop,delete t.move,n[i]("selectstart",s),n[i]("dragstart",s),r[i]("selectstart",s),r[i]("dragstart",s),n.style.userSelect="",n.style.webkitUserSelect="",n.style.MozUserSelect="",n.style.pointerEvents="",r.style.userSelect="",r.style.webkitUserSelect="",r.style.MozUserSelect="",r.style.pointerEvents="",t.gutter.style.cursor="",t.parent.style.cursor=""}function S(t){var i=this,r=E[i.a].element,o=E[i.b].element;!i.dragging&&c.onDragStart&&c.onDragStart(),t.preventDefault(),i.dragging=!0,i.move=m.bind(i),i.stop=d.bind(i),e[n]("mouseup",i.stop),e[n]("touchend",i.stop),e[n]("touchcancel",i.stop),i.parent[n]("mousemove",i.move),i.parent[n]("touchmove",i.move),r[n]("selectstart",s),r[n]("dragstart",s),o[n]("selectstart",s),o[n]("dragstart",s),r.style.userSelect="none",r.style.webkitUserSelect="none",r.style.MozUserSelect="none",r.style.pointerEvents="none",o.style.userSelect="none",o.style.webkitUserSelect="none",o.style.MozUserSelect="none",o.style.pointerEvents="none",i.gutter.style.cursor=j,i.parent.style.cursor=j,g.call(i)}function v(e){e.forEach(function(t,n){if(n>0){var i=F[n-1],r=E[i.a],s=E[i.b];r.size=e[n-1],s.size=t,z(r.element,r.size,i.aGutterSize),z(s.element,s.size,i.bGutterSize)}})}function p(){F.forEach(function(e){e.parent.removeChild(e.gutter),E[e.a].element.style[y]="",E[e.b].element.style[y]=""})}void 0===c&&(c={});var y,b,G,E,w=l(u[0]).parentNode,D=e.getComputedStyle(w).flexDirection,U=c.sizes||u.map(function(){return 100/u.length}),k=void 0!==c.minSize?c.minSize:100,x=Array.isArray(k)?k:u.map(function(){return k}),L=void 0!==c.gutterSize?c.gutterSize:10,M=void 0!==c.snapOffset?c.snapOffset:30,O=c.direction||"horizontal",j=c.cursor||("horizontal"===O?"ew-resize":"ns-resize"),C=c.gutter||function(e,n){var i=t.createElement("div");return i.className="gutter gutter-"+n,i},A=c.elementStyle||function(e,t,n){var i={};return"string"==typeof t||t instanceof String?i[e]=t:i[e]=o?t+"%":a+"("+t+"% - "+n+"px)",i},B=c.gutterStyle||function(e,t){return n={},n[e]=t+"px",n;var n};"horizontal"===O?(y="width","clientWidth",b="clientX",G="left","paddingLeft"):"vertical"===O&&(y="height","clientHeight",b="clientY",G="top","paddingTop");var F=[];return E=u.map(function(e,t){var i,s={element:l(e),size:U[t],minSize:x[t]};if(t>0&&(i={a:t-1,b:t,dragging:!1,isFirst:1===t,isLast:t===u.length-1,direction:O,parent:w},i.aGutterSize=L,i.bGutterSize=L,i.isFirst&&(i.aGutterSize=L/2),i.isLast&&(i.bGutterSize=L/2),"row-reverse"===D||"column-reverse"===D)){var a=i.a;i.a=i.b,i.b=a}if(!o&&t>0){var c=C(t,O);h(c,L),c[n]("mousedown",S.bind(i)),c[n]("touchstart",S.bind(i)),w.insertBefore(c,s.element),i.gutter=c}0===t||t===u.length-1?z(s.element,s.size,L/2):z(s.element,s.size,L);var f=s.element[r]()[y];return f<s.minSize&&(s.minSize=f),t>0&&F.push(i),s}),o?{setSizes:v,destroy:p}:{setSizes:v,getSizes:function(){return E.map(function(e){return e.size})},collapse:function(e){if(e===F.length){var t=F[e-1];g.call(t),o||f.call(t,t.size-t.bGutterSize)}else{var n=F[e];g.call(n),o||f.call(n,n.aGutterSize)}},destroy:p}}});
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+// Copyright (c) 2013 Pieroxy <pieroxy@pieroxy.net>
+// This work is free. You can redistribute it and/or modify it
+// under the terms of the WTFPL, Version 2
+// For more information see LICENSE.txt or http://www.wtfpl.net/
+//
+// For more information, the home page:
+// http://pieroxy.net/blog/pages/lz-string/testing.html
+//
+// LZ-based compression algorithm, version 1.4.4
+var LZString=function(){var o=String.fromCharCode,i={};var n={decompressFromBase64:function(o){return null==o?"":""==o?null:n._decompress(o.length,32,function(n){return function(o,n){if(!i[o]){i[o]={};for(var t=0;t<o.length;t++)i[o][o.charAt(t)]=t}return i[o][n]}("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",o.charAt(n))})},_decompress:function(i,n,t){var r,e,a,s,p,u,l,f=[],c=4,d=4,h=3,v="",g=[],m={val:t(0),position:n,index:1};for(r=0;r<3;r+=1)f[r]=r;for(a=0,p=Math.pow(2,2),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 2:return""}for(f[3]=l,e=l,g.push(l);;){if(m.index>i)return"";for(a=0,p=Math.pow(2,h),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(l=a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 2:return g.join("")}if(0==c&&(c=Math.pow(2,h),h++),f[l])v=f[l];else{if(l!==d)return null;v=e+e.charAt(0)}g.push(v),f[d++]=e+v.charAt(0),e=v,0==--c&&(c=Math.pow(2,h),h++)}}};return n}();"function"==typeof define&&define.amd?define(function(){return LZString}):"undefined"!=typeof module&&null!=module?module.exports=LZString:"undefined"!=typeof angular&&null!=angular&&angular.module("LZString",[]).factory("LZString",function(){return LZString});
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*!
+ * PEP v0.4.3 | https://github.com/jquery/PEP
+ * Copyright jQuery Foundation and other contributors | http://jquery.org/license
+ */
+!function(a,b){"object"==typeof exports&&"undefined"!=typeof module?module.exports=b():"function"==typeof define&&define.amd?define(b):a.PointerEventsPolyfill=b()}(this,function(){"use strict";function a(a,b){b=b||Object.create(null);var c=document.createEvent("Event");c.initEvent(a,b.bubbles||!1,b.cancelable||!1);
+for(var d,e=2;e<m.length;e++)d=m[e],c[d]=b[d]||n[e];c.buttons=b.buttons||0;
+var f=0;return f=b.pressure&&c.buttons?b.pressure:c.buttons?.5:0,c.x=c.clientX,c.y=c.clientY,c.pointerId=b.pointerId||0,c.width=b.width||0,c.height=b.height||0,c.pressure=f,c.tiltX=b.tiltX||0,c.tiltY=b.tiltY||0,c.twist=b.twist||0,c.tangentialPressure=b.tangentialPressure||0,c.pointerType=b.pointerType||"",c.hwTimestamp=b.hwTimestamp||0,c.isPrimary=b.isPrimary||!1,c}function b(){this.array=[],this.size=0}function c(a,b,c,d){this.addCallback=a.bind(d),this.removeCallback=b.bind(d),this.changedCallback=c.bind(d),A&&(this.observer=new A(this.mutationWatcher.bind(this)))}function d(a){return"body /shadow-deep/ "+e(a)}function e(a){return'[touch-action="'+a+'"]'}function f(a){return"{ -ms-touch-action: "+a+"; touch-action: "+a+"; }"}function g(){if(F){D.forEach(function(a){String(a)===a?(E+=e(a)+f(a)+"\n",G&&(E+=d(a)+f(a)+"\n")):(E+=a.selectors.map(e)+f(a.rule)+"\n",G&&(E+=a.selectors.map(d)+f(a.rule)+"\n"))});var a=document.createElement("style");a.textContent=E,document.head.appendChild(a)}}function h(){if(!window.PointerEvent){if(window.PointerEvent=a,window.navigator.msPointerEnabled){var b=window.navigator.msMaxTouchPoints;Object.defineProperty(window.navigator,"maxTouchPoints",{value:b,enumerable:!0}),u.registerSource("ms",_)}else Object.defineProperty(window.navigator,"maxTouchPoints",{value:0,enumerable:!0}),u.registerSource("mouse",N),void 0!==window.ontouchstart&&u.registerSource("touch",V);u.register(document)}}function i(a){if(!u.pointermap.has(a)){var b=new Error("InvalidPointerId");throw b.name="InvalidPointerId",b}}function j(a){for(var b=a.parentNode;b&&b!==a.ownerDocument;)b=b.parentNode;if(!b){var c=new Error("InvalidStateError");throw c.name="InvalidStateError",c}}function k(a){var b=u.pointermap.get(a);return 0!==b.buttons}function l(){window.Element&&!Element.prototype.setPointerCapture&&Object.defineProperties(Element.prototype,{setPointerCapture:{value:W},releasePointerCapture:{value:X},hasPointerCapture:{value:Y}})}
+var m=["bubbles","cancelable","view","detail","screenX","screenY","clientX","clientY","ctrlKey","altKey","shiftKey","metaKey","button","relatedTarget","pageX","pageY"],n=[!1,!1,null,null,0,0,0,0,!1,!1,!1,!1,0,null,0,0],o=window.Map&&window.Map.prototype.forEach,p=o?Map:b;b.prototype={set:function(a,b){return void 0===b?this["delete"](a):(this.has(a)||this.size++,void(this.array[a]=b))},has:function(a){return void 0!==this.array[a]},"delete":function(a){this.has(a)&&(delete this.array[a],this.size--)},get:function(a){return this.array[a]},clear:function(){this.array.length=0,this.size=0},forEach:function(a,b){return this.array.forEach(function(c,d){a.call(b,c,d,this)},this)}};var q=["bubbles","cancelable","view","detail","screenX","screenY","clientX","clientY","ctrlKey","altKey","shiftKey","metaKey","button","relatedTarget","buttons","pointerId","width","height","pressure","tiltX","tiltY","pointerType","hwTimestamp","isPrimary","type","target","currentTarget","which","pageX","pageY","timeStamp"],r=[!1,!1,null,null,0,0,0,0,!1,!1,!1,!1,0,null,0,0,0,0,0,0,0,"",0,!1,"",null,null,0,0,0,0],s={pointerover:1,pointerout:1,pointerenter:1,pointerleave:1},t="undefined"!=typeof SVGElementInstance,u={pointermap:new p,eventMap:Object.create(null),captureInfo:Object.create(null),eventSources:Object.create(null),eventSourceList:[],registerSource:function(a,b){var c=b,d=c.events;d&&(d.forEach(function(a){c[a]&&(this.eventMap[a]=c[a].bind(c))},this),this.eventSources[a]=c,this.eventSourceList.push(c))},register:function(a){for(var b,c=this.eventSourceList.length,d=0;d<c&&(b=this.eventSourceList[d]);d++)
+b.register.call(b,a)},unregister:function(a){for(var b,c=this.eventSourceList.length,d=0;d<c&&(b=this.eventSourceList[d]);d++)
+b.unregister.call(b,a)},contains:function(a,b){try{return a.contains(b)}catch(c){return!1}},down:function(a){a.bubbles=!0,this.fireEvent("pointerdown",a)},move:function(a){a.bubbles=!0,this.fireEvent("pointermove",a)},up:function(a){a.bubbles=!0,this.fireEvent("pointerup",a)},enter:function(a){a.bubbles=!1,this.fireEvent("pointerenter",a)},leave:function(a){a.bubbles=!1,this.fireEvent("pointerleave",a)},over:function(a){a.bubbles=!0,this.fireEvent("pointerover",a)},out:function(a){a.bubbles=!0,this.fireEvent("pointerout",a)},cancel:function(a){a.bubbles=!0,this.fireEvent("pointercancel",a)},leaveOut:function(a){this.out(a),this.propagate(a,this.leave,!1)},enterOver:function(a){this.over(a),this.propagate(a,this.enter,!0)},eventHandler:function(a){if(!a._handledByPE){var b=a.type,c=this.eventMap&&this.eventMap[b];c&&c(a),a._handledByPE=!0}},listen:function(a,b){b.forEach(function(b){this.addEvent(a,b)},this)},unlisten:function(a,b){b.forEach(function(b){this.removeEvent(a,b)},this)},addEvent:function(a,b){a.addEventListener(b,this.boundHandler)},removeEvent:function(a,b){a.removeEventListener(b,this.boundHandler)},makeEvent:function(b,c){this.captureInfo[c.pointerId]&&(c.relatedTarget=null);var d=new a(b,c);return c.preventDefault&&(d.preventDefault=c.preventDefault),d._target=d._target||c.target,d},fireEvent:function(a,b){var c=this.makeEvent(a,b);return this.dispatchEvent(c)},cloneEvent:function(a){for(var b,c=Object.create(null),d=0;d<q.length;d++)b=q[d],c[b]=a[b]||r[d],!t||"target"!==b&&"relatedTarget"!==b||c[b]instanceof SVGElementInstance&&(c[b]=c[b].correspondingUseElement);return a.preventDefault&&(c.preventDefault=function(){a.preventDefault()}),c},getTarget:function(a){var b=this.captureInfo[a.pointerId];return b?a._target!==b&&a.type in s?void 0:b:a._target},propagate:function(a,b,c){for(var d=a.target,e=[];d!==document&&!d.contains(a.relatedTarget);) if(e.push(d),d=d.parentNode,!d)return;c&&e.reverse(),e.forEach(function(c){a.target=c,b.call(this,a)},this)},setCapture:function(b,c,d){this.captureInfo[b]&&this.releaseCapture(b,d),this.captureInfo[b]=c,this.implicitRelease=this.releaseCapture.bind(this,b,d),document.addEventListener("pointerup",this.implicitRelease),document.addEventListener("pointercancel",this.implicitRelease);var e=new a("gotpointercapture");e.pointerId=b,e._target=c,d||this.asyncDispatchEvent(e)},releaseCapture:function(b,c){var d=this.captureInfo[b];if(d){this.captureInfo[b]=void 0,document.removeEventListener("pointerup",this.implicitRelease),document.removeEventListener("pointercancel",this.implicitRelease);var e=new a("lostpointercapture");e.pointerId=b,e._target=d,c||this.asyncDispatchEvent(e)}},dispatchEvent:/*scope.external.dispatchEvent || */function(a){var b=this.getTarget(a);if(b)return b.dispatchEvent(a)},asyncDispatchEvent:function(a){requestAnimationFrame(this.dispatchEvent.bind(this,a))}};u.boundHandler=u.eventHandler.bind(u);var v={shadow:function(a){if(a)return a.shadowRoot||a.webkitShadowRoot},canTarget:function(a){return a&&Boolean(a.elementFromPoint)},targetingShadow:function(a){var b=this.shadow(a);if(this.canTarget(b))return b},olderShadow:function(a){var b=a.olderShadowRoot;if(!b){var c=a.querySelector("shadow");c&&(b=c.olderShadowRoot)}return b},allShadows:function(a){for(var b=[],c=this.shadow(a);c;)b.push(c),c=this.olderShadow(c);return b},searchRoot:function(a,b,c){if(a){var d,e,f=a.elementFromPoint(b,c);for(e=this.targetingShadow(f);e;){if(d=e.elementFromPoint(b,c)){var g=this.targetingShadow(d);return this.searchRoot(g,b,c)||d} e=this.olderShadow(e)} return f}},owner:function(a){
+for(var b=a;b.parentNode;)b=b.parentNode;
+return b.nodeType!==Node.DOCUMENT_NODE&&b.nodeType!==Node.DOCUMENT_FRAGMENT_NODE&&(b=document),b},findTarget:function(a){var b=a.clientX,c=a.clientY,d=this.owner(a.target);
+return d.elementFromPoint(b,c)||(d=document),this.searchRoot(d,b,c)}},w=Array.prototype.forEach.call.bind(Array.prototype.forEach),x=Array.prototype.map.call.bind(Array.prototype.map),y=Array.prototype.slice.call.bind(Array.prototype.slice),z=Array.prototype.filter.call.bind(Array.prototype.filter),A=window.MutationObserver||window.WebKitMutationObserver,B="[touch-action]",C={subtree:!0,childList:!0,attributes:!0,attributeOldValue:!0,attributeFilter:["touch-action"]};c.prototype={watchSubtree:function(a){
+//
+this.observer&&v.canTarget(a)&&this.observer.observe(a,C)},enableOnSubtree:function(a){this.watchSubtree(a),a===document&&"complete"!==document.readyState?this.installOnLoad():this.installNewSubtree(a)},installNewSubtree:function(a){w(this.findElements(a),this.addElement,this)},findElements:function(a){return a.querySelectorAll?a.querySelectorAll(B):[]},removeElement:function(a){this.removeCallback(a)},addElement:function(a){this.addCallback(a)},elementChanged:function(a,b){this.changedCallback(a,b)},concatLists:function(a,b){return a.concat(y(b))},
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+var b=x(a,this.findElements,this);
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+var M,N={POINTER_ID:1,POINTER_TYPE:"mouse",events:["mousedown","mousemove","mouseup","mouseover","mouseout"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},lastTouches:[],
