protected override void SolveInstance(IGH_DataAccess DA) { sMaterial material = null; double diameter = 0.0; double thickness = 0.0; if (!DA.GetData(0, ref material)) { return; } if (!DA.GetData(1, ref diameter)) { return; } if (!DA.GetData(2, ref thickness)) { return; } sCrossSection cs = new sCrossSection(); eSectionType stype = eSectionType.ROUND; string mss = "Round: Dia " + diameter; string shapeN = "Round_" + diameter; if (thickness > 0.0) { mss += ", Th " + thickness; shapeN += "x" + thickness; } cs.shapeName = shapeN; this.Message = mss; cs.sectionType = stype; string modelUnit = Rhino.RhinoDoc.ActiveDoc.ModelUnitSystem.ToString(); sRhinoConverter rhcon = new sRhinoConverter(modelUnit, "Meters"); if (modelUnit == "Feet") { diameter /= 12.0; thickness /= 12.0; } diameter = Math.Round(diameter, 3); thickness = Math.Round(thickness, 3); cs.dimensions = new List <double>(); cs.dimensions.Add(rhcon.EnsureUnit(diameter)); if (thickness > 0.0) { cs.dimensions.Add(rhcon.EnsureUnit(thickness)); } cs.material = material; DA.SetData(0, cs); }
public static object Get_sAISCSection(string shapeName) { sCrossSection cs = new sCrossSection(shapeName); sMaterial mat = new sMaterial(); mat.materialName = "Steel"; mat.materialType = eMaterialType.STEEL_A36; cs.material = mat; return(new Dictionary <string, object> { { "sCrossSection", cs } }); }
protected override void SolveInstance(IGH_DataAccess DA) { sMaterial mat = new sMaterial(typicalName, matType); string mss = typicalName; if (matType == eMaterialType.OAK_TYP) { mss += "\nUse in Extra Cautious"; } this.Message = mss; DA.SetData(0, mat); }
public static object Get_sRectangularSection(sMaterial material, double width_in, double depth_in, double thickness_in = 0.0) { sCrossSection cs = new sCrossSection(); string shapeN = ""; if (Math.Abs(width_in - depth_in) < 0.0001) { cs.sectionType = eSectionType.SQUARE; shapeN += "Square_" + width_in + "x" + depth_in; } else { cs.sectionType = eSectionType.RECTANGLAR; shapeN += "Rectangular_" + width_in + "x" + depth_in; } if (thickness_in > 0.0) { shapeN += "x" + thickness_in; } sDynamoConverter dycon = new sDynamoConverter("Feet", "Meters"); width_in /= 12.0; depth_in /= 12.0; thickness_in /= 12.0; width_in = Math.Round(width_in, 3); depth_in = Math.Round(depth_in, 3); thickness_in = Math.Round(thickness_in, 3); cs.dimensions = new List <double>(); cs.dimensions.Add(dycon.EnsureUnit_Dimension(width_in)); cs.dimensions.Add(dycon.EnsureUnit_Dimension(depth_in)); if (thickness_in > 0.0) { cs.dimensions.Add(dycon.EnsureUnit_Dimension(thickness_in)); } cs.shapeName = shapeN; cs.material = material; return(new Dictionary <string, object> { { "sCrossSection", cs } }); }
protected override void SolveInstance(IGH_DataAccess DA) { string shapeName = ""; if (!DA.GetData(0, ref shapeName)) { return; } sCrossSection cs = new sCrossSection(shapeName); sMaterial mat = new sMaterial(); mat.materialName = "Steel"; mat.materialType = eMaterialType.STEEL_A36; cs.material = mat; this.Message = cs.shapeName; DA.SetData(0, cs); }
public static object Get_sRoundSection(sMaterial material, double diameter_in, double thickness_in = 0.0) { sCrossSection cs = new sCrossSection(); eSectionType stype = eSectionType.ROUND; cs.sectionType = stype; string shapeN = "Round_" + diameter_in; if (thickness_in > 0.0) { shapeN += "x" + thickness_in; } cs.shapeName = shapeN; sDynamoConverter dycon = new sDynamoConverter("Feet", "Meters"); diameter_in /= 12.0; thickness_in /= 12.0; diameter_in = Math.Round(diameter_in, 3); thickness_in = Math.Round(thickness_in, 3); cs.dimensions = new List <double>(); cs.dimensions.Add(dycon.EnsureUnit_Dimension(diameter_in)); if (thickness_in > 0.0) { cs.dimensions.Add(dycon.EnsureUnit_Dimension(thickness_in)); } cs.material = material; return(new Dictionary <string, object> { { "sCrossSection", cs } }); }
