public void RunCompiledSequence(byte[] sequence)
{
switchState = true;
currentAction = null;
int index = 0;
while (index < sequence.Length)
{
switch (sequence[index] & 0x0f)
{
case (byte)SequenceAction.ActionType.DelayAction:
{
int duration = sequence[++index] | (sequence[++index] << 8);
ActionsQueue.Enqueue(delayAction(duration));
System.Console.WriteLine("delayAction({0})", duration);
index++;
}
break;
case (byte)SequenceAction.ActionType.LidAction:
{
int fromPos = sequence[++index] * 10;
int toPos = sequence[++index] * 10;
int duration = sequence[++index] | (sequence[++index] << 8);
ActionsQueue.Enqueue(lidAction(fromPos, toPos, duration));
System.Console.WriteLine("lidAction({0},{1},{2})", fromPos, toPos, duration);
index++;
}
break;
case (byte)SequenceAction.ActionType.SwitchAction:
{
int fromPos = sequence[++index] * 10;
int toPos = sequence[++index] * 10;
int duration = sequence[++index] | (sequence[++index] << 8);
ActionsQueue.Enqueue(switchAction(fromPos, toPos, duration));
System.Console.WriteLine("switchAction({0},{1},{2})", fromPos, toPos, duration);
index++;
}
break;
}
}
}
public void Sequence0()
{
switchState = true;
currentAction = null;
ActionsQueue.Enqueue(lidAction(900, 1300, 4000));
ActionsQueue.Enqueue(delayAction(1000));
ActionsQueue.Enqueue(lidAction(1300, 1400, 500));
ActionsQueue.Enqueue(delayAction(1000));
ActionsQueue.Enqueue(switchAction(1050, 1900, 2000));
ActionsQueue.Enqueue(delayAction(300));
ActionsQueue.Enqueue(switchAction(1900, 2200, 500));
ActionsQueue.Enqueue(delayAction(100));
ActionsQueue.Enqueue(switchAction(2200, 1050, 2000));
ActionsQueue.Enqueue(delayAction(100));
ActionsQueue.Enqueue(lidAction(1400, 900, 2000));
#if usingLidTicker
lidTicker.Start();
#endif
}
public void lidTicker_Tick(object sender, ElapsedEventArgs e)
{
float resolution = 3f;
if (currentAction != null)
{
if (currentAction.Action == SequenceAction.actionType.LidAction)
{
if (lidRotateAngle == lidTargetAngle && lidMoveDirection > 0)
{
currentAction = null;
}
else if (lidRotateAngle == lidTargetAngle && lidMoveDirection < 0)
{
currentAction = null;
}
else
{
lidRotateAngle += (float)lidMoveDirection / resolution;
if (lidMoveDirection > 0 && lidRotateAngle > lidTargetAngle)
{
lidRotateAngle = lidTargetAngle;
}
else if (lidMoveDirection < 0 && lidRotateAngle < lidTargetAngle)
{
lidRotateAngle = lidTargetAngle;
}
}
}
else if (currentAction.Action == SequenceAction.actionType.DelayAction)
{
currentAction = null;
return;
}
else if (currentAction.Action == SequenceAction.actionType.SwitchAction)
{
if (switchRotateAngle == switchTargetAngle && switchOnOffMoveDirection < 0)
{
currentAction = null;
}
else if (switchRotateAngle == switchTargetAngle && switchOnOffMoveDirection > 0)
{
currentAction = null;
}
else
{
switchRotateAngle += (float)switchOnOffMoveDirection / resolution;
if (switchOnOffMoveDirection < 0 && switchRotateAngle < switchTargetAngle)
{
switchRotateAngle = switchTargetAngle;
}
else if (switchOnOffMoveDirection > 0 && switchRotateAngle > switchTargetAngle)
{
switchRotateAngle = switchTargetAngle;
}
if (switchRotateAngle < 7)
{
switchState = false;
}
}
}
}
else
{
lidTicker.Stop();
if (ActionsQueue.Count > 0)
{
currentAction = ActionsQueue.Dequeue();
System.Console.WriteLine("Dequeing {0}", currentAction.Action);
if (currentAction.Action == SequenceAction.actionType.LidAction)
{
lidStartAngle = currentAction.StartMs;
lidEndAngle = currentAction.EndMs;
if (lidStartAngle < lidEndAngle)
{
lidMoveDirection = 1;
}
else
{
lidMoveDirection = -1;
}
