public AxeSecondProps CloneNegateZ()
{
AxeSecondProps retVal = UtilityCore.Clone_Shallow(this);
retVal.EndTL = new Point3D(retVal.EndTL.X, retVal.EndTL.Y, retVal.EndTL.Z * -1);
retVal.EndTR = new Point3D(retVal.EndTR.X, retVal.EndTR.Y, retVal.EndTR.Z * -1);
retVal.EndBR = new Point3D(retVal.EndBR.X, retVal.EndBR.Y, retVal.EndBR.Z * -1);
retVal.EndBL_1 = new Point3D(retVal.EndBL_1.X, retVal.EndBL_1.Y, retVal.EndBL_1.Z * -1);
if (retVal.EndBL_2 != null)
{
retVal.EndBL_2 = new Point3D(retVal.EndBL_2.Value.X, retVal.EndBL_2.Value.Y, retVal.EndBL_2.Value.Z * -1);
}
return(retVal);
}
private static BezierSegment3D[][] GetModel_Second_Curves(AxeSecondProps arg)
{
BezierSegment3D[][] retVal = new BezierSegment3D[5][];
AxeSecondProps[] argLevels = new AxeSecondProps[5];
argLevels[2] = arg; // Edge
#region Middle
argLevels[1] = UtilityCore.Clone_Shallow(arg);
// Right
argLevels[1].EndTR = new Point3D(argLevels[1].EndTR.X * .8, argLevels[1].EndTR.Y * .9, .15);
Vector3D offsetTR = new Point3D(argLevels[1].EndTR.X, argLevels[1].EndTR.Y, 0) - arg.EndTR;
Quaternion angleTR = Math3D.GetRotation((arg.EndTL - arg.EndTR), offsetTR);
Vector3D rotated = (arg.EndBL_1 - arg.EndBR).ToUnit() * offsetTR.Length;
rotated = rotated.GetRotatedVector(angleTR.Axis, angleTR.Angle * -1.3);
argLevels[1].EndBR = new Point3D(argLevels[1].EndBR.X + rotated.X, argLevels[1].EndBR.Y + rotated.Y, .15); // can't just use percents of coordinates. Instead use the same offset angle,distance that top left had
// Left
argLevels[1].EndTL = new Point3D(argLevels[1].EndTL.X, argLevels[1].EndTL.Y * .95, .3);
if (argLevels[1].EndBL_2 == null)
{
argLevels[1].EndBL_1 = new Point3D(argLevels[1].EndBL_1.X, argLevels[1].EndBL_1.Y * .9, .3);
}
else
{
Vector3D offsetBL1 = arg.EndBR - arg.EndBL_1;
double lengthBL1 = (new Point3D(argLevels[1].EndBR.X, argLevels[1].EndBR.Y, 0) - arg.EndBR).Length;
offsetBL1 = offsetBL1.ToUnit() * (offsetBL1.Length - lengthBL1);
argLevels[1].EndBL_1 = argLevels[1].EndBR - offsetBL1;
argLevels[1].EndBL_1 = new Point3D(argLevels[1].EndBL_1.X, argLevels[1].EndBL_1.Y, .18);
argLevels[1].EndBL_2 = new Point3D(argLevels[1].EndBL_2.Value.X, argLevels[1].EndBL_2.Value.Y * .9, .3);
}
argLevels[3] = argLevels[1].CloneNegateZ();
#endregion
#region Far
argLevels[0] = UtilityCore.Clone_Shallow(arg);
argLevels[0].EndTL = new Point3D(argLevels[0].EndTL.X, argLevels[0].EndTL.Y * .7, .4);
argLevels[0].EndTR = new Point3D(argLevels[0].EndTR.X * .5, argLevels[0].EndTR.Y * .6, .25);
if (argLevels[0].EndBL_2 == null)
{
argLevels[0].EndBR = new Point3D(argLevels[0].EndBR.X * .5, argLevels[0].EndBR.Y * .6, .25);
argLevels[0].EndBL_1 = new Point3D(argLevels[0].EndBL_1.X, argLevels[0].EndBL_1.Y * .6, .4);
}
else
{
// Bottom Right
Vector3D offset = (argLevels[1].EndBR - argLevels[1].EndBL_1) * .5;
Point3D startPoint = argLevels[1].EndBL_1 + offset; // midway along bottom edge
offset = argLevels[1].EndTR - startPoint;
argLevels[0].EndBR = startPoint + (offset * .15); // from midway point toward upper right point
argLevels[0].EndBR = new Point3D(argLevels[0].EndBR.X, argLevels[0].EndBR.Y, .25); // fix z
// Left of bottom right (where the circle cutout ends)
offset = argLevels[1].EndBR - argLevels[1].EndBL_1;
argLevels[0].EndBL_1 = Math3D.GetClosestPoint_Line_Point(argLevels[0].EndBR, offset, argLevels[0].EndBL_1);
offset *= .05;
Point3D minBL1 = argLevels[0].EndBR - offset;
Vector3D testOffset = argLevels[0].EndBL_1 - argLevels[0].EndBR;
if (Vector3D.DotProduct(testOffset, offset) < 0 || testOffset.LengthSquared < offset.LengthSquared)
{
argLevels[0].EndBL_1 = minBL1;
}
// Bottom Left
argLevels[0].EndBL_2 = new Point3D(argLevels[0].EndBL_2.Value.X, argLevels[0].EndBL_2.Value.Y * .6, .4);
// Reduce the curve a bit
argLevels[0].B2AngleL = argLevels[0].B2AngleL * .9;
argLevels[0].B2PercentL = argLevels[0].B2PercentL * .95;
argLevels[0].B2AngleR = argLevels[0].B2AngleR * .85;
argLevels[0].B2PercentR = argLevels[0].B2PercentR * .95;
}
argLevels[4] = argLevels[0].CloneNegateZ();
#endregion
for (int cntr = 0; cntr < 5; cntr++)
{
BezierSegment3D[] segments = GetModel_Second_Segments(argLevels[cntr]);
retVal[cntr] = segments;
}
return(retVal);
}