public ShmDictData()
{
castellatedMesh = true;
snap = true;
addLayers = false;
mergeTolerance = 1e-06d;
debug = 0;
Geometries = new List<ShmGeometry>();
CastellatedMeshControls = new ShmCastellatedMeshControls();
SnapControls = new ShmSnapControls();
AddLayersControls = new ShmAddLayersControls();
MeshQualityControls = new ShmMeshQualityControls();
}
public ShmDictData()
{
castellatedMesh = true;
snap = true;
addLayers = false;
mergeTolerance = 1e-06d;
debug = 0;
Geometries = new List <ShmGeometry>();
CastellatedMeshControls = new ShmCastellatedMeshControls();
SnapControls = new ShmSnapControls();
AddLayersControls = new ShmAddLayersControls();
MeshQualityControls = new ShmMeshQualityControls();
}
private string GetMeshQualityControls(ShmMeshQualityControls d)
{
var t = new StringBuilder(ShmDictRes.TemplateMeshQualityControls);
t.Replace("({[[maxNonOrtho]]})", d.maxNonOrtho.ToString());
t.Replace("({[[maxBoundarySkewness]]})", d.maxBoundarySkewness.ToString());
t.Replace("({[[maxInternalSkewness]]})", d.maxInternalSkewness.ToString());
t.Replace("({[[maxConcave]]})", d.maxConcave.ToString());
t.Replace("({[[minVol]]})", d.minVol.ToString());
t.Replace("({[[minTetQuality]]})", d.minTetQuality.ToString());
t.Replace("({[[minArea]]})", d.minArea.ToString());
t.Replace("({[[minTwist]]})", d.minTwist.ToString());
t.Replace("({[[minDeterminant]]})", d.minDeterminant.ToString());
t.Replace("({[[minFaceWeight]]})", d.minFaceWeight.ToString());
t.Replace("({[[minVolRatio]]})", d.minVolRatio.ToString());
t.Replace("({[[minTriangleTwist]]})", d.minTriangleTwist.ToString());
t.Replace("({[[nSmoothScale]]})", d.nSmoothScale.ToString());
t.Replace("({[[errorReduction]]})", d.errorReduction.ToString());
t.Replace("({[[relaxed]]})", d.relaxed.ToString().ToLowerInvariant());
t.Replace("({[[relaxedMaxNonOrtho]]})", d.relaxedMaxNonOrtho.ToString());
return t.ToString();
}
private string GetMeshQualityControls(ShmMeshQualityControls d)
{
var t = new StringBuilder(ShmDictRes.TemplateMeshQualityControls);
t.Replace("({[[maxNonOrtho]]})", d.maxNonOrtho.ToString());
t.Replace("({[[maxBoundarySkewness]]})", d.maxBoundarySkewness.ToString());
t.Replace("({[[maxInternalSkewness]]})", d.maxInternalSkewness.ToString());
t.Replace("({[[maxConcave]]})", d.maxConcave.ToString());
t.Replace("({[[minVol]]})", d.minVol.ToString());
t.Replace("({[[minTetQuality]]})", d.minTetQuality.ToString());
t.Replace("({[[minArea]]})", d.minArea.ToString());
t.Replace("({[[minTwist]]})", d.minTwist.ToString());
t.Replace("({[[minDeterminant]]})", d.minDeterminant.ToString());
t.Replace("({[[minFaceWeight]]})", d.minFaceWeight.ToString());
t.Replace("({[[minVolRatio]]})", d.minVolRatio.ToString());
t.Replace("({[[minTriangleTwist]]})", d.minTriangleTwist.ToString());
t.Replace("({[[nSmoothScale]]})", d.nSmoothScale.ToString());
t.Replace("({[[errorReduction]]})", d.errorReduction.ToString());
t.Replace("({[[relaxed]]})", d.relaxed.ToString().ToLowerInvariant());
t.Replace("({[[relaxedMaxNonOrtho]]})", d.relaxedMaxNonOrtho.ToString());
return(t.ToString());
}