Completed TS boilerplate (with "/build" imports though)

boilerplate/ts/src/boilerplate.ts

@@ -2,11 +2,76 @@
  * JaLHyd must be compiled with "es2016" target and "commonjs" modules
  * @see `npm run build-node` and `src/tsconfig.app.node.json`
  */
-import { formattedValue, PabChute, PabChuteParams } from "jalhyd";
+import {
+    CalculatorType,
+    formattedValue,
+    LoiDebit,
+    Props,
+    Session
+} from "jalhyd";
 
-// ---- example of simple modules setup and calculation ----
+/**
+ * Not all calsses are exported through index.d.ts, prefer importing
+ * classes using full path
+ */
+import { Cloisons } from "jalhyd/build/pab/cloisons";
+import { PabChute } from "jalhyd/build/pab/pab_chute";
+import { PabDimension } from "jalhyd/build/pab/pab_dimension";
+import { PabNombre } from "jalhyd/build/pab/pab_nombre";
+import { PabPuissance } from "jalhyd/build/pab/pab_puissance";
+import { RectangularStructure } from "jalhyd/build/structure/rectangular_structure";
+
+// ---- example of modules setup and calculation : fish ladder ----
 
-const pabChute = new PabChute(new PabChuteParams(29.99, 26.81, 0));
+const pabChute = Session.getInstance().createSessionNub(
+    new Props({ calcType: CalculatorType.PabChute })
+) as PabChute;
+pabChute.prms.Z1.singleValue = 29.99;
+pabChute.prms.Z2.singleValue = 26.81;
 pabChute.calculatedParam = pabChute.prms.DH;
-const res = pabChute.CalcSerie();
-console.log("RESULT :", formattedValue(res.vCalc, 3));
+
+const pabNombre = Session.getInstance().createSessionNub(
+    new Props({ calcType: CalculatorType.PabNombre })
+) as PabNombre;
+pabNombre.prms.N.singleValue = 14;
+pabNombre.calculatedParam = pabNombre.prms.DH;
+pabNombre.prms.DHT.defineReference(pabChute, "DH");
+
+const pabPuissance = Session.getInstance().createSessionNub(
+    new Props({ calcType: CalculatorType.PabPuissance })
+) as PabPuissance;
+pabPuissance.prms.Q.singleValue = 1.8;
+pabPuissance.prms.PV.singleValue = 140;
+pabPuissance.calculatedParam = pabPuissance.prms.V;
+pabPuissance.prms.DH.defineReference(pabNombre, "DH");
+
+const pabDimension = Session.getInstance().createSessionNub(
+    new Props({ calcType: CalculatorType.PabDimensions })
+) as PabDimension;
+pabDimension.prms.L.singleValue = 5;
+pabDimension.prms.W.singleValue = 3.6;
+pabDimension.calculatedParam = pabDimension.prms.Y;
+pabDimension.prms.V.defineReference(pabPuissance, "V");
+
+const resDim = pabDimension.CalcSerie();
+console.log("Water level in PAB:Dimension :", formattedValue(resDim.vCalc, 3));
+
+const cloisons = Session.getInstance().createSessionNub(
+    new Props({ calcType: CalculatorType.Cloisons })
+) as Cloisons;
+const struct = Session.getInstance().createNub(
+    new Props({ calcType: CalculatorType.Structure, loiDebit: LoiDebit.WeirSubmergedLarinier })
+) as RectangularStructure;
+struct.prms.L.singleValue = 0.5;
+struct.prms.CdWSL.singleValue = 0.83;
+cloisons.addChild(struct);
+cloisons.calculatedParam = cloisons.structures[0].prms.h1;
+cloisons.prms.Z1.singleValue = 30.14;
+cloisons.prms.LB.singleValue = 4.5;
+cloisons.prms.PB.singleValue = 2.5;
+cloisons.prms.Q.defineReference(pabPuissance, "Q");
+cloisons.prms.BB.defineReference(pabDimension, "W");
+cloisons.prms.DH.defineReference(pabNombre, "DH");
+
+const resC = cloisons.CalcSerie();
+console.log("Head in Cloisons :", formattedValue(resC.vCalc, 3));