Commit 1b48ae93 authored by Mathias Chouet's avatar Mathias Chouet 🍝
Browse files

Merge branch '419-renommer-les-lois-d-ouvrage' into 'master'

Resolve "Renommer les lois d'ouvrage"

Closes #419

See merge request !97
parents a08d52a0 25356532
Pipeline #14497 failed with stages
in 15 minutes and 56 seconds
......@@ -290,6 +290,8 @@ Dans le fichier de configuration du module, ajouter la définition des listes d
}
```
**IMPORTANT** : les id doivent être de la forme `select_`_`unmotclesansespacenitirets`_
#### si la liste n'est pas associée à un enum
Une liste déroulante peut être associée à une **source**, qui détermine quels sont les choix possibles.
......
......@@ -2,21 +2,21 @@
| Equation | Default discharge coefficient | Available in |
|---------------------------|----------------:|-------------------------------|
| [Weir / orifice Cemagref 88](./cem_88_d.md) | 0.4 | Parallel Structures |
| [Weir / undershot gate Cemagref 88](./cem_88_v.md) | 0.6 | Parallel Structures |
| [Cunge (1980)](./cunge_80.md) | 0.6 | Parallel Structures, Cross walls, Downwall |
| [Free flow gate](./vanne_denoyee.md) | 0.6 | Parallel Structures |
| [Submerged gate](./vanne_noyee.md) | 0.6 | Parallel Structures |
| [Free flow weir](./seuil_denoye.md) | 0.4 | Parallel Structures, Free flow weir stage-discharge laws |
| [Submerged weir](./seuil_noye.md) | 0.9 | Parallel Structures |
| [Submerged slot (Larinier 1992)](./fente_noyee.md) | 0.75 | Parallel Structures, Cross walls, Downwall |
| [Kindsvater-Carter and Villemonte](./kivi.md) | \(\alpha\)=0.4, \(\beta\)=0.001 | Parallel Structures |
| [Triangular weir (Villemonte)](./dever_triang.md) | 1.36 | Parallel Structures, Free flow weir stage-discharge laws, Cross walls, Downwall |
| [Broad-crested weir / Orifice (Cemagref-D)](./cem_88_d.md) | 0.4 | Parallel Structures |
| [Broad-crested weir / sluice gate (Cemagref-V)](./cem_88_v.md) | 0.6 | Parallel Structures |
| [Broad-crested weir / orifice (Cunge)](./cunge_80.md) | 0.6 | Parallel Structures, Cross walls, Downwall |
| [Free flow sluice gate](./vanne_denoyee.md) | 0.6 | Parallel Structures |
| [Submerged sluice gate](./vanne_noyee.md) | 0.6 | Parallel Structures |
| [Free flow sharp-crested weir (Poleni)](./seuil_denoye.md) | 0.4 | Parallel Structures, Free flow weir stage-discharge laws |
| [Deeply submerged sharp-crested weir (Rajaratnam)](./seuil_noye.md) | 0.9 | Parallel Structures |
| [Submerged slot (Larinier)](./fente_noyee.md) | 0.75 | Parallel Structures, Cross walls, Downwall |
| [Sharp-crested weir (Kindsvater-Carter + Villemonte)](./kivi.md) | \(\alpha\)=0.4, \(\beta\)=0.001 | Parallel Structures |
| [Triangular weir sharp-crested (Villemonte) and broad-crested (Bos)](./dever_triang.md) | 1.36 | Parallel Structures, Free flow weir stage-discharge laws, Cross walls, Downwall |
| [Truncated triangular weir (Villemonte)](./dever_triang_tronque.md) | 1.36 | Parallel Structures, Free flow weir stage-discharge laws, Cross walls, Downwall |
| [Submerged orifice](./orifice_noye.md) | 0.7 | Parallel Structures, Cross walls, Downwall |
| [Free orifice](./orifice_denoye.md) | 0.7 | Parallel Structures |
