public void AdjustColumnTypeName(FamilySymbol colSymbol) { double colHeight, colWidth, colDiameter; string colMat; string targetColumnTypeName; if (colSymbol.Family.Name.Equals(Default.FAMILY_NAME_RECT_COLUMN)) { GetRectColumnSymbolProperties(colSymbol, out colMat, out colHeight, out colWidth); string matSign = RvtMaterial.GetMatSyntaxe(colMat); targetColumnTypeName = $"{Default.SYNT_COLUMN}-{matSign}-{colWidth}x{colHeight}"; } else { GetRondColumnSymbolProperties(colSymbol, out colMat, out colDiameter); string matSign = RvtMaterial.GetMatSyntaxe(colMat); targetColumnTypeName = $"{Default.SYNT_COLUMN}-{matSign}-D{colDiameter}"; } if (!colSymbol.Name.Equals(targetColumnTypeName)) { Transaction t = new Transaction(_doc); t.Start("Change column type name"); colSymbol.Name = targetColumnTypeName; t.Commit(); } }
public FamilySymbol GetBeamFamilyTypeOrCreateNew(string beamSign, string beamMat, double beamHeight, double beamWidth) { string synthaxe = BeamType.GetSyntaxe(beamSign); string matSign = RvtMaterial.GetMatSyntaxe(beamMat); string targetBeamTypeName = $"{synthaxe}-{matSign}-{beamWidth}x{beamHeight}"; // find the family type for beam creation FamilySymbol beamSymbol = GetFamilySymbolByName(_doc, BuiltInCategory.OST_StructuralFraming, targetBeamTypeName); // if family type exists, adjust its properties if (beamSymbol != null) { AdjustBeamTypeProperties(beamSymbol); } // if family type doesn't exist in the project, create a new one else { if (null != _family) { System.Diagnostics.Debug.Print("Family name={0}", _family.Name); FamilySymbol s = null; foreach (ElementId id in _family.GetFamilySymbolIds()) { s = _doc.GetElement(id) as FamilySymbol; break; } System.Diagnostics.Debug.Assert(null != s, "expected at least one symbol" + " to be defined in family"); Transaction t = new Transaction(_doc); t.Start("Create new family type"); beamSymbol = s.Duplicate("InitialName") as FamilySymbol; SetDoubleValueTo( beamSymbol, Default.PARA_NAME_DIM_HEIGHT, UnitUtils.Convert(beamHeight, DisplayUnitType.DUT_CENTIMETERS, DisplayUnitType.DUT_DECIMAL_FEET)); SetDoubleValueTo( beamSymbol, Default.PARA_NAME_DIM_WIDTH, UnitUtils.Convert(beamWidth, DisplayUnitType.DUT_CENTIMETERS, DisplayUnitType.DUT_DECIMAL_FEET)); SetStringValueTo(beamSymbol, Default.PARA_NAME_BEAM_TYPE, beamSign); Material targetMaterial = GetMaterialByName(_doc, beamMat); SetElementIdValueTo(beamSymbol, Default.PARA_NAME_STR_MATERIAL, targetMaterial.Id); beamSymbol.Name = targetBeamTypeName; t.Commit(); BeamTypesList.Add(beamSymbol); } } return(beamSymbol); }
public void AdjustBeamTypeName(FamilySymbol beamSymbol) { double beamHeight, beamWidth; string beamSign, beamMat; GetBeamSymbolProperties(beamSymbol, out beamSign, out beamMat, out beamHeight, out beamWidth); string synthaxe = BeamType.GetSyntaxe(beamSign); string matSign = RvtMaterial.GetMatSyntaxe(beamMat); string targetBeamTypeName = $"{synthaxe}-{matSign}-{beamWidth}x{beamHeight}"; if (!beamSymbol.Name.Equals(targetBeamTypeName)) { Transaction t = new Transaction(_doc); t.Start("Change beam type name"); beamSymbol.Name = targetBeamTypeName; t.Commit(); } }
public void AdjustWallTypeName(WallType wallType) { double wallThickness; string wallMat; bool isStructural; GetWallTypeProperties(wallType, out isStructural, out wallMat, out wallThickness); if (isStructural) { string matSign = RvtMaterial.GetMatSyntaxe(wallMat); string targetWallTypeName = $"{Default.SYNT_WALL}-{matSign}-EP{wallThickness}"; if (!wallType.Name.Equals(targetWallTypeName)) { Transaction t = new Transaction(_doc); t.Start("Change wall type name"); wallType.Name = targetWallTypeName; t.Commit(); } } }