private void SetHoleStateChange(
HoleStateChange C)
{
_holeSChange [0] = C;
_holeSChange [1] = C;
_holeSChange [2] = C;
_holeSChange [3] = C;
}
void UpdateHolesAnim()
{
for (int i = 0; i < 4; i++)
{
HoleStateChange hState = _holeSChange [i];
UpdateHoleState(hState, i);
_holeSChangePrev [i] = _holeSChange [i];
}
}
void UpdateHolesAnimOnChange()
{
for (int i = 0; i < 4; i++)
{
HoleStateChange hState = _holeSChange [i];
bool bChanged = (hState != _holeSChangePrev [i]);
if (bChanged)
{
UpdateHoleState(hState, i);
_holeSChangePrev [i] = _holeSChange [i];
}
}
}
private void UpdateHoleState(HoleStateChange hState, int i)
{
Animator[] hAnims = new Animator[4] {
_AnimHL0,
_AnimHL1,
_AnimHR0,
_AnimHR1
};
if (hState == HoleStateChange.STEADY)
{
hAnims [i].Play("Steady");
}
else
if (hState == HoleStateChange.GROWUP)
{
hAnims [i].Play("GrowUp");
}
else
if (hState == HoleStateChange.SHRINK)
{
hAnims [i].Play("Shrink");
}
else
if (hState == HoleStateChange.SCATTER)
{
hAnims [i].Play("Scatter");
}
else
if (hState == HoleStateChange.START_ABSORB)
{
hAnims [i].Play("AbsorbingON");
}
else
if (hState == HoleStateChange.STOP_ABSORB)
{
hAnims [i].Play("AbsorbingOFF");
}
}
