internal void SetValue(float value)
{
uint updateTick = Time.frameCount;
if (updateTick > pendingTick)
{
lastState = thisState;
nextState.Reset();
pendingTick = updateTick;
pendingCommit = true;
}
nextState.RawValue = value;
nextState.Set(value, StateThreshold);
}
public void Commit()
{
pendingCommit = false;
// nextState.Set( Utility.ApplySmoothing( nextState.Value, lastState.Value, Time.deltaTime, sensitivity ), stateThreshold );
thisState = nextState;
if (clearInputState)
{
// The net result here should be that the entire state will return zero/false
// from when ResetState() is called until the next call to Commit(), which is
// the next update tick, and WasPressed, WasReleased and WasRepeated will then
// return false during this following tick.
lastState = nextState;
UpdateTick = pendingTick;
clearInputState = false;
return;
}
var lastPressed = lastState.State;
var thisPressed = thisState.State;
wasRepeated = false;
if (lastPressed && !thisPressed) // if was released...
{
nextRepeatTime = 0.0f;
}
else
if (thisPressed) // if is pressed...
{
if (lastPressed != thisPressed) // if has changed...
{
nextRepeatTime = Time.time + FirstRepeatDelay;
}
else
if (Time.time >= nextRepeatTime)
{
wasRepeated = true;
nextRepeatTime = Time.time + RepeatDelay;
}
}
if (thisState != lastState)
{
UpdateTick = pendingTick;
}
}
void PrepareForUpdate()
{
uint updateTick = Time.frameCount;
if (updateTick < pendingTick)
{
throw new InvalidOperationException("Cannot be updated with an earlier tick.");
}
if (pendingCommit && updateTick != pendingTick)
{
throw new InvalidOperationException("Cannot be updated for a new tick until pending tick is committed.");
}
if (updateTick > pendingTick)
{
lastState = thisState;
nextState.Reset();
pendingTick = updateTick;
pendingCommit = true;
}
}