+isEventSimulatedFromTouch:function(a){for(var b,c=this.lastTouches,d=a.clientX,e=a.clientY,f=0,g=c.length;f<g&&(b=c[f]);f++){
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+0!==b.which&&c?a.buttons=c.buttons:a.buttons=0,b.buttons=a.buttons},mousedown:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);K||(c.buttons=J[c.button],b&&(c.buttons|=b.buttons),a.buttons=c.buttons),H.set(this.POINTER_ID,a),b&&0!==b.buttons?u.move(c):u.down(c)}},mousemove:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,H.set(this.POINTER_ID,a),u.move(b)}},mouseup:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);if(!K){var d=J[c.button];
+c.buttons=b?b.buttons&~d:0,a.buttons=c.buttons}H.set(this.POINTER_ID,a),
+c.buttons&=~J[c.button],0===c.buttons?u.up(c):u.move(c)}},mouseover:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,H.set(this.POINTER_ID,a),u.enterOver(b)}},mouseout:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,u.leaveOut(b)}},cancel:function(a){var b=this.prepareEvent(a);u.cancel(b),this.deactivateMouse()},deactivateMouse:function(){H["delete"](this.POINTER_ID)}},O=u.captureInfo,P=v.findTarget.bind(v),Q=v.allShadows.bind(v),R=u.pointermap,S=2500,T=200,U="touch-action",V={events:["touchstart","touchmove","touchend","touchcancel"],register:function(a){M.enableOnSubtree(a)},unregister:function(){},elementAdded:function(a){var b=a.getAttribute(U),c=this.touchActionToScrollType(b);c&&(a._scrollType=c,u.listen(a,this.events),
+Q(a).forEach(function(a){a._scrollType=c,u.listen(a,this.events)},this))},elementRemoved:function(a){a._scrollType=void 0,u.unlisten(a,this.events),
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+(0===R.size||1===R.size&&R.has(1))&&(this.firstTouch=a.identifier,this.firstXY={X:a.clientX,Y:a.clientY},this.scrolling=!1,this.cancelResetClickCount())},removePrimaryPointer:function(a){a.isPrimary&&(this.firstTouch=null,this.firstXY=null,this.resetClickCount())},clickCount:0,resetId:null,resetClickCount:function(){var a=function(){this.clickCount=0,this.resetId=null}.bind(this);this.resetId=setTimeout(a,T)},cancelResetClickCount:function(){this.resetId&&clearTimeout(this.resetId)},typeToButtons:function(a){var b=0;return"touchstart"!==a&&"touchmove"!==a||(b=1),b},touchToPointer:function(a){var b=this.currentTouchEvent,c=u.cloneEvent(a),d=c.pointerId=a.identifier+2;c.target=O[d]||P(c),c.bubbles=!0,c.cancelable=!0,c.detail=this.clickCount,c.button=0,c.buttons=this.typeToButtons(b.type),c.width=2*(a.radiusX||a.webkitRadiusX||0),c.height=2*(a.radiusY||a.webkitRadiusY||0),c.pressure=a.force||a.webkitForce||.5,c.isPrimary=this.isPrimaryTouch(a),c.pointerType=this.POINTER_TYPE,
+c.altKey=b.altKey,c.ctrlKey=b.ctrlKey,c.metaKey=b.metaKey,c.shiftKey=b.shiftKey;
+var e=this;return c.preventDefault=function(){e.scrolling=!1,e.firstXY=null,b.preventDefault()},c},processTouches:function(a,b){var c=a.changedTouches;this.currentTouchEvent=a;for(var d,e=0;e<c.length;e++)d=c[e],b.call(this,this.touchToPointer(d))},
+shouldScroll:function(a){if(this.firstXY){var b,c=a.currentTarget._scrollType;if("none"===c)
+b=!1;else if("XY"===c)
+b=!0;else{var d=a.changedTouches[0],e=c,f="Y"===c?"X":"Y",g=Math.abs(d["client"+e]-this.firstXY[e]),h=Math.abs(d["client"+f]-this.firstXY[f]);
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+vacuumTouches:function(a){var b=a.touches;
+if(R.size>=b.length){var c=[];R.forEach(function(a,d){
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+if(c){var d=c.out,e=c.outTarget;u.move(b),d&&e!==b.target&&(d.relatedTarget=b.target,b.relatedTarget=e,
+d.target=e,b.target?(u.leaveOut(d),u.enterOver(b)):(
+b.target=e,b.relatedTarget=null,this.cancelOut(b))),c.out=b,c.outTarget=b.target}},touchend:function(a){this.dedupSynthMouse(a),this.processTouches(a,this.upOut)},upOut:function(a){this.scrolling||(u.up(a),u.leaveOut(a)),this.cleanUpPointer(a)},touchcancel:function(a){this.processTouches(a,this.cancelOut)},cancelOut:function(a){u.cancel(a),u.leaveOut(a),this.cleanUpPointer(a)},cleanUpPointer:function(a){R["delete"](a.pointerId),this.removePrimaryPointer(a)},
+dedupSynthMouse:function(a){var b=N.lastTouches,c=a.changedTouches[0];
+if(this.isPrimaryTouch(c)){
+var d={x:c.clientX,y:c.clientY};b.push(d);var e=function(a,b){var c=a.indexOf(b);c>-1&&a.splice(c,1)}.bind(null,b,d);setTimeout(e,S)}}};M=new c(V.elementAdded,V.elementRemoved,V.elementChanged,V);var W,X,Y,Z=u.pointermap,$=window.MSPointerEvent&&"number"==typeof window.MSPointerEvent.MSPOINTER_TYPE_MOUSE,_={events:["MSPointerDown","MSPointerMove","MSPointerUp","MSPointerOut","MSPointerOver","MSPointerCancel","MSGotPointerCapture","MSLostPointerCapture"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},POINTER_TYPES:["","unavailable","touch","pen","mouse"],prepareEvent:function(a){var b=a;return $&&(b=u.cloneEvent(a),b.pointerType=this.POINTER_TYPES[a.pointerType]),b},cleanup:function(a){Z["delete"](a)},MSPointerDown:function(a){Z.set(a.pointerId,a);var b=this.prepareEvent(a);u.down(b)},MSPointerMove:function(a){var b=this.prepareEvent(a);u.move(b)},MSPointerUp:function(a){var b=this.prepareEvent(a);u.up(b),this.cleanup(a.pointerId)},MSPointerOut:function(a){var b=this.prepareEvent(a);u.leaveOut(b)},MSPointerOver:function(a){var b=this.prepareEvent(a);u.enterOver(b)},MSPointerCancel:function(a){var b=this.prepareEvent(a);u.cancel(b),this.cleanup(a.pointerId)},MSLostPointerCapture:function(a){var b=u.makeEvent("lostpointercapture",a);u.dispatchEvent(b)},MSGotPointerCapture:function(a){var b=u.makeEvent("gotpointercapture",a);u.dispatchEvent(b)}},aa=window.navigator;aa.msPointerEnabled?(W=function(a){i(a),j(this),k(a)&&(u.setCapture(a,this,!0),this.msSetPointerCapture(a))},X=function(a){i(a),u.releaseCapture(a,!0),this.msReleasePointerCapture(a)}):(W=function(a){i(a),j(this),k(a)&&u.setCapture(a,this)},X=function(a){i(a),u.releaseCapture(a)}),Y=function(a){return!!u.captureInfo[a]},g(),h(),l();var ba={dispatcher:u,Installer:c,PointerEvent:a,PointerMap:p,targetFinding:v};return ba});
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var config = {"dark_mode": false, "show_pads": true, "show_fabrication": false, "show_silkscreen": true, "highlight_pin1": "none", "redraw_on_drag": true, "board_rotation": 0, "checkboxes": "Sourced,Placed", "bom_view": "left-right", "layer_view": "FB", "offset_back_rotation": false, "kicad_text_formatting": true, "fields": ["Value", "Footprint", "Description"]}
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var pcbdata = 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"))
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* Utility functions */
+
+var storagePrefix = 'KiCad_HTML_BOM__' + pcbdata.metadata.title + '__' +
+  pcbdata.metadata.revision + '__#';
+var storage;
+
+function initStorage(key) {
+  try {
+    window.localStorage.getItem("blank");
+    storage = window.localStorage;
+  } catch (e) {
+    // localStorage not available
+  }
+  if (!storage) {
+    try {
+      window.sessionStorage.getItem("blank");
+      storage = window.sessionStorage;
+    } catch (e) {
+      // sessionStorage also not available
+    }
+  }
+}
+
+function readStorage(key) {
+  if (storage) {
+    return storage.getItem(storagePrefix + key);
+  } else {
+    return null;
+  }
+}
+
+function writeStorage(key, value) {
+  if (storage) {
+    storage.setItem(storagePrefix + key, value);
+  }
+}
+
+function fancyDblClickHandler(el, onsingle, ondouble) {
+  return function () {
+    if (el.getAttribute("data-dblclick") == null) {
+      el.setAttribute("data-dblclick", 1);
+      setTimeout(function () {
+        if (el.getAttribute("data-dblclick") == 1) {
+          onsingle();
+        }
+        el.removeAttribute("data-dblclick");
+      }, 200);
+    } else {
+      el.removeAttribute("data-dblclick");
+      ondouble();
+    }
+  }
+}
+
+function smoothScrollToRow(rowid) {
+  document.getElementById(rowid).scrollIntoView({
+    behavior: "smooth",
+    block: "center",
+    inline: "nearest"
+  });
+}
+
+function focusInputField(input) {
+  input.scrollIntoView(false);
+  input.focus();
+  input.select();
+}
+
+function saveBomTable(output) {
+  var text = '';
+  for (var node of bomhead.childNodes[0].childNodes) {
+    if (node.firstChild) {
+      text += (output == 'csv' ? `"${node.firstChild.nodeValue}"` : node.firstChild.nodeValue);
+    }
+    if (node != bomhead.childNodes[0].lastChild) {
+      text += (output == 'csv' ? ',' : '\t');
+    }
+  }
+  text += '\n';
+  for (var row of bombody.childNodes) {
+    for (var cell of row.childNodes) {
+      let val = '';
+      for (var node of cell.childNodes) {
+        if (node.nodeName == "INPUT") {
+          if (node.checked) {
+            val += '✓';
+          }
+        } else if ((node.nodeName == "MARK") || (node.nodeName == "A")) {
+          val += node.firstChild.nodeValue;
+        } else {
+          val += node.nodeValue;
+        }
+      }
+      if (output == 'csv') {
+        val = val.replace(/\"/g, '\"\"'); // pair of double-quote characters
+        if (isNumeric(val)) {
+          val = +val;                     // use number
+        } else {
+          val = `"${val}"`;               // enclosed within double-quote
+        }
+      }
+      text += val;
+      if (cell != row.lastChild) {
+        text += (output == 'csv' ? ',' : '\t');
+      }
+    }
+    text += '\n';
+  }
+
+  if (output != 'clipboard') {
+    // To file: csv or txt
+    var blob = new Blob([text], {
+      type: `text/${output}`
+    });
+    saveFile(`${pcbdata.metadata.title}.${output}`, blob);
+  } else {
+    // To clipboard
+    var textArea = document.createElement("textarea");
+    textArea.classList.add('clipboard-temp');
+    textArea.value = text;
+
+    document.body.appendChild(textArea);
+    textArea.focus();
+    textArea.select();
+
+    try {
+      if (document.execCommand('copy')) {
+        console.log('Bom copied to clipboard.');
+      }
+    } catch (err) {
+      console.log('Can not copy to clipboard.');
+    }
+
+    document.body.removeChild(textArea);
+  }
+}
+
+function isNumeric(str) {
+  /* https://stackoverflow.com/a/175787 */
+  return (typeof str != "string" ? false : !isNaN(str) && !isNaN(parseFloat(str)));
+}
+
+function removeGutterNode(node) {
+  for (var i = 0; i < node.childNodes.length; i++) {
+    if (node.childNodes[i].classList &&
+      node.childNodes[i].classList.contains("gutter")) {
+      node.removeChild(node.childNodes[i]);
+      break;
+    }
+  }
+}
+
+function cleanGutters() {
+  removeGutterNode(document.getElementById("bot"));
+  removeGutterNode(document.getElementById("canvasdiv"));
+}
+
+var units = {
+  prefixes: {
+    giga: ["G", "g", "giga", "Giga", "GIGA"],
+    mega: ["M", "mega", "Mega", "MEGA"],
+    kilo: ["K", "k", "kilo", "Kilo", "KILO"],
+    milli: ["m", "milli", "Milli", "MILLI"],
+    micro: ["U", "u", "micro", "Micro", "MICRO", "μ", "µ"], // different utf8 μ
+    nano: ["N", "n", "nano", "Nano", "NANO"],
+    pico: ["P", "p", "pico", "Pico", "PICO"],
+  },
+  unitsShort: ["R", "r", "Ω", "F", "f", "H", "h"],
+  unitsLong: [
+    "OHM", "Ohm", "ohm", "ohms",
+    "FARAD", "Farad", "farad",
+    "HENRY", "Henry", "henry"
+  ],
+  getMultiplier: function (s) {
+    if (this.prefixes.giga.includes(s)) return 1e9;
+    if (this.prefixes.mega.includes(s)) return 1e6;
+    if (this.prefixes.kilo.includes(s)) return 1e3;
+    if (this.prefixes.milli.includes(s)) return 1e-3;
+    if (this.prefixes.micro.includes(s)) return 1e-6;
+    if (this.prefixes.nano.includes(s)) return 1e-9;
+    if (this.prefixes.pico.includes(s)) return 1e-12;
+    return 1;
+  },
+  valueRegex: null,
+}
+
+function initUtils() {
+  var allPrefixes = units.prefixes.giga
+    .concat(units.prefixes.mega)
+    .concat(units.prefixes.kilo)
+    .concat(units.prefixes.milli)
+    .concat(units.prefixes.micro)
+    .concat(units.prefixes.nano)
+    .concat(units.prefixes.pico);
+  var allUnits = units.unitsShort.concat(units.unitsLong);
+  units.valueRegex = new RegExp("^([0-9\.]+)" +
+    "\\s*(" + allPrefixes.join("|") + ")?" +
+    "(" + allUnits.join("|") + ")?" +
+    "(\\b.*)?$", "");
+  units.valueAltRegex = new RegExp("^([0-9]*)" +
+    "(" + units.unitsShort.join("|") + ")?" +
+    "([GgMmKkUuNnPp])?" +
+    "([0-9]*)" +
+    "(\\b.*)?$", "");
+  if (config.fields.includes("Value")) {
+    var index = config.fields.indexOf("Value");
+    pcbdata.bom["parsedValues"] = {};
+    for (var id in pcbdata.bom.fields) {
+      pcbdata.bom.parsedValues[id] = parseValue(pcbdata.bom.fields[id][index])
+    }
+  }
+}
+
+function parseValue(val, ref) {
+  var inferUnit = (unit, ref) => {
+    if (unit) {
+      unit = unit.toLowerCase();
+      if (unit == 'Ω' || unit == "ohm" || unit == "ohms") {
+        unit = 'r';
+      }
+      unit = unit[0];
+    } else {
+      ref = /^([a-z]+)\d+$/i.exec(ref);
+      if (ref) {
+        ref = ref[1].toLowerCase();
+        if (ref == "c") unit = 'f';
+        else if (ref == "l") unit = 'h';
+        else if (ref == "r" || ref == "rv") unit = 'r';
+        else unit = null;
+      }
+    }
+    return unit;
+  };
+  val = val.replace(/,/g, "");
+  var match = units.valueRegex.exec(val);
+  var unit;
+  if (match) {
+    val = parseFloat(match[1]);
+    if (match[2]) {
+      val = val * units.getMultiplier(match[2]);
+    }
+    unit = inferUnit(match[3], ref);
+    if (!unit) return null;
+    else return {
+      val: val,
+      unit: unit,
+      extra: match[4],
+    }
+  }
+  match = units.valueAltRegex.exec(val);
+  if (match && (match[1] || match[4])) {
+    val = parseFloat(match[1] + "." + match[4]);
+    if (match[3]) {
+      val = val * units.getMultiplier(match[3]);
+    }
+    unit = inferUnit(match[2], ref);
+    if (!unit) return null;
+    else return {
+      val: val,
+      unit: unit,
+      extra: match[5],
+    }
+  }
+  return null;
+}
+
+function valueCompare(a, b, stra, strb) {
+  if (a === null && b === null) {
+    // Failed to parse both values, compare them as strings.
