public void createPixelGrid(byte[] rawData, int sizex, int sizey, SeismicUtilities.Point offsetpoint, int pixelPaddingX, int pixelPaddingY, double rotation)
{
long memoryoffset = 0;
//Turn all pixels white
while (memoryoffset < sizex * sizey * pixelFormat.BitsPerPixel / 8)
{
//deal with one pixel at a time
rawData[memoryoffset++] = (byte)255;
rawData[memoryoffset++] = (byte)255;
rawData[memoryoffset++] = (byte)255;
rawData[memoryoffset++] = (byte)255;
}
//Draw horizontal border lines
int x = 0, y = 0;
for (int i = 0; i < sizex; i++)
{
x = i;
y = 0;
memoryoffset = (y * sizex + x) * pixelFormat.BitsPerPixel / 8;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)255;
y = sizey - 1;
memoryoffset = (y * sizex + x) * pixelFormat.BitsPerPixel / 8;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)255;
}
//Draw vertical border lines
for (int i = 0; i < sizey; i++)
{
x = 0;
y = i;
memoryoffset = (y * sizex + x) * pixelFormat.BitsPerPixel / 8;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)255;
x = sizex - 1;
memoryoffset = (y * sizex + x) * pixelFormat.BitsPerPixel / 8;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)0;
rawData[memoryoffset++] = (byte)255;
}
SeismicUtilities.Point bottomLeft = offsetpoint;
SeismicUtilities.Point bottomRight = new SeismicUtilities.Point(offsetpoint.x + arraySpaceImageWidth - 2 * imagePixelPaddingX, offsetpoint.y);
SeismicUtilities.Point topLeft = new SeismicUtilities.Point(offsetpoint.x, offsetpoint.y + arraySpaceImageHeight - 2 * imagePixelPaddingY);
SeismicUtilities.Point topRight = new SeismicUtilities.Point(offsetpoint.x + arraySpaceImageWidth - 2 * imagePixelPaddingX, offsetpoint.y + arraySpaceImageHeight - 2 * imagePixelPaddingY);
SeismicUtilities.Point rotatedTopLeft = topLeft.rotatePointAboutPoint(rotation, offsetpoint);
SeismicUtilities.Point rotatedTopRight = topRight.rotatePointAboutPoint(rotation, offsetpoint);
SeismicUtilities.Point rotatedBottomRight = bottomRight.rotatePointAboutPoint(rotation, offsetpoint);
//Left rectangle line
SeismicUtilities.LineSegment line = new SeismicUtilities.LineSegment(new SeismicUtilities.Point(rotatedTopLeft.x, arraySpaceImageHeight - rotatedTopLeft.y), new SeismicUtilities.Point(offsetpoint.x, arraySpaceImageHeight - offsetpoint.y));
List<SeismicUtilities.Point> points = ArraySpaceUtilities.getArrayIndiciesMarkedByLine(line, sizex, sizey);
drawPoints(points, sizex, sizey, rawData);
//Bottom rect line
line = new SeismicUtilities.LineSegment(new SeismicUtilities.Point(offsetpoint.x, arraySpaceImageHeight - offsetpoint.y), new SeismicUtilities.Point(rotatedBottomRight.x, arraySpaceImageHeight - rotatedBottomRight.y));
points = ArraySpaceUtilities.getArrayIndiciesMarkedByLine(line, sizex, sizey);
drawPoints(points, sizex, sizey, rawData);
//Right rect line
line = new SeismicUtilities.LineSegment(new SeismicUtilities.Point(rotatedBottomRight.x, arraySpaceImageHeight - rotatedBottomRight.y), new SeismicUtilities.Point(rotatedTopRight.x, arraySpaceImageHeight - rotatedTopRight.y));
points = ArraySpaceUtilities.getArrayIndiciesMarkedByLine(line, sizex, sizey);
drawPoints(points, sizex, sizey, rawData);
//top rect line
line = new SeismicUtilities.LineSegment(new SeismicUtilities.Point(rotatedTopRight.x, arraySpaceImageHeight - rotatedTopRight.y), new SeismicUtilities.Point(rotatedTopLeft.x, arraySpaceImageHeight - rotatedTopLeft.y));
points = ArraySpaceUtilities.getArrayIndiciesMarkedByLine(line, sizex, sizey);
drawPoints(points, sizex, sizey, rawData);
////Draw horizontal array space lines
//for (int i = 0; i < sizex - 2 * pixelPaddingX; i++)
// {
// x = i;
// y = pixelPaddingY;
// memoryoffset = (y * sizex + x + pixelPaddingX) * pixelFormat.BitsPerPixel / 8;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)255;
// y = sizey - 1 - pixelPaddingY;
// memoryoffset = (y * sizex + x + pixelPaddingX) * pixelFormat.BitsPerPixel / 8;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)255;
// }
//Draw vertical array space lines
//for (int i = 0; i < sizey - 2 * pixelPaddingY; i++)
//{
// x = pixelPaddingX;
// y = i + pixelPaddingY;
// memoryoffset = (y * sizex + x) * pixelFormat.BitsPerPixel / 8;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)255;
// x = sizex - 1 - pixelPaddingX;
// memoryoffset = (y * sizex + x) * pixelFormat.BitsPerPixel / 8;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)