public override void TangentToTangent(List <Turn> turnList)
{
Vector3 preNormal = Vector3.Cross(t1, Vector3.up);
Vector3 dir = (current - prev);
Vector3 pos = dir * 0.5F + prev;
dir = Vector3.Cross(dir, Vector3.up);
bool didIntersect;
circleCenter = VectorMath.LineDirIntersectionPointXZ(prev, preNormal, pos, dir, out didIntersect);
if (!didIntersect)
{
return;
}
gamma1 = Atan2(prev - circleCenter);
gamma2 = Atan2(current - circleCenter);
clockwise = !VectorMath.RightOrColinearXZ(circleCenter, prev, prev + t1);
double beta = clockwise ? ClockwiseAngle(gamma1, gamma2) : CounterClockwiseAngle(gamma1, gamma2);
beta = GetLengthFromAngle(beta, (circleCenter - current).magnitude);
turnList.Add(new Turn((float)beta, this, 0));
}
public override void TangentToTangent(List<AdvancedSmooth.Turn> turnList)
{
Vector3 dir = Vector3.Cross(AdvancedSmooth.TurnConstructor.t1, Vector3.up);
Vector3 vector = AdvancedSmooth.TurnConstructor.current - AdvancedSmooth.TurnConstructor.prev;
Vector3 start = vector * 0.5f + AdvancedSmooth.TurnConstructor.prev;
vector = Vector3.Cross(vector, Vector3.up);
bool flag;
this.circleCenter = VectorMath.LineDirIntersectionPointXZ(AdvancedSmooth.TurnConstructor.prev, dir, start, vector, out flag);
if (!flag)
{
return;
}
this.gamma1 = base.Atan2(AdvancedSmooth.TurnConstructor.prev - this.circleCenter);
this.gamma2 = base.Atan2(AdvancedSmooth.TurnConstructor.current - this.circleCenter);
this.clockwise = !VectorMath.RightOrColinearXZ(this.circleCenter, AdvancedSmooth.TurnConstructor.prev, AdvancedSmooth.TurnConstructor.prev + AdvancedSmooth.TurnConstructor.t1);
double num = (!this.clockwise) ? base.CounterClockwiseAngle(this.gamma1, this.gamma2) : base.ClockwiseAngle(this.gamma1, this.gamma2);
num = base.GetLengthFromAngle(num, (double)(this.circleCenter - AdvancedSmooth.TurnConstructor.current).magnitude);
turnList.Add(new AdvancedSmooth.Turn((float)num, this, 0));
}
public override void TangentToTangent(List <AdvancedSmooth.Turn> turnList)
{
bool flag;
Vector3 vector = Vector3.Cross(AdvancedSmooth.TurnConstructor.t1, Vector3.up);
Vector3 lhs = AdvancedSmooth.TurnConstructor.current - AdvancedSmooth.TurnConstructor.prev;
Vector3 vector3 = ((Vector3)(lhs * 0.5f)) + AdvancedSmooth.TurnConstructor.prev;
lhs = Vector3.Cross(lhs, Vector3.up);
this.circleCenter = VectorMath.LineDirIntersectionPointXZ(AdvancedSmooth.TurnConstructor.prev, vector, vector3, lhs, out flag);
if (flag)
{
this.gamma1 = base.Atan2(AdvancedSmooth.TurnConstructor.prev - this.circleCenter);
this.gamma2 = base.Atan2(AdvancedSmooth.TurnConstructor.current - this.circleCenter);
this.clockwise = !VectorMath.RightOrColinearXZ(this.circleCenter, AdvancedSmooth.TurnConstructor.prev, AdvancedSmooth.TurnConstructor.prev + AdvancedSmooth.TurnConstructor.t1);
double angle = !this.clockwise ? base.CounterClockwiseAngle(this.gamma1, this.gamma2) : base.ClockwiseAngle(this.gamma1, this.gamma2);
Vector3 vector4 = this.circleCenter - AdvancedSmooth.TurnConstructor.current;
angle = base.GetLengthFromAngle(angle, (double)vector4.magnitude);
turnList.Add(new AdvancedSmooth.Turn((float)angle, this, 0));
}
}
public static Vector3 IntersectionPointOptimized(Vector3 start1, Vector3 dir1, Vector3 start2, Vector3 dir2, out bool intersects)
{
return(VectorMath.LineDirIntersectionPointXZ(start1, dir1, start2, dir2, out intersects));
}