+    if (stra != strb) return stra > strb ? 1 : -1;
+    else return 0;
+  } else if (a === null) {
+    return 1;
+  } else if (b === null) {
+    return -1;
+  } else {
+    if (a.unit != b.unit) return a.unit > b.unit ? 1 : -1;
+    else if (a.val != b.val) return a.val > b.val ? 1 : -1;
+    else if (a.extra != b.extra) return a.extra > b.extra ? 1 : -1;
+    else return 0;
+  }
+}
+
+function validateSaveImgDimension(element) {
+  var valid = false;
+  var intValue = 0;
+  if (/^[1-9]\d*$/.test(element.value)) {
+    intValue = parseInt(element.value);
+    if (intValue <= 16000) {
+      valid = true;
+    }
+  }
+  if (valid) {
+    element.classList.remove("invalid");
+  } else {
+    element.classList.add("invalid");
+  }
+  return intValue;
+}
+
+function saveImage(layer) {
+  var width = validateSaveImgDimension(document.getElementById("render-save-width"));
+  var height = validateSaveImgDimension(document.getElementById("render-save-height"));
+  var bgcolor = null;
+  if (!document.getElementById("render-save-transparent").checked) {
+    var style = getComputedStyle(topmostdiv);
+    bgcolor = style.getPropertyValue("background-color");
+  }
+  if (!width || !height) return;
+
+  // Prepare image
+  var canvas = document.createElement("canvas");
+  var layerdict = {
+    transform: {
+      x: 0,
+      y: 0,
+      s: 1,
+      panx: 0,
+      pany: 0,
+      zoom: 1,
+    },
+    bg: canvas,
+    fab: canvas,
+    silk: canvas,
+    highlight: canvas,
+    layer: layer,
+  }
+  // Do the rendering
+  recalcLayerScale(layerdict, width, height);
+  prepareLayer(layerdict);
+  clearCanvas(canvas, bgcolor);
+  drawBackground(layerdict, false);
+  drawHighlightsOnLayer(layerdict, false);
+
+  // Save image
+  var imgdata = canvas.toDataURL("image/png");
+
+  var filename = pcbdata.metadata.title;
+  if (pcbdata.metadata.revision) {
+    filename += `.${pcbdata.metadata.revision}`;
+  }
+  filename += `.${layer}.png`;
+  saveFile(filename, dataURLtoBlob(imgdata));
+}
+
+function saveSettings() {
+  var data = {
+    type: "InteractiveHtmlBom settings",
+    version: 1,
+    pcbmetadata: pcbdata.metadata,
+    settings: settings,
+  }
+  var blob = new Blob([JSON.stringify(data, null, 4)], {
+    type: "application/json"
+  });
+  saveFile(`${pcbdata.metadata.title}.settings.json`, blob);
+}
+
+function loadSettings() {
+  var input = document.createElement("input");
+  input.type = "file";
+  input.accept = ".settings.json";
+  input.onchange = function (e) {
+    var file = e.target.files[0];
+    var reader = new FileReader();
+    reader.onload = readerEvent => {
+      var content = readerEvent.target.result;
+      var newSettings;
+      try {
+        newSettings = JSON.parse(content);
+      } catch (e) {
+        alert("Selected file is not InteractiveHtmlBom settings file.");
+        return;
+      }
+      if (newSettings.type != "InteractiveHtmlBom settings") {
+        alert("Selected file is not InteractiveHtmlBom settings file.");
+        return;
+      }
+      var metadataMatches = newSettings.hasOwnProperty("pcbmetadata");
+      if (metadataMatches) {
+        for (var k in pcbdata.metadata) {
+          if (!newSettings.pcbmetadata.hasOwnProperty(k) || newSettings.pcbmetadata[k] != pcbdata.metadata[k]) {
+            metadataMatches = false;
+          }
+        }
+      }
+      if (!metadataMatches) {
+        var currentMetadata = JSON.stringify(pcbdata.metadata, null, 4);
+        var fileMetadata = JSON.stringify(newSettings.pcbmetadata, null, 4);
+        if (!confirm(
+          `Settins file metadata does not match current metadata.\n\n` +
+          `Page metadata:\n${currentMetadata}\n\n` +
+          `Settings file metadata:\n${fileMetadata}\n\n` +
+          `Press OK if you would like to import settings anyway.`)) {
+          return;
+        }
+      }
+      overwriteSettings(newSettings.settings);
+    }
+    reader.readAsText(file, 'UTF-8');
+  }
+  input.click();
+}
+
+function resetSettings() {
+  if (!confirm(
+    `This will reset all checkbox states and other settings.\n\n` +
+    `Press OK if you want to continue.`)) {
+    return;
+  }
+  if (storage) {
+    var keys = [];
+    for (var i = 0; i < storage.length; i++) {
+      var key = storage.key(i);
+      if (key.startsWith(storagePrefix)) keys.push(key);
+    }
+    for (var key of keys) storage.removeItem(key);
+  }
+  location.reload();
+}
+
+function overwriteSettings(newSettings) {
+  initDone = false;
+  Object.assign(settings, newSettings);
+  writeStorage("bomlayout", settings.bomlayout);
+  writeStorage("bommode", settings.bommode);
+  writeStorage("canvaslayout", settings.canvaslayout);
+  writeStorage("bomCheckboxes", settings.checkboxes.join(","));
+  document.getElementById("bomCheckboxes").value = settings.checkboxes.join(",");
+  for (var checkbox of settings.checkboxes) {
+    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+  }
+  writeStorage("markWhenChecked", settings.markWhenChecked);
+  padsVisible(settings.renderPads);
+  document.getElementById("padsCheckbox").checked = settings.renderPads;
+  fabricationVisible(settings.renderFabrication);
+  document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
+  silkscreenVisible(settings.renderSilkscreen);
+  document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
+  referencesVisible(settings.renderReferences);
+  document.getElementById("referencesCheckbox").checked = settings.renderReferences;
+  valuesVisible(settings.renderValues);
+  document.getElementById("valuesCheckbox").checked = settings.renderValues;
+  tracksVisible(settings.renderTracks);
+  document.getElementById("tracksCheckbox").checked = settings.renderTracks;
+  zonesVisible(settings.renderZones);
+  document.getElementById("zonesCheckbox").checked = settings.renderZones;
+  dnpOutline(settings.renderDnpOutline);
+  document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
+  setRedrawOnDrag(settings.redrawOnDrag);
+  document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
+  setDarkMode(settings.darkMode);
+  document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
+  setHighlightPin1(settings.highlightpin1);
+  document.forms.highlightpin1.highlightpin1.value = settings.highlightpin1;
+  writeStorage("boardRotation", settings.boardRotation);
+  document.getElementById("boardRotation").value = settings.boardRotation / 5;
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  setOffsetBackRotation(settings.offsetBackRotation);
+  document.getElementById("offsetBackRotationCheckbox").checked = settings.offsetBackRotation;
+  initDone = true;
+  prepCheckboxes();
+  changeBomLayout(settings.bomlayout);
+}
+
+function saveFile(filename, blob) {
+  var link = document.createElement("a");
+  var objurl = URL.createObjectURL(blob);
+  link.download = filename;
+  link.href = objurl;
+  link.click();
+}
+
+function dataURLtoBlob(dataurl) {
+  var arr = dataurl.split(','),
+    mime = arr[0].match(/:(.*?);/)[1],
+    bstr = atob(arr[1]),
+    n = bstr.length,
+    u8arr = new Uint8Array(n);
+  while (n--) {
+    u8arr[n] = bstr.charCodeAt(n);
+  }
+  return new Blob([u8arr], {
+    type: mime
+  });
+}
+
+var settings = {
+  canvaslayout: "FB",
+  bomlayout: "left-right",
+  bommode: "grouped",
+  checkboxes: [],
+  checkboxStoredRefs: {},
+  darkMode: false,
+  highlightpin1: "none",
+  redrawOnDrag: true,
+  boardRotation: 0,
+  offsetBackRotation: false,
+  renderPads: true,
+  renderReferences: true,
+  renderValues: true,
+  renderSilkscreen: true,
+  renderFabrication: true,
+  renderDnpOutline: false,
+  renderTracks: true,
+  renderZones: true,
+  columnOrder: [],
+  hiddenColumns: [],
+  netColors: {},
+}
+
+function initDefaults() {
+  settings.bomlayout = readStorage("bomlayout");
+  if (settings.bomlayout === null) {
+    settings.bomlayout = config.bom_view;
+  }
+  if (!['bom-only', 'left-right', 'top-bottom'].includes(settings.bomlayout)) {
+    settings.bomlayout = config.bom_view;
+  }
+  settings.bommode = readStorage("bommode");
+  if (settings.bommode === null) {
+    settings.bommode = "grouped";
+  }
+  if (settings.bommode == "netlist" && !pcbdata.nets) {
+    settings.bommode = "grouped";
+  }
+  if (!["grouped", "ungrouped", "netlist"].includes(settings.bommode)) {
+    settings.bommode = "grouped";
+  }
+  settings.canvaslayout = readStorage("canvaslayout");
+  if (settings.canvaslayout === null) {
+    settings.canvaslayout = config.layer_view;
+  }
+  var bomCheckboxes = readStorage("bomCheckboxes");
+  if (bomCheckboxes === null) {
+    bomCheckboxes = config.checkboxes;
+  }
+  settings.checkboxes = bomCheckboxes.split(",").filter((e) => e);
+  document.getElementById("bomCheckboxes").value = bomCheckboxes;
+
+  var highlightpin1 = readStorage("highlightpin1") || config.highlight_pin1;
+  if (highlightpin1 === "false") highlightpin1 = "none";
+  if (highlightpin1 === "true") highlightpin1 = "all";
+  setHighlightPin1(highlightpin1);
+  document.forms.highlightpin1.highlightpin1.value = highlightpin1;
+
+  settings.markWhenChecked = readStorage("markWhenChecked") || "";
+  populateMarkWhenCheckedOptions();
+
+  function initBooleanSetting(storageString, def, elementId, func) {
+    var b = readStorage(storageString);
+    if (b === null) {
+      b = def;
+    } else {
+      b = (b == "true");
+    }
+    document.getElementById(elementId).checked = b;
+    func(b);
+  }
+
+  initBooleanSetting("padsVisible", config.show_pads, "padsCheckbox", padsVisible);
+  initBooleanSetting("fabricationVisible", config.show_fabrication, "fabricationCheckbox", fabricationVisible);
+  initBooleanSetting("silkscreenVisible", config.show_silkscreen, "silkscreenCheckbox", silkscreenVisible);
+  initBooleanSetting("referencesVisible", true, "referencesCheckbox", referencesVisible);
+  initBooleanSetting("valuesVisible", true, "valuesCheckbox", valuesVisible);
+  if ("tracks" in pcbdata) {
+    initBooleanSetting("tracksVisible", true, "tracksCheckbox", tracksVisible);
+    initBooleanSetting("zonesVisible", true, "zonesCheckbox", zonesVisible);
+  } else {
+    document.getElementById("tracksAndZonesCheckboxes").style.display = "none";
+    tracksVisible(false);
+    zonesVisible(false);
+  }
+  initBooleanSetting("dnpOutline", false, "dnpOutlineCheckbox", dnpOutline);
+  initBooleanSetting("redrawOnDrag", config.redraw_on_drag, "dragCheckbox", setRedrawOnDrag);
+  initBooleanSetting("darkmode", config.dark_mode, "darkmodeCheckbox", setDarkMode);
+
+  var fields = ["checkboxes", "References"].concat(config.fields).concat(["Quantity"]);
+  var hcols = JSON.parse(readStorage("hiddenColumns"));
+  if (hcols === null) {
+    hcols = [];
+  }
+  settings.hiddenColumns = hcols.filter(e => fields.includes(e));
+
+  var cord = JSON.parse(readStorage("columnOrder"));
+  if (cord === null) {
+    cord = fields;
+  } else {
+    cord = cord.filter(e => fields.includes(e));
+    if (cord.length != fields.length)
+      cord = fields;
+  }
+  settings.columnOrder = cord;
+
+  settings.boardRotation = readStorage("boardRotation");
+  if (settings.boardRotation === null) {
+    settings.boardRotation = config.board_rotation * 5;
+  } else {
+    settings.boardRotation = parseInt(settings.boardRotation);
+  }
+  document.getElementById("boardRotation").value = settings.boardRotation / 5;
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  initBooleanSetting("offsetBackRotation", config.offset_back_rotation, "offsetBackRotationCheckbox", setOffsetBackRotation);
+
+  settings.netColors = JSON.parse(readStorage("netColors")) || {};
+}
+
+// Helper classes for user js callbacks.
+
+const IBOM_EVENT_TYPES = {
+  ALL: "all",
+  HIGHLIGHT_EVENT: "highlightEvent",
+  CHECKBOX_CHANGE_EVENT: "checkboxChangeEvent",
+  BOM_BODY_CHANGE_EVENT: "bomBodyChangeEvent",
+}
+
+const EventHandler = {
+  callbacks: {},
+  init: function () {
+    for (eventType of Object.values(IBOM_EVENT_TYPES))
+      this.callbacks[eventType] = [];
+  },
+  registerCallback: function (eventType, callback) {
+    this.callbacks[eventType].push(callback);
+  },
+  emitEvent: function (eventType, eventArgs) {
+    event = {
+      eventType: eventType,
+      args: eventArgs,
+    }
+    var callback;
+    for (callback of this.callbacks[eventType])
+      callback(event);
+    for (callback of this.callbacks[IBOM_EVENT_TYPES.ALL])
+      callback(event);
+  }
+}
+EventHandler.init();
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* PCB rendering code */
+
+var emptyContext2d = document.createElement("canvas").getContext("2d");
+
+function deg2rad(deg) {
+  return deg * Math.PI / 180;
+}
+
+function calcFontPoint(linepoint, text, offsetx, offsety, tilt) {
+  var point = [
+    linepoint[0] * text.width + offsetx,
+    linepoint[1] * text.height + offsety
+  ];
+  // This approximates pcbnew behavior with how text tilts depending on horizontal justification
+  point[0] -= (linepoint[1] + 0.5 * (1 + text.justify[0])) * text.height * tilt;
+  return point;
+}
+
+function drawText(ctx, text, color) {
+  if ("ref" in text && !settings.renderReferences) return;
+  if ("val" in text && !settings.renderValues) return;
+  ctx.save();
+  ctx.fillStyle = color;
+  ctx.strokeStyle = color;
+  ctx.lineCap = "round";
+  ctx.lineJoin = "round";
+  ctx.lineWidth = text.thickness;
+  if ("svgpath" in text) {
+    ctx.stroke(new Path2D(text.svgpath));
+    ctx.restore();
+    return;
+  }
+  if ("polygons" in text) {
+    ctx.fill(getPolygonsPath(text));
+    ctx.restore();
+    return;
+  }
+  ctx.translate(...text.pos);
+  ctx.translate(text.thickness * 0.5, 0);
+  var angle = -text.angle;
+  if (text.attr.includes("mirrored")) {
+    ctx.scale(-1, 1);
+    angle = -angle;
+  }
+  var tilt = 0;
+  if (text.attr.includes("italic")) {
+    tilt = 0.125;
+  }
+  var interline = text.height * 1.5 + text.thickness;
+  var txt = text.text.split("\n");
+  // KiCad ignores last empty line.
+  if (txt[txt.length - 1] == '') txt.pop();
+  ctx.rotate(deg2rad(angle));
+  var offsety = (1 - text.justify[1]) / 2 * text.height; // One line offset
+  offsety -= (txt.length - 1) * (text.justify[1] + 1) / 2 * interline; // Multiline offset
+  for (var i in txt) {
+    var lineWidth = text.thickness + interline / 2 * tilt;
+    for (var j = 0; j < txt[i].length; j++) {
+      if (txt[i][j] == '\t') {
+        var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+        lineWidth += fourSpaces - lineWidth % fourSpaces;
+      } else {
+        if (txt[i][j] == '~') {
+          j++;
+          if (j == txt[i].length)
+            break;
+        }
+        lineWidth += pcbdata.font_data[txt[i][j]].w * text.width;
+      }
+    }
+    var offsetx = -lineWidth * (text.justify[0] + 1) / 2;
+    var inOverbar = false;
+    for (var j = 0; j < txt[i].length; j++) {
+      if (config.kicad_text_formatting) {
+        if (txt[i][j] == '\t') {
+          var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+          offsetx += fourSpaces - offsetx % fourSpaces;
+          continue;
+        } else if (txt[i][j] == '~') {
+          j++;
+          if (j == txt[i].length)
+            break;
+          if (txt[i][j] != '~') {
+            inOverbar = !inOverbar;
+          }
+        }
+      }
+      var glyph = pcbdata.font_data[txt[i][j]];
+      if (inOverbar) {
+        var overbarStart = [offsetx, -text.height * 1.4 + offsety];
+        var overbarEnd = [offsetx + text.width * glyph.w, overbarStart[1]];
+
+        if (!lastHadOverbar) {
+          overbarStart[0] += text.height * 1.4 * tilt;
+          lastHadOverbar = true;
+        }
+        ctx.beginPath();
+        ctx.moveTo(...overbarStart);
+        ctx.lineTo(...overbarEnd);
+        ctx.stroke();
+      } else {
+        lastHadOverbar = false;
+      }
+      for (var line of glyph.l) {
+        ctx.beginPath();
+        ctx.moveTo(...calcFontPoint(line[0], text, offsetx, offsety, tilt));
+        for (var k = 1; k < line.length; k++) {
+          ctx.lineTo(...calcFontPoint(line[k], text, offsetx, offsety, tilt));
+        }
+        ctx.stroke();
+      }
+      offsetx += glyph.w * text.width;
+    }
+    offsety += interline;
+  }
+  ctx.restore();
+}
+
+function drawedge(ctx, scalefactor, edge, color) {
+  ctx.strokeStyle = color;
+  ctx.fillStyle = color;
+  ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
+  ctx.lineCap = "round";
+  ctx.lineJoin = "round";
+  if ("svgpath" in edge) {
+    ctx.stroke(new Path2D(edge.svgpath));
+  } else {
+    ctx.beginPath();
+    if (edge.type == "segment") {
+      ctx.moveTo(...edge.start);
+      ctx.lineTo(...edge.end);
+    }
+    if (edge.type == "rect") {
+      ctx.moveTo(...edge.start);
+      ctx.lineTo(edge.start[0], edge.end[1]);
+      ctx.lineTo(...edge.end);
+      ctx.lineTo(edge.end[0], edge.start[1]);
+      ctx.lineTo(...edge.start);
+    }
+    if (edge.type == "arc") {
+      ctx.arc(
+        ...edge.start,
+        edge.radius,
+        deg2rad(edge.startangle),
+        deg2rad(edge.endangle));
+    }
+    if (edge.type == "circle") {
+      ctx.arc(
+        ...edge.start,
+        edge.radius,
+        0, 2 * Math.PI);
+      ctx.closePath();
+    }
+    if (edge.type == "curve") {
+      ctx.moveTo(...edge.start);
+      ctx.bezierCurveTo(...edge.cpa, ...edge.cpb, ...edge.end);
+    }
+    if("filled" in edge && edge.filled)
+      ctx.fill();
+    else
+      ctx.stroke();
+  }
+}
+
+function getChamferedRectPath(size, radius, chamfpos, chamfratio) {
+  // chamfpos is a bitmask, left = 1, right = 2, bottom left = 4, bottom right = 8
+  var path = new Path2D();
+  var width = size[0];
+  var height = size[1];
+  var x = width * -0.5;
+  var y = height * -0.5;
+  var chamfOffset = Math.min(width, height) * chamfratio;
+  path.moveTo(x, 0);
+  if (chamfpos & 4) {
+    path.lineTo(x, y + height - chamfOffset);
+    path.lineTo(x + chamfOffset, y + height);
+    path.lineTo(0, y + height);
+  } else {
+    path.arcTo(x, y + height, x + width, y + height, radius);
+  }
+  if (chamfpos & 8) {
+    path.lineTo(x + width - chamfOffset, y + height);
+    path.lineTo(x + width, y + height - chamfOffset);
+    path.lineTo(x + width, 0);
+  } else {
+    path.arcTo(x + width, y + height, x + width, y, radius);
+  }
+  if (chamfpos & 2) {
+    path.lineTo(x + width, y + chamfOffset);
+    path.lineTo(x + width - chamfOffset, y);
+    path.lineTo(0, y);
+  } else {
+    path.arcTo(x + width, y, x, y, radius);
+  }
+  if (chamfpos & 1) {
+    path.lineTo(x + chamfOffset, y);
+    path.lineTo(x, y + chamfOffset);
+    path.lineTo(x, 0);
+  } else {
+    path.arcTo(x, y, x, y + height, radius);
+  }
+  path.closePath();
+  return path;
+}
+
+function getOblongPath(size) {
+  return getChamferedRectPath(size, Math.min(size[0], size[1]) / 2, 0, 0);
+}
+
+function getPolygonsPath(shape) {
+  if (shape.path2d) {
+    return shape.path2d;
+  }
+  if ("svgpath" in shape) {
+    shape.path2d = new Path2D(shape.svgpath);
+  } else {
+    var path = new Path2D();
+    for (var polygon of shape.polygons) {
+      path.moveTo(...polygon[0]);
+      for (var i = 1; i < polygon.length; i++) {
+        path.lineTo(...polygon[i]);
+      }
+      path.closePath();
+    }
