public bool correctHit(_cutType type)
{
switch (type)
{
case _cutType._any:
return(true);
case _cutType._bottomLeft:
return((hitSpeed.y > 0f) && (hitSpeed.x < 0f));
case _cutType._bottomRight:
return((hitSpeed.y > 0f) && (hitSpeed.x > 0f));
case _cutType._down:
return(hitSpeed.y < 0f);
case _cutType._left:
return(hitSpeed.x < 0f);
case _cutType._right:
return(hitSpeed.x > 0f);
case _cutType._topLeft:
return((hitSpeed.y < 0f) && (hitSpeed.x < 0f));
case _cutType._topRight:
return((hitSpeed.y < 0f) && (hitSpeed.x > 0f));
case _cutType._up:
return(hitSpeed.y > 0f);
default:
return(false);
}
}
public bool correctHit(_cutType type)
{
switch (type)
{
case _cutType._any:
return(true);
case _cutType._bottomLeft:
return((velocityEstimator.speed.y > 0.2f) && (velocityEstimator.speed.x < -0.2f));
case _cutType._bottomRight:
return((velocityEstimator.speed.y > 0.2f) && (velocityEstimator.speed.x > 0.2f));
case _cutType._down:
return(velocityEstimator.speed.y < -0.2f);
case _cutType._left:
return(velocityEstimator.speed.x < -0.2f);
case _cutType._right:
return(velocityEstimator.speed.x > 0.2f);
case _cutType._topLeft:
return((velocityEstimator.speed.y < -0.2f) && (velocityEstimator.speed.x < -0.2f));
case _cutType._topRight:
return((velocityEstimator.speed.y < -0.2f) && (velocityEstimator.speed.x > 0.2f));
case _cutType._up:
return(velocityEstimator.speed.y > 0.2f);
default:
return(false);
}
}
// Use this for initialization
void Start()
{
lerpTime = ((float)note._time - TwelveNoteGame.songPosInBeats) * TwelveNoteGame.secPerBeat;
_cutType = note._cutDirection;
ringRenderer = GetComponent <Renderer>();
startPos = transform.position;
Transform[] ts = transform.GetComponentsInChildren <Transform>(true);
foreach (Transform t in ts)
{
if (t.gameObject.name == "Box")
{
noteGO = t.gameObject;
noteGO.transform.rotation = Quaternion.Euler(0, 0, GetNoteRotation(note));
}
}
}
