private static void StartTransition(TransitionProgram transition, bool repeat, int frameDuration)
{
if (transition != _curTransition || !repeat)
{
_curTransition = transition;
if (transition == TransitionProgram.WakeUp)
{
_curTransitionFrames = wakeUpFrames;
}
else if (transition == TransitionProgram.ReverseWakeUp)
{
_curTransitionFrames = reverseWakeUpFrames;
}
else if (transition == TransitionProgram.Chase)
{
_curTransitionFrames = chaseFrames;
}
else if (transition == TransitionProgram.Curtain)
{
_curTransitionFrames = curtainFrames;
}
else if (transition == TransitionProgram.None)
{
_curTransitionFrames = noneFrames;
}
transitionCurrentFrame = 0;
_repeatTransition = repeat;
}
_transitionFrameDuration = frameDuration;
}
public static void Update(int tickCount)
{
// update timers
var slowChangeTick = false;
var fastChangeTick = false;
var veryFastChangeTick = false;
if (_curTransition != TransitionProgram.None)
{
if (tickCount > transitionTick)
{
if (transitionCurrentFrame < _curTransitionFrames.Length - 1)
{
transitionCurrentFrame++;
}
else if (_repeatTransition)
{
transitionCurrentFrame = 0;
}
else
{
_curTransition = TransitionProgram.None;
if (_curFETransition == FETransition.RomChange)
{
_curFETransition = FETransition.None;
}
_curTransitionFrames = noneFrames;
transitionCurrentFrame = 0;
}
transitionTick = tickCount + _transitionFrameDuration;
// reset blink
slowTick = tickCount + SLOW_TICK_DURATION;
fastTick = tickCount + FAST_TICK_DURATION;
veryFastTick = tickCount + VERYFAST_TICK_DURATION;
}
}
else
{
if (tickCount > slowTick)
{
slowTick = tickCount + SLOW_TICK_DURATION;
slowChangeTick = true;
}
if (tickCount > fastTick)
{
fastTick = tickCount + FAST_TICK_DURATION;
fastChangeTick = true;
}
if (tickCount > veryFastTick)
{
veryFastTick = tickCount + VERYFAST_TICK_DURATION;
veryFastChangeTick = true;
}
}
_smartInput.bitvector1 = 0;
if (_debugMode)
{
_background.SetAlpha(.6f);
}
// loop LEDs
for (var ledNo = 0; ledNo < _ledImages.Length; ledNo++)
{
if ((_ledBlinkStyle[ledNo] == BlinkStyle.Slow && slowChangeTick) ||
(_ledBlinkStyle[ledNo] == BlinkStyle.Fast && fastChangeTick) ||
(_ledBlinkStyle[ledNo] == BlinkStyle.VeryFast && veryFastChangeTick))
{
_ledBlinkStatus = _ledBlinkStatus ^ 1u << ledNo;
}
// set LED status
var ledStatus = false;
// apply blink when no transition running
if (_curTransition == TransitionProgram.None)
{
ledStatus = (_ledStatus & _ledBlinkStatus & 1u << ledNo) > 0;
}
else
{
ledStatus = (_ledStatus & _curTransitionFrames[transitionCurrentFrame] & 1u << ledNo) > 0;
}
// update debug dashboard
if (_debugMode)
{
_ledImages[ledNo].SetAlpha(ledStatus ? .6f : .2f);
}
// update LED status
if (_wiringMode == SmartAsdMode.Hybrid)
{
// smartASD wiring type A (hybrid)
switch (ledNo)
{
// PLAYER 1
case 0: _smartInput.d6 = ledStatus ? 1u : 0u; break; // start
case 2: _smartInput.d7 = ledStatus ? 1u : 0u; break; // joy
case 3: _smartInput.d8 = ledStatus ? 1u : 0u; break; // button 1
case 4: _smartInput.d9 = ledStatus ? 1u : 0u; break; // button 2
case 5: _smartInput.d10 = ledStatus ? 1u : 0u; break; // button 3
case 6: _smartInput.d11 = ledStatus ? 1u : 0u; break; // button 4
// PLAYER 2
case 14: _smartInput.d18 = ledStatus ? 1u : 0u; break; // start
case 16: _smartInput.d19 = ledStatus ? 1u : 0u; break; // joy
case 17: _smartInput.d20 = ledStatus ? 1u : 0u; break; // button 1
case 18: _smartInput.d21 = ledStatus ? 1u : 0u; break; // button 2
case 19: _smartInput.d22 = ledStatus ? 1u : 0u; break; // button 3
case 20: _smartInput.d23 = ledStatus ? 1u : 0u; break; // button 4
}
}
else if (_wiringMode == SmartAsdMode.Dedicated)
{
// smartASD wiring type B (dedicated)
if (ledNo < 14)
{
_smartInput.bitvector1 |= ledStatus ? 1u << ledNo : 0u; // PLAYER 1
}
else if (ledNo < 28)
{
_smartInput.bitvector1 |= ledStatus ? 1u << ledNo + 2 : 0u; // PLAYER 2
}
else if (ledNo < 30)
{
_smartInput.bitvector1 |= ledStatus ? 1u << ledNo - 14 : 0u; // EXTRA 1-2
}
else
{
_smartInput.bitvector1 |= ledStatus ? 1u << ledNo : 0u; // EXTRA 3-4
}
}
}
// attach SmartASD
if (_smartAsd == IntPtr.Zero && tickCount > attachTick)
{
attachTick = tickCount + ATTACH_TICK_RETRY;
AttachSmartASD();
}
// send LED changes
if (_smartInput.bitvector1 != _ledOldStatus && _smartAsd != IntPtr.Zero)
{
_ledOldStatus = _smartInput.bitvector1;
if (SmartSetAll(_smartAsd, _smartInput.bitvector1, 0xffffffff) != 0)
{
_smartAsd = IntPtr.Zero;
}
}
}