public static object Get_sPresetMaterial(int materialType = 0) { string typicalName = "Typical Steel" + "\nSteel A992 Fy50"; eMaterialType matType = eMaterialType.STEEL_A992_Fy50; if (materialType == 0) { matType = eMaterialType.STEEL_A992_Fy50; typicalName = "Typical Steel" + "\nSteel A992 Fy50"; } else if (materialType == 1) { matType = eMaterialType.ALUMINUM_6061_T6; typicalName = "Typical Aluminum" + "\nAluminum 6061 T6"; } else if (materialType == 2) { matType = eMaterialType.CONCRETE_FC3000_NORMALWEIGHT; typicalName = "Typical Concrete" + "\nConcrete FC3000 NormalWeight"; } else if (materialType == 3) { matType = eMaterialType.OAK_TYP; typicalName = "Typical OAK"; } else if (materialType == 4) { matType = eMaterialType.CARBONFRP_TYP; typicalName = "Typical CarbonFRP"; } else if (materialType == 5) { matType = eMaterialType.STAINLESSSTEEL_TYP; typicalName = "Typical StainlessSteel"; } else if (materialType == 6) { matType = eMaterialType.STEEL_A36; typicalName = matType.ToString(); } else if (materialType == 7) { matType = eMaterialType.STEEL_A53GrB; typicalName = matType.ToString(); } else if (materialType == 8) { matType = eMaterialType.STEEL_A500GrB_Fy42; typicalName = matType.ToString(); } else if (materialType == 9) { matType = eMaterialType.STEEL_A500GrB_Fy46; typicalName = matType.ToString(); } else if (materialType == 10) { matType = eMaterialType.STEEL_A572Gr50; typicalName = matType.ToString(); } else if (materialType == 11) { matType = eMaterialType.STEEL_A913Gr50; typicalName = matType.ToString(); } else if (materialType == 12) { matType = eMaterialType.STEEL_A992_Fy50; typicalName = matType.ToString(); } else if (materialType == 13) { matType = eMaterialType.CONCRETE_FC3000_NORMALWEIGHT; typicalName = matType.ToString(); } else if (materialType == 14) { matType = eMaterialType.CONCRETE_FC4000_NORMALWEIGHT; typicalName = matType.ToString(); } else if (materialType == 15) { matType = eMaterialType.CONCRETE_FC5000_NORMALWEIGHT; typicalName = matType.ToString(); } else if (materialType == 16) { matType = eMaterialType.CONCRETE_FC6000_NORMALWEIGHT; typicalName = matType.ToString(); } else if (materialType == 17) { matType = eMaterialType.CONCRETE_FC3000_LIGHTWEIGHT; typicalName = matType.ToString(); } else if (materialType == 18) { matType = eMaterialType.CONCRETE_FC4000_LIGHTWEIGHT; typicalName = matType.ToString(); } else if (materialType == 19) { matType = eMaterialType.CONCRETE_FC5000_LIGHTWEIGHT; typicalName = matType.ToString(); } else if (materialType == 20) { matType = eMaterialType.CONCRETE_FC6000_LIGHTWEIGHT; typicalName = matType.ToString(); } else if (materialType == 21) { matType = eMaterialType.ALUMINUM_6061_T6; typicalName = matType.ToString(); } else if (materialType == 22) { matType = eMaterialType.ALUMINUM_6063_T6; typicalName = matType.ToString(); } else if (materialType == 23) { matType = eMaterialType.ALUMINUM_5052_H34; typicalName = matType.ToString(); } else if (materialType == 24) { matType = eMaterialType.COLDFORMED_Grade_33; typicalName = matType.ToString(); } else if (materialType == 25) { matType = eMaterialType.COLDFORMED_Grade_50; typicalName = matType.ToString(); } sMaterial mat = new sMaterial(typicalName, matType); string mss = typicalName; if (matType == eMaterialType.OAK_TYP) { mss += "\nUse in Extra Cautious"; } //add more... return(new Dictionary <string, object> { { "materialName", mss }, { "sMaterial", mat } }); }
protected override void SolveInstance(IGH_DataAccess DA) { sMaterial material = null; double width = 0.0; double depth = 0.0; double thickness = 0.0; if (!DA.GetData(0, ref material)) { return; } if (!DA.GetData(1, ref width)) { return; } if (!DA.GetData(2, ref depth)) { return; } if (!DA.GetData(3, ref thickness)) { return; } sCrossSection cs = new sCrossSection(); string mss = ""; string shapeN = ""; if (Math.Abs(width - depth) < 0.0001) { cs.sectionType = eSectionType.SQUARE; mss = "Square: W" + width + ", D" + depth; shapeN += "Square_" + width + "x" + depth; } else { cs.sectionType = eSectionType.RECTANGLAR; mss = "Rectangular: W" + width + ", D" + depth; shapeN += "Rectangular_" + width + "x" + depth; } if (thickness > 0.0) { mss += ", Th " + thickness; shapeN += "x" + thickness; } cs.shapeName = shapeN; string modelUnit = Rhino.RhinoDoc.ActiveDoc.ModelUnitSystem.ToString(); sRhinoConverter rhcon = new sRhinoConverter(modelUnit, "Meters"); if (modelUnit == "Feet") { width /= 12.0; depth /= 12.0; thickness /= 12.0; } width = Math.Round(width, 3); depth = Math.Round(depth, 3); thickness = Math.Round(thickness, 3); cs.dimensions = new List <double>(); cs.dimensions.Add(rhcon.EnsureUnit(width)); cs.dimensions.Add(rhcon.EnsureUnit(depth)); if (thickness > 0.0) { cs.dimensions.Add(rhcon.EnsureUnit(thickness)); } cs.material = material; this.Message = mss; DA.SetData(0, cs); }