/// <summary>
/// Implements PlugInBase.Start
/// Sets up the autocropper
/// and sets GUIGraphicsContext.autoCropper
/// to point to this object.
/// </summary>
public override void Start()
{
Log.Debug("AutoCropper: Start()");
instance = this;
analyzer = new FrameAnalyzer();
// Load settings, if returns false,
// none of autocropper modes are allowed
// so we dont do anything
if (!LoadSettings())
{
return;
}
GUIGraphicsContext.autoCropper = this;
lastSettings = new CropSettings(0, 0, 0, 0);
int topMemLengthInFrames = (int)(topMemLength / (sampleInterval / 1000.0f));
int bottomMemLengthInFrames = (int)(bottomMemLength / (sampleInterval / 1000.0f));
int leftMemLengthInFrames = (int)(leftMemLength / (sampleInterval / 1000.0f));
int rightMemLengthInFrames = (int)(rightMemLength / (sampleInterval / 1000.0f));
Log.Debug("AutoCropper: Top memory is " + topMemLengthInFrames + " sampleinterval " + sampleInterval +
" mem length " + topMemLength);
Log.Debug("AutoCropper: Bottom memory is " + bottomMemLengthInFrames + " sampleinterval " + sampleInterval +
" mem length " + bottomMemLength);
Log.Debug("AutoCropper: Left memory is " + leftMemLengthInFrames + " sampleinterval " + sampleInterval +
" mem length " + leftMemLength);
Log.Debug("AutoCropper: Right memory is " + rightMemLengthInFrames + " sampleinterval " + sampleInterval +
" mem length " + rightMemLength);
topCropAvg = new MovingAverage(topMemLengthInFrames, 0);
bottomCropAvg = new MovingAverage(bottomMemLengthInFrames, 0);
leftCropAvg = new MovingAverage(leftMemLengthInFrames, 0);
rightCropAvg = new MovingAverage(rightMemLengthInFrames, 0);
// start the thread that will execute the actual cropping
Thread t = new Thread(new ThreadStart(instance.Worker));
t.IsBackground = true;
t.Priority = ThreadPriority.BelowNormal;
t.Name = "AutoCropThread";
t.Start();
// register to handle playback events so we can wake
// the above thread when playback starts
if (useForMyVideos)
{
g_Player.PlayBackStarted += OnVideoStarted;
}
}
/// <summary>
/// Implements PlugInBase.Start
/// Sets up the autocropper
/// and sets GUIGraphicsContext.autoCropper
/// to point to this object.
/// </summary>
public override void Start()
{
Log.Debug("AutoCropper: Start()");
instance = this;
analyzer = new FrameAnalyzer();
// Load settings, if returns false,
// none of autocropper modes are allowed
// so we dont do anything
if (!LoadSettings())
{
return;
}
GUIGraphicsContext.autoCropper = this;
lastSettings = new CropSettings(0, 0, 0, 0);
int topMemLengthInFrames = (int)(topMemLength / (sampleInterval / 1000.0f));
int bottomMemLengthInFrames = (int)(bottomMemLength / (sampleInterval / 1000.0f));
int leftMemLengthInFrames = (int)(leftMemLength / (sampleInterval / 1000.0f));
int rightMemLengthInFrames = (int)(rightMemLength / (sampleInterval / 1000.0f));
Log.Debug("AutoCropper: Top memory is " + topMemLengthInFrames + " sampleinterval " + sampleInterval +
" mem length " + topMemLength);
Log.Debug("AutoCropper: Bottom memory is " + bottomMemLengthInFrames + " sampleinterval " + sampleInterval +
" mem length " + bottomMemLength);
Log.Debug("AutoCropper: Left memory is " + leftMemLengthInFrames + " sampleinterval " + sampleInterval +
" mem length " + leftMemLength);
Log.Debug("AutoCropper: Right memory is " + rightMemLengthInFrames + " sampleinterval " + sampleInterval +
" mem length " + rightMemLength);
topCropAvg = new MovingAverage(topMemLengthInFrames, 0);
bottomCropAvg = new MovingAverage(bottomMemLengthInFrames, 0);
leftCropAvg = new MovingAverage(leftMemLengthInFrames, 0);
rightCropAvg = new MovingAverage(rightMemLengthInFrames, 0);
// start the thread that will execute the actual cropping
Thread t = new Thread(new ThreadStart(instance.Worker));
t.IsBackground = true;
t.Priority = ThreadPriority.BelowNormal;
t.Name = "AutoCropThread";
t.Start();
// register to handle playback events so we can wake
// the above thread when playback starts
if (useForMyVideos)
{
g_Player.PlayBackStarted += OnVideoStarted;
}
}