+    shape.path2d = path;
+  }
+  return shape.path2d;
+}
+
+function drawPolygonShape(ctx, scalefactor, shape, color) {
+  ctx.save();
+  if (!("svgpath" in shape)) {
+    ctx.translate(...shape.pos);
+    ctx.rotate(deg2rad(-shape.angle));
+  }
+  if("filled" in shape && !shape.filled) {
+    ctx.strokeStyle = color;
+    ctx.lineWidth = Math.max(1 / scalefactor, shape.width);
+    ctx.lineCap = "round";
+    ctx.lineJoin = "round";
+    ctx.stroke(getPolygonsPath(shape));
+  } else {
+    ctx.fillStyle = color;
+    ctx.fill(getPolygonsPath(shape));
+  }
+  ctx.restore();
+}
+
+function drawDrawing(ctx, scalefactor, drawing, color) {
+  if (["segment", "arc", "circle", "curve", "rect"].includes(drawing.type)) {
+    drawedge(ctx, scalefactor, drawing, color);
+  } else if (drawing.type == "polygon") {
+    drawPolygonShape(ctx, scalefactor, drawing, color);
+  } else {
+    drawText(ctx, drawing, color);
+  }
+}
+
+function getCirclePath(radius) {
+  var path = new Path2D();
+  path.arc(0, 0, radius, 0, 2 * Math.PI);
+  path.closePath();
+  return path;
+}
+
+function getCachedPadPath(pad) {
+  if (!pad.path2d) {
+    // if path2d is not set, build one and cache it on pad object
+    if (pad.shape == "rect") {
+      pad.path2d = new Path2D();
+      pad.path2d.rect(...pad.size.map(c => -c * 0.5), ...pad.size);
+    } else if (pad.shape == "oval") {
+      pad.path2d = getOblongPath(pad.size);
+    } else if (pad.shape == "circle") {
+      pad.path2d = getCirclePath(pad.size[0] / 2);
+    } else if (pad.shape == "roundrect") {
+      pad.path2d = getChamferedRectPath(pad.size, pad.radius, 0, 0);
+    } else if (pad.shape == "chamfrect") {
+      pad.path2d = getChamferedRectPath(pad.size, pad.radius, pad.chamfpos, pad.chamfratio)
+    } else if (pad.shape == "custom") {
+      pad.path2d = getPolygonsPath(pad);
+    }
+  }
+  return pad.path2d;
+}
+
+function drawPad(ctx, pad, color, outline) {
+  ctx.save();
+  ctx.translate(...pad.pos);
+  ctx.rotate(-deg2rad(pad.angle));
+  if (pad.offset) {
+    ctx.translate(...pad.offset);
+  }
+  ctx.fillStyle = color;
+  ctx.strokeStyle = color;
+  var path = getCachedPadPath(pad);
+  if (outline) {
+    ctx.stroke(path);
+  } else {
+    ctx.fill(path);
+  }
+  ctx.restore();
+}
+
+function drawPadHole(ctx, pad, padHoleColor) {
+  if (pad.type != "th") return;
+  ctx.save();
+  ctx.translate(...pad.pos);
+  ctx.rotate(-deg2rad(pad.angle));
+  ctx.fillStyle = padHoleColor;
+  if (pad.drillshape == "oblong") {
+    ctx.fill(getOblongPath(pad.drillsize));
+  } else {
+    ctx.fill(getCirclePath(pad.drillsize[0] / 2));
+  }
+  ctx.restore();
+}
+
+function drawFootprint(ctx, layer, scalefactor, footprint, colors, highlight, outline) {
+  if (highlight) {
+    // draw bounding box
+    if (footprint.layer == layer) {
+      ctx.save();
+      ctx.globalAlpha = 0.2;
+      ctx.translate(...footprint.bbox.pos);
+      ctx.rotate(deg2rad(-footprint.bbox.angle));
+      ctx.translate(...footprint.bbox.relpos);
+      ctx.fillStyle = colors.pad;
+      ctx.fillRect(0, 0, ...footprint.bbox.size);
+      ctx.globalAlpha = 1;
+      ctx.strokeStyle = colors.pad;
+      ctx.lineWidth = 3 / scalefactor;
+      ctx.strokeRect(0, 0, ...footprint.bbox.size);
+      ctx.restore();
+    }
+  }
+  // draw drawings
+  for (var drawing of footprint.drawings) {
+    if (drawing.layer == layer) {
+      drawDrawing(ctx, scalefactor, drawing.drawing, colors.pad);
+    }
+  }
+  ctx.lineWidth = 3 / scalefactor;
+  // draw pads
+  if (settings.renderPads) {
+    for (var pad of footprint.pads) {
+      if (pad.layers.includes(layer)) {
+        drawPad(ctx, pad, colors.pad, outline);
+        if (pad.pin1 &&
+          (settings.highlightpin1 == "all" ||
+            settings.highlightpin1 == "selected" && highlight)) {
+          drawPad(ctx, pad, colors.outline, true);
+        }
+      }
+    }
+    for (var pad of footprint.pads) {
+      drawPadHole(ctx, pad, colors.padHole);
+    }
+  }
+}
+
+function drawEdgeCuts(canvas, scalefactor) {
+  var ctx = canvas.getContext("2d");
+  var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
+  for (var edge of pcbdata.edges) {
+    drawDrawing(ctx, scalefactor, edge, edgecolor);
+  }
+}
+
+function drawFootprints(canvas, layer, scalefactor, highlight) {
+  var ctx = canvas.getContext("2d");
+  ctx.lineWidth = 3 / scalefactor;
+  var style = getComputedStyle(topmostdiv);
+
+  var colors = {
+    pad: style.getPropertyValue('--pad-color'),
+    padHole: style.getPropertyValue('--pad-hole-color'),
+    outline: style.getPropertyValue('--pin1-outline-color'),
+  }
+
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    var mod = pcbdata.footprints[i];
+    var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
+    var h = highlightedFootprints.includes(i);
+    var d = markedFootprints.has(i);
+    if (highlight) {
+      if(h && d) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight-both');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-both');
+      } else if (h) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight');
+      } else if (d) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight-marked');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-marked');
+      }
+    }
+    if( h || d || !highlight) {
+      drawFootprint(ctx, layer, scalefactor, mod, colors, highlight, outline);
+    }
+  }
+}
+
+function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
+  var ctx = canvas.getContext("2d");
+  for (var d of pcbdata.drawings[layername][layer]) {
+    if (["segment", "arc", "circle", "curve", "rect"].includes(d.type)) {
+      drawedge(ctx, scalefactor, d, edgeColor);
+    } else if (d.type == "polygon") {
+      drawPolygonShape(ctx, scalefactor, d, polygonColor);
+    } else {
+      drawText(ctx, d, textColor);
+    }
+  }
+}
+
+function drawTracks(canvas, layer, defaultColor, highlight) {
+  ctx = canvas.getContext("2d");
+  ctx.lineCap = "round";
+
+  var hasHole = (track) => (
+    'drillsize' in track &&
+    track.start[0] == track.end[0] &&
+    track.start[1] == track.end[1]);
+
+  // First draw tracks and tented vias
+  for (var track of pcbdata.tracks[layer]) {
+    if (highlight && highlightedNet != track.net) continue;
+    if (!hasHole(track)) {
+      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
+      ctx.lineWidth = track.width;
+      ctx.beginPath();
+      if ('radius' in track) {
+        ctx.arc(
+          ...track.center,
+          track.radius,
+          deg2rad(track.startangle),
+          deg2rad(track.endangle));
+      } else {
+        ctx.moveTo(...track.start);
+        ctx.lineTo(...track.end);
+      }
+      ctx.stroke();
+    }
+  }
+  // Second pass to draw untented vias
+  var style = getComputedStyle(topmostdiv);
+  var holeColor = style.getPropertyValue('--pad-hole-color')
+
+  for (var track of pcbdata.tracks[layer]) {
+    if (highlight && highlightedNet != track.net) continue;
+    if (hasHole(track)) {
+      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
+      ctx.lineWidth = track.width;
+      ctx.beginPath();
+      ctx.moveTo(...track.start);
+      ctx.lineTo(...track.end);
+      ctx.stroke();
+      ctx.strokeStyle = holeColor;
+      ctx.lineWidth = track.drillsize;
+      ctx.lineTo(...track.end);
+      ctx.stroke();
+    }
+  }
+}
+
+function drawZones(canvas, layer, defaultColor, highlight) {
+  ctx = canvas.getContext("2d");
+  ctx.lineJoin = "round";
+  for (var zone of pcbdata.zones[layer]) {
+    if (highlight && highlightedNet != zone.net) continue;
+    ctx.strokeStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
+    ctx.fillStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
+    if (!zone.path2d) {
+      zone.path2d = getPolygonsPath(zone);
+    }
+    ctx.fill(zone.path2d, zone.fillrule || "nonzero");
+    if (zone.width > 0) {
+      ctx.lineWidth = zone.width;
+      ctx.stroke(zone.path2d);
+    }
+  }
+}
+
+function clearCanvas(canvas, color = null) {
+  var ctx = canvas.getContext("2d");
+  ctx.save();
+  ctx.setTransform(1, 0, 0, 1, 0, 0);
+  if (color) {
+    ctx.fillStyle = color;
+    ctx.fillRect(0, 0, canvas.width, canvas.height);
+  } else {
+    if (!window.matchMedia("print").matches)
+      ctx.clearRect(0, 0, canvas.width, canvas.height);
+  }
+  ctx.restore();
+}
+
+function drawNets(canvas, layer, highlight) {
+  var style = getComputedStyle(topmostdiv);
+  if (settings.renderZones) {
+    var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
+    drawZones(canvas, layer, zoneColor, highlight);
+  }
+  if (settings.renderTracks) {
+    var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
+    drawTracks(canvas, layer, trackColor, highlight);
+  }
+  if (highlight && settings.renderPads) {
+    var padColor = style.getPropertyValue('--pad-color-highlight');
+    var padHoleColor = style.getPropertyValue('--pad-hole-color');
+    var ctx = canvas.getContext("2d");
+    for (var footprint of pcbdata.footprints) {
+      // draw pads
+      var padDrawn = false;
+      for (var pad of footprint.pads) {
+        if (highlightedNet != pad.net) continue;
+        if (pad.layers.includes(layer)) {
+          drawPad(ctx, pad, padColor, false);
+          padDrawn = true;
+        }
+      }
+      if (padDrawn) {
+        // redraw all pad holes because some pads may overlap
+        for (var pad of footprint.pads) {
+          drawPadHole(ctx, pad, padHoleColor);
+        }
+      }
+    }
+  }
+}
+
+function drawHighlightsOnLayer(canvasdict, clear = true) {
+  if (clear) {
+    clearCanvas(canvasdict.highlight);
+  }
+  if (markedFootprints.size > 0 || highlightedFootprints.length > 0) {
+    drawFootprints(canvasdict.highlight, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom, true);
+  }
+  if (highlightedNet !== null) {
+    drawNets(canvasdict.highlight, canvasdict.layer, true);
+  }
+}
+
+function drawHighlights() {
+  drawHighlightsOnLayer(allcanvas.front);
+  drawHighlightsOnLayer(allcanvas.back);
+}
+
+function drawBackground(canvasdict, clear = true) {
+  if (clear) {
+    clearCanvas(canvasdict.bg);
+    clearCanvas(canvasdict.fab);
+    clearCanvas(canvasdict.silk);
+  }
+
+  drawNets(canvasdict.bg, canvasdict.layer, false);
+  drawFootprints(canvasdict.bg, canvasdict.layer,
+    canvasdict.transform.s * canvasdict.transform.zoom, false);
+
+  drawEdgeCuts(canvasdict.bg, canvasdict.transform.s * canvasdict.transform.zoom);
+
+  var style = getComputedStyle(topmostdiv);
+  var edgeColor = style.getPropertyValue('--silkscreen-edge-color');
+  var polygonColor = style.getPropertyValue('--silkscreen-polygon-color');
+  var textColor = style.getPropertyValue('--silkscreen-text-color');
+  if (settings.renderSilkscreen) {
+    drawBgLayer(
+      "silkscreen", canvasdict.silk, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom,
+      edgeColor, polygonColor, textColor);
+  }
+  edgeColor = style.getPropertyValue('--fabrication-edge-color');
+  polygonColor = style.getPropertyValue('--fabrication-polygon-color');
+  textColor = style.getPropertyValue('--fabrication-text-color');
+  if (settings.renderFabrication) {
+    drawBgLayer(
+      "fabrication", canvasdict.fab, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom,
+      edgeColor, polygonColor, textColor);
+  }
+}
+
+function prepareCanvas(canvas, flip, transform) {
+  var ctx = canvas.getContext("2d");
+  ctx.setTransform(1, 0, 0, 1, 0, 0);
+  ctx.scale(transform.zoom, transform.zoom);
+  ctx.translate(transform.panx, transform.pany);
+  if (flip) {
+    ctx.scale(-1, 1);
+  }
+  ctx.translate(transform.x, transform.y);
+  ctx.rotate(deg2rad(settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
+  ctx.scale(transform.s, transform.s);
+}
+
+function prepareLayer(canvasdict) {
+  var flip = (canvasdict.layer === "B");
+  for (var c of ["bg", "fab", "silk", "highlight"]) {
+    prepareCanvas(canvasdict[c], flip, canvasdict.transform);
+  }
+}
+
+function rotateVector(v, angle) {
+  angle = deg2rad(angle);
+  return [
+    v[0] * Math.cos(angle) - v[1] * Math.sin(angle),
+    v[0] * Math.sin(angle) + v[1] * Math.cos(angle)
+  ];
+}
+
+function applyRotation(bbox, flip) {
+  var corners = [
+    [bbox.minx, bbox.miny],
+    [bbox.minx, bbox.maxy],
+    [bbox.maxx, bbox.miny],
+    [bbox.maxx, bbox.maxy],
+  ];
+  corners = corners.map((v) => rotateVector(v, settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
+  return {
+    minx: corners.reduce((a, v) => Math.min(a, v[0]), Infinity),
+    miny: corners.reduce((a, v) => Math.min(a, v[1]), Infinity),
+    maxx: corners.reduce((a, v) => Math.max(a, v[0]), -Infinity),
+    maxy: corners.reduce((a, v) => Math.max(a, v[1]), -Infinity),
+  }
+}
+
+function recalcLayerScale(layerdict, width, height) {
+  var flip = (layerdict.layer === "B");
+  var bbox = applyRotation(pcbdata.edges_bbox, flip);
+  var scalefactor = 0.98 * Math.min(
+    width / (bbox.maxx - bbox.minx),
+    height / (bbox.maxy - bbox.miny)
+  );
+  if (scalefactor < 0.1) {
+    scalefactor = 1;
+  }
+  layerdict.transform.s = scalefactor;
+  if (flip) {
+    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor + width) * 0.5;
+  } else {
+    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor - width) * 0.5;
+  }
+  layerdict.transform.y = -((bbox.maxy + bbox.miny) * scalefactor - height) * 0.5;
+  for (var c of ["bg", "fab", "silk", "highlight"]) {
+    canvas = layerdict[c];
+    canvas.width = width;
+    canvas.height = height;
+    canvas.style.width = (width / devicePixelRatio) + "px";
+    canvas.style.height = (height / devicePixelRatio) + "px";
+  }
+}
+
+function redrawCanvas(layerdict) {
+  prepareLayer(layerdict);
+  drawBackground(layerdict);
+  drawHighlightsOnLayer(layerdict);
+}
+
+function resizeCanvas(layerdict) {
+  var canvasdivid = {
+    "F": "frontcanvas",
+    "B": "backcanvas"
+  } [layerdict.layer];
+  var width = document.getElementById(canvasdivid).clientWidth * devicePixelRatio;
+  var height = document.getElementById(canvasdivid).clientHeight * devicePixelRatio;
+  recalcLayerScale(layerdict, width, height);
+  redrawCanvas(layerdict);
+}
+
+function resizeAll() {
+  resizeCanvas(allcanvas.front);
+  resizeCanvas(allcanvas.back);
+}
+
+function pointWithinDistanceToSegment(x, y, x1, y1, x2, y2, d) {
+  var A = x - x1;
+  var B = y - y1;
+  var C = x2 - x1;
+  var D = y2 - y1;
+
+  var dot = A * C + B * D;
+  var len_sq = C * C + D * D;
+  var dx, dy;
+  if (len_sq == 0) {
+    // start and end of the segment coincide
+    dx = x - x1;
+    dy = y - y1;
+  } else {
+    var param = dot / len_sq;
+    var xx, yy;
+    if (param < 0) {
+      xx = x1;
+      yy = y1;
+    } else if (param > 1) {
+      xx = x2;
+      yy = y2;
+    } else {
+      xx = x1 + param * C;
+      yy = y1 + param * D;
+    }
+    dx = x - xx;
+    dy = y - yy;
+  }
+  return dx * dx + dy * dy <= d * d;
+}
+
+function modulo(n, mod) {
+  return ((n % mod) + mod) % mod;
+}
+
+function pointWithinDistanceToArc(x, y, xc, yc, radius, startangle, endangle, d) {
+  var dx = x - xc;
+  var dy = y - yc;
+  var r_sq = dx * dx + dy * dy;
+  var rmin = Math.max(0, radius - d);
+  var rmax = radius + d;
+
+  if (r_sq < rmin * rmin || r_sq > rmax * rmax)
+    return false;
+
+  var angle1 = modulo(deg2rad(startangle), 2 * Math.PI);
+  var dx1 = xc + radius * Math.cos(angle1) - x;
+  var dy1 = yc + radius * Math.sin(angle1) - y;
+  if (dx1 * dx1 + dy1 * dy1 <= d * d)
+    return true;
+
+  var angle2 = modulo(deg2rad(endangle), 2 * Math.PI);
+  var dx2 = xc + radius * Math.cos(angle2) - x;
+  var dy2 = yc + radius * Math.sin(angle2) - y;
+  if (dx2 * dx2 + dy2 * dy2 <= d * d)
+    return true;
+
+  var angle = modulo(Math.atan2(dy, dx), 2 * Math.PI);
+  if (angle1 > angle2)
+    return (angle >= angle2 || angle <= angle1);
+  else
+    return (angle >= angle1 && angle <= angle2);
+}
+
+function pointWithinPad(x, y, pad) {
+  var v = [x - pad.pos[0], y - pad.pos[1]];
+  v = rotateVector(v, pad.angle);
+  if (pad.offset) {
+    v[0] -= pad.offset[0];
+    v[1] -= pad.offset[1];
+  }
+  return emptyContext2d.isPointInPath(getCachedPadPath(pad), ...v);
+}
+
+function netHitScan(layer, x, y) {
+  // Check track segments
+  if (settings.renderTracks && pcbdata.tracks) {
+    for (var track of pcbdata.tracks[layer]) {
+      if ('radius' in track) {
+        if (pointWithinDistanceToArc(x, y, ...track.center, track.radius, track.startangle, track.endangle, track.width / 2)) {
+          return track.net;
+        }
+      } else {
+        if (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
+          return track.net;
+        }
+      }
+    }
+  }
+  // Check pads
+  if (settings.renderPads) {
+    for (var footprint of pcbdata.footprints) {
+      for (var pad of footprint.pads) {
+        if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
+          return pad.net;
+        }
+      }
+    }
+  }
+  return null;
+}
+
+function pointWithinFootprintBbox(x, y, bbox) {
+  var v = [x - bbox.pos[0], y - bbox.pos[1]];
+  v = rotateVector(v, bbox.angle);
+  return bbox.relpos[0] <= v[0] && v[0] <= bbox.relpos[0] + bbox.size[0] &&
+    bbox.relpos[1] <= v[1] && v[1] <= bbox.relpos[1] + bbox.size[1];
+}
+
+function bboxHitScan(layer, x, y) {
+  var result = [];
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    var footprint = pcbdata.footprints[i];
+    if (footprint.layer == layer) {
+      if (pointWithinFootprintBbox(x, y, footprint.bbox)) {
+        result.push(i);
+      }
+    }
+  }
+  return result;
+}
+
+function handlePointerDown(e, layerdict) {
+  if (e.button != 0 && e.button != 1) {
+    return;
+  }
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  layerdict.pointerStates[e.pointerId] = {
+    distanceTravelled: 0,
+    lastX: e.offsetX,
+    lastY: e.offsetY,
+    downTime: Date.now(),
+  };
+}
+
+function handleMouseClick(e, layerdict) {
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  var x = e.offsetX;
+  var y = e.offsetY;
+  var t = layerdict.transform;
+  var flip = layerdict.layer === "B";
+  if (flip) {
+    x = (devicePixelRatio * x / t.zoom - t.panx + t.x) / -t.s;
+  } else {
+    x = (devicePixelRatio * x / t.zoom - t.panx - t.x) / t.s;
+  }
+  y = (devicePixelRatio * y / t.zoom - t.y - t.pany) / t.s;
+  var v = rotateVector([x, y], -settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0));
+  if ("nets" in pcbdata) {
+    var net = netHitScan(layerdict.layer, ...v);
+    if (net !== highlightedNet) {
+      netClicked(net);
+    }
+  }
+  if (highlightedNet === null) {
+    var footprints = bboxHitScan(layerdict.layer, ...v);
+    if (footprints.length > 0) {
+      footprintsClicked(footprints);
+    }
+  }
+}
+
+function handlePointerLeave(e, layerdict) {
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!settings.redrawOnDrag) {
+    redrawCanvas(layerdict);
+  }
+
+  delete layerdict.pointerStates[e.pointerId];
+}
+
+function resetTransform(layerdict) {
+  layerdict.transform.panx = 0;
+  layerdict.transform.pany = 0;
+  layerdict.transform.zoom = 1;
+  redrawCanvas(layerdict);
+}
+
+function handlePointerUp(e, layerdict) {
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (e.button == 2) {
+    // Reset pan and zoom on right click.
