public void ToFoamDictionary(FoamDictionary fp)
{
FoamDictionary fpn = fp.GetByUrl(PartName);
fpn.SetChild("newName", NewName);
fpn.SetChild("type", "patch");
}
public override void ToFoamDictionary(FoamDictionary fd)
{
fd.SetChild("type", "cone");
fd.SetChild("p0", Point0.ToString());
fd.SetChild("p1", Point1.ToString());
fd.SetChild("radius0", Radius0);
fd.SetChild("radius1", Radius1);
}
public override void ToFoamDictionary(FoamDictionary fd)
{
fd.SetChild("type", "box");
fd.SetChild("centre", Center.ToString());
fd.SetChild("lengthX", LengthX);
fd.SetChild("lengthY", LengthY);
fd.SetChild("lengthZ", LengthZ);
}
public void ToFoamDictionary(FoamDictionary dSurfaceRefine)
{
FoamDictionary ds = dSurfaceRefine.GetByUrl(RegionName);
ds.SetChild("surfaceFile", SurfaceFile);
Parameters.ToFoamDictionary(ds);
}
public void SetValues(string path, List <EnvironmentItem> values)
{
FoamDictionary d = Dict.GetByUrl(path);
d.Clear();
foreach (EnvironmentItem p in values)
{
d.SetChild(p.Name, p.Value);
}
ConfigFile.Write();
}
public override bool Write(string foamRootPathName, IMonitor monitor)
{
base.Write(foamRootPathName, monitor);
FoamDictionaryFile controlFile = new FoamDictionaryFile(FoamConst.GetControlDictFileName(foamRootPathName), monitor);
controlFile.Read();
FoamDictionary dfun = controlFile.Dictionary.GetByUrl("functions");
FoamDictionary m = new FoamDictionary(monitor);
m.SetChild("type", "probes");
m.SetChild("functionObjectLibs", "(\"libsampling.dll\")");
m.SetChild("probeLocations", string.Format("({0})", Location.ToString()));
FoamDictionary fields = new FoamDictionary(true, monitor);
foreach (var f in Fields)
{
fields.SetChild(f, f);
}
m.SetChild("fields", fields);
dfun.SetChild(Name, m);
controlFile.Write();
return(true);
}
public void SetBoundaryType(string name, BoundaryType bt)
{
FoamDictionaryListFile f = new FoamDictionaryListFile(FoamConst.GetBoundaryFileNameFromVxt(vxtFileName));
f.Read();
if (!f.Dictionary.IsNull)
{
foreach (KeyValuePair <string, FoamDictionary> k in f.Dictionary)
{
if (k.Key == name)
{
FoamDictionary cv = k.Value;
cv.SetChild("type", bt.ToString());
cv.RemoveChild("inGroups");
}
}
}
f.Write();
}
public bool Write(string foamRootPathName, IMonitor monitor)
{
FoamDictionaryFile f = new FoamDictionaryFile(FoamConst.GetFvOptionsPath(foamRootPathName), monitor);
f.Read();
var d = f.Dictionary.GetByUrl("options").AddChild(Name);
d.SetChild("type", "scalarSemiImplicitSource");
d.SetChild("timeStart", StartTime);
d.SetChild("duration", Duration);
d.SetChild("selectionMode", "points");
FoamDictionary points = new FoamDictionary(true, monitor);
points.SetChild("0", Location.ToString());
d.SetChild("points", points);
d.SetChild("volumeMode", "absolute");
FoamDictionary injectionRateSuSp = new FoamDictionary(monitor);
injectionRateSuSp.SetChild("tracer", "(1 0)");
d.SetChild("injectionRateSuSp", injectionRateSuSp);
f.Write();
return(true);
}
public bool Write(string foamRootPathName, IMonitor monitor = null)
{
try
{
string dictFileName = FoamConst.GetCfMeshDictFileName(foamRootPathName);
FoamDictionaryFile f = new FoamDictionaryFile(dictFileName, monitor);
f.Read();
f.Dictionary.SetChild("surfaceFile", "\"surface.stl\"");
f.Dictionary.SetChild("maxCellSize", MaxCellSize);
f.Dictionary.SetChild("minCellSize", MinCellSize);
f.Dictionary.SetChild("boundaryCellSize", BoundaryCellSize);
f.Dictionary.SetChild("enforceGeometryConstraints", EnforceGeometryConstraints ? "1" : "0");
FoamDictionary dLocalRefine = f.Dictionary.GetByUrl("localRefinement");
dLocalRefine.Clear();
foreach (LocalRefinementSubDict l in LocalRefine)
{
l.ToFoamDictionary(dLocalRefine);
}
FoamDictionary dObjectRefine = f.Dictionary.GetByUrl("objectRefinements");
dObjectRefine.Clear();
foreach (ObjectRefinementSubDict o in ObjectRefine)
{
o.ToFoamDictionary(dObjectRefine);
}
FoamDictionary dSurfaceRefine = f.Dictionary.GetByUrl("surfaceMeshRefinement");
dSurfaceRefine.Clear();
foreach (SurfaceRefinementSubDict s in SurfaceRefine)
{
s.ToFoamDictionary(dSurfaceRefine);
}
FoamDictionary dPatchName = f.Dictionary.GetByUrl("renameBoundary");
dPatchName.Clear();
dPatchName.SetChild("defaultName", "walls");
dPatchName.SetChild("defaultType", "wall");
FoamDictionary dNewPatchNames = dPatchName.GetByUrl("newPatchNames");
dNewPatchNames.Clear();
foreach (PatchConfigSubDict p in PatchConfig)
{
p.ToFoamDictionary(dNewPatchNames);
}
FoamDictionary dBoundaryLayers = f.Dictionary.GetByUrl("boundaryLayers");
dBoundaryLayers.Clear();
if (GlobalBoundaryLayerParameters.NLayers != 0)
{
GlobalBoundaryLayerParameters.ToFoamDictionary(dBoundaryLayers);
}
FoamDictionary dPatchBoundaryLayers = dBoundaryLayers.GetByUrl("patchBoundaryLayers");
dPatchBoundaryLayers.Clear();
foreach (PatchBoundaryLayerSubDict p in PatchBoundaryLayerParameters)
{
p.ToFoamDictionary(dPatchBoundaryLayers);
}
f.Write(dictFileName);
return(true);
}
catch (Exception e)
{
if (monitor != null)
{
monitor.ErrorLine(e.Message);
}
return(false);
}
}
public void ToFoamDictionary(FoamDictionary fp)
{
fp.SetChild("nLayers", NLayers);
fp.SetChild("thicknessRatio", ThicknessRatio);
fp.SetChild("maxFirstLayerThickness", MaxFirstLayerThickness);
}
public void ToFoamDictionary(FoamDictionary fo)
{
fo.SetChild("additionalRefinementLevels", AdditionalRefinementLevels);
fo.SetChild("refinementThickness", RefinementThickness);
fo.SetChild("cellSize", CellSize);
}
public override void ToFoamDictionary(FoamDictionary fd)
{
fd.SetChild("type", "sphere");
fd.SetChild("centre", Center.ToString());
fd.SetChild("radius", Radius);
}