public static PolygonMesh.Mesh CreateCylinder(Cylinder.CylinderPrimitive cylinderToMeasure)
{
throw new NotImplementedException();
//PolygonMesh.Mesh cylinder = new PolygonMesh.Mesh();
//List<IVertex> bottomVerts = new List<IVertex>();
//List<IVertex> topVerts = new List<IVertex>();
//int sides = cylinderToMeasure.Sides;
//for (int i = 0; i < sides; i++)
//{
// Vector2 bottomRadialPos = Vector2.Rotate(new Vector2(cylinderToMeasure.Radius1, 0), MathHelper.Tau * i / sides);
// IVertex bottomVertex = cylinder.CreateVertex(new Vector3(bottomRadialPos.X, bottomRadialPos.Y, -cylinderToMeasure.Height / 2));
// bottomVerts.Add(bottomVertex);
// Vector2 topRadialPos = Vector2.Rotate(new Vector2(cylinderToMeasure.Radius1, 0), MathHelper.Tau * i / sides);
// IVertex topVertex = cylinder.CreateVertex(new Vector3(topRadialPos.X, topRadialPos.Y, cylinderToMeasure.Height / 2));
// topVerts.Add(topVertex);
//}
//cylinder.ReverseFaceEdges(cylinder.CreateFace(bottomVerts.ToArray()));
//cylinder.CreateFace(topVerts.ToArray());
//for (int i = 0; i < sides - 1; i++)
//{
// cylinder.CreateFace(new IVertex[] { topVerts[i], bottomVerts[i], bottomVerts[i + 1], topVerts[i + 1] });
//}
//cylinder.CreateFace(new IVertex[] { topVerts[sides - 1], bottomVerts[sides - 1], bottomVerts[0], topVerts[0] });
//return cylinder;
}
public static PolygonMesh.Mesh CreateCylinder(Cylinder.CylinderPrimitive cylinderToMeasure)
{
PolygonMesh.Mesh cylinder = new PolygonMesh.Mesh();
List <Vertex> bottomVerts = new List <Vertex>();
List <Vertex> topVerts = new List <Vertex>();
int count = 20;
for (int i = 0; i < count; i++)
{
Vector2 bottomRadialPos = Vector2.Rotate(new Vector2(cylinderToMeasure.Radius1, 0), MathHelper.Tau * i / 20);
Vertex bottomVertex = cylinder.CreateVertex(new Vector3(bottomRadialPos.x, bottomRadialPos.y, -cylinderToMeasure.Height / 2));
bottomVerts.Add(bottomVertex);
Vector2 topRadialPos = Vector2.Rotate(new Vector2(cylinderToMeasure.Radius1, 0), MathHelper.Tau * i / 20);
Vertex topVertex = cylinder.CreateVertex(new Vector3(topRadialPos.x, topRadialPos.y, cylinderToMeasure.Height / 2));
topVerts.Add(topVertex);
}
cylinder.ReverseFaceEdges(cylinder.CreateFace(bottomVerts.ToArray()));
cylinder.CreateFace(topVerts.ToArray());
for (int i = 0; i < count - 1; i++)
{
cylinder.CreateFace(new Vertex[] { topVerts[i], bottomVerts[i], bottomVerts[i + 1], topVerts[i + 1] });
}
cylinder.CreateFace(new Vertex[] { topVerts[count - 1], bottomVerts[count - 1], bottomVerts[0], topVerts[0] });
return(cylinder);
}
public string GetScadOutputRecursive(Cylinder.CylinderPrimitive objectToProcess, int level = 0)
{
string info = AddRenderInfoIfReqired(objectToProcess);
info += "cylinder(r1=" + objectToProcess.Radius1.ToString() + ", r2=" + objectToProcess.Radius2.ToString() + ", h=" + objectToProcess.Height.ToString() + ", center=true, $fn={0});".FormatWith(NumberOfCylinderSegments) + AddNameAsComment(objectToProcess);
return(ApplyIndent(info, level));
}
public CsgObject DoCopyAndFlatten(Cylinder.CylinderPrimitive objectToProcess)
{
return(new Cylinder.CylinderPrimitive(objectToProcess));
}
public PolygonMesh.Mesh CsgToMeshRecursive(Cylinder.CylinderPrimitive objectToProcess)
{
return(CreateCylinder(objectToProcess));
}
public IRayTraceable GetIRayTraceableRecursive(Cylinder.CylinderPrimitive objectToProcess)
{
return(new CylinderShape(objectToProcess.Radius1, objectToProcess.Height, DefaultMaterial));
}
public void RenderToGlRecursive(Cylinder.CylinderPrimitive objectToProcess)
{
RGBA_Floats partColor = new RGBA_Floats(.8, .8, 1);
RenderMeshToGl.Render(CreateCylinder(objectToProcess), partColor);
}
public void RenderToGlRecursive(Cylinder.CylinderPrimitive objectToProcess)
{
var partColor = new ColorF(.8, .8, 1).ToColor();
GLHelper.Render(CreateCylinder(objectToProcess), partColor);
}
public PolygonMesh.Mesh CsgToMeshRecursive(Cylinder.CylinderPrimitive objectToProcess)
{
throw new NotImplementedException();
}
