public DeltaMesh[] CopyMeshes()
{
DeltaMesh[] meshes = new DeltaMesh[dm.Length];
for (int i = 0; i < dm.Length; i++)
{
meshes[i] = dm[i].Copy();
}
return(meshes);
}
public void SetRandom(int n)
{
Random r = new Random();
dm = new DeltaMesh[n];
for (int i = 0; i < dm.Length; i++)
{
dm[i] = new DeltaMesh();
dm[i].SetRandom(r);
}
}
private DeltaPoint[] ConvertToPoints(DeltaMesh Mesh)
{
DeltaPoint[] final = new DeltaPoint[3];
DeltaPoint[] dp = { Mesh.A, Mesh.B, Mesh.C };
for (int i = 0; i < dp.Length; i++)
{
if (final[i] == null)
{
final[i] = new DeltaPoint();
}
final[i].dX = ConvertDelta(origin.dX, dp[i].dX, ang);
}
return(final);
}
public Model GenerateModel()
{
Random r = new Random();
Model final;
DeltaMesh[] pts = new DeltaMesh[12];
double hW = Width / 2;
// top plane
pts[0] = new DeltaMesh
{
A = new DeltaPoint(new double[] { X + hW, Y + hW, Z + hW }),
B = new DeltaPoint(new double[] { X + hW, Y + hW, Z + -hW }),
C = new DeltaPoint(new double[] { X + -hW, Y + hW, Z + -hW })
};
pts[1] = new DeltaMesh
{
A = new DeltaPoint(new double[] { X + hW, Y + hW, Z + hW }),
B = new DeltaPoint(new double[] { X + -hW, Y + hW, Z + hW }),
C = new DeltaPoint(new double[] { X + -hW, Y + hW, Z + -hW })
};
// bottom plane
pts[2] = new DeltaMesh
{
A = new DeltaPoint(new double[] { X + hW, Y + -hW, Z + hW }),
B = new DeltaPoint(new double[] { X + hW, Y + -hW, Z + -hW }),
C = new DeltaPoint(new double[] { X + -hW, Y + -hW, Z + -hW })
};
pts[3] = new DeltaMesh
{
A = new DeltaPoint(new double[] { X + hW, Y + -hW, Z + hW }),
B = new DeltaPoint(new double[] { X + -hW, Y + -hW, Z + hW }),
C = new DeltaPoint(new double[] { X + -hW, Y + -hW, Z + -hW })
};
// forward plane
pts[4] = new DeltaMesh //top
{
A = new DeltaPoint(new double[] { X + -hW, Y + hW, Z + hW }),
B = new DeltaPoint(new double[] { X + hW, Y + hW, Z + hW }),
C = new DeltaPoint(new double[] { X + hW, Y + -hW, Z + hW })
};
pts[5] = new DeltaMesh //bot
{
A = new DeltaPoint(new double[] { X + -hW, Y + hW, Z + hW }),
B = new DeltaPoint(new double[] { X + -hW, Y + -hW, Z + hW }),
C = new DeltaPoint(new double[] { X + hW, Y + -hW, Z + hW })
};
// Backward plane
pts[6] = new DeltaMesh //top
{
A = new DeltaPoint(new double[] { X + -hW, Y + hW, Z + -hW }),
B = new DeltaPoint(new double[] { X + hW, Y + hW, Z + -hW }),
C = new DeltaPoint(new double[] { X + hW, Y + -hW, Z + -hW })
};
pts[7] = new DeltaMesh //bot
{
A = new DeltaPoint(new double[] { X + -hW, Y + hW, Z + -hW }),
B = new DeltaPoint(new double[] { X + -hW, Y + -hW, Z + -hW }),
C = new DeltaPoint(new double[] { X + hW, Y + -hW, Z + -hW })
};
// Right plane
pts[8] = new DeltaMesh //top
{
A = new DeltaPoint(new double[] { X + hW, Y + hW, Z + hW }),
B = new DeltaPoint(new double[] { X + hW, Y + hW, Z + -hW }),
C = new DeltaPoint(new double[] { X + hW, Y + -hW, Z + -hW })
};
pts[9] = new DeltaMesh //bot
{
A = new DeltaPoint(new double[] { X + hW, Y + hW, Z + hW }),
B = new DeltaPoint(new double[] { X + hW, Y + -hW, Z + hW }),
C = new DeltaPoint(new double[] { X + hW, Y + -hW, Z + -hW })
};
// Left plane
pts[10] = new DeltaMesh //top
{
A = new DeltaPoint(new double[] { X + -hW, Y + hW, Z + hW }),
B = new DeltaPoint(new double[] { X + -hW, Y + hW, Z + -hW }),
C = new DeltaPoint(new double[] { X + -hW, Y + -hW, Z + -hW })
};
pts[11] = new DeltaMesh //bot
{
A = new DeltaPoint(new double[] { X + -hW, Y + hW, Z + hW }),
B = new DeltaPoint(new double[] { X + -hW, Y + -hW, Z + hW }),
C = new DeltaPoint(new double[] { X + -hW, Y + -hW, Z + -hW })
};
final = new Model(pts);
return(final);
}