| [Villemonte 1947](./villemonte_1947.md) | 0.4 | Parallel Structures, Cross walls, Downwall |
| [Regulated notch (Villemonte 1957)](../pab/pab.md#the-downstream-partition) | 0.4 | Downwall |
| [Regulated submerged slot (Larinier 1992)](../pab/pab.md#the-downstream-partition) | 0.75 | Downwall |
| [Submerged orifice (Bernoulli)](./orifice_noye.md) | 0.7 | Parallel Structures, Cross walls, Downwall |
| [Free flow orifice (Bernoulli)](./orifice_denoye.md) | 0.7 | Parallel Structures |
| [Sharp-crested weir (Villemonte)](./villemonte_1947.md) | 0.4 | Parallel Structures, Cross walls, Downwall |
| [Regulated notch (Villemonte)](../pab/pab.md#the-downstream-partition) | 0.4 | Downwall |
| [Regulated submerged slot (Larinier)](../pab/pab.md#the-downstream-partition) | 0.75 | Downwall |
Table: Stage-discharge equations list
......@@ -2,21 +2,21 @@
| Équation | Coefficient de débit par défaut | Disponible dans |
|---------------------------|----------------:|-------------------------------|
| [Déversoir / orifice Cemagref 88](./cem_88_d.md) | 0.4 | Lois d'ouvrages |
| [Déversoir / vanne de fond Cemagref 88](./cem_88_v.md) | 0.6 | Lois d'ouvrages |
| [Cunge (1980)](./cunge_80.md) | 1 | Lois d'ouvrages, Cloisons, Cloison aval |
| [Seuil épais / orifice (Cemagref-D)](./cem_88_d.md) | 0.4 | Lois d'ouvrages |
| [Seuil épais / vanne de fond (Cemagref-V)](./cem_88_v.md) | 0.6 | Lois d'ouvrages |
| [Seuil épais / orifice (Cunge)](./cunge_80.md) | 1 | Lois d'ouvrages, Cloisons, Cloison aval |
| [Vanne dénoyée](./vanne_denoyee.md) | 0.6 | Lois d'ouvrages |
| [Vanne noyée](./vanne_noyee.md) | 0.6 | Lois d'ouvrages |
| [Seuil dénoyé](./seuil_denoye.md) | 0.4 | Lois d'ouvrages, Lois de déversoirs dénoyés |
| [Seuil noyé](./seuil_noye.md) | 0.9 | Lois d'ouvrages |
| [Fente noyée (Larinier 1992)](./fente_noyee.md) | 0.75 | Lois d'ouvrages, Cloisons, Cloison aval |
| [Seuil mince dénoyé (Poleni)](./seuil_denoye.md) | 0.4 | Lois d'ouvrages, Lois de déversoirs dénoyés |
| [Seuil mince noyé (Rajaratnam)](./seuil_noye.md) | 0.9 | Lois d'ouvrages |
| [Fente noyée (Larinier)](./fente_noyee.md) | 0.75 | Lois d'ouvrages, Cloisons, Cloison aval |
| [Kindsvater-Carter et Villemonte](./kivi.md) | \(\alpha\)=0.4, \(\beta\)=0.001 | Lois d'ouvrages |
| [Déversoir triangulaire (Villemonte)](./dever_triang.md) | 1.36 | Lois d'ouvrages, Lois de déversoirs dénoyés, Cloisons, Cloison aval |
| [Déversoir triangulaire tronqué (Villemonte)](./dever_triang_tronque.md) | 1.36 | Lois d'ouvrages, Lois de déversoirs dénoyés, Cloisons, Cloison aval |
| [Orifice noyé](./orifice_noye.md) | 0.7 | Lois d'ouvrages, Cloisons, Cloison aval |
| [Orifice dénoyé](./orifice_denoye.md) | 0.7 | Lois d'ouvrages |
| [Villemonte 1947](./villemonte_1947.md) | 0.4 | Lois d'ouvrages, Cloisons, Cloison aval |
| [Échancrure régulée (Villemonte 1957)](../pab/pab.md#la-cloison-aval) | 0.4 | Cloison aval |
| [Fente noyée régulée (Larinier 1992)](../pab/pab.md#la-cloison-aval) | 0.75 | Cloison aval |
| [Seuil triangulaire mince (Villemonte) et épais (Bos)](./dever_triang.md) | 1.36 | Lois d'ouvrages, Lois de déversoirs dénoyés, Cloisons, Cloison aval |
