void fillStrs(string solName)
{
this.solName = solName;
solver = WBSolver.Factory(solName, WBProjectOptions.Default);
gridname = solver.Grids.Keys.First();
SynchSlider();
}
public static WBSolver GetNewSolver2(WBProjectOptions options)
{
var layerOpts2 = StandartOpts;
var geom = new GunShape();
geom.AddPoint(layerOpts2.X_left - 0.2, 0.132);
geom.AddPoint(layerOpts2.X_right + 5, 0.132);
var initLayer = new OvLayer();
initLayer.Geom = geom;
GunPowder powder = new GunPowder();
powder = powder_AGARD();
List <GunPowder> powder_list = new List <GunPowder>()
{
powder
};
List <double> conc_list = new List <double>()
{
1
};
MixtureGunPowder mixture = new MixtureGunPowder(powder_list, conc_list);
initLayer.InitLayer(0d, layerOpts2, MySuoerFunc(mixture), InitOvBound);
var grid = new OvGridRK("OvGrid_tst1", initLayer);
var solver = new WBSolver(grid, options);
initLayer.SynchNodes_X_V();
return(solver);
}
public void GetTest()
{
var solvers = WBSolver.FactoryVariants.ToList();
var tstSolvers = new string[] { "TstZadacha1", "TstZadacha2" };
foreach (var s in tstSolvers)
{
Assert.IsTrue(solvers.Contains(s));
}
var s1 = WBSolver.Factory("TstZadacha2", WBProjectOptions.Default);
}
public static WBSolver GetNewSolver(WBProjectOptions options)
{
var layerOpts = StandartOpts;
var initLayer = new RmLayer();
initLayer.InitLayer(0d, layerOpts, InitNodeF);
var grid = new RmGrid("RimanGrid", initLayer);
var solver = new WBSolver(grid, options);
return(solver);
}
public static WBSolver GetNewSolver(WBProjectOptions options)
{
var layerOpts = StandartOpts;
var geom = new GunShape();
geom.AddPoint(layerOpts.X_left - 10, 0.2);
geom.AddPoint(layerOpts.X_right + 10, 0.2);
var initLayer = new GasLayer();
initLayer.Geom = geom;
initLayer.InitLayer(0d, layerOpts, InitGasCell, InitGasBound);
var grid = new GasGrid("GasGrid_tst1", initLayer);
var solver = new WBSolver(grid, options);
return(solver);
}
public static WBSolver GetNewSolver2(WBProjectOptions options)
{
var layerOpts1 = StandartOpts1;
var geom = new GunShape();
geom.AddPoint(layerOpts1.X_left - 0.2, 0.2);
geom.AddPoint(layerOpts1.X_right * 100, 0.2);
var initLayer = new GasLayer();
initLayer.Geom = geom;
initLayer.InitLayer(0d, layerOpts1, InitGasCell1, InitGasBound);
var grid = new PnGrid("GasGrid_tst1", initLayer);
var solver = new WBSolver(grid, options);
initLayer.SynchNodes_X_V();
return(solver);
}
public static WBSolver GetNewSolver(WBProjectOptions options)
{
var layerOpts = StandartOpts;
var geom = new GunShape();
double d0 = 0.023, d1 = 0.016, l0 = 0.1, l1 = 0.1;
geom.AddPoint(layerOpts.X_left - 10, d0);
geom.AddPoint(l0, d0);
geom.AddPoint(l0 + l1, d1);
geom.AddPoint(l0 + l1 + 1000, d1);
var initLayer = new GasLayer();
initLayer.Geom = geom;
initLayer.InitLayer(0d, layerOpts, InitIdealPCell, InitElasticPBound);
var grid = new IdealPiston.PistonGrid("ElasticP_tst1", initLayer);
var solver = new WBSolver(grid, options);
return(solver);
}
public static WBSolver GetNewSolver1(WBProjectOptions options)
{
var layerOpts = StandartOpts;
var geom = new GunShape();
geom.AddPoint(layerOpts.X_left - 10, 0.2);
geom.AddPoint(layerOpts.X_right + 10, 0.2);
var initLayer = new GasLayer();
initLayer.Geom = geom;
initLayer.InitLayer(0d, layerOpts, InitGasCell, InitGasBound);
var grid = new GasGrid("GasGrid_tst1", initLayer);
var solver = new WBSolver(grid, options);
initLayer.RealBoundsRev[0].V = 0;
initLayer.RealBounds[0].V = 0.5;
// initLayer.RealCells.ForEach(n => n.u = 0.5);
initLayer.SynchNodes_X_V();
return(solver);
}