protected override void InitializeVariables()
{
// Sets the input parameters
AddParameterToInputs(new Double_Input_ParamDef("BowFactor", new DoubleValueRange(.0005, .05))
{
Start = 0.025
});
// Sets the intermediate variables we will receive from Grasshopper
IntermediateDefs.Add(new DoubleList_Output_ParamDef("BowLength"));
IntermediateDefs.Add(new LineList_Output_ParamDef("ArchLines_1", inDefaultRestraint: FeRestraint.YOnlyRestraint));
IntermediateDefs.Add(new LineList_Output_ParamDef("ArchLines_2", inDefaultRestraint: FeRestraint.YOnlyRestraint));
IntermediateDefs.Add(new PointList_Output_ParamDef("FixedSupportJoint_1", FeRestraint.PinnedRestraint));
IntermediateDefs.Add(new PointList_Output_ParamDef("FixedSupportJoint_2", FeRestraint.PinnedRestraint));
// Sets the output variables
FinalDefs.Add(new Double_Output_ParamDef("MaximumStrainEnergy",
inTargetValue: 0d,
inExpectedScale: new DoubleValueRange(1e-3, 5e-2)
));
// Sets the output variables
FinalDefs.Add(new Double_Output_ParamDef("AverageStrainEnergy",
inTargetValue: 0d,
inExpectedScale: new DoubleValueRange(1e-3, 5e-2)
));
// Sets the output variables
FinalDefs.Add(new Double_Output_ParamDef("StDevStrainEnergy",
inTargetValue: 0d,
inExpectedScale: new DoubleValueRange(1e-3, 5e-2)
));
}
protected override void InitializeVariables()
{
// Sets the variables related to this Objective Function
AddParameterToInputs(new Point_Input_ParamDef("A", new PointValueRange(new Point3d(-100d, -100d, -100d), new Point3d(100d, 100d, 100d))));
AddParameterToInputs(new Point_Input_ParamDef("B", new PointValueRange(new Point3d(-100d, -100d, -100d), new Point3d(100d, 100d, 100d))));
AddParameterToInputs(new Point_Input_ParamDef("C", new PointValueRange(new Point3d(-100d, -100d, -100d), new Point3d(100d, 100d, 100d))));
IntermediateDefs.Add(new LineList_Output_ParamDef("InnerLines"));
IntermediateDefs.Add(new PointList_Output_ParamDef("InnerPoints"));
IntermediateDefs.Add(new PointList_Output_ParamDef("InnerCentroid"));
FinalDefs.Add(new Double_Output_ParamDef("L1 Side Length",
inTargetValue: 40d, inExpectedScale: new DoubleValueRange(0d, 200d)));
FinalDefs.Add(new Double_Output_ParamDef("L2 Side Length",
inTargetValue: 40d, inExpectedScale: new DoubleValueRange(0d, 200d)));
FinalDefs.Add(new Double_Output_ParamDef("L3 Side Length",
inTargetValue: 40d, inExpectedScale: new DoubleValueRange(0d, 200d)));
FinalDefs.Add(new Double_Output_ParamDef("Delta Of Centroid to Origin",
inTargetValue: 0d,
inExpectedScale: new DoubleValueRange(0d, 200d)));
FinalDefs.Add(new Double_Output_ParamDef("Minimum Angle To X",
inTargetValue: 0d,
inExpectedScale: new DoubleValueRange(0d, 90d)));
FinalDefs.Add(new Double_Output_ParamDef("P1 Height",
inTargetValue: 0d,
inExpectedScale: new DoubleValueRange(-100d, 100d)));
FinalDefs.Add(new Double_Output_ParamDef("P2 Height",
inTargetValue: 0d,
inExpectedScale: new DoubleValueRange(-100d, 100d)));
FinalDefs.Add(new Double_Output_ParamDef("P3 Height",
inTargetValue: 0d,
inExpectedScale: new DoubleValueRange(-100d, 100d)));
}