| [Seuil triangulaire tronqué (Villemonte)](./dever_triang_tronque.md) | 1.36 | Lois d'ouvrages, Lois de déversoirs dénoyés, Cloisons, Cloison aval |
| [Orifice noyé (Bernoulli)](./orifice_noye.md) | 0.7 | Lois d'ouvrages, Cloisons, Cloison aval |
| [Orifice dénoyé (Bernoulli)](./orifice_denoye.md) | 0.7 | Lois d'ouvrages |
| [Seuil mince (Villemonte)](./villemonte_1947.md) | 0.4 | Lois d'ouvrages, Cloisons, Cloison aval |
| [Échancrure régulée (Villemonte)](../pab/pab.md#la-cloison-aval) | 0.4 | Cloison aval |
| [Fente noyée régulée (Larinier)](../pab/pab.md#la-cloison-aval) | 0.75 | Cloison aval |
Table: Liste des équations d'ouvrages
220-loi-d-ouvrage-cunge80-mettre-le-coefficient-de-debit-par-defaut-a-1
master
......@@ -2,16 +2,16 @@
"fs_water_line": "Type of water line",
"select_regime": "Regime",
"select_regime_0": "Fluvial",
"select_regime_1": "Torrential",
"REGIME_0": "Fluvial",
"REGIME_1": "Torrential",
"fs_section": "Type of section",
"select_section": "Choice of section type",
"select_section_2": "Trapezoidal",
"select_section_1": "Rectangular",
"select_section_0": "Circular",
"select_section_3": "Parabolic",
"SECTION_2": "Trapezoidal",
"SECTION_1": "Rectangular",
"SECTION_0": "Circular",
"SECTION_3": "Parabolic",
"LargeurFond": "Width at bottom",
"Fruit": "Bank slope",
......
......@@ -2,16 +2,16 @@
"fs_water_line": "Type de ligne d'eau",
"select_regime": "Régime",
"select_regime_0": "Fluvial",
"select_regime_1": "Torrentiel",
"REGIME_0": "Fluvial",
"REGIME_1": "Torrentiel",
"fs_section": "Type de section",
"select_section": "Choix du type de section",
"select_section_2": "Trapézoïdale",
"select_section_1": "Rectangulaire",
"select_section_0": "Circulaire",
"select_section_3": "Parabolique",
"SECTION_2": "Trapézoïdale",
"SECTION_1": "Rectangulaire",
"SECTION_0": "Circulaire",
"SECTION_3": "Parabolique",
"LargeurFond": "Largeur au fond",
"Fruit": "Fruit des berges",
......
......@@ -6,26 +6,6 @@
"PB": "Pool mean depth",
"h1": "Head",
"select_structure_SeuilTriangulaire": "Triangular weir",
"select_structure_SeuilTriangulaireTrunc": "Truncated triangular weir",
"select_structure_Orifice": "Orifice",
"select_structure_SeuilRectangulaire": "Rectangular weir",
"select_structure_VanneRectangulaire": "Rectangular gate",
"select_loidebit_VanneRectangulaire_GateCunge80": "Cunge (1980)",
"select_loidebit_Orifice_OrificeSubmerged": "Submerged orifice",
"select_loidebit_Orifice_OrificeFree": "Free orifice",
"select_loidebit_SeuilRectangulaire_WeirSubmergedLarinier": "Submerged slot (Larinier 1992)",
"select_loidebit_SeuilRectangulaire_WeirVillemonte": "Villemonte 1947",
"select_loidebit_SeuilRectangulaire_WeirCunge80": "Cunge (1980)",
"select_loidebit_SeuilTriangulaire_TriangularWeirFree": "V-notch sharp-crested weir (Villemonte)",
"select_loidebit_SeuilTriangulaire_TriangularWeirBroad": "V-notch broad-crested weir (Bos)",
"select_loidebit_SeuilTriangulaireTrunc_TriangularTruncWeirFree": "Truncated triangular weir (Villemonte)",
"UNIT_PV": "W/m³",
"UNIT_Q": "m³/s",
"UNIT_YMOY": "m",
......
