private void Initialize(IfcStore model)
{
units = new UnitAssignmentRelation(model);
material = new Material(model, "S235J0");
//creating main project axis
CartesianPoint3D point = new CartesianPoint3D(model, 0, 0, 0);
DirectionVector3D mainAxis = new DirectionVector3D(model, 0, 0, 1);
DirectionVector3D refAxis = new DirectionVector3D(model, 1, 0, 0);
projectAxis = new PlacementAxis3D(model, point, mainAxis, refAxis);
context = new GeometricRepresentationContext(model, "Model", 3, 0.00001, projectAxis);
subContext = new GeometricRepresentationSubContext(model, "Body", "Model", Xbim.Ifc2x3.RepresentationResource.IfcGeometricProjectionEnum.MODEL_VIEW, context);
//creating project
project = new Project(model, "RevitProject", context, units);
//creating site
sitePlacement = new LocalPlacement(model, null, projectAxis);
site = new Site(model, "Site", sitePlacement, IfcElementCompositionEnum.ELEMENT, 0);
PostalAddress post = new PostalAddress(model, "IN YOUR MOMMA ROOM");
buildingPlacement = new LocalPlacement(model, sitePlacement, projectAxis);
building = new Building(model, "Building", buildingPlacement, IfcElementCompositionEnum.ELEMENT, post);
stories = new List <BuildingStorey>();
InitializeRelations();
}
public RectangularCrossSection(ModelOptions modelOption, double x, double y, double depth)
{
//Position of the 2D rectangular section (Will remain fixed).
CartesianPoint2D p = CartesianPoint2D.Origin(modelOption.Model);
DirectionVector2D v = DirectionVector2D.UnitX(modelOption.Model);
PlacementAxis2D postion = new PlacementAxis2D(modelOption.Model, p, v);
RectangleProfile rectProfile = new RectangleProfile(modelOption.Model, x, y, Xbim.Ifc2x3.ProfileResource.IfcProfileTypeEnum.AREA, postion);
//Local placement of the 3D definition shape of the column(Will remain fixed).
CartesianPoint3D Expoint = CartesianPoint3D.Origin(modelOption.Model);
DirectionVector3D exMain = DirectionVector3D.UnitZ(modelOption.Model);
DirectionVector3D exReff = DirectionVector3D.UnitX(modelOption.Model);
PlacementAxis3D Exaxis = new PlacementAxis3D(modelOption.Model, Expoint, exMain, exReff);
DirectionVector3D extVec = DirectionVector3D.UnitZ(modelOption.Model);
ExtrudedAreaSolid solid = new ExtrudedAreaSolid(modelOption.Model, depth, rectProfile, extVec, Exaxis);
ShapeRepresentation representation = new ShapeRepresentation(modelOption.Model, modelOption.Environment.SubContext, new List <ExtrudedAreaSolid>()
{
solid
});
ProductShape = new ProductionDefinitionShape(modelOption.Model, new List <ShapeRepresentation>()
{
representation
});
//Local placement of the object placement of the column (This will be manipulated according to Autodesk Revit readings).
CartesianPoint3D point = CartesianPoint3D.Origin(modelOption.Model);
DirectionVector3D main = DirectionVector3D.UnitZ(modelOption.Model);
DirectionVector3D reff = DirectionVector3D.UnitX(modelOption.Model);
PlacementAxis3D axis = new PlacementAxis3D(modelOption.Model, point, main, reff);
LocalPlacement placement = new LocalPlacement(modelOption.Model, modelOption.Environment.Stories.FirstOrDefault().LocalPlacement, axis);
}
public static double Distance3D(Coord pointA, Coord pointB)
{
var g1 = new CartesianPoint3D(pointA.Latitude, pointA.Longitude);
var g2 = new CartesianPoint3D(pointB.Latitude, pointB.Longitude);
return(Distance3D(g1, g2));
}
private static double Distance3D(CartesianPoint3D g1, CartesianPoint3D g2)
{
double dX = g1.X - g2.X;
double dY = g1.Y - g2.Y;
double dZ = g1.Z - g2.Z;
double r = Math.Sqrt(dX * dX + dY * dY + dZ * dZ);
return(Constants.Earth_Diameter_In_Meters * Math.Asin(r));
}
public TeklaPlatePlacementInitializer(IfcStore model, Model_info.Environment env, Point origin, Vector main, Vector reff)
{
this.origin = new CartesianPoint3D(model, origin.X, origin.Y, origin.Z);
this.main = new DirectionVector3D(model, main.X, main.Y, main.Z);
this.reff = new DirectionVector3D(model, reff.X, reff.Y, reff.Z);
PlacementAxis3D axis = new PlacementAxis3D(model, this.origin, this.main, this.reff);
localPlacement = new LocalPlacement(model, env.Stories.FirstOrDefault().LocalPlacement, axis);
}