public void DoAIteration(AsyncPattern[] target)
{
//To prevent secondary sequential children from trying to copy this object's GCX
// which will have already changed when the next loop starts.
GenCtx base_gcx = looper.GCX.Copy();
bool done = false;
Action loop_done = () => {
base_gcx.Dispose();
done = true;
};
if (waitChild)
{
checkIsChildDone = () => done;
//On the frame that the child finishes, the waitstep will increment elapsedFrames
//even though it should not. However, it is difficult to tell the waitstep whether
//the child was finished or not finished before that frame. This is the easiest solution.
--elapsedFrames;
}
else
{
checkIsChildDone = null;
}
if (looper.props.childSelect == null)
{
if (sequential)
{
void DoNext(int ii)
{
if (ii >= target.Length || looper.Handoff.cT.Cancelled)
{
loop_done();
}
else
{
DoAIteration(target[ii], () => DoNext(ii + 1), base_gcx);
}
}
DoNext(0);
}
else
{
var loop_fragment_done = WaitingUtils.GetManyCallback(target.Length, loop_done);
for (int ii = 0; ii < target.Length; ++ii)
{
DoAIteration(target[ii], loop_fragment_done, base_gcx);
}
}
}
else
{
DoAIteration(target[(int)looper.props.childSelect(looper.GCX) % target.Length], loop_done, base_gcx);
}
}
public void DoAIteration(ref float elapsedFrames, IReadOnlyList <StateMachine> target)
{
//See IPExecution tracker for comments on this code
GenCtx base_gcx = looper.GCX.Copy();
bool done = false;
Action loop_done = () => {
base_gcx.Dispose();
done = true;
};
if (waitChild)
{
checkIsChildDone = () => done;
--elapsedFrames;
}
else
{
checkIsChildDone = null;
}
if (looper.props.childSelect == null)
{
if (sequential)
{
void DoNext(int ii)
{
if (ii >= target.Count || looper.Handoff.cT.Cancelled)
{
loop_done();
}
else
{
DoAIteration(target[ii], () => DoNext(ii + 1), base_gcx);
}
}
DoNext(0);
}
else
{
var loop_fragment_done = WaitingUtils.GetManyCallback(target.Count, loop_done);
for (int ii = 0; ii < target.Count; ++ii)
{
DoAIteration(target[ii], loop_fragment_done, base_gcx);
}
}
}
else
{
DoAIteration(target[(int)looper.props.childSelect(looper.GCX) % target.Count], loop_done, base_gcx);
}
}
public void DoLastAIteration(IReadOnlyList <StateMachine> target)
{
//Unlike GIR, which hoists its cleanup code into a callback, GTR awaits its last child
// and calls its cleanup code in Start.
//Therefore, this code follows the wait-child pattern.
GenCtx base_gcx = looper.GCX.Copy();
bool done = false;
checkIsChildDone = () => done;
Action loop_done = () => {
base_gcx.Dispose();
done = true;
//AllDone called by Start code
};
if (looper.props.childSelect == null)
{
if (sequential)
{
void DoNext(int ii)
{
if (ii >= target.Count || looper.Handoff.cT.Cancelled)
{
loop_done();
}
else
{
DoAIteration(target[ii], () => DoNext(ii + 1), base_gcx);
}
}
DoNext(0);
}
else
{
var loop_fragment_done = WaitingUtils.GetManyCallback(target.Count, loop_done);
for (int ii = 0; ii < target.Count; ++ii)
{
DoAIteration(target[ii], loop_fragment_done, base_gcx);
}
}
}
else
{
DoAIteration(target[(int)looper.props.childSelect(looper.GCX) % target.Count], loop_done, base_gcx);
}
}
public void DoLastAIteration(AsyncPattern[] target)
{
GenCtx base_gcx = looper.GCX.Copy();
Action loop_done = () => {
base_gcx.Dispose();
AllADone();
};
if (looper.props.childSelect == null)
{
if (sequential)
{
void DoNext(int ii)
{
if (ii >= target.Length || looper.Handoff.cT.Cancelled)
{
loop_done();
}
else
{
DoAIteration(target[ii], () => DoNext(ii + 1), base_gcx);
}
}
DoNext(0);
}
else
{
var loop_fragment_done = WaitingUtils.GetManyCallback(target.Length, loop_done);
for (int ii = 0; ii < target.Length; ++ii)
{
DoAIteration(target[ii], loop_fragment_done, base_gcx);
}
}
}
else
{
DoAIteration(target[(int)looper.props.childSelect(looper.GCX) % target.Length], loop_done, base_gcx);
}
}
