Static class: RT.Modeling.LooseModels

• Assembly: RT.Modeling, Version=1.1.0.0, Culture=neutral, PublicKeyToken=null
• Namespace: RT.Modeling

Summary

Contains a collection of static methods that can generate basic models.

Static methods

VertexInfo[][]	Annulus(double innerRadius, double outerRadius, int revSteps = 20, bool reverse = false)	Generates a flat annulus, or filled circle with a hole, sitting on the x/z plane. Use Md.Rotate(this IEnumerable<VertexInfo[]>, Pt, Pt, double) to orientate it any other way. Can also be used to generate a regular polygon outline by using a small value of revSteps.
Pt[][]	Box(bool reverse = false)	Generates an axis-aligned box, or cube, of sidelength 2.
VertexInfo[][]	Cone(double startZ, double endZ, double baseRadius, int revSteps = 20, bool noBottomCap = false)	Generates a cone oriented along the z-axis. Use Md.Rotate(this IEnumerable<VertexInfo[]>, Pt, Pt, double) to orientate it any other way.
VertexInfo[][]	ConicFrustum(double startZ, double endZ, double baseRadius, double topRadius, int revSteps = 20, bool noBottomCap = false, bool noTopCap = false)	Generates a truncated cone, or frustrum, oriented along the z-axis. Use Md.Rotate(this IEnumerable<VertexInfo[]>, Pt, Pt, double) to orientate it any other way.
VertexInfo[][]	Cylinder(double startZ, double endZ, double radius, int revSteps = 20, bool noEndCaps = false)	Generates a cylinder oriented along the z-axis. Use Md.Rotate(this IEnumerable<VertexInfo[]>, Pt, Pt, double) to orientate it any other way.
VertexInfo[][]	Disc(int revSteps = 20, double x = 0, double y = 0, double radius = 1, bool reverse = false, double addAngle = 0)	Generates a flat disc, or filled circle, sitting on the x/z plane. Use Md.Rotate(this IEnumerable<VertexInfo[]>, Pt, Pt, double) to orientate it any other way. Can also be used to generate a regular polygon by using a small value of revSteps.
IEnumerable<VertexInfo[]>	Hemisphere(double radius, int revStepsLat = 32, int revStepsLong = 32, bool noBottomCap = false)	Generates a sphere centered on the origin.
IEnumerable<VertexInfo[]>	Sphere(double radius, int revStepsLat = 32, int revStepsLong = 32)
VertexInfo[][]	Square(bool reverse = false)	Generates a sidelength 2 square sitting flat on the x/z plane. Use Md.Rotate(this IEnumerable<VertexInfo[]>, Pt, Pt, double) to orientate it any other way. (see also remarks)
IEnumerable<VertexInfo[]>	Torus(double outerRadius, double innerRadius, int revSteps, double startAngle = 0, double endAngle = 360)	Generates a torus, or donut, sitting on the x/z plane. Use Md.Rotate(this IEnumerable<VertexInfo[]>, Pt, Pt, double) to orientate it any other way.
IEnumerable<VertexInfo[]>	Tube(int revSteps, double innerRadius, double outerRadius, double length)	Generates a hollow tube of a specified length. The tube will be oriented with the z-axis; use Md.Rotate(this IEnumerable<VertexInfo[]>, Pt, Pt, double) to orientate it any other way.