......@@ -3,26 +3,6 @@
"P": "Pelle",
"W": "Ouverture de vanne",
"select_structure_SeuilTriangulaire": "Seuil triangulaire",
"select_structure_SeuilTriangulaireTrunc": "Seuil triangulaire tronqué",
"select_structure_Orifice": "Orifice",
"select_structure_SeuilRectangulaire": "Seuil rectangulaire",
"select_structure_VanneRectangulaire": "Vanne rectangulaire",
"select_loidebit_VanneRectangulaire_GateCunge80": "Cunge (1980)",
"select_loidebit_Orifice_OrificeSubmerged": "Orifice noyé",
"select_loidebit_Orifice_OrificeFree": "Orifice dénoyé",
"select_loidebit_SeuilRectangulaire_WeirSubmergedLarinier": "Fente noyée (Larinier 1992)",
"select_loidebit_SeuilRectangulaire_WeirVillemonte": "Villemonte 1947",
"select_loidebit_SeuilRectangulaire_WeirCunge80": "Cunge (1980)",
"select_loidebit_SeuilTriangulaire_TriangularWeirFree": "Déversoir triangulaire mince (Villemonte)",
"select_loidebit_SeuilTriangulaire_TriangularWeirBroad": "Déversoir triangulaire épais (Bos)",
"select_loidebit_SeuilTriangulaireTrunc_TriangularTruncWeirFree": "Déversoir triangulaire tronqué (Villemonte)",
"UNIT_PV": "W/m³",
"UNIT_Q": "m³/s",
"UNIT_YMOY": "m",
......
......@@ -2,10 +2,10 @@
"fs_section": "Type of section",
"select_section": "Choice of section type",
"select_section_2": "Trapezoidal",
"select_section_1": "Rectangular",
"select_section_0": "Circular",
"select_section_3": "Parabolic",
"SECTION_2": "Trapezoidal",
"SECTION_1": "Rectangular",
"SECTION_0": "Circular",
"SECTION_3": "Parabolic",
"LargeurFond": "Width at bottom",
"Fruit": "Bank slope",
......@@ -43,27 +43,27 @@
"UNIT_IMP": "N",
"UNIT_TAU0": "Pa",
"select_resolution_0": "Integration by trapezoid",
"select_resolution_1": "Runge Kutta fourth order",
"select_resolution_2": "Explicit Euler",
"RESOLUTION_0": "Integration by trapezoid",
"RESOLUTION_1": "Runge Kutta fourth order",
"RESOLUTION_2": "Explicit Euler",
"fs_target_data": "Data to compute",
"select_target": "Choice of the data to compute",
"select_target_none": "None",
"select_target_Hs": "Head (m)",
"select_target_Hsc": "Critical head (m)",
"select_target_B": "Surface width (m)",
"select_target_P": "Wetted perimeter (m)",
"select_target_S": "Wetted area (m2)",
"select_target_R": "Hydraulic radius (m)",
"select_target_V": "Average speed (m/s)",
"select_target_Fr": "Froude number",
"select_target_Yc": "Critical depth (m)",
"select_target_Yn": "Normal depth (m)",
"select_target_Ycor": "Corresponding depth (m)",
"select_target_Ycon": "Conjugate depth (m)",
"select_target_J": "Head loss (m)",
"select_target_I-J": "Linear variation of specific head (m/m)",
"select_target_Imp": "Impulse (N)",
"select_target_Tau0": "Tractive force (Pa)"
"TARGET_none": "None",
"TARGET_Hs": "Head (m)",
"TARGET_Hsc": "Critical head (m)",
"TARGET_B": "Surface width (m)",
"TARGET_P": "Wetted perimeter (m)",
"TARGET_S": "Wetted area (m2)",
"TARGET_R": "Hydraulic radius (m)",
"TARGET_V": "Average speed (m/s)",
"TARGET_Fr": "Froude number",
"TARGET_Yc": "Critical depth (m)",
"TARGET_Yn": "Normal depth (m)",
"TARGET_Ycor": "Corresponding depth (m)",
"TARGET_Ycon": "Conjugate depth (m)",
"TARGET_J": "Head loss (m)",
"TARGET_I-J": "Linear variation of specific head (m/m)",
"TARGET_Imp": "Impulse (N)",
"TARGET_Tau0": "Tractive force (Pa)"
}
\ No newline at end of file
......@@ -2,10 +2,10 @@
"fs_section": "Type de section",
"select_section": "Choix du type de section",
"select_section_2": "Trapézoïdale",
"select_section_1": "Rectangulaire",
