public ProcessFilter(ISpread <CVImageLink> inputPin, ISpread <CVImageLink> outputPin)
{
FInput = new CVImageInputSpread(inputPin);
FOutput = new CVImageOutputSpread(outputPin);
StartThread();
}
void IPluginEvaluate.Evaluate(int SpreadMax)
{
if (FFirstRun)
{
FFirstRun = false;
FOutput = new CVImageOutputSpread(FPinOutOutput);
}
if (FPinInInput.IsChanged || FPinInOffset.IsChanged)
{
if (FPinInInput[0] != null)
{
FInput.Connect(FPinInInput[0]);
FInput.ImageAttributesUpdate += new EventHandler<ImageAttributesChangedEventArgs>(FInput_ImageAttributesUpdate);
FInput.ImageUpdate += new EventHandler(FInput_ImageUpdate);
Initialise();
}
else
{
FInput.Disconnect();
}
}
else if (FPinInOffset.IsChanged)
{
Initialise();
}
if (FResizeOut)
{
FOutput.AlignOutputPins();
}
}
void IPluginEvaluate.Evaluate(int SpreadMax)
{
if (FFirstRun)
{
FFirstRun = false;
FOutput = new CVImageOutputSpread(FPinOutOutput);
}
if (FPinInInput.IsChanged || FPinInOffset.IsChanged)
{
if (FPinInInput[0] != null)
{
FInput.Connect(FPinInInput[0]);
FInput.ImageAttributesUpdate += new EventHandler <ImageAttributesChangedEventArgs>(FInput_ImageAttributesUpdate);
FInput.ImageUpdate += new EventHandler(FInput_ImageUpdate);
Initialise();
}
else
{
FInput.Disconnect();
}
}
else if (FPinInOffset.IsChanged)
{
Initialise();
}
if (FResizeOut)
{
FOutput.AlignOutputPins();
}
}
public ProcessGenerator(ISpread <CVImageLink> outputPin)
{
FOutput = new CVImageOutputSpread(outputPin);
T testThreaded = new T();
if (testThreaded.NeedsThread())
{
StartThread();
}
}