+    resetTransform(layerdict);
+    layerdict.anotherPointerTapped = false;
+    return;
+  }
+
+  // We haven't necessarily had a pointermove event since the interaction started, so make sure we update this now
+  var ptr = layerdict.pointerStates[e.pointerId];
+  ptr.distanceTravelled += Math.abs(e.offsetX - ptr.lastX) + Math.abs(e.offsetY - ptr.lastY);
+
+  if (e.button == 0 && ptr.distanceTravelled < 10 && Date.now() - ptr.downTime <= 500) {
+    if (Object.keys(layerdict.pointerStates).length == 1) {
+      if (layerdict.anotherPointerTapped) {
+        // This is the second pointer coming off of a two-finger tap
+        resetTransform(layerdict);
+      } else {
+        // This is just a regular tap
+        handleMouseClick(e, layerdict);
+      }
+      layerdict.anotherPointerTapped = false;
+    } else {
+      // This is the first finger coming off of what could become a two-finger tap
+      layerdict.anotherPointerTapped = true;
+    }
+  } else {
+    if (!settings.redrawOnDrag) {
+      redrawCanvas(layerdict);
+    }
+    layerdict.anotherPointerTapped = false;
+  }
+
+  delete layerdict.pointerStates[e.pointerId];
+}
+
+function handlePointerMove(e, layerdict) {
+  if (!layerdict.pointerStates.hasOwnProperty(e.pointerId)) {
+    return;
+  }
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  var thisPtr = layerdict.pointerStates[e.pointerId];
+
+  var dx = e.offsetX - thisPtr.lastX;
+  var dy = e.offsetY - thisPtr.lastY;
+
+  // If this number is low on pointer up, we count the action as a click
+  thisPtr.distanceTravelled += Math.abs(dx) + Math.abs(dy);
+
+  if (Object.keys(layerdict.pointerStates).length == 1) {
+    // This is a simple drag
+    layerdict.transform.panx += devicePixelRatio * dx / layerdict.transform.zoom;
+    layerdict.transform.pany += devicePixelRatio * dy / layerdict.transform.zoom;
+  } else if (Object.keys(layerdict.pointerStates).length == 2) {
+    var otherPtr = Object.values(layerdict.pointerStates).filter((ptr) => ptr != thisPtr)[0];
+
+    var oldDist = Math.sqrt(Math.pow(thisPtr.lastX - otherPtr.lastX, 2) + Math.pow(thisPtr.lastY - otherPtr.lastY, 2));
+    var newDist = Math.sqrt(Math.pow(e.offsetX - otherPtr.lastX, 2) + Math.pow(e.offsetY - otherPtr.lastY, 2));
+
+    var scaleFactor = newDist / oldDist;
+
+    if (scaleFactor != NaN) {
+      layerdict.transform.zoom *= scaleFactor;
+
+      var zoomd = (1 - scaleFactor) / layerdict.transform.zoom;
+      layerdict.transform.panx += devicePixelRatio * otherPtr.lastX * zoomd;
+      layerdict.transform.pany += devicePixelRatio * otherPtr.lastY * zoomd;
+    }
+  }
+
+  thisPtr.lastX = e.offsetX;
+  thisPtr.lastY = e.offsetY;
+
+  if (settings.redrawOnDrag) {
+    redrawCanvas(layerdict);
+  }
+}
+
+function handleMouseWheel(e, layerdict) {
+  e.preventDefault();
+  e.stopPropagation();
+  var t = layerdict.transform;
+  var wheeldelta = e.deltaY;
+  if (e.deltaMode == 1) {
+    // FF only, scroll by lines
+    wheeldelta *= 30;
+  } else if (e.deltaMode == 2) {
+    wheeldelta *= 300;
+  }
+  var m = Math.pow(1.1, -wheeldelta / 40);
+  // Limit amount of zoom per tick.
+  if (m > 2) {
+    m = 2;
+  } else if (m < 0.5) {
+    m = 0.5;
+  }
+  t.zoom *= m;
+  var zoomd = (1 - m) / t.zoom;
+  t.panx += devicePixelRatio * e.offsetX * zoomd;
+  t.pany += devicePixelRatio * e.offsetY * zoomd;
+  redrawCanvas(layerdict);
+}
+
+function addMouseHandlers(div, layerdict) {
+  div.addEventListener("pointerdown", function(e) {
+    handlePointerDown(e, layerdict);
+  });
+  div.addEventListener("pointermove", function(e) {
+    handlePointerMove(e, layerdict);
+  });
+  div.addEventListener("pointerup", function(e) {
+    handlePointerUp(e, layerdict);
+  });
+  var pointerleave = function(e) {
+    handlePointerLeave(e, layerdict);
+  }
+  div.addEventListener("pointercancel", pointerleave);
+  div.addEventListener("pointerleave", pointerleave);
+  div.addEventListener("pointerout", pointerleave);
+
+  div.onwheel = function(e) {
+    handleMouseWheel(e, layerdict);
+  }
+  for (var element of [div, layerdict.bg, layerdict.fab, layerdict.silk, layerdict.highlight]) {
+    element.addEventListener("contextmenu", function(e) {
+      e.preventDefault();
+    }, false);
+  }
+}
+
+function setRedrawOnDrag(value) {
+  settings.redrawOnDrag = value;
+  writeStorage("redrawOnDrag", value);
+}
+
+function setBoardRotation(value) {
+  settings.boardRotation = value * 5;
+  writeStorage("boardRotation", settings.boardRotation);
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  resizeAll();
+}
+
+function setOffsetBackRotation(value) {
+  settings.offsetBackRotation = value;
+  writeStorage("offsetBackRotation", value);
+  resizeAll();
+}
+
+function initRender() {
+  allcanvas = {
+    front: {
+      transform: {
+        x: 0,
+        y: 0,
+        s: 1,
+        panx: 0,
+        pany: 0,
+        zoom: 1,
+      },
+      pointerStates: {},
+      anotherPointerTapped: false,
+      bg: document.getElementById("F_bg"),
+      fab: document.getElementById("F_fab"),
+      silk: document.getElementById("F_slk"),
+      highlight: document.getElementById("F_hl"),
+      layer: "F",
+    },
+    back: {
+      transform: {
+        x: 0,
+        y: 0,
+        s: 1,
+        panx: 0,
+        pany: 0,
+        zoom: 1,
+      },
+      pointerStates: {},
+      anotherPointerTapped: false,
+      bg: document.getElementById("B_bg"),
+      fab: document.getElementById("B_fab"),
+      silk: document.getElementById("B_slk"),
+      highlight: document.getElementById("B_hl"),
+      layer: "B",
+    }
+  };
+  addMouseHandlers(document.getElementById("frontcanvas"), allcanvas.front);
+  addMouseHandlers(document.getElementById("backcanvas"), allcanvas.back);
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*
+ * Table reordering via Drag'n'Drop
+ * Inspired by: https://htmldom.dev/drag-and-drop-table-column
+ */
+
+function setBomHandlers() {
+
+  const bom = document.getElementById('bomtable');
+
+  let dragName;
+  let placeHolderElements;
+  let draggingElement;
+  let forcePopulation;
+  let xOffset;
+  let yOffset;
+  let wasDragged;
+
+  const mouseUpHandler = function(e) {
+    // Delete dragging element
+    draggingElement.remove();
+
+    // Make BOM selectable again
+    bom.style.removeProperty("userSelect");
+
+    // Remove listeners
+    document.removeEventListener('mousemove', mouseMoveHandler);
+    document.removeEventListener('mouseup', mouseUpHandler);
+
+    if (wasDragged) {
+      // Redraw whole BOM
+      populateBomTable();
+    }
+  }
+
+  const mouseMoveHandler = function(e) {
+    // Notice the dragging
+    wasDragged = true;
+
+    // Make the dragged element visible
+    draggingElement.style.removeProperty("display");
+
+    // Set elements position to mouse position
+    draggingElement.style.left = `${e.screenX - xOffset}px`;
+    draggingElement.style.top = `${e.screenY - yOffset}px`;
+
+    // Forced redrawing of BOM table
+    if (forcePopulation) {
+      forcePopulation = false;
+      // Copy array
+      phe = Array.from(placeHolderElements);
+      // populate BOM table again
+      populateBomHeader(dragName, phe);
+      populateBomBody(dragName, phe);
+    }
+
+    // Set up array of hidden columns
+    var hiddenColumns = Array.from(settings.hiddenColumns);
+    // In the ungrouped mode, quantity don't exist
+    if (settings.bommode === "ungrouped")
+      hiddenColumns.push("Quantity");
+    // If no checkbox fields can be found, we consider them hidden
+    if (settings.checkboxes.length == 0)
+      hiddenColumns.push("checkboxes");
+
+    // Get table headers and group them into checkboxes, extrafields and normal headers
+    const bh = document.getElementById("bomhead");
+    headers = Array.from(bh.querySelectorAll("th"))
+    headers.shift() // numCol is not part of the columnOrder
+    headerGroups = []
+    lastCompoundClass = null;
+    for (i = 0; i < settings.columnOrder.length; i++) {
+      cElem = settings.columnOrder[i];
+      if (hiddenColumns.includes(cElem)) {
+        // Hidden columns appear as a dummy element
+        headerGroups.push([]);
+        continue;
+      }
+      elem = headers.filter(e => getColumnOrderName(e) === cElem)[0];
+      if (elem.classList.contains("bom-checkbox")) {
+        if (lastCompoundClass === "bom-checkbox") {
+          cbGroup = headerGroups.pop();
+          cbGroup.push(elem);
+          headerGroups.push(cbGroup);
+        } else {
+          lastCompoundClass = "bom-checkbox";
+          headerGroups.push([elem])
+        }
+      } else {
+        headerGroups.push([elem])
+      }
+    }
+
+    // Copy settings.columnOrder
+    var columns = Array.from(settings.columnOrder)
+
+    // Set up array with indices of hidden columns
+    var hiddenIndices = hiddenColumns.map(e => settings.columnOrder.indexOf(e));
+    var dragIndex = columns.indexOf(dragName);
+    var swapIndex = dragIndex;
+    var swapDone = false;
+
+    // Check if the current dragged element is swapable with the left or right element
+    if (dragIndex > 0) {
+      // Get left headers boundingbox
+      swapIndex = dragIndex - 1;
+      while (hiddenIndices.includes(swapIndex) && swapIndex > 0)
+        swapIndex--;
+      if (!hiddenIndices.includes(swapIndex)) {
+        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+        if (e.clientX < box.left + window.scrollX + (box.width / 2)) {
+          swapElement = columns[dragIndex];
+          columns.splice(dragIndex, 1);
+          columns.splice(swapIndex, 0, swapElement);
+          forcePopulation = true;
+          swapDone = true;
+        }
+      }
+    }
+    if ((!swapDone) && dragIndex < headerGroups.length - 1) {
+      // Get right headers boundingbox
+      swapIndex = dragIndex + 1;
+      while (hiddenIndices.includes(swapIndex))
+        swapIndex++;
+      if (swapIndex < headerGroups.length) {
+        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+        if (e.clientX > box.left + window.scrollX + (box.width / 2)) {
+          swapElement = columns[dragIndex];
+          columns.splice(dragIndex, 1);
+          columns.splice(swapIndex, 0, swapElement);
+          forcePopulation = true;
+          swapDone = true;
+        }
+      }
+    }
+
+    // Write back change to storage
+    if (swapDone) {
+      settings.columnOrder = columns
+      writeStorage("columnOrder", JSON.stringify(columns));
+    }
+
+  }
+
+  const mouseDownHandler = function(e) {
+    var target = e.target;
+    if (target.tagName.toLowerCase() != "td")
+      target = target.parentElement;
+
+    // Used to check if a dragging has ever happened
+    wasDragged = false;
+
+    // Create new element which will be displayed as the dragged column
+    draggingElement = document.createElement("div")
+    draggingElement.classList.add("dragging");
+    draggingElement.style.display = "none";
+    draggingElement.style.position = "absolute";
+    draggingElement.style.overflow = "hidden";
+
+    // Get bomhead and bombody elements
+    const bh = document.getElementById("bomhead");
+    const bb = document.getElementById("bombody");
+
+    // Get all compound headers for the current column
+    var compoundHeaders;
+    if (target.classList.contains("bom-checkbox")) {
+      compoundHeaders = Array.from(bh.querySelectorAll("th.bom-checkbox"));
+    } else {
+      compoundHeaders = [target];
+    }
+
+    // Create new table which will display the column
+    var newTable = document.createElement("table");
+    newTable.classList.add("bom");
+    newTable.style.background = "white";
+    draggingElement.append(newTable);
+
+    // Create new header element
+    var newHeader = document.createElement("thead");
+    newTable.append(newHeader);
+
+    // Set up array for storing all placeholder elements
+    placeHolderElements = [];
+
+    // Add all compound headers to the new thead element and placeholders
+    compoundHeaders.forEach(function(h) {
+      clone = cloneElementWithDimensions(h);
+      newHeader.append(clone);
+      placeHolderElements.push(clone);
+    });
+
+    // Create new body element
+    var newBody = document.createElement("tbody");
+    newTable.append(newBody);
+
+    // Get indices for compound headers
+    var idxs = compoundHeaders.map(e => getBomTableHeaderIndex(e));
+
+    // For each row in the BOM body...