"select_section_0": "Circulaire",
"select_section_3": "Parabolique",
"SECTION_2": "Trapézoïdale",
"SECTION_1": "Rectangulaire",
"SECTION_0": "Circulaire",
"SECTION_3": "Parabolique",
"LargeurFond": "Largeur au fond",
"Fruit": "Fruit des berges",
......@@ -42,27 +42,27 @@
"UNIT_IMP": "N",
"UNIT_TAU0": "Pa",
"select_resolution_0": "Intégration par trapèzes",
"select_resolution_1": "Runge Kutta d'ordre 4",
"select_resolution_2": "Euler explicite",
"RESOLUTION_0": "Intégration par trapèzes",
"RESOLUTION_1": "Runge Kutta d'ordre 4",
"RESOLUTION_2": "Euler explicite",
"fs_target_data": "Donnée à calculer",
"select_target": "Choix de la donnée à calculer",
"select_target_none": "Aucune",
"select_target_Hs": "La charge (m)",
"select_target_Hsc": "La charge critique (m)",
"select_target_B": "La largeur au miroir (m)",
"select_target_P": "Le périmètre mouillé (m)",
"select_target_S": "La surface mouillée (m2)",
"select_target_R": "Le rayon hydraulique (m)",
"select_target_V": "La vitesse moyenne (m/s)",
"select_target_Fr": "Le Froude",
"select_target_Yc": "Le tirant d'eau critique (m)",
"select_target_Yn": "Le tirant d'eau normal (m)",
"select_target_Ycor": "Le tirant d'eau correspondant (m)",
"select_target_Ycon": "Le tirant d'eau conjugué (m)",
"select_target_J": "La perte de charge (m)",
"select_target_I-J": "La variation linéaire de l'énergie spécifique (m/m)",
"select_target_Imp": "L'impulsion (N)",
"select_target_Tau0": "La force tractrice (Pa)"
"TARGET_none": "Aucune",
"TARGET_Hs": "La charge (m)",
"TARGET_Hsc": "La charge critique (m)",
"TARGET_B": "La largeur au miroir (m)",
"TARGET_P": "Le périmètre mouillé (m)",
"TARGET_S": "La surface mouillée (m2)",
"TARGET_R": "Le rayon hydraulique (m)",
"TARGET_V": "La vitesse moyenne (m/s)",
"TARGET_Fr": "Le Froude",
"TARGET_Yc": "Le tirant d'eau critique (m)",
"TARGET_Yn": "Le tirant d'eau normal (m)",
"TARGET_Ycor": "Le tirant d'eau correspondant (m)",
"TARGET_Ycon": "Le tirant d'eau conjugué (m)",
"TARGET_J": "La perte de charge (m)",
"TARGET_I-J": "La variation linéaire de l'énergie spécifique (m/m)",
"TARGET_Imp": "L'impulsion (N)",
"TARGET_Tau0": "La force tractrice (Pa)"
}
\ No newline at end of file
......@@ -5,14 +5,6 @@
"L": "Width of the weir",
"Cd": "Discharge coefficient",
"select_structure_SeuilRectangulaire": "Rectangular weir",
"select_structure_SeuilTriangulaire": "Triangular weir",
"select_structure_SeuilTriangulaireTrunc": "Truncated triangular weir",
"select_loidebit_SeuilRectangulaire_WeirFree": "Free flow rectangular weir",
"select_loidebit_SeuilTriangulaire_TriangularWeirFree": "Triangular weir (Villemonte)",
"select_loidebit_SeuilTriangulaireTrunc_TriangularTruncWeirFree": "Truncated triangular weir (Villemonte)",
"UNIT_Q": "m³/s",
"UNIT_EC": "m",
"UNIT_V": "m/s"
......
......@@ -5,14 +5,6 @@
"L": "Largeur du déversoir",
"Cd": "Coefficient de débit",
"select_structure_SeuilRectangulaire": "Déversoir rectangulaire",
"select_structure_SeuilTriangulaire": "Déversoir triangulaire",
"select_structure_SeuilTriangulaireTrunc": "Déversoir triangulaire tronqué",
"select_loidebit_SeuilRectangulaire_WeirFree": "Déversoir rectangulaire dénoyé",
"select_loidebit_SeuilTriangulaire_TriangularWeirFree": "Déversoir triangulaire (Villemonte)",
"select_loidebit_SeuilTriangulaireTrunc_TriangularTruncWeirFree": "Déversoir triangulaire tronqué (Villemonte)",
"UNIT_Q": "m³/s",
"UNIT_EC": "m",
"UNIT_V": "m/s"
......
