public void Update()
{
if (stopped)
{
return;
}
// advance the time
float ticksPerSecond = 35f;
time += Time.deltaTime;
// if we've spent enough time in current sprIndex, advance sprIndex
if (time >= state.info[infoIndex].time / ticksPerSecond)
{
if (state.info[infoIndex].time < 0)
{
return;
} // if time is -1, never advance from here
time -= state.info[infoIndex].time / ticksPerSecond;
sprIndex++;
// if we've run out of sprIndices, advance the infoIndex
if (sprIndex >= state.info[infoIndex].sprInd.Length)
{
sprIndex = 0;
infoIndex++;
// if we're at the last infoIndex, figure out what function we need to follow
if (infoIndex >= state.info.Count - 1)
{
string func = state.info[infoIndex].function;
if (func == "Loop")
{
// loop to start
infoIndex = 0;
}
else if (func == "Stop")
{
// stop animating completely
stopped = true;
infoIndex--;
}
else
{
string nextState = func;
int nextInfoIndex = 0;
if (func.Contains("+"))
{
// figure out which infoIndex our next state starts from
string[] funcSplit = func.Split('+');
nextState = funcSplit[0];
nextInfoIndex = int.Parse(funcSplit[1]);
}
if (actor.actorStates.ContainsKey(nextState))
{
// set our next state from the function variable
state = actor.actorStates[nextState];
infoIndex = nextInfoIndex;
}
else
{
// we shouldn't end up here, but it's good to cover our bases
infoIndex--;
}
}
}
if (brightLight != null)
{
if (state.info[infoIndex].bright)
{
brightLight.color = state.info[infoIndex].brightColor;
brightLight.enabled = true;
}
else
{
brightLight.enabled = false;
}
}
}
}
string funct = state.info[infoIndex].function;
if ((funct != "" && funct != null && tCont != null))
{
if (funct == "A_Look")
{
tCont.A_Look();
}
else if (funct == "A_Chase")
{
tCont.A_Chase();
}
else if (funct == "A_FaceTarget")
{
tCont.A_FaceTarget();
}
else if (funct == "A_PosAttack")
{
tCont.A_PosAttack();
}
else if (funct == "A_Scream")
{
tCont.A_Scream();
}
else if (funct == "A_NoBlocking")
{
tCont.A_NoBlocking();
}
else if (funct == "A_Pain")
{
tCont.A_Pain();
}
//tCont.Invoke(funct, 0f);
}
}