lidRotateAngle = lidStartAngle;
lidTargetAngle = lidEndAngle;
var numSteps = Math.Abs((lidEndAngle - lidStartAngle) * resolution);
int tickInterval = (int)(currentAction.Duration / numSteps);
if (tickInterval == 0)
{
tickInterval = 1;
}
lidTicker.Interval = tickInterval;
}
else if (currentAction.Action == SequenceAction.actionType.DelayAction)
{
lidTicker.Interval = currentAction.Duration;
}
else if (currentAction.Action == SequenceAction.actionType.SwitchAction)
{
switchOnOffStartAngle = currentAction.StartMs;
switchOnOffEndAngle = currentAction.EndMs;
switchRotateAngle = switchOnOffStartAngle;
if (switchOnOffStartAngle > switchOnOffEndAngle)
{
switchOnOffMoveDirection = -1;
}
else
{
switchOnOffMoveDirection = 1;
}
switchTargetAngle = switchOnOffEndAngle;
var numSteps = Math.Abs((switchOnOffEndAngle - switchOnOffStartAngle) * resolution);
int tickInterval = (int)(currentAction.Duration / numSteps);
if (tickInterval == 0)
{
tickInterval = 1;
}
lidTicker.Interval = tickInterval;
}
System.Console.WriteLine("TickInterval {0}", lidTicker.Interval);
lidTicker.Start();
}
}
Refresh();
}
public void Ticker_Thread()
{
bool repaintNeeded = false;
while (true)
{
Thread.Sleep(0);
if (currentAction != null)
{
if (currentAction.Action == SequenceAction.ActionType.LidAction)
{
if (lidCurrentPos == lidTargetPos && lidMoveDirection > 0)
{
currentAction = null;
}
else if (lidCurrentPos == lidTargetPos && lidMoveDirection < 0)
{
currentAction = null;
}
else
{
lidCurrentPos += lidMoveDirection;
if (lidMoveDirection > 0 && lidCurrentPos > lidTargetPos)
{
lidCurrentPos = lidTargetPos;
}
else if (lidMoveDirection < 0 && lidCurrentPos < lidTargetPos)
{
lidCurrentPos = lidTargetPos;
}
}
}
else if (currentAction.Action == SequenceAction.ActionType.SwitchAction)
{
if (switchCurrentPos == switchOnOffTargetPos && switchOnOffMoveDirection < 0)
{
currentAction = null;
}
else if (switchCurrentPos == switchOnOffTargetPos && switchOnOffMoveDirection > 0)
{
currentAction = null;
}
else
{
switchCurrentPos += switchOnOffMoveDirection;
if (switchOnOffMoveDirection < 0 && switchCurrentPos < switchOnOffTargetPos)
{
switchCurrentPos = switchOnOffTargetPos;
}
else if (switchOnOffMoveDirection > 0 && switchCurrentPos > switchOnOffTargetPos)
{
switchCurrentPos = switchOnOffTargetPos;
}
if (switchCurrentPos > 2000)
{
switchState = false;
}
}
}
if (currentAction != null)
{
μTimer.uSleep(currentAction.Duration);
}
}
else
{
if (ActionsQueue.Count > 0)
{
currentAction = ActionsQueue.Dequeue();
//System.Console.WriteLine("Dequeing {0}", currentAction.Action);
if (currentAction.Action == SequenceAction.ActionType.LidAction)
{
lidStartPos = currentAction.StartMs;
lidEndPos = currentAction.EndMs;
if (lidStartPos < lidEndPos)
{
lidMoveDirection = 1;
}
else
{
lidMoveDirection = -1;
}
lidCurrentPos = lidStartPos;
lidTargetPos = lidEndPos;
}
else if (currentAction.Action == SequenceAction.ActionType.DelayAction)
{
//System.Console.Write("Delaying {0}", currentAction.Duration);
Thread.Sleep(currentAction.Duration);
//System.Console.WriteLine("done");
currentAction = null;
}
else if (currentAction.Action == SequenceAction.ActionType.SwitchAction)
{
switchOnOffStartPos = currentAction.StartMs;
switchOnOffEndPos = currentAction.EndMs;
switchCurrentPos = switchOnOffStartPos;
if (switchOnOffStartPos > switchOnOffEndPos)
{
switchOnOffMoveDirection = -1;
}
else
{
switchOnOffMoveDirection = 1;
}
switchOnOffTargetPos = switchOnOffEndPos;
}
}
}
repaintNeeded = currentAction != null;
if (repaintNeeded)
{
Refresh();
}
}
}