......@@ -19,7 +19,7 @@
"type": "fieldset",
"fields": [
{
"id": "select_grid_type",
"id": "select_gridtype",
"type": "select",
"property": "gridType",
"default": "Conventional",
......@@ -46,7 +46,7 @@
"type": "fieldset",
"fields": [
{
"id": "select_grid_profile",
"id": "select_gridprofile",
"type": "select",
"property": "gridProfile",
"default": "Rectangular",
......@@ -91,7 +91,7 @@
},
{
"type": "options",
"selectIds": [ "select_grid_type", "select_grid_profile" ],
"selectIds": [ "select_gridtype", "select_gridprofile" ],
"help": "devalaison/grille.html",
"resultsHelp": {
"VAPDG": "devalaison/grille.html#vitesse-dapproche-moyenne-pour-le-debit-maximum-turbine-en-soustrayant-la-partie-superieure-eventuellement-obturee",
......
......@@ -19,16 +19,16 @@
"OEntH": "Effective obstruction due to spacers and transversal elements",
"cIncl": "Average shape coefficient of spacers and transversal elements",
"select_grid_type": "Grid type",
"select_grid_profile": "Bars profile",
"select_gridtype": "Grid type",
"select_gridprofile": "Bars profile",
"select_grid_type_0": "Conventional",
"select_grid_type_1": "Oriented",
"select_grid_type_2": "Inclined",
"GRIDTYPE_0": "Conventional",
"GRIDTYPE_1": "Oriented",
"GRIDTYPE_2": "Inclined",
"select_grid_profile_0": "Rectangular",
"select_grid_profile_1": "Hydrodynamic",
"select_grid_profile_2": "Custom",
"GRIDPROFILE_0": "Rectangular",
"GRIDPROFILE_1": "Hydrodynamic",
"GRIDPROFILE_2": "Custom",
"H": "Water height",
"HG": "Grid height",
......
......@@ -19,16 +19,16 @@
"OEntH": "Obstruction effective due aux entretoises et éléments transversaux",
"cIncl": "Coefficient de forme moyen des entretoises et éléments transversaux",
"select_grid_type": "Type de grille",
"select_grid_profile": "Profil des barreaux",
"select_gridtype": "Type de grille",
"select_gridprofile": "Profil des barreaux",
"select_grid_type_0": "Conventionnelle",
"select_grid_type_1": "Orientée",
"select_grid_type_2": "Inclinée",
"GRIDTYPE_0": "Conventionnelle",
"GRIDTYPE_1": "Orientée",
"GRIDTYPE_2": "Inclinée",
"select_grid_profile_0": "Rectangulaire",
"select_grid_profile_1": "Hydrodynamique",
"select_grid_profile_2": "Personnalisé",
"GRIDPROFILE_0": "Rectangulaire",
"GRIDPROFILE_1": "Hydrodynamique",
"GRIDPROFILE_2": "Personnalisé",
"H": "Hauteur d'eau",
"HG": "Hauteur de grille",
......
{
"fs_materiau": "Type of material",
"select_material": "Choice of material",
"select_material_0": "",
"select_material_1": "Unlined cast iron - Coarse concrete (corrosive water)",
"select_material_2": "Cast steel or uncoated - Coarse concrete (somewhat corrosive water)",
"select_material_3": "Cast steel or cement coating",
"select_material_4": "Cast iron or steel coating bitumen - Centrifuged concrete ",
"select_material_5": "Rolled steel - Smooth concrete",
"select_material_6": "Cast iron or steel coating centrifuged",
"select_material_7": "PVC - Polyethylene",
"select_material_8": "Hydraulically smooth pipe - 0.05 ≤ D ≤ 0.2",
"select_material_9": "Hydraulically smooth pipe - 0.25 ≤ D ≤ 1",
"MATERIAL_0": "Unlined cast iron - Coarse concrete (corrosive water)",
"MATERIAL_1": "Cast steel or uncoated - Coarse concrete (somewhat corrosive water)",
"MATERIAL_2": "Cast steel or cement coating",
"MATERIAL_3": "Cast iron or steel coating bitumen - Centrifuged concrete ",
"MATERIAL_4": "Rolled steel - Smooth concrete",
"MATERIAL_5": "Cast iron or steel coating centrifuged",
"MATERIAL_6": "PVC - Polyethylene",
"MATERIAL_7": "Hydraulically smooth pipe - 0.05 ≤ D ≤ 0.2",
"MATERIAL_8": "Hydraulically smooth pipe - 0.25 ≤ D ≤ 1",
"L": "L",
"M": "M",
"N": "N",
......