+    var rows = bb.querySelectorAll("tr");
+    rows.forEach(function(row) {
+      // ..get the cells for the compound column
+      const tds = row.querySelectorAll("td");
+      var copytds = idxs.map(i => tds[i]);
+      // Add them to the new element and the placeholders
+      var newRow = document.createElement("tr");
+      copytds.forEach(function(td) {
+        clone = cloneElementWithDimensions(td);
+        newRow.append(clone);
+        placeHolderElements.push(clone);
+      });
+      newBody.append(newRow);
+    });
+
+    // Compute width for compound header
+    var width = compoundHeaders.reduce((acc, x) => acc + x.clientWidth, 0);
+    draggingElement.style.width = `${width}px`;
+
+    // Insert the new dragging element and disable selection on BOM
+    bom.insertBefore(draggingElement, null);
+    bom.style.userSelect = "none";
+
+    // Determine the mouse position offset
+    xOffset = e.screenX - compoundHeaders.reduce((acc, x) => Math.min(acc, x.offsetLeft), compoundHeaders[0].offsetLeft);
+    yOffset = e.screenY - compoundHeaders[0].offsetTop;
+
+    // Get name for the column in settings.columnOrder
+    dragName = getColumnOrderName(target);
+
+    // Change text and class for placeholder elements
+    placeHolderElements = placeHolderElements.map(function(e) {
+      newElem = cloneElementWithDimensions(e);
+      newElem.textContent = "";
+      newElem.classList.add("placeholder");
+      return newElem;
+    });
+
+    // On next mouse move, the whole BOM needs to be redrawn to show the placeholders
+    forcePopulation = true;
+
+    // Add listeners for move and up on mouse
+    document.addEventListener('mousemove', mouseMoveHandler);
+    document.addEventListener('mouseup', mouseUpHandler);
+  }
+
+  // In netlist mode, there is nothing to reorder
+  if (settings.bommode === "netlist")
+    return;
+
+  // Add mouseDownHandler to every column except the numCol
+  bom.querySelectorAll("th")
+    .forEach(function(head) {
+      if (!head.classList.contains("numCol")) {
+        head.onmousedown = mouseDownHandler;
+      }
+    });
+
+}
+
+function getBoundingClientRectFromMultiple(elements) {
+  var elems = Array.from(elements);
+
+  if (elems.length == 0)
+    return null;
+
+  var box = elems.shift()
+    .getBoundingClientRect();
+
+  elems.forEach(function(elem) {
+    var elembox = elem.getBoundingClientRect();
+    box.left = Math.min(elembox.left, box.left);
+    box.top = Math.min(elembox.top, box.top);
+    box.width += elembox.width;
+    box.height = Math.max(elembox.height, box.height);
+  });
+
+  return box;
+}
+
+function cloneElementWithDimensions(elem) {
+  var newElem = elem.cloneNode(true);
+  newElem.style.height = window.getComputedStyle(elem).height;
+  newElem.style.width = window.getComputedStyle(elem).width;
+  return newElem;
+}
+
+function getBomTableHeaderIndex(elem) {
+  const bh = document.getElementById('bomhead');
+  const ths = Array.from(bh.querySelectorAll("th"));
+  return ths.indexOf(elem);
+}
+
+function getColumnOrderName(elem) {
+  var cname = elem.getAttribute("col_name");
+  if (cname === "bom-checkbox")
+    return "checkboxes";
+  else
+    return cname;
+}
+
+function resizableGrid(tablehead) {
+  var cols = tablehead.firstElementChild.children;
+  var rowWidth = tablehead.offsetWidth;
+
+  for (var i = 1; i < cols.length; i++) {
+    if (cols[i].classList.contains("bom-checkbox"))
+      continue;
+    cols[i].style.width = ((cols[i].clientWidth - paddingDiff(cols[i])) * 100 / rowWidth) + '%';
+  }
+
+  for (var i = 1; i < cols.length - 1; i++) {
+    var div = document.createElement('div');
+    div.className = "column-width-handle";
+    cols[i].appendChild(div);
+    setListeners(div);
+  }
+
+  function setListeners(div) {
+    var startX, curCol, nxtCol, curColWidth, nxtColWidth, rowWidth;
+
+    div.addEventListener('mousedown', function(e) {
+      e.preventDefault();
+      e.stopPropagation();
+
+      curCol = e.target.parentElement;
+      nxtCol = curCol.nextElementSibling;
+      startX = e.pageX;
+
+      var padding = paddingDiff(curCol);
+
+      rowWidth = curCol.parentElement.offsetWidth;
+      curColWidth = curCol.clientWidth - padding;
+      nxtColWidth = nxtCol.clientWidth - padding;
+    });
+
+    document.addEventListener('mousemove', function(e) {
+      if (startX) {
+        var diffX = e.pageX - startX;
+        diffX = -Math.min(-diffX, curColWidth - 20);
+        diffX = Math.min(diffX, nxtColWidth - 20);
+
+        curCol.style.width = ((curColWidth + diffX) * 100 / rowWidth) + '%';
+        nxtCol.style.width = ((nxtColWidth - diffX) * 100 / rowWidth) + '%';
+        console.log(`${curColWidth + nxtColWidth} ${(curColWidth + diffX) * 100 / rowWidth + (nxtColWidth - diffX) * 100 / rowWidth}`);
+      }
+    });
+
+    document.addEventListener('mouseup', function(e) {
+      curCol = undefined;
+      nxtCol = undefined;
+      startX = undefined;
+      nxtColWidth = undefined;
+      curColWidth = undefined
+    });
+  }
+
+  function paddingDiff(col) {
+
+    if (getStyleVal(col, 'box-sizing') == 'border-box') {
+      return 0;
+    }
+
+    var padLeft = getStyleVal(col, 'padding-left');
+    var padRight = getStyleVal(col, 'padding-right');
+    return (parseInt(padLeft) + parseInt(padRight));
+
+  }
+
+  function getStyleVal(elm, css) {
+    return (window.getComputedStyle(elm, null).getPropertyValue(css))
+  }
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* DOM manipulation and misc code */
+
+var bomsplit;
+var canvassplit;
+var initDone = false;
+var bomSortFunction = null;
+var currentSortColumn = null;
+var currentSortOrder = null;
+var currentHighlightedRowId;
+var highlightHandlers = [];
+var footprintIndexToHandler = {};
+var netsToHandler = {};
+var markedFootprints = new Set();
+var highlightedFootprints = [];
+var highlightedNet = null;
+var lastClicked;
+
+function dbg(html) {
+  dbgdiv.innerHTML = html;
+}
+
+function redrawIfInitDone() {
+  if (initDone) {
+    redrawCanvas(allcanvas.front);
+    redrawCanvas(allcanvas.back);
+  }
+}
+
+function padsVisible(value) {
+  writeStorage("padsVisible", value);
+  settings.renderPads = value;
+  redrawIfInitDone();
+}
+
+function referencesVisible(value) {
+  writeStorage("referencesVisible", value);
+  settings.renderReferences = value;
+  redrawIfInitDone();
+}
+
+function valuesVisible(value) {
+  writeStorage("valuesVisible", value);
+  settings.renderValues = value;
+  redrawIfInitDone();
+}
+
+function tracksVisible(value) {
+  writeStorage("tracksVisible", value);
+  settings.renderTracks = value;
+  redrawIfInitDone();
+}
+
+function zonesVisible(value) {
+  writeStorage("zonesVisible", value);
+  settings.renderZones = value;
+  redrawIfInitDone();
+}
+
+function dnpOutline(value) {
+  writeStorage("dnpOutline", value);
+  settings.renderDnpOutline = value;
+  redrawIfInitDone();
+}
+
+function setDarkMode(value) {
+  if (value) {
+    topmostdiv.classList.add("dark");
+  } else {
+    topmostdiv.classList.remove("dark");
+  }
+  writeStorage("darkmode", value);
+  settings.darkMode = value;
+  redrawIfInitDone();
+  if (initDone) {
+    populateBomTable();
+  }
+}
+
+function setShowBOMColumn(field, value) {
+  if (field === "references") {
+    var rl = document.getElementById("reflookup");
+    rl.disabled = !value;
+    if (!value) {
+      rl.value = "";
+      updateRefLookup("");
+    }
+  }
+
+  var n = settings.hiddenColumns.indexOf(field);
+  if (value) {
+    if (n != -1) {
+      settings.hiddenColumns.splice(n, 1);
+    }
+  } else {
+    if (n == -1) {
+      settings.hiddenColumns.push(field);
+    }
+  }
+
+  writeStorage("hiddenColumns", JSON.stringify(settings.hiddenColumns));
+
+  if (initDone) {
+    populateBomTable();
+  }
+
+  redrawIfInitDone();
+}
+
+
+function setFullscreen(value) {
+  if (value) {
+    document.documentElement.requestFullscreen();
+  } else {
+    document.exitFullscreen();
+  }
+}
+
+function fabricationVisible(value) {
+  writeStorage("fabricationVisible", value);
+  settings.renderFabrication = value;
+  redrawIfInitDone();
+}
+
+function silkscreenVisible(value) {
+  writeStorage("silkscreenVisible", value);
+  settings.renderSilkscreen = value;
+  redrawIfInitDone();
+}
+
+function setHighlightPin1(value) {
+  writeStorage("highlightpin1", value);
+  settings.highlightpin1 = value;
+  redrawIfInitDone();
+}
+
+function getStoredCheckboxRefs(checkbox) {
+  function convert(ref) {
+    var intref = parseInt(ref);
+    if (isNaN(intref)) {
+      for (var i = 0; i < pcbdata.footprints.length; i++) {
+        if (pcbdata.footprints[i].ref == ref) {
+          return i;
+        }
+      }
+      return -1;
+    } else {
+      return intref;
+    }
+  }
+  if (!(checkbox in settings.checkboxStoredRefs)) {
+    var val = readStorage("checkbox_" + checkbox);
+    settings.checkboxStoredRefs[checkbox] = val ? val : "";
+  }
+  if (!settings.checkboxStoredRefs[checkbox]) {
+    return new Set();
+  } else {
+    return new Set(settings.checkboxStoredRefs[checkbox].split(",").map(r => convert(r)).filter(a => a >= 0));
+  }
+}
+
+function getCheckboxState(checkbox, references) {
+  var storedRefsSet = getStoredCheckboxRefs(checkbox);
+  var currentRefsSet = new Set(references.map(r => r[1]));
+  // Get difference of current - stored
+  var difference = new Set(currentRefsSet);
+  for (ref of storedRefsSet) {
+    difference.delete(ref);
+  }
+  if (difference.size == 0) {
+    // All the current refs are stored
+    return "checked";
+  } else if (difference.size == currentRefsSet.size) {
+    // None of the current refs are stored
+    return "unchecked";
+  } else {
+    // Some of the refs are stored
+    return "indeterminate";
+  }
+}
+
+function setBomCheckboxState(checkbox, element, references) {
+  var state = getCheckboxState(checkbox, references);
+  element.checked = (state == "checked");
+  element.indeterminate = (state == "indeterminate");
+}
+
+function createCheckboxChangeHandler(checkbox, references, row) {
+  return function () {
+    refsSet = getStoredCheckboxRefs(checkbox);
+    var markWhenChecked = settings.markWhenChecked == checkbox;
+    eventArgs = {
+      checkbox: checkbox,
+      refs: references,
+    }
+    if (this.checked) {
+      // checkbox ticked
+      for (var ref of references) {
+        refsSet.add(ref[1]);
+      }
+      if (markWhenChecked) {
+        row.classList.add("checked");
+        for (var ref of references) {
+          markedFootprints.add(ref[1]);
+        }
+        drawHighlights();
+      }
+      eventArgs.state = 'checked';
+    } else {
+      // checkbox unticked
+      for (var ref of references) {
+        refsSet.delete(ref[1]);
+      }
+      if (markWhenChecked) {
+        row.classList.remove("checked");
+        for (var ref of references) {
+          markedFootprints.delete(ref[1]);
+        }
+        drawHighlights();
+      }
+      eventArgs.state = 'unchecked';
+    }
+    settings.checkboxStoredRefs[checkbox] = [...refsSet].join(",");
+    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+    updateCheckboxStats(checkbox);
+    EventHandler.emitEvent(IBOM_EVENT_TYPES.CHECKBOX_CHANGE_EVENT, eventArgs);
+  }
+}
+
+function clearHighlightedFootprints() {
+  if (currentHighlightedRowId) {
+    document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+    currentHighlightedRowId = null;
+    highlightedFootprints = [];
+    highlightedNet = null;
+  }
+}
+
+function createRowHighlightHandler(rowid, refs, net) {
+  return function () {
+    if (currentHighlightedRowId) {
+      if (currentHighlightedRowId == rowid) {
+        return;
+      }
+      document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+    }
+    document.getElementById(rowid).classList.add("highlighted");
+    currentHighlightedRowId = rowid;
+    highlightedFootprints = refs ? refs.map(r => r[1]) : [];
+    highlightedNet = net;
+    drawHighlights();
+    EventHandler.emitEvent(
+      IBOM_EVENT_TYPES.HIGHLIGHT_EVENT, {
+      rowid: rowid,
+      refs: refs,
+      net: net
+    });
+  }
+}
+
+function updateNetColors() {
+  writeStorage("netColors", JSON.stringify(settings.netColors));
+  redrawIfInitDone();
+}
+
+function netColorChangeHandler(net) {
+  return (event) => {
+    settings.netColors[net] = event.target.value;
+    updateNetColors();
+  }
+}
+
+function netColorRightClick(net) {
+  return (event) => {
+    if(event.button == 2) {
+      event.preventDefault();
+      event.stopPropagation();
+
+      var style = getComputedStyle(topmostdiv);
+      var defaultNetColor = style.getPropertyValue('--track-color').trim();
+      event.target.value = defaultNetColor;
+      delete settings.netColors[net];
+      updateNetColors();
+    }
+  }
+}
+
+function entryMatches(entry) {
+  if (settings.bommode == "netlist") {
+    // entry is just a net name
+    return entry.toLowerCase().indexOf(filter) >= 0;
+  }
+  // check refs
+  if (!settings.hiddenColumns.includes("references")) {
+    for (var ref of entry) {
+      if (ref[0].toLowerCase().indexOf(filter) >= 0) {
+        return true;
+      }
+    }
+  }
+  // check fields
+  for (var i in config.fields) {
+    var f = config.fields[i];
+    if (!settings.hiddenColumns.includes(f)) {
+      for (var ref of entry) {
+        if (String(pcbdata.bom.fields[ref[1]][i]).toLowerCase().indexOf(filter) >= 0) {
+          return true;
+        }
+      }
+    }
+  }
+  return false;
+}
+
+function findRefInEntry(entry) {
+  return entry.filter(r => r[0].toLowerCase() == reflookup);
+}
+
+function highlightFilter(s) {
+  if (!filter) {
+    return s;
+  }
+  var parts = s.toLowerCase().split(filter);
+  if (parts.length == 1) {
+    return s;
+  }
+  var r = "";
+  var pos = 0;
+  for (var i in parts) {
+    if (i > 0) {
+      r += '<mark class="highlight">' +
+        s.substring(pos, pos + filter.length) +
+        '</mark>';
+      pos += filter.length;
+    }
+    r += s.substring(pos, pos + parts[i].length);
+    pos += parts[i].length;
+  }
+  return r;
+}
+
+function checkboxSetUnsetAllHandler(checkboxname) {
+  return function () {
+    var checkboxnum = 0;
+    while (checkboxnum < settings.checkboxes.length &&
+      settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+      checkboxnum++;
+    }
+    if (checkboxnum >= settings.checkboxes.length) {
+      return;
+    }
+    var allset = true;
+    var checkbox;
+    var row;
+    for (row of bombody.childNodes) {
+      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+      if (!checkbox.checked || checkbox.indeterminate) {
+        allset = false;
+        break;
+      }
+    }
+    for (row of bombody.childNodes) {
+      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+      checkbox.checked = !allset;
+      checkbox.indeterminate = false;
+      checkbox.onchange();
+    }
+  }
+}
+
+function createColumnHeader(name, cls, comparator, is_checkbox = false) {
+  var th = document.createElement("TH");
+  th.innerHTML = name;
+  th.classList.add(cls);
+  if (is_checkbox)
+    th.setAttribute("col_name", "bom-checkbox");
+  else
+    th.setAttribute("col_name", name);
+  var span = document.createElement("SPAN");
+  span.classList.add("sortmark");
+  span.classList.add("none");
+  th.appendChild(span);
+  var spacer = document.createElement("div");
+  spacer.className = "column-spacer";
+  th.appendChild(spacer);
+  spacer.onclick = function () {
+    if (currentSortColumn && th !== currentSortColumn) {
+      // Currently sorted by another column
+      currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
+      currentSortColumn.childNodes[1].classList.add("none");
+      currentSortColumn = null;
+      currentSortOrder = null;
+    }
+    if (currentSortColumn && th === currentSortColumn) {
+      // Already sorted by this column
+      if (currentSortOrder == "asc") {
+        // Sort by this column, descending order
+        bomSortFunction = function (a, b) {
+          return -comparator(a, b);
+        }
+        currentSortColumn.childNodes[1].classList.remove("asc");
+        currentSortColumn.childNodes[1].classList.add("desc");
+        currentSortOrder = "desc";
+      } else {
+        // Unsort
+        bomSortFunction = null;
+        currentSortColumn.childNodes[1].classList.remove("desc");
+        currentSortColumn.childNodes[1].classList.add("none");
+        currentSortColumn = null;
+        currentSortOrder = null;
+      }
+    } else {
+      // Sort by this column, ascending order
+      bomSortFunction = comparator;
+      currentSortColumn = th;
+      currentSortColumn.childNodes[1].classList.remove("none");
+      currentSortColumn.childNodes[1].classList.add("asc");
+      currentSortOrder = "asc";
+    }
+    populateBomBody();
+  }
+  if (is_checkbox) {
+    spacer.onclick = fancyDblClickHandler(
+      spacer, spacer.onclick, checkboxSetUnsetAllHandler(name));
+  }
+  return th;
+}
+
+function populateBomHeader(placeHolderColumn = null, placeHolderElements = null) {
+  while (bomhead.firstChild) {
+    bomhead.removeChild(bomhead.firstChild);
+  }
+  var tr = document.createElement("TR");
+  var th = document.createElement("TH");
+  th.classList.add("numCol");
+
+  var vismenu = document.createElement("div");
+  vismenu.id = "vismenu";
+  vismenu.classList.add("menu");
+
+  var visbutton = document.createElement("div");
+  visbutton.classList.add("visbtn");
+  visbutton.classList.add("hideonprint");
+
+  var viscontent = document.createElement("div");
+  viscontent.classList.add("menu-content");
+  viscontent.id = "vismenu-content";
+
+  settings.columnOrder.forEach(column => {
+    if (typeof column !== "string")
+      return;
+
+    // Skip empty columns
+    if (column === "checkboxes" && settings.checkboxes.length == 0)
+      return;
+    else if (column === "Quantity" && settings.bommode == "ungrouped")
+      return;
+
+    var label = document.createElement("label");
+    label.classList.add("menu-label");
+
+    var input = document.createElement("input");
+    input.classList.add("visibility_checkbox");
+    input.type = "checkbox";
+    input.onchange = function (e) {
+      setShowBOMColumn(column, e.target.checked)
+    };
+    input.checked = !(settings.hiddenColumns.includes(column));
+
+    label.appendChild(input);
+    if (column.length > 0)
+      label.append(column[0].toUpperCase() + column.slice(1));
+
+    viscontent.appendChild(label);
+  });
+
+  viscontent.childNodes[0].classList.add("menu-label-top");
+
+  vismenu.appendChild(visbutton);
+  if (settings.bommode != "netlist") {
+    vismenu.appendChild(viscontent);
+    th.appendChild(vismenu);
+  }
+  tr.appendChild(th);
+
+  var checkboxCompareClosure = function (checkbox) {
+    return (a, b) => {
+      var stateA = getCheckboxState(checkbox, a);
+      var stateB = getCheckboxState(checkbox, b);
+      if (stateA > stateB) return -1;
+      if (stateA < stateB) return 1;
+      return 0;
+    }
+  }
+  var stringFieldCompareClosure = function (fieldIndex) {
+    return (a, b) => {
+      var fa = pcbdata.bom.fields[a[0][1]][fieldIndex];
+      var fb = pcbdata.bom.fields[b[0][1]][fieldIndex];
+      if (fa != fb) return fa > fb ? 1 : -1;
+      else return 0;
+    }
+  }
+  var referenceRegex = /(?<prefix>[^0-9]+)(?<number>[0-9]+)/;
+  var compareRefs = (a, b) => {
+    var ra = referenceRegex.exec(a);
+    var rb = referenceRegex.exec(b);
+    if (ra === null || rb === null) {
+      if (a != b) return a > b ? 1 : -1;
+      return 0;
+    } else {
+      if (ra.groups.prefix != rb.groups.prefix) {
+        return ra.groups.prefix > rb.groups.prefix ? 1 : -1;
+      }
+      if (ra.groups.number != rb.groups.number) {
+        return parseInt(ra.groups.number) > parseInt(rb.groups.number) ? 1 : -1;
+      }
+      return 0;
+    }
+  }
+  if (settings.bommode == "netlist") {
+    tr.appendChild(createColumnHeader("Net name", "bom-netname", (a, b) => {
+      if (a > b) return -1;
+      if (a < b) return 1;
+      return 0;
+    }));
+    tr.appendChild(createColumnHeader("Color", "bom-color", (a, b) => {
+      return 0;
+    }));
+  } else {
+    // Filter hidden columns
+    var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+    var valueIndex = config.fields.indexOf("Value");
+    var footprintIndex = config.fields.indexOf("Footprint");
+    columns.forEach((column) => {
