//Add a Move in the track
void AddMove(List<TimeStamp> move){
TimeStamp tsCopy = new TimeStamp(0,0,0);
for(int i = 0; i< move.Count; i++){
tsCopy = tsCopy.DeepCopyTS(move[i]);
tsCopy.timeSpawn += tmpTime;
track.Add(tsCopy);
}
SetMaxSpawnTime();
ComputeGlobalRate();
numberMoves += 1;
}
//Init any type of node except LineNodes
void InitAddNode(int moveIndex, List<TimeStamp> listTS, int joint, float speed, float scale, float holdEnd
, List<float> PosX, List<float> PosY, float offsetX, float offsetY, TimeStamp defaultNode)
{
for(int i =0; i < PosX.Count; i++){
if (i==PosX.Count-1 && holdEnd != 0){
TimeStamp tsHold = new TimeStamp(i/speed, 3, joint, defaultNode.timeToFinish, holdEnd, new Vector3(PosX[i]*scale + offsetX, PosY[i]*scale + offsetY,0));
listTS.Add(tsHold);
} else {
TimeStamp ts = defaultNode.DeepCopyTS(defaultNode);
ts.joint = joint;
ts.timeSpawn = i/speed;
ts.spawnPosition = new Vector3(PosX[i]*scale + offsetX, PosY[i]*scale + offsetY,0);
if(defaultNode.nodeType == 2){
float previousX;
float previousY;
bool indexTooLow = false;
if(ts.joint == 0){
int indexR = indexPreviousPointR[i];
if (indexR < 2) {
indexTooLow = true;
indexR += 4;
}
previousX = (allMovementPos[moveIndex][0][indexR]+allMovementPos[moveIndex][0][indexR-1]+allMovementPos[moveIndex][0][indexR-2])/3*scale + offsetX;
previousY = (allMovementPos[moveIndex][1][indexR]+allMovementPos[moveIndex][1][indexR-1]+allMovementPos[moveIndex][1][indexR-2])/3*scale + offsetY;
} else {
int indexL = indexPreviousPointL[i];
if (indexL < 2) {
indexTooLow = true;
indexL += 4;
}
previousX = (allMovementPos[moveIndex][2][indexL]+allMovementPos[moveIndex][2][indexL-1]+allMovementPos[moveIndex][2][indexL-2])/3*scale + offsetX;
previousY = (allMovementPos[moveIndex][3][indexL]+allMovementPos[moveIndex][3][indexL-1]+allMovementPos[moveIndex][3][indexL-2])/3*scale + offsetY;
}
float deltaX = previousX - ts.spawnPosition.x;
float deltaY = previousY - ts.spawnPosition.y;
ts.startAngle = (float) (Math.Atan2(deltaY,deltaX) * 180/Math.PI);
if(indexTooLow) ts.startAngle -= 180;
}
listTS.Add(ts);
}
}
}
//Add a LineNode
void InitAddLineNode(List<TimeStamp> listTS, int joint, float scale, float holdEnd
, List<float> PosX, List<float> PosY, float offsetX, float offsetY, TimeStamp defaultNode)
{
TimeStamp ts = defaultNode.DeepCopyTS(defaultNode);
ts.joint = joint;
if (PosX.Count > 0){
Vector3[] pathPositions = new Vector3[PosX.Count-1];
for(int i = 0; i < PosX.Count; i++){
if (i == 0){
ts.spawnPosition = new Vector3(PosX[i]*scale + offsetX,PosY[i]*scale + offsetY,0);
} else pathPositions[i-1] = new Vector3(PosX[i]*scale + offsetX,PosY[i]*scale + offsetY,0);
}
ts.pathPositions = pathPositions;
if (ts.spawnPosition.x < 80)
listTS.Add(ts);
}
if (holdEnd != 0){
TimeStamp tsHold = new TimeStamp(defaultNode.timeLine, 3, joint, defaultNode.timeToFinish, holdEnd, new Vector3(PosX[PosX.Count-1]*scale + offsetX, PosY[PosY.Count-1]*scale + offsetY,0));
listTS.Add(tsHold);
}
}