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Mathias Chouet authored1ce59e8e
import { CalculatorType, ComputeNodeType } from "./compute-node";
import { LinkedValue } from "./linked-value";
import { Nub } from "./nub";
import { Props } from "./props";
// Calculettes
import { ConduiteDistrib, ConduiteDistribParams } from "./cond_distri";
import { LechaptCalmon, LechaptCalmonParams } from "./lechaptcalmon";
import { MacroRugo, MacrorugoParams } from "./macrorugo/macrorugo";
import { PabChute, PabChuteParams } from "./pab/pab_chute";
import { PabDimension, PabDimensionParams } from "./pab/pab_dimension";
import { PabNombre, PabNombreParams } from "./pab/pab_nombre";
import { PabPuissance, PabPuissanceParams } from "./pab/pab_puissance";
import { RegimeUniforme } from "./regime_uniforme";
import { CourbeRemous, CourbeRemousParams, MethodeResolution } from "./remous";
import { SectionParametree } from "./section/section_parametree";
// Classes relatives aux sections
import { cSnCirc, ParamsSectionCirc } from "./section/section_circulaire";
import { cSnPuiss, ParamsSectionPuiss } from "./section/section_puissance";
import { cSnRectang, ParamsSectionRectang } from "./section/section_rectang";
import { cSnTrapez, ParamsSectionTrapez } from "./section/section_trapez";
import { acSection } from "./section/section_type";
// Classes relatives aux structures
import { Pab, PabParams } from "./pab/pab";
import { PabCloisons } from "./pab/pab_cloisons";
import { ParamDefinition } from "./param/param-definition";
import { Cloisons } from "./structure/cloisons";
import { CloisonsParams } from "./structure/cloisons_params";
import { Dever, DeverParams } from "./structure/dever";
import { CreateStructure } from "./structure/factory_structure";
import { ParallelStructure, ParallelStructureParams } from "./structure/parallel_structure";
import { LoiDebit } from "./structure/structure_props";
export class Session {
public static getInstance() {
if (Session._instance === undefined) {
Session._instance = new Session();
}
return Session._instance;
}
/** instance pour le pattern singleton */
private static _instance: Session;
private defaultPrecision: number = 0.001;
/** Nubs de la session */
private _nubs: Nub[];
constructor() {
this._nubs = [];
}
/**
* crée un Nub et l'ajoute à la session
* @param props propriétés du Nub (computeType, nodeType...)
*/
public createSessionNub(p: Props, dbg: boolean = false): Nub {
const res = this.createNub(p, undefined, dbg);
this._nubs.push(res);
return res;
}
/**
* Adds an existing Nub to the session
*/
public registerNub(n: Nub) {
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this._nubs.push(n);
}
/**
* Removes all Nubs from the Session
*/
public clear() {
this._nubs = [];
}
/**
* Returns number of Nubs in the session
*/
public getNumberOfNubs() {
return this._nubs.length;
}
/**
* Removes a Nub from the session; does not consider Structure nubs inside Calculator nubs
* @param sn the Nub to remove from the session
*/
public deleteNub(sn: Nub) {
let i = 0;
for (const n of this._nubs) {
if (n.uid === sn.uid) {
this._nubs.splice(i, 1);
return;
}
i++;
}
throw new Error(`Session.deleteNub() : le Nub (uid ${sn.uid}) à supprimer n'a pas été trouvé`);
}
/**
* Returns a JSON representation of (a part of) the current session
* @param options an object having Nub uids as keys, with extra data object as values;
* if empty or undefined, all Nubs are serialised
*/
public serialise(options?: { [key: string]: {} }): string {
const sess: any[] = [];
let ids: string[] = [];
if (options) {
ids = Object.keys(options);
}
for (const n of this._nubs) {
if (ids.length === 0) {
sess.push(n.objectRepresentation());
} else if (ids.includes(n.uid)) {
sess.push(n.objectRepresentation(options[n.uid]));
}
}
return JSON.stringify({
header: {
source: "jalhyd",
format_version: "1.0", // don't forget to update this number when modifying session file structure,
created: (new Date()).toISOString()
},
session: sess
});
}
/**
* Loads (a part of) a session from a JSON representation
* @param serialised JSON data
*/
public unserialise(serialised: string, uids?: string[]) {
const newNubs: any[] = [];
// unserialise to object
const data = JSON.parse(serialised);
if (data.session && Array.isArray(data.session)) {
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// for each Nub representation, create the corresponding Nub in the session
data.session.forEach((e: any) => {
if (! uids || uids.length === 0 || uids.includes(e.uid)) {
const nubPointer = this.createNubFromObjectRepresentation(e);
newNubs.push(nubPointer);
}
});
}
// second pass for links
this.fixLinks(serialised, uids);
// second pass for PABs
this.fixPAB(serialised, uids);
return newNubs;
}
/**
* Creates a Nub from a JSON representation and adds it tot he current session; returns
* a pointer to the Nub and its JSON metadata
* @param serialised JSON representation of a single Nub
*/
