public void PostSlice(byte[] pixelValues, int antiAliasColor, int materialSmoothingOffset, DAL.Print.PrintJob.AntiAliasType antiAliasSide, PluginTypes.PostSliceActionType postSliceAction, int printerResolutionX)
{
var pixelLength = pixelValues.Length;
switch (postSliceAction)
{
case PluginTypes.PostSliceActionType.AntiAliasOffset:
var antiAliasFactor = antiAliasColor;
var antiAliasType = antiAliasSide;
var smoothingOffset = materialSmoothingOffset;
if (antiAliasType != DAL.Print.PrintJob.AntiAliasType.None && antiAliasFactor > 1 && antiAliasFactor <= 255 && smoothingOffset > 0)
{
for (var pixelIndex = 0; pixelIndex < pixelLength; pixelIndex += 3)
{
var currentPixelWhite = pixelValues[pixelIndex] == 255 && pixelValues[pixelIndex + 1] == 255 && pixelValues[pixelIndex + 2] == 255;
if (currentPixelWhite)
{
DrawSmoothing(pixelValues, pixelIndex, pixelLength, currentPixelWhite, printerResolutionX, antiAliasFactor, antiAliasType, smoothingOffset);
if (smoothingOffset == 2)
{
//above
var rowAbovePixelIndex = pixelIndex - (printerResolutionX * 3);
if (rowAbovePixelIndex > 0)
{
DrawSmoothing(pixelValues, rowAbovePixelIndex, pixelLength, currentPixelWhite, printerResolutionX, antiAliasFactor, antiAliasType, smoothingOffset);
}
//below
var rowBelowPixelIndex = pixelIndex + (printerResolutionX * 3);
if (rowBelowPixelIndex > 0)
{
DrawSmoothing(pixelValues, rowBelowPixelIndex, pixelLength, currentPixelWhite, printerResolutionX, antiAliasFactor, antiAliasType, smoothingOffset);
}
//left
var pixelLeft = pixelIndex - 3;
if (pixelLeft > 0)
{
DrawSmoothing(pixelValues, pixelLeft, pixelLength, currentPixelWhite, printerResolutionX, antiAliasFactor, antiAliasType, smoothingOffset);
}
//Right
var pixelRight = pixelIndex + 3;
if (pixelRight < pixelLength)
{
DrawSmoothing(pixelValues, pixelRight, pixelLength, currentPixelWhite, printerResolutionX, antiAliasFactor, antiAliasType, smoothingOffset);
}
}
}
}
}
break;
}
}
public void PostSlice(byte[] pixelValues, int antiAliasColor, int materialSmoothingOffset, DAL.Print.PrintJob.AntiAliasType antiAliasSide, PluginTypes.PostSliceActionType postSliceAction, int printerResolutionX)
{
}
private void DrawSmoothing(byte[] pixelValues, int pixelIndex, int pixelLength, bool currentPixelWhite, int selectedPrinterResolutionX, int antiAliasFactor, DAL.Print.PrintJob.AntiAliasType antiAliasType, int antiAliasOffset)
{
int rowAboveBeginPixel = 0;
int rowBelowBeginPixel = 0;
//vertical query
//above
rowAboveBeginPixel = pixelIndex - (selectedPrinterResolutionX * 3);
if (rowAboveBeginPixel > 0)
{
if (currentPixelWhite &&
pixelValues[rowAboveBeginPixel] == 0 &&
pixelValues[rowAboveBeginPixel + 1] == 0 &&
pixelValues[rowAboveBeginPixel + 2] == 0)
{
if (antiAliasType == DAL.Print.PrintJob.AntiAliasType.Outside)
{
pixelValues[rowAboveBeginPixel] = (byte)antiAliasFactor; //BLUE
pixelValues[rowAboveBeginPixel + 1] = (byte)antiAliasFactor; //GREEN
pixelValues[rowAboveBeginPixel + 2] = (byte)antiAliasFactor; //RED
}
else
{
pixelValues[pixelIndex] = (byte)antiAliasFactor; //BLUE
pixelValues[pixelIndex + 1] = (byte)antiAliasFactor; //GREEN
pixelValues[pixelIndex + 2] = (byte)antiAliasFactor; //RED
}
}
}
//below
rowBelowBeginPixel = pixelIndex + (selectedPrinterResolutionX * 3);
if (rowBelowBeginPixel + 2 < pixelLength)
{
if (currentPixelWhite &&
pixelValues[rowBelowBeginPixel] == 0 &&
pixelValues[rowBelowBeginPixel + 1] == 0 &&
pixelValues[rowBelowBeginPixel + 2] == 0)
{
if (antiAliasType == DAL.Print.PrintJob.AntiAliasType.Outside)
{
pixelValues[rowBelowBeginPixel] = (byte)antiAliasFactor; //BLUE
pixelValues[rowBelowBeginPixel + 1] = (byte)antiAliasFactor; //GREEN
pixelValues[rowBelowBeginPixel + 2] = (byte)antiAliasFactor; //RED
}
else
{
pixelValues[pixelIndex] = (byte)antiAliasFactor; //BLUE
pixelValues[pixelIndex + 1] = (byte)antiAliasFactor; //GREEN
pixelValues[pixelIndex + 2] = (byte)antiAliasFactor; //RED
}
}
}
//horizontal query
if (pixelIndex + 6 < pixelLength)
{
if (currentPixelWhite &&
pixelValues[pixelIndex + 3] == 0 &&
pixelValues[pixelIndex + 4] == 0 &&
pixelValues[pixelIndex + 5] == 0)
{
if (antiAliasType == DAL.Print.PrintJob.AntiAliasType.Outside)
{
pixelValues[pixelIndex + 3] = (byte)antiAliasFactor; //BLUE
pixelValues[pixelIndex + 4] = (byte)antiAliasFactor; //GREEN
pixelValues[pixelIndex + 5] = (byte)antiAliasFactor; //RED
}
else
{
pixelValues[pixelIndex] = (byte)antiAliasFactor; //BLUE
pixelValues[pixelIndex + 1] = (byte)antiAliasFactor; //GREEN
pixelValues[pixelIndex + 2] = (byte)antiAliasFactor; //RED
}
}
else if (pixelIndex - 3 > 0 &&
currentPixelWhite &&
pixelValues[pixelIndex - 3] == 0 &&
pixelValues[pixelIndex - 2] == 0 &&
pixelValues[pixelIndex - 1] == 0)
{
if (antiAliasType == DAL.Print.PrintJob.AntiAliasType.Outside)
{
pixelValues[pixelIndex - 3] = (byte)antiAliasFactor; //BLUE
pixelValues[pixelIndex - 2] = (byte)antiAliasFactor; //GREEN
pixelValues[pixelIndex - 1] = (byte)antiAliasFactor; //RED
}
else
{
pixelValues[pixelIndex] = (byte)antiAliasFactor; //BLUE
pixelValues[pixelIndex + 1] = (byte)antiAliasFactor; //GREEN
pixelValues[pixelIndex + 2] = (byte)antiAliasFactor; //RED
}
}
}
}
