public override void Apply(Path p)
{
//Good Game
Vector3[] vectorPath = IntMath.Int3s2Vector3s(p.vectorPath).ToArray();
//VInt3[] vectorPath = p.vectorPath.ToArray();
if (vectorPath == null || vectorPath.Length <= 2)
{
return;
}
//Good Game
List <Vector3> newPath = new List <Vector3>();
//List<VInt3> newPath = new List<VInt3>();
newPath.Add(vectorPath[0]);
TurnConstructor.turningRadius = turningRadius;
for (int i = 1; i < vectorPath.Length - 1; i++)
{
List <Turn> turnList = new List <Turn>();
TurnConstructor.Setup(i, vectorPath);
turnConstruct1.Prepare(i, vectorPath);
turnConstruct2.Prepare(i, vectorPath);
TurnConstructor.PostPrepare();
if (i == 1)
{
turnConstruct1.PointToTangent(turnList);
turnConstruct2.PointToTangent(turnList);
}
else
{
turnConstruct1.TangentToTangent(turnList);
turnConstruct2.TangentToTangent(turnList);
}
EvaluatePaths(turnList, newPath);
//Last point
if (i == vectorPath.Length - 2)
{
turnConstruct1.TangentToPoint(turnList);
turnConstruct2.TangentToPoint(turnList);
}
EvaluatePaths(turnList, newPath);
}
newPath.Add(vectorPath[vectorPath.Length - 1]);
//Good Game
//p.vectorPath = newPath;
p.vectorPath = IntMath.Vector3s2Int3s(newPath);
}
public override void Apply(Path p)
{
Vector3[] vectorPath = p.vectorPath.ToArray();
if ((vectorPath != null) && (vectorPath.Length > 2))
{
List <Vector3> output = new List <Vector3>();
output.Add(vectorPath[0]);
TurnConstructor.turningRadius = this.turningRadius;
for (int i = 1; i < (vectorPath.Length - 1); i++)
{
List <Turn> turnList = new List <Turn>();
TurnConstructor.Setup(i, vectorPath);
this.turnConstruct1.Prepare(i, vectorPath);
this.turnConstruct2.Prepare(i, vectorPath);
TurnConstructor.PostPrepare();
if (i == 1)
{
this.turnConstruct1.PointToTangent(turnList);
this.turnConstruct2.PointToTangent(turnList);
}
else
{
this.turnConstruct1.TangentToTangent(turnList);
this.turnConstruct2.TangentToTangent(turnList);
}
this.EvaluatePaths(turnList, output);
if (i == (vectorPath.Length - 2))
{
this.turnConstruct1.TangentToPoint(turnList);
this.turnConstruct2.TangentToPoint(turnList);
}
this.EvaluatePaths(turnList, output);
}
output.Add(vectorPath[vectorPath.Length - 1]);
p.vectorPath = output;
}
}
public override void Apply(Path p, ModifierData source)
{
Vector3[] vectorPath = p.vectorPath.ToArray();
if (vectorPath == null || vectorPath.Length <= 2)
{
return;
}
List <Vector3> newPath = new List <Vector3> ();
newPath.Add(vectorPath[0]);
TurnConstructor.turningRadius = turningRadius;
for (int i = 1; i < vectorPath.Length - 1; i++)
{
List <Turn> turnList = new List <Turn> ();
TurnConstructor.Setup(i, vectorPath);
turnConstruct1.Prepare(i, vectorPath);
turnConstruct2.Prepare(i, vectorPath);
TurnConstructor.PostPrepare();
if (i == 1)
{
turnConstruct1.PointToTangent(turnList);
turnConstruct2.PointToTangent(turnList);
}
else
{
turnConstruct1.TangentToTangent(turnList);
turnConstruct2.TangentToTangent(turnList);
}
EvaluatePaths(turnList, newPath);
//Last point
if (i == vectorPath.Length - 2)
{
turnConstruct1.TangentToPoint(turnList);
turnConstruct2.TangentToPoint(turnList);
}
EvaluatePaths(turnList, newPath);
/*Debug.DrawLine (AngleToVector (va)*2+rightCircleCenter,rightCircleCenter,Color.magenta);
*
* List<Turn> turnList = new List<Turn> ();
