public IEnumerator ManageAnimations()
{
int maxFrameRate = currentSequence.maxFrameRate;
int minFrameRate = currentSequence.minFrameRate;
float oldX = ri.currentXvelocity;
while (true)
{
float xVel = ri.currentXvelocity;
if (xVel < 0)
{
r.flipX = true;
}
else
{
r.flipX = false;
}
if (currentSequence != allSequences [idle] && cns.grounded && xVel == 0)
{
Cue(idle);
}
else if (currentSequence != allSequences [run] && xVel != 0 && cns.grounded)
{
Cue(run);
}
else if (currentSequence != allSequences [jump] && !cns.grounded)
{
Cue(jump);
}
oldX = xVel;
if (currentSequence.speedSensitive)
{
int frameRate = Mathf.RoundToInt((Mathf.Abs(ri.currentXvelocity / ri.maxHorizontalSpeed) * maxFrameRate));
if (frameRate < minFrameRate)
{
frameRate = minFrameRate;
}
currentSequence.ChangeFrameRate(frameRate);
}
yield return(null);
}
}
public IEnumerator ManageAnimations()
{
int maxFrameRate = currentSequence.maxFrameRate;
int minFrameRate = currentSequence.minFrameRate;
float oldX = ri.currentXvelocity;
while (true)
{
float xVel = ri.currentXvelocity;
if (xVel < 0)
{
r.flipX = true;
}
else
{
r.flipX = false;
}
if ((oldX < 0 && xVel > 0))
{
Debug.Log(walk);
Cue(walk);
}
else if ((oldX > 0 && xVel < 0))
{
Cue(run);
}
oldX = xVel;
if (currentSequence.speedSensitive)
{
int frameRate = Mathf.RoundToInt((Mathf.Abs(ri.currentXvelocity / ri.maxHorizontalSpeed) * maxFrameRate));
if (frameRate < minFrameRate)
{
frameRate = minFrameRate;
}
currentSequence.ChangeFrameRate(frameRate);
}
yield return(null);
}
}