public unserialiseSingleNub(serialised: string): { nub: Nub, meta: any } {
return this.createNubFromObjectRepresentation(JSON.parse(serialised));
}
/**
* Returns the Nub identified by uid if any
*/
public findNubByUid(uid: string): Nub {
let foundNub: Nub;
outerLoop:
for (const n of this._nubs) {
if (n.uid === uid) {
foundNub = n;
}
for (const s of n.getChildren()) {
if (s.uid === uid) {
foundNub = s;
break outerLoop;
}
}
}
return foundNub;
}
/**
* Crée un Nub à partir d'une description (Props)
* @param params paramètres supplémentaires spécifiques
* - calcType: type de Nub
* - nodeType: sous type de Nub
* @param dbg activer débogage
*/
public createNub(params: Props, parentNub?: Nub, dbg: boolean = false): Nub {
const calcType: CalculatorType = params.getPropValue("calcType");
const nodeType: ComputeNodeType = params.getPropValue("nodeType");
let nub: Nub;
let prms: any;
switch (calcType) {
case CalculatorType.ConduiteDistributrice:
{
prms = new ConduiteDistribParams(
3, // débit Q
1.2, // diamètre D
0.6, // perte de charge J
100, // Longueur de la conduite Lg
1e-6, // Viscosité dynamique Nu
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);
nub = new ConduiteDistrib(prms, dbg);
break;
}
case CalculatorType.LechaptCalmon:
{
prms = new LechaptCalmonParams(
3, // débit
1.2, // diamètre
0.6, /// perte de charge
100, // longueur du toyo
1.863, // paramètre L du matériau
2, // paramètre M du matériau
5.33// paramètre N du matériau
);
nub = new LechaptCalmon(prms, dbg);
break;
}
case CalculatorType.SectionParametree:
{
nub = new SectionParametree(undefined, dbg);
break;
}
case CalculatorType.RegimeUniforme:
{
nub = new RegimeUniforme(undefined, dbg);
break;
}
case CalculatorType.CourbeRemous:
{
prms = new CourbeRemousParams(
0.15, // Yamont = tirant amont
0.4, // Yaval = tirant aval
100, // Long= Longueur du bief
5, // Dx=Pas d'espace
);
nub = new CourbeRemous(undefined, prms, MethodeResolution.EulerExplicite, dbg);
break;
}
case CalculatorType.PabDimensions:
{
prms = new PabDimensionParams(
2, // Longueur L
1, // Largeur W
0.5, // Tirant d'eau Y
2 // Volume V
);
nub = new PabDimension(prms, dbg);
break;
}
case CalculatorType.PabPuissance:
{
prms = new PabPuissanceParams(
0.3, // Chute entre bassins DH (m)
0.1, // Débit Q (m3/s)
0.5, // Volume V (m3)
588.6 // Puissance dissipée PV (W/m3)
);
nub = new PabPuissance(prms, dbg);
break;
}
case CalculatorType.Structure:
{
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const loiDebit: LoiDebit = params.getPropValue("loiDebit");
nub = CreateStructure(loiDebit, (parentNub as ParallelStructure));
break;
}
case CalculatorType.ParallelStructure:
{
prms = new ParallelStructureParams(
0.5, // Q
102, // Z1
101.5 // Z2
);
nub = new ParallelStructure(prms, dbg);
break;
}
case CalculatorType.Dever:
{
const deverPrms = new DeverParams(
0.5, // Q
102, // Z1
10, // BR : largeur du cours d'eau
99 // ZR : cote du lit du cours d'eau
);
nub = new Dever(deverPrms, dbg);
break;
}
case CalculatorType.Cloisons:
{
nub = new Cloisons(
new CloisonsParams(
1.5, // Débit total (m3/s)
102, // Cote de l'eau amont (m)
10, // Longueur des bassins (m)
1, // Largeur des bassins (m)
1, // Profondeur moyenne (m)
0.5 // Hauteur de chute (m)
), dbg
);
break;
}
case CalculatorType.MacroRugo:
{
nub = new MacroRugo(
new MacrorugoParams(
12.5, // ZF1
6, // L
1, // B
0.05, // If
1.57, // Q
0.6, // h
0.01, // Ks
0.05, // C
0.5, // D
0.8, // k
1.5 // Cd0
), dbg
);
break;
}
case CalculatorType.PabChute:
{
nub = new PabChute(
new PabChuteParams(
2, // Z1
0.5, // Z2
1.5 // DH
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), dbg
);
break;
}
case CalculatorType.PabNombre:
{
nub = new PabNombre(
new PabNombreParams(
6, // DHT
10, // N
0.6 // DH
), dbg
);
break;
}
case CalculatorType.Section:
{
nub = this.createSection(nodeType, dbg);
break;
}
case CalculatorType.Pab:
nub = new Pab(
new PabParams(
1.5, // Q
102, // Z1
99 // Z2
), dbg
);
break;
case CalculatorType.PabCloisons:
const modeleCloisons: string = params.getPropValue("modeleCloisons");
if (modeleCloisons) {
const cloisons = (Session.getInstance().findNubByUid(modeleCloisons) as Cloisons);
// si le module Cloisons ciblé n'existe pas, Session.fixPAB() est censé s'en occuper
nub = new PabCloisons(cloisons);
} else {
nub = new PabCloisons(undefined); // don't forget to init with a Cloisons model afterwards !
}
break;
default:
{
throw new Error(
// tslint:disable-next-line:max-line-length
`Session.createNub() : calculatrice '${CalculatorType[calcType]}' / noeud de calcul '${ComputeNodeType[nodeType]}' non pris en charge`
);
}
}
// propagate properties
nub.properties = params;
return nub;
}
/**
* Returns true if given uid is already used by a Nub in this session,
* or a Structure nub inside one of them
*/
public uidAlreadyUsed(uid: string): boolean {
let alreadyUsed = false;
outerLoop:
for (const n of this._nubs) {
if (n.uid === uid) {
alreadyUsed = true;
break outerLoop;