private void recordForFrames(object maxFrames)
{
int currentFrame = sf4memory.GetFrameCount();
int endFrame = currentFrame + (int)maxFrames;
int waitGap = 0;
//If the state stays empty - add in waittimelineitem
SF4InputState prevState = null;
List <TimeLineItem> timeLineItems = new List <TimeLineItem>();
// Reset / start the frameTimer which is used to get time between frames.
frameTimer.Reset();
frameTimer.Start();
while (currentFrame < endFrame && frameTimer.ElapsedMilliseconds < MIN_TIME_BETWEEN_FRAMES && recordingActive)
{
// Set lastFrame then the new current frame
lastFrame = currentFrame;
currentFrame = sf4memory.GetFrameCount();
if (currentFrame != lastFrame)
{
// Stop the frame timer since the frame has changed.
frameTimer.Stop();
//Time to check inputs
inputHandler.InputUpdate(); //Get controllers input state this frame
//Use the back button on the controller to reset the timeline
if (inputHandler.CurrentState.Back)
{
OnResetInput();
}
//If no input - increment the wait gap so we can get timings
if (inputHandler.CurrentState.NonePressed == false)
{
//If nothing pressed in last frame but something pressed now -
// add the wait time to the list and
if (prevState.NonePressed)
{
OnRecordInput(new WaitFrameItem(waitGap));
waitGap = 0;
}
else if (inputHandler.CurrentState != prevState)
{
OnRecordInput(new PressItem(inputHandler.CurrentState.ToInputsArray()));
Debug.WriteLine("RECORDED INPUT");
}
}
else
{
waitGap++;
}
prevState = inputHandler.CurrentState;
frameTimer.Reset();
frameTimer.Start();
// Since we currentFrame != lastFrame we are in a match.
// (frames on menu screen or pause menu are constant).
InMatch = true;
}
else
{
InMatch = false;
}
Thread.Sleep(1);
}
}
public void Record()
{
inputHandler.InputUpdate();
SF4InputState state = inputHandler.CurrentState;
}