+      if (column === placeHolderColumn) {
+        var n = 1;
+        if (column === "checkboxes")
+          n = settings.checkboxes.length;
+        for (i = 0; i < n; i++) {
+          td = placeHolderElements.shift();
+          tr.appendChild(td);
+        }
+        return;
+      } else if (column === "checkboxes") {
+        for (var checkbox of settings.checkboxes) {
+          th = createColumnHeader(
+            checkbox, "bom-checkbox", checkboxCompareClosure(checkbox), true);
+          tr.appendChild(th);
+        }
+      } else if (column === "References") {
+        tr.appendChild(createColumnHeader("References", "references", (a, b) => {
+          var i = 0;
+          while (i < a.length && i < b.length) {
+            if (a[i] != b[i]) return compareRefs(a[i][0], b[i][0]);
+            i++;
+          }
+          return a.length - b.length;
+        }));
+      } else if (column === "Value") {
+        tr.appendChild(createColumnHeader("Value", "value", (a, b) => {
+          var ra = a[0][1], rb = b[0][1];
+          return valueCompare(
+            pcbdata.bom.parsedValues[ra], pcbdata.bom.parsedValues[rb],
+            pcbdata.bom.fields[ra][valueIndex], pcbdata.bom.fields[rb][valueIndex]);
+        }));
+        return;
+      } else if (column === "Footprint") {
+        tr.appendChild(createColumnHeader(
+          "Footprint", "footprint", stringFieldCompareClosure(footprintIndex)));
+      } else if (column === "Quantity" && settings.bommode == "grouped") {
+        tr.appendChild(createColumnHeader("Quantity", "quantity", (a, b) => {
+          return a.length - b.length;
+        }));
+      } else {
+        // Other fields
+        var i = config.fields.indexOf(column);
+        if (i < 0)
+          return;
+        tr.appendChild(createColumnHeader(
+          column, `field${i + 1}`, stringFieldCompareClosure(i)));
+      }
+    });
+  }
+  bomhead.appendChild(tr);
+}
+
+function populateBomBody(placeholderColumn = null, placeHolderElements = null) {
+  const urlRegex = /^(https?:\/\/[^\s\/$.?#][^\s]*|file:\/\/([a-zA-Z]:|\/)[^\x00]+)$/;
+  while (bom.firstChild) {
+    bom.removeChild(bom.firstChild);
+  }
+  highlightHandlers = [];
+  footprintIndexToHandler = {};
+  netsToHandler = {};
+  currentHighlightedRowId = null;
+  var first = true;
+  var style = getComputedStyle(topmostdiv);
+  var defaultNetColor = style.getPropertyValue('--track-color').trim();
+  if (settings.bommode == "netlist") {
+    bomtable = pcbdata.nets.slice();
+  } else {
+    switch (settings.canvaslayout) {
+      case 'F':
+        bomtable = pcbdata.bom.F.slice();
+        break;
+      case 'FB':
+        bomtable = pcbdata.bom.both.slice();
+        break;
+      case 'B':
+        bomtable = pcbdata.bom.B.slice();
+        break;
+    }
+    if (settings.bommode == "ungrouped") {
+      // expand bom table
+      expandedTable = []
+      for (var bomentry of bomtable) {
+        for (var ref of bomentry) {
+          expandedTable.push([ref]);
+        }
+      }
+      bomtable = expandedTable;
+    }
+  }
+  if (bomSortFunction) {
+    bomtable = bomtable.sort(bomSortFunction);
+  }
+  for (var i in bomtable) {
+    var bomentry = bomtable[i];
+    if (filter && !entryMatches(bomentry)) {
+      continue;
+    }
+    var references = null;
+    var netname = null;
+    var tr = document.createElement("TR");
+    var td = document.createElement("TD");
+    var rownum = +i + 1;
+    tr.id = "bomrow" + rownum;
+    td.textContent = rownum;
+    tr.appendChild(td);
+    if (settings.bommode == "netlist") {
+      netname = bomentry;
+      td = document.createElement("TD");
+      td.innerHTML = highlightFilter(netname ? netname : "&lt;no net&gt;");
+      tr.appendChild(td);
+      var color = settings.netColors[netname] || defaultNetColor;
+      td = document.createElement("TD");
+      var colorBox = document.createElement("INPUT");
+      colorBox.type = "color";
+      colorBox.value = color;
+      colorBox.onchange = netColorChangeHandler(netname);
+      colorBox.onmouseup = netColorRightClick(netname);
+      colorBox.oncontextmenu = (e) => e.preventDefault();
+      td.appendChild(colorBox);
+      td.classList.add("color-column");
+      tr.appendChild(td);
+    } else {
+      if (reflookup) {
+        references = findRefInEntry(bomentry);
+        if (references.length == 0) {
+          continue;
+        }
+      } else {
+        references = bomentry;
+      }
+      // Filter hidden columns
+      var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+      columns.forEach((column) => {
+        if (column === placeholderColumn) {
+          var n = 1;
+          if (column === "checkboxes")
+            n = settings.checkboxes.length;
+          for (i = 0; i < n; i++) {
+            td = placeHolderElements.shift();
+            tr.appendChild(td);
+          }
+          return;
+        } else if (column === "checkboxes") {
+          for (var checkbox of settings.checkboxes) {
+            if (checkbox) {
+              td = document.createElement("TD");
+              var input = document.createElement("input");
+              input.type = "checkbox";
+              input.onchange = createCheckboxChangeHandler(checkbox, references, tr);
+              setBomCheckboxState(checkbox, input, references);
+              if (input.checked && settings.markWhenChecked == checkbox) {
+                tr.classList.add("checked");
+              }
+              td.appendChild(input);
+              tr.appendChild(td);
+            }
+          }
+        } else if (column === "References") {
+          td = document.createElement("TD");
+          td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
+          tr.appendChild(td);
+        } else if (column === "Quantity" && settings.bommode == "grouped") {
+          // Quantity
+          td = document.createElement("TD");
+          td.textContent = references.length;
+          tr.appendChild(td);
+        } else {
+          // All the other fields
+          var field_index = config.fields.indexOf(column)
+          if (field_index < 0)
+            return;
+          var valueSet = new Set();
+          references.map(r => r[1]).forEach((id) => valueSet.add(pcbdata.bom.fields[id][field_index]));
+          td = document.createElement("TD");
+          var output = new Array();
+          for (let item of valueSet) {
+            const visible = highlightFilter(String(item));
+            if (typeof item === 'string' && item.match(urlRegex)) {
+              output.push(`<a href="${item}" target="_blank">${visible}</a>`);
+            } else {
+              output.push(visible);
+            }
+          }
+          td.innerHTML = output.join(", ");
+          tr.appendChild(td);
+        }
+      });
+    }
+    bom.appendChild(tr);
+    var handler = createRowHighlightHandler(tr.id, references, netname);
+    tr.onmousemove = handler;
+    highlightHandlers.push({
+      id: tr.id,
+      handler: handler,
+    });
+    if (references !== null) {
+      for (var refIndex of references.map(r => r[1])) {
+        footprintIndexToHandler[refIndex] = handler;
+      }
+    }
+    if (netname !== null) {
+      netsToHandler[netname] = handler;
+    }
+    if ((filter || reflookup) && first) {
+      handler();
+      first = false;
+    }
+  }
+  EventHandler.emitEvent(
+    IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, {
+    filter: filter,
+    reflookup: reflookup,
+    checkboxes: settings.checkboxes,
+    bommode: settings.bommode,
+  });
+}
+
+function highlightPreviousRow() {
+  if (!currentHighlightedRowId) {
+    highlightHandlers[highlightHandlers.length - 1].handler();
+  } else {
+    if (highlightHandlers.length > 1 &&
+      highlightHandlers[0].id == currentHighlightedRowId) {
+      highlightHandlers[highlightHandlers.length - 1].handler();
+    } else {
+      for (var i = 0; i < highlightHandlers.length - 1; i++) {
+        if (highlightHandlers[i + 1].id == currentHighlightedRowId) {
+          highlightHandlers[i].handler();
+          break;
+        }
+      }
+    }
+  }
+  smoothScrollToRow(currentHighlightedRowId);
+}
+
+function highlightNextRow() {
+  if (!currentHighlightedRowId) {
+    highlightHandlers[0].handler();
+  } else {
+    if (highlightHandlers.length > 1 &&
+      highlightHandlers[highlightHandlers.length - 1].id == currentHighlightedRowId) {
+      highlightHandlers[0].handler();
+    } else {
+      for (var i = 1; i < highlightHandlers.length; i++) {
+        if (highlightHandlers[i - 1].id == currentHighlightedRowId) {
+          highlightHandlers[i].handler();
+          break;
+        }
+      }
+    }
+  }
+  smoothScrollToRow(currentHighlightedRowId);
+}
+
+function populateBomTable() {
+  populateBomHeader();
+  populateBomBody();
+  setBomHandlers();
+  resizableGrid(bomhead);
+}
+
+function footprintsClicked(footprintIndexes) {
+  var lastClickedIndex = footprintIndexes.indexOf(lastClicked);
+  for (var i = 1; i <= footprintIndexes.length; i++) {
+    var refIndex = footprintIndexes[(lastClickedIndex + i) % footprintIndexes.length];
+    if (refIndex in footprintIndexToHandler) {
+      lastClicked = refIndex;
+      footprintIndexToHandler[refIndex]();
+      smoothScrollToRow(currentHighlightedRowId);
+      break;
+    }
+  }
+}
+
+function netClicked(net) {
+  if (net in netsToHandler) {
+    netsToHandler[net]();
+    smoothScrollToRow(currentHighlightedRowId);
+  } else {
+    clearHighlightedFootprints();
+    highlightedNet = net;
+    drawHighlights();
+  }
+}
+
+function updateFilter(input) {
+  filter = input.toLowerCase();
+  populateBomTable();
+}
+
+function updateRefLookup(input) {
+  reflookup = input.toLowerCase();
+  populateBomTable();
+}
+
+function changeCanvasLayout(layout) {
+  document.getElementById("fl-btn").classList.remove("depressed");
+  document.getElementById("fb-btn").classList.remove("depressed");
+  document.getElementById("bl-btn").classList.remove("depressed");
+  switch (layout) {
+    case 'F':
+      document.getElementById("fl-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.collapse(1);
+      }
+      break;
+    case 'B':
+      document.getElementById("bl-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.collapse(0);
+      }
+      break;
+    default:
+      document.getElementById("fb-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.setSizes([50, 50]);
+      }
+  }
+  settings.canvaslayout = layout;
+  writeStorage("canvaslayout", layout);
+  resizeAll();
+  changeBomMode(settings.bommode);
+}
+
+function populateMetadata() {
+  document.getElementById("title").innerHTML = pcbdata.metadata.title;
+  document.getElementById("revision").innerHTML = "Rev: " + pcbdata.metadata.revision;
+  document.getElementById("company").innerHTML = pcbdata.metadata.company;
+  document.getElementById("filedate").innerHTML = pcbdata.metadata.date;
+  if (pcbdata.metadata.title != "") {
+    document.title = pcbdata.metadata.title + " BOM";
+  }
+  // Calculate board stats
+  var fp_f = 0,
+    fp_b = 0,
+    pads_f = 0,
+    pads_b = 0,
+    pads_th = 0;
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    if (pcbdata.bom.skipped.includes(i)) continue;
+    var mod = pcbdata.footprints[i];
+    if (mod.layer == "F") {
+      fp_f++;
+    } else {
+      fp_b++;
+    }
+    for (var pad of mod.pads) {
+      if (pad.type == "th") {
+        pads_th++;
+      } else {
+        if (pad.layers.includes("F")) {
+          pads_f++;
+        }
+        if (pad.layers.includes("B")) {
+          pads_b++;
+        }
+      }
+    }
+  }
+  document.getElementById("stats-components-front").innerHTML = fp_f;
+  document.getElementById("stats-components-back").innerHTML = fp_b;
+  document.getElementById("stats-components-total").innerHTML = fp_f + fp_b;
+  document.getElementById("stats-groups-front").innerHTML = pcbdata.bom.F.length;
+  document.getElementById("stats-groups-back").innerHTML = pcbdata.bom.B.length;
+  document.getElementById("stats-groups-total").innerHTML = pcbdata.bom.both.length;
+  document.getElementById("stats-smd-pads-front").innerHTML = pads_f;
+  document.getElementById("stats-smd-pads-back").innerHTML = pads_b;
+  document.getElementById("stats-smd-pads-total").innerHTML = pads_f + pads_b;
+  document.getElementById("stats-th-pads").innerHTML = pads_th;
+  // Update version string
+  document.getElementById("github-link").innerHTML = "InteractiveHtmlBom&nbsp;" +
+    /^v\d+\.\d+/.exec(pcbdata.ibom_version)[0];
+}
+
+function changeBomLayout(layout) {
+  document.getElementById("bom-btn").classList.remove("depressed");
+  document.getElementById("lr-btn").classList.remove("depressed");
+  document.getElementById("tb-btn").classList.remove("depressed");
+  switch (layout) {
+    case 'bom-only':
+      document.getElementById("bom-btn").classList.add("depressed");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      document.getElementById("frontcanvas").style.display = "none";
+      document.getElementById("backcanvas").style.display = "none";
+      document.getElementById("topmostdiv").style.height = "";
+      document.getElementById("topmostdiv").style.display = "block";
+      break;
+    case 'top-bottom':
+      document.getElementById("tb-btn").classList.add("depressed");
+      document.getElementById("frontcanvas").style.display = "";
+      document.getElementById("backcanvas").style.display = "";
+      document.getElementById("topmostdiv").style.height = "100%";
+      document.getElementById("topmostdiv").style.display = "flex";
+      document.getElementById("bomdiv").classList.remove("split-horizontal");
+      document.getElementById("canvasdiv").classList.remove("split-horizontal");
+      document.getElementById("frontcanvas").classList.add("split-horizontal");
+      document.getElementById("backcanvas").classList.add("split-horizontal");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+        sizes: [50, 50],
+        onDragEnd: resizeAll,
+        direction: "vertical",
+        gutterSize: 5
+      });
+      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+        sizes: [50, 50],
+        gutterSize: 5,
+        onDragEnd: resizeAll
+      });
+      break;
+    case 'left-right':
+      document.getElementById("lr-btn").classList.add("depressed");
+      document.getElementById("frontcanvas").style.display = "";
+      document.getElementById("backcanvas").style.display = "";
+      document.getElementById("topmostdiv").style.height = "100%";
+      document.getElementById("topmostdiv").style.display = "flex";
+      document.getElementById("bomdiv").classList.add("split-horizontal");
+      document.getElementById("canvasdiv").classList.add("split-horizontal");
+      document.getElementById("frontcanvas").classList.remove("split-horizontal");
+      document.getElementById("backcanvas").classList.remove("split-horizontal");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+        sizes: [50, 50],
+        onDragEnd: resizeAll,
+        gutterSize: 5
+      });
+      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+        sizes: [50, 50],
+        gutterSize: 5,
+        direction: "vertical",
+        onDragEnd: resizeAll
+      });
+  }
+  settings.bomlayout = layout;
+  writeStorage("bomlayout", layout);
+  changeCanvasLayout(settings.canvaslayout);
+}
+
+function changeBomMode(mode) {
+  document.getElementById("bom-grouped-btn").classList.remove("depressed");
+  document.getElementById("bom-ungrouped-btn").classList.remove("depressed");
+  document.getElementById("bom-netlist-btn").classList.remove("depressed");
+  var chkbxs = document.getElementsByClassName("visibility_checkbox");
+
+  switch (mode) {
+    case 'grouped':
+      document.getElementById("bom-grouped-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = false;
+      }
+      break;
+    case 'ungrouped':
+      document.getElementById("bom-ungrouped-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = false;
+      }
+      break;
+    case 'netlist':
+      document.getElementById("bom-netlist-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = true;
+      }
+  }
+
+  writeStorage("bommode", mode);
+  if (mode != settings.bommode) {
+    settings.bommode = mode;
+    bomSortFunction = null;
+    currentSortColumn = null;
+    currentSortOrder = null;
+    clearHighlightedFootprints();
+  }
+  populateBomTable();
+}
+
+function focusFilterField() {
+  focusInputField(document.getElementById("filter"));
+}
+
+function focusRefLookupField() {
+  focusInputField(document.getElementById("reflookup"));
+}
+
+function toggleBomCheckbox(bomrowid, checkboxnum) {
+  if (!bomrowid || checkboxnum > settings.checkboxes.length) {
+    return;
+  }
+  var bomrow = document.getElementById(bomrowid);
+  var checkbox = bomrow.childNodes[checkboxnum].childNodes[0];
+  checkbox.checked = !checkbox.checked;
+  checkbox.indeterminate = false;
+  checkbox.onchange();
+}
+
+function checkBomCheckbox(bomrowid, checkboxname) {
+  var checkboxnum = 0;
+  while (checkboxnum < settings.checkboxes.length &&
+    settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+    checkboxnum++;
+  }
+  if (!bomrowid || checkboxnum >= settings.checkboxes.length) {
+    return;
+  }
+  var bomrow = document.getElementById(bomrowid);
+  var checkbox = bomrow.childNodes[checkboxnum + 1].childNodes[0];
+  checkbox.checked = true;
+  checkbox.indeterminate = false;
+  checkbox.onchange();
+}
+
+function setBomCheckboxes(value) {
+  writeStorage("bomCheckboxes", value);
+  settings.checkboxes = value.split(",").map((e) => e.trim()).filter((e) => e);
+  prepCheckboxes();
+  populateMarkWhenCheckedOptions();
+  setMarkWhenChecked(settings.markWhenChecked);
+}
+
+function setMarkWhenChecked(value) {
+  writeStorage("markWhenChecked", value);
+  settings.markWhenChecked = value;
+  markedFootprints.clear();
+  for (var ref of (value ? getStoredCheckboxRefs(value) : [])) {
+    markedFootprints.add(ref);
+  }
+  populateBomTable();
+  drawHighlights();
+}
+
+function prepCheckboxes() {
+  var table = document.getElementById("checkbox-stats");
+  while (table.childElementCount > 1) {
+    table.removeChild(table.lastChild);
+  }
+  if (settings.checkboxes.length) {
+    table.style.display = "";
+  } else {
+    table.style.display = "none";
+  }
+  for (var checkbox of settings.checkboxes) {
+    var tr = document.createElement("TR");
+    var td = document.createElement("TD");
+    td.innerHTML = checkbox;
+    tr.appendChild(td);
+    td = document.createElement("TD");
+    td.id = "checkbox-stats-" + checkbox;
+    var progressbar = document.createElement("div");
+    progressbar.classList.add("bar");
+    td.appendChild(progressbar);
+    var text = document.createElement("div");
+    text.classList.add("text");
+    td.appendChild(text);
+    tr.appendChild(td);
+    table.appendChild(tr);
+    updateCheckboxStats(checkbox);
+  }
+}
+
+function populateMarkWhenCheckedOptions() {
+  var container = document.getElementById("markWhenCheckedContainer");
+
+  if (settings.checkboxes.length == 0) {
+    container.parentElement.style.display = "none";
+    return;
+  }
+
+  container.innerHTML = '';
+  container.parentElement.style.display = "inline-block";
+
+  function createOption(name, displayName) {
+    var id = "markWhenChecked-" + name;
+
+    var div = document.createElement("div");
+    div.classList.add("radio-container");
+
+    var input = document.createElement("input");
+    input.type = "radio";
+    input.name = "markWhenChecked";
+    input.value = name;
+    input.id = id;
+    input.onchange = () => setMarkWhenChecked(name);
+    div.appendChild(input);
+
+    // Preserve the selected element when the checkboxes change
+    if (name == settings.markWhenChecked) {
+      input.checked = true;
+    }
+
+    var label = document.createElement("label");
+    label.innerHTML = displayName;
+    label.htmlFor = id;
+    div.appendChild(label);
+
+    container.appendChild(div);
+  }
+  createOption("", "None");
+  for (var checkbox of settings.checkboxes) {
+    createOption(checkbox, checkbox);
+  }
+}
+
+function updateCheckboxStats(checkbox) {
+  var checked = getStoredCheckboxRefs(checkbox).size;
+  var total = pcbdata.footprints.length - pcbdata.bom.skipped.length;
+  var percent = checked * 100.0 / total;