*
* if (i == 1) {
*
*
* PointToCurve (prev , turnList);
*
*
* } else if (i < vectorPath.Length) {
*
* }
*
* if (i == vectorPath.Length-2) {
* //End Point
*
* float prevTurnRadius = turningRadius;
*
* float minRadi = Mathf.Min ((next-rightCircleCenter).magnitude, (next-leftCircleCenter).magnitude);
* //No curved path is possible with the current turning radius
* if (minRadi <= turningRadius) {
* continue;
*
* /*turningRadius = minRadi-0.001F;
*
* rightCircleCenter = currentVertice + normal * turningRadius;
* leftCircleCenter = currentVertice - normal * turningRadius;
*
* Debug.DrawLine (rightCircleCenter,leftCircleCenter,Color.black);
* DebugCircle (rightCircleCenter,turningRadius,new Color (0,0,0,0.4F));
* DebugCircle (leftCircleCenter,turningRadius,new Color (0,0,0,0.4F));*
* }
*
* double alfaRight = Atan2 (next - rightCircleCenter);
* double deltaRight = (ThreeSixtyRadians * 0.25) - Math.Asin (turningRadius / (rightCircleCenter - next).magnitude);
*
* //Angle to the point where turning ends
* double gammaRight = alfaRight - deltaRight;
*
* Debug.DrawLine (rightCircleCenter+ AngleToVector (gammaRight)*turningRadius, rightCircleCenter, Color.green);
*
* double betaRight = ClockwiseAngle (gammaRight, va);
* //double counterClockwiseAngle = ClampAngle (gamma1 - va);
*
* double alfaLeft = Atan2 (next - leftCircleCenter);
* double deltaLeft = (ThreeSixtyRadians * 0.25) - Math.Asin (turningRadius / (leftCircleCenter - next).magnitude);
*
* //Angle to the point where turning ends
* double gammaLeft = alfaLeft + deltaLeft;
*
* Debug.DrawLine (leftCircleCenter+ AngleToVector (gammaLeft)*turningRadius, leftCircleCenter, Color.green);
*
* //double vaLeft = ClampAngle (va + ThreeSixtyRadians * 0.5);
* double betaLeft = CounterClockwiseAngle (vaLeft, gammaLeft);
*
* Vector3 pRight = AngleToVector (gammaRight)+rightCircleCenter;
* Vector3 pLeft = AngleToVector (gammaLeft)+leftCircleCenter;
*
* betaLeft = GetLengthFromAngle (betaLeft,turningRadius);
* betaRight = GetLengthFromAngle (betaRight,turningRadius);
*
* betaRight += (pRight-next).magnitude;
* betaLeft += (pLeft-next).magnitude;
*
* Debug.Log ("=== Right: "+betaRight+" Left: "+betaLeft+" ===");
*
* if (betaRight < betaLeft) {
* AddCircleSegment (va, gammaRight, true, rightCircleCenter, newPath);
* } else {
* AddCircleSegment (vaLeft, gammaLeft, false, leftCircleCenter, newPath);
* }
*
* turningRadius = prevTurnRadius;
* }
*
* preRightCircleCenter = rightCircleCenter;
* preLeftCircleCenter = leftCircleCenter;
*
* preVaRight = vaRight;
* preVaLeft = vaLeft;*/
/*Debug.Log ("Gamma: "+ToDegrees(gamma1));
* double clockwiseAngle = Mathf.Min (ClampAngle (va - gamma1),ClampAngle (gamma - va));
*
* double counterClockwiseAngle = ;
*
* Debug.DrawLine (AngleToVector (gamma)*2+rightCircleCenter,rightCircleCenter,Color.orange);
*
*
* Debug.Log ("Adding Circle Segment "+ToDegrees(gamma).ToString ()+" "+ToDegrees (va).ToString ()+" "+ToDegrees (delta).ToString ());
* AddCircleSegment (gamma,va, clockwiseAngle < counterClockwiseAngle, rightCircleCenter, newPath);
*/
}
newPath.Add(vectorPath[vectorPath.Length - 1]);
/*for (int i=0;i<newPath.Count-1;i++) {
* Debug.DrawLine (newPath[i],newPath[i+1],Color.yellow);
* }*/
p.vectorPath = newPath;
}