{
"fs_materiau": "Type du matériau",
"select_material": "Choix du matériau",
"select_material_0": "",
"select_material_1": "Fonte ou acier non revêtus - Béton grossier (eau corrosive)",
"select_material_2": "Fonte ou acier non revêtus - Béton grossier (eau peu corrosive)",
"select_material_3": "Fonte ou acier revêtement ciment",
"select_material_4": "Fonte ou acier revêtement bitume - Béton centrifugé",
"select_material_5": "Acier laminé - Béton lisse",
"select_material_6": "Fonte ou acier revêtement centrifugé",
"select_material_7": "PVC - Polyéthylène",
"select_material_8": "Tuyau hydrauliquement lisse - 0.05 ≤ D ≤ 0.2",
"select_material_9": "Tuyau hydrauliquement lisse - 0.25 ≤ D ≤ 1",
"MATERIAL_0": "Fonte ou acier non revêtus - Béton grossier (eau corrosive)",
"MATERIAL_1": "Fonte ou acier non revêtus - Béton grossier (eau peu corrosive)",
"MATERIAL_2": "Fonte ou acier revêtement ciment",
"MATERIAL_3": "Fonte ou acier revêtement bitume - Béton centrifugé",
"MATERIAL_4": "Acier laminé - Béton lisse",
"MATERIAL_5": "Fonte ou acier revêtement centrifugé",
"MATERIAL_6": "PVC - Polyéthylène",
"MATERIAL_7": "Tuyau hydrauliquement lisse - 0.05 ≤ D ≤ 0.2",
"MATERIAL_8": "Tuyau hydrauliquement lisse - 0.25 ≤ D ≤ 1",
"L": "L",
"M": "M",
"N": "N",
......
......@@ -33,7 +33,7 @@
"type": "fieldset",
"fields": [
{
"id": "select_pass_type",
"id": "select_passtype",
"type": "select",
"property": "inclinedApron"
},
......@@ -61,7 +61,7 @@
{
"type": "options",
"idCal": "Q",
"selectIds": [ "select_pass_type" ],
"selectIds": [ "select_passtype" ],
"help": "pam/macrorugo_complexe.html"
}
]
\ No newline at end of file
......@@ -6,7 +6,7 @@
"macrorugo_container": "Aprons",
"fs_macrorugo": "Apron",
"select_pass_type": "Pass type",
"select_passtype": "Pass type",
"If": "Slope",
"Ks": "Bottom roughness",
"C": "Block concentration",
......@@ -21,8 +21,8 @@
"Y": "Water depth",
"xCenter": "Mid-apron abscissa",
"select_pass_type_0": "Multiple aprons",
"select_pass_type_1": "Inclined apron",
"PASSTYPE_0": "Multiple aprons",
"PASSTYPE_1": "Inclined apron",
"UNIT_Q": "m³/s",
"UNIT_PV": "W/m³",
......
......@@ -6,7 +6,7 @@
"macrorugo_container": "Radiers",
"fs_macrorugo": "Radier",
"select_pass_type": "Type de passe",
"select_passtype": "Type de passe",
"If": "Pente",
"Ks": "Rugosité de fond",
"C": "Concentration de blocs",
......@@ -21,8 +21,8 @@
"Y": "Profondeur",
"xCenter": "Abscisse du milieu du radier",
"select_pass_type_0": "Radiers multiples",
"select_pass_type_1": "Radier incliné",
"PASSTYPE_0": "Radiers multiples",
"PASSTYPE_1": "Radier incliné",
"UNIT_Q": "m³/s",
"UNIT_PV": "W/m³",
......
Markdown is supported
0% or .
You are about to add 0 people to the discussion. Proceed with caution.
Finish editing this message first!
Please register or to comment