+  var td = document.getElementById("checkbox-stats-" + checkbox);
+  td.firstChild.style.width = percent + "%";
+  td.lastChild.innerHTML = checked + "/" + total + " (" + Math.round(percent) + "%)";
+}
+
+function constrain(number, min, max){
+  return Math.min(Math.max(parseInt(number), min), max);
+}
+
+document.onkeydown = function (e) {
+  switch (e.key) {
+    case "n":
+      if (document.activeElement.type == "text") {
+        return;
+      }
+      if (currentHighlightedRowId !== null) {
+        checkBomCheckbox(currentHighlightedRowId, "placed");
+        highlightNextRow();
+        e.preventDefault();
+      }
+      break;
+    case "ArrowUp":
+      highlightPreviousRow();
+      e.preventDefault();
+      break;
+    case "ArrowDown":
+      highlightNextRow();
+      e.preventDefault();
+      break;
+    case "ArrowLeft":
+    case "ArrowRight":
+      if (document.activeElement.type != "text"){
+        e.preventDefault();
+        let boardRotationElement = document.getElementById("boardRotation")
+        settings.boardRotation = parseInt(boardRotationElement.value);  // degrees / 5
+        if (e.key == "ArrowLeft"){
+            settings.boardRotation += 3;  // 15 degrees
+        }
+        else{
+            settings.boardRotation -= 3;
+        }
+        settings.boardRotation = constrain(settings.boardRotation, boardRotationElement.min, boardRotationElement.max);
+        boardRotationElement.value = settings.boardRotation
+        setBoardRotation(settings.boardRotation);
+      }
+      break;
+    default:
+      break;
+  }
+  if (e.altKey) {
+    switch (e.key) {
+      case "f":
+        focusFilterField();
+        e.preventDefault();
+        break;
+      case "r":
+        focusRefLookupField();
+        e.preventDefault();
+        break;
+      case "z":
+        changeBomLayout("bom-only");
+        e.preventDefault();
+        break;
+      case "x":
+        changeBomLayout("left-right");
+        e.preventDefault();
+        break;
+      case "c":
+        changeBomLayout("top-bottom");
+        e.preventDefault();
+        break;
+      case "v":
+        changeCanvasLayout("F");
+        e.preventDefault();
+        break;
+      case "b":
+        changeCanvasLayout("FB");
+        e.preventDefault();
+        break;
+      case "n":
+        changeCanvasLayout("B");
+        e.preventDefault();
+        break;
+      default:
+        break;
+    }
+    if (e.key >= '1' && e.key <= '9') {
+      toggleBomCheckbox(currentHighlightedRowId, parseInt(e.key));
+      e.preventDefault();
+    }
+  }
+}
+
+function hideNetlistButton() {
+  document.getElementById("bom-ungrouped-btn").classList.remove("middle-button");
+  document.getElementById("bom-ungrouped-btn").classList.add("right-most-button");
+  document.getElementById("bom-netlist-btn").style.display = "none";
+}
+
+function topToggle() {
+  var top = document.getElementById("top");
+  var toptoggle = document.getElementById("toptoggle");
+  if (top.style.display === "none") {
+    top.style.display = "flex";
+    toptoggle.classList.remove("flipped");
+  } else {
+    top.style.display = "none";
+    toptoggle.classList.add("flipped");
+  }
+}
+
+window.onload = function (e) {
+  initUtils();
+  initRender();
+  initStorage();
+  initDefaults();
+  cleanGutters();
+  populateMetadata();
+  dbgdiv = document.getElementById("dbg");
+  bom = document.getElementById("bombody");
+  bomhead = document.getElementById("bomhead");
+  filter = "";
+  reflookup = "";
+  if (!("nets" in pcbdata)) {
+    hideNetlistButton();
+  }
+  initDone = true;
+  setBomCheckboxes(document.getElementById("bomCheckboxes").value);
+  // Triggers render
+  changeBomLayout(settings.bomlayout);
+
+  // Users may leave fullscreen without touching the checkbox. Uncheck.
+  document.addEventListener('fullscreenchange', () => {
+    if (!document.fullscreenElement)
+      document.getElementById('fullscreenCheckbox').checked = false;
+  });
+}
+
+window.onresize = resizeAll;
+window.matchMedia("print").addListener(resizeAll);
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+// EventHandler.registerCallback(IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, () => {
+//     for(var tr of bom.childNodes) {
+//         tr.onclick = tr.onmousemove;
+//         tr.onmousemove = null;
+//     };
+// });
+
+///////////////////////////////////////////////
+  </script>
+</head>
+
+<body>
+
+<div id="topmostdiv" class="topmostdiv">
+  <div id="top">
+    <div id="fileinfodiv">
+      <table class="fileinfo">
+        <tbody>
+          <tr>
+            <td id="title" class="title" style="width: 70%">
+              Title
+            </td>
+            <td id="revision" class="title" style="width: 30%">
+              Revision
+            </td>
+          </tr>
+          <tr>
+            <td id="company">
+              Company
+            </td>
+            <td id="filedate">
+              Date
+            </td>
+          </tr>
+        </tbody>
+      </table>
+    </div>
+    <div id="bomcontrols">
+      <div class="hideonprint menu">
+        <button class="menubtn"></button>
+        <div class="menu-content">
+          <label class="menu-label menu-label-top" style="width: calc(50% - 18px)">
+            <input id="darkmodeCheckbox" type="checkbox" onchange="setDarkMode(this.checked)">
+            Dark mode
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label menu-label-top" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="fullscreenCheckbox" type="checkbox" onchange="setFullscreen(this.checked)">
+            Full Screen
+          </label>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="fabricationCheckbox" type="checkbox" checked onchange="fabricationVisible(this.checked)">
+            Fab layer
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="silkscreenCheckbox" type="checkbox" checked onchange="silkscreenVisible(this.checked)">
+            Silkscreen
+          </label>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="referencesCheckbox" type="checkbox" checked onchange="referencesVisible(this.checked)">
+            References
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="valuesCheckbox" type="checkbox" checked onchange="valuesVisible(this.checked)">
+            Values
+          </label>
+          <div id="tracksAndZonesCheckboxes">
+            <label class="menu-label" style="width: calc(50% - 18px)">
+              <input id="tracksCheckbox" type="checkbox" checked onchange="tracksVisible(this.checked)">
+              Tracks
+            </label><!-- This comment eats space! All of it!
+            --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+              <input id="zonesCheckbox" type="checkbox" checked onchange="zonesVisible(this.checked)">
+              Zones
+            </label>
+          </div>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="padsCheckbox" type="checkbox" checked onchange="padsVisible(this.checked)">
+            Pads
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="dnpOutlineCheckbox" type="checkbox" checked onchange="dnpOutline(this.checked)">
+            DNP outlined
+          </label>
+          <label class="menu-label">
+            <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
+            Continuous redraw on drag
+          </label>
+          <label class="menu-label">
+            Highlight first pin
+            <form id="highlightpin1">
+              <div class="flexbox">
+                <label>
+                  <input type="radio" name="highlightpin1" value="none" onchange="setHighlightPin1('none')">
+                  None
+                </label>
+                <label>
+                  <input type="radio" name="highlightpin1" value="all" onchange="setHighlightPin1('all')">
+                  All
+                </label>
+                <label>
+                  <input type="radio" name="highlightpin1" value="selected" onchange="setHighlightPin1('selected')">
+                  Selected
+                </label>
+              </div>
+            </form>
+          </label>
+          <label class="menu-label">
+            <span>Board rotation</span>
+            <span style="float: right"><span id="rotationDegree">0</span>&#176;</span>
+            <input id="boardRotation" type="range" min="-36" max="36" value="0" class="slider" oninput="setBoardRotation(this.value)">
+          </label>
+          <label class="menu-label">
+            <input id="offsetBackRotationCheckbox" type="checkbox" onchange="setOffsetBackRotation(this.checked)">
+            Offset back rotation
+          </label>
+          <label class="menu-label">
+            <div style="margin-left: 5px">Bom checkboxes</div>
+            <input id="bomCheckboxes" class="menu-textbox" type=text
+                   oninput="setBomCheckboxes(this.value)">
+          </label>
+          <label class="menu-label">
+            <div style="margin-left: 5px">Mark when checked</div>
+            <div id="markWhenCheckedContainer"></div>
+          </label>
+          <label class="menu-label">
+            <span class="shameless-plug">
+              <span>Created using</span>
+              <a id="github-link" target="blank" href="https://github.com/openscopeproject/InteractiveHtmlBom">InteractiveHtmlBom</a>
+              <a target="blank" title="Mouse and keyboard help" href="https://github.com/openscopeproject/InteractiveHtmlBom/wiki/Usage#bom-page-mouse-actions" style="text-decoration: none;"><label class="help-link">?</label></a>
+            </span>
+          </label>
+        </div>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
+                title="Front only">F
+        </button>
+        <button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
+                title="Front and Back">FB
+        </button>
+        <button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
+                title="Back only">B
+        </button>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
+                title="BOM only"></button>
+        <button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
+                title="BOM left, drawings right"></button>
+        <button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
+                title="BOM top, drawings bot"></button>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
+                title="Grouped BOM"></button>
+        <button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
+                title="Ungrouped BOM"></button>
+        <button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
+                title="Netlist"></button>
+      </div>
+      <div class="hideonprint menu">
+        <button class="statsbtn"></button>
+        <div class="menu-content">
+          <table class="stats">
+            <tbody>
+              <tr>
+                <td width="40%">Board stats</td>
+                <td>Front</td>
+                <td>Back</td>
+                <td>Total</td>
+              </tr>
+              <tr>
+                <td>Components</td>
+                <td id="stats-components-front">~</td>
+                <td id="stats-components-back">~</td>
+                <td id="stats-components-total">~</td>
+              </tr>
+              <tr>
+                <td>Groups</td>
+                <td id="stats-groups-front">~</td>
+                <td id="stats-groups-back">~</td>
+                <td id="stats-groups-total">~</td>
+              </tr>
+              <tr>
+                <td>SMD pads</td>
+                <td id="stats-smd-pads-front">~</td>
+                <td id="stats-smd-pads-back">~</td>
+                <td id="stats-smd-pads-total">~</td>
+              </tr>
+              <tr>
+                <td>TH pads</td>
+                <td colspan=3 id="stats-th-pads">~</td>
+              </tr>
+            </tbody>
+          </table>
+          <table class="stats">
+            <col width="40%"/><col />
+            <tbody id="checkbox-stats">
+              <tr>
+                <td colspan=2 style="border-top: 0">Checkboxes</td>
+              </tr>
+            </tbody>
+          </table>
+        </div>
+      </div>
+      <div class="hideonprint menu">
+        <button class="iobtn"></button>
+        <div class="menu-content">
+          <div class="menu-label menu-label-top">
+            <div style="margin-left: 5px;">Save board image</div>
+            <div class="flexbox">
+              <input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
+                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+              <span>X</span>
+              <input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
+                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+            </div>
+            <label>
+              <input id="render-save-transparent" type="checkbox">
+              Transparent background
+            </label>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveImage('F')">Front</button>
+              <button class="savebtn" onclick="saveImage('B')">Back</button>
+            </div>
+          </div>
+          <div class="menu-label">
+            <span style="margin-left: 5px;">Config and checkbox state</span>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveSettings()">Export</button>
+              <button class="savebtn" onclick="loadSettings()">Import</button>
+              <button class="savebtn" onclick="resetSettings()">Reset</button>
+            </div>
+          </div>
+          <div class="menu-label">
+            <span style="margin-left: 5px;">Save bom table as</span>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveBomTable('csv')">csv</button>
+              <button class="savebtn" onclick="saveBomTable('txt')">txt</button>
+            </div>
+          </div>
+        </div>
+      </div>
+    </div>
+  </div>
+  <div id="topdivider">
+    <div class="hideonprint">
+      <div id="toptoggle" onclick="topToggle()">︽</div>
+    </div>
+  </div>
+  <div id="bot" class="split" style="flex: 1 1">
+    <div id="bomdiv" class="split split-horizontal">
+      <div style="width: 100%">
+        <input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
+               oninput="updateRefLookup(this.value)">
+        <input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
+               oninput="updateFilter(this.value)">
+        <div class="button-container hideonprint" style="float: left; margin: 0;">
+          <button id="copy" title="Copy bom table to clipboard"
+               onclick="saveBomTable('clipboard')"></button>
+        </div>
+      </div>
+      <div id="dbg"></div>
+      <table class="bom" id="bomtable">
+        <thead id="bomhead">
+        </thead>
+        <tbody id="bombody">
+        </tbody>
+      </table>
+    </div>
+    <div id="canvasdiv" class="split split-horizontal">
+      <div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
+        <div style="position: relative; width: 100%; height: 100%;">
+          <canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+          <canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+          <canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+          <canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+        </div>
+      </div>
+      <div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
+        <div style="position: relative; width: 100%; height: 100%;">
+          <canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+          <canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+          <canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+          <canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+        </div>
+      </div>
+    </div>
+  </div>
+</div>
+
+</body>
+
+</html>
diff --git a/doc/source/source_rst/hardware/mb/mb_2023.rst b/doc/source/source_rst/hardware/mb/mb_2023.rst
index 66fc8232..84509fa1 100644
--- a/doc/source/source_rst/hardware/mb/mb_2023.rst
+++ b/doc/source/source_rst/hardware/mb/mb_2023.rst
@@ -4,38 +4,8 @@
 Measurement board v2023
 **********************************************
 
-Specifications
-==============
-
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-| **Parameter**                 |       **V1.0x**       | Units     |       **v2023**       | Units     |
-+===============================+=======================+===========+=======================+===========+
-|Electrodes                     |32                     |           |64 to 128              |           |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Operating temperature          |-0 to 50               |°c         |-25 to 50              |°C         |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Power consumption of CPU and   |18.5                   |W          |18.5                   |W          |
-|control system                 |                       |           |                       |           |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Voltage injection              |12                     |V          |12                     |V          |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Battery                        |9                      |V          |12                     |V          |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Current                        |0 to 40                |mA         |0 to 40                |mA         |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Min pulse duration             |150                    |ms         |150                    |ms         |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Input impedance                |80                     |MOhm       |80                     |MOhm       |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Data storage                   |micro SD card          |           |micro SD card          |           |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-|Resolution                     |0.01                   |Ohm        |0.01                   |Ohm        |
-+-------------------------------+-----------------------+-----------+-----------------------+-----------+
-
-
-
 **PART A** Assembly of the measurement board
-======================================================
+==============================================
 
 
 Required components 
diff --git a/doc/source/source_rst/hardware/mb/mb_2024.rst b/doc/source/source_rst/hardware/mb/mb_2024.rst
index 65656c36..45d2242c 100644
--- a/doc/source/source_rst/hardware/mb/mb_2024.rst
+++ b/doc/source/source_rst/hardware/mb/mb_2024.rst
@@ -2,14 +2,49 @@
     **OhmPi is a participative project open to all, it requires skills in electronics and to respect the safety rules. OhmPi must be assembled in a professional context and by people competent in electronics. The OhmPi team cannot be held responsible for any material or human damage which would be associated with the use or the assembly of OHMPI. The OhmPi team cannot be held responsible if the equipment does not work after assembly.**
 
 
-Measurement board v2024
-=======================
+Measurement board 2024.0.2
+===========================
+
+The 2024.0.2 measurement board has been developed to replace the 2023.0.1 measurement board. It offers superior performance compared to its predecessor. 
+The current measurement component has not evolved and presents no major differences. However, the major upgrade is the Mikroe-1887 module. Specifically, 
+it provides electrical isolation for the Vmn measurement set. This isolation allows for injection voltages (Vab) up to 200V
+
+
+**PART A** Assembly of the measurement board
+--------------------------------------------
+
+Required components 
+-------------------
+
+`Interactive BOM list <ibom.html>`_
+
+
+.. figure:: ../../../img/mb.2024.x.x/32.jpg       
+       :width: 700px
+       :align: center
+       :height: 450px
+       :alt: alternate text
+       :figclass: align-center 
+
+
+
+
+.. csv-table:: List of components
+   :file: ../../../img/v2023.x.x/step_n_2/a/measure_board_list_2_xx.csv
+   :widths: 30, 70, 70, 70, 70, 35, 35
+   :header-rows: 1
+
+
+
+.. toctree:: 
+   :maxdepth: 2 
+
+   bom/ibom.html
+   bom/ibom.html
+
 
 
 
 
-You can also include a file directly:
 
-.. raw:: html
-   :file: ../../../bomlist/ibom.html
 
-- 
GitLab