/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
private void updateInitialImage()
{
convertValues();
if (stripType == 0)
{
SinClass1.sin_f(numberOfSin1Value / 10, phaseShift1Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 1)
{
}
else if (stripType == 2)
{
SinClass1.drawLines(numberOfSin1Value / 10, phaseShift1Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 3)
{
SinClass1.drawDitheredLines(numberOfSin1Value / 10, phaseShift1Value, imageWidth, imageHeight, stripOrientation, pc1);
}
pc1.Invalidate();
pc1.Update();
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
private void imageTaken(Image newImage)
{
Thread.Sleep(1000);
imageNumber++;
if (oneImageOfSeries != null)
{
oneImageOfSeries(newImage, imageNumber);
}
if (imageNumber >= numberOfImageInSeries)
{
// ShooterSingleton.imageCaptured -= imageTaken;
}
else
{
if (imageNumber == 1)
{
if (stripType == 0)
{
SinClass1.sin_f(numberOfSin1Value / 10, phaseShift2Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 2)
{
SinClass1.drawLines(numberOfSin1Value / 10, phaseShift2Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 3)
{
SinClass1.drawDitheredLines(numberOfSin1Value / 10, phaseShift2Value, imageWidth, imageHeight, stripOrientation, pc1);
}
}
else if (imageNumber == 2)
{
if (stripType == 0)
{
SinClass1.sin_f(numberOfSin1Value / 10, phaseShift3Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 2)
{
SinClass1.drawLines(numberOfSin1Value / 10, phaseShift3Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 3)
{
SinClass1.drawDitheredLines(numberOfSin1Value / 10, phaseShift3Value, imageWidth, imageHeight, stripOrientation, pc1);
}
}
else if (imageNumber == 3)
{
if (stripType == 0)
{
SinClass1.sin_f(numberOfSin1Value / 10, phaseShift4Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 2)
{
SinClass1.drawLines(numberOfSin1Value / 10, phaseShift4Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 3)
{
SinClass1.drawDitheredLines(numberOfSin1Value / 10, phaseShift4Value, imageWidth, imageHeight, stripOrientation, pc1);
}
}
else if (imageNumber == 4)
{
if (stripType == 0)
{
SinClass1.sin_f(numberOfSin2Value / 10, phaseShift1Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 2)
{
SinClass1.drawLines(numberOfSin2Value / 10, phaseShift1Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 3)
{
SinClass1.drawDitheredLines(numberOfSin2Value / 10, phaseShift1Value, imageWidth, imageHeight, stripOrientation, pc1);
}
}
else if (imageNumber == 5)
{
if (stripType == 0)
{
SinClass1.sin_f(numberOfSin2Value / 10, phaseShift2Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 2)
{
SinClass1.drawLines(numberOfSin2Value / 10, phaseShift2Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 3)
{
SinClass1.drawDitheredLines(numberOfSin2Value / 10, phaseShift2Value, imageWidth, imageHeight, stripOrientation, pc1);
}
}
else if (imageNumber == 6)
{
if (stripType == 0)
{
SinClass1.sin_f(numberOfSin2Value / 10, phaseShift3Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 2)
{
SinClass1.drawLines(numberOfSin2Value / 10, phaseShift3Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 3)
{
SinClass1.drawDitheredLines(numberOfSin2Value / 10, phaseShift3Value, imageWidth, imageHeight, stripOrientation, pc1);
}
}
else if (imageNumber == 7)
{
if (stripType == 0)
{
SinClass1.sin_f(numberOfSin2Value / 10, phaseShift4Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 2)
{
SinClass1.drawLines(numberOfSin2Value / 10, phaseShift4Value, imageWidth, imageHeight, stripOrientation, pc1);
}
else if (stripType == 3)
{
SinClass1.drawDitheredLines(numberOfSin2Value / 10, phaseShift4Value, imageWidth, imageHeight, stripOrientation, pc1);
}
}
pc1.Invalidate();
pc1.Update();
Thread.Sleep(1000);
// ShooterSingleton.getImage();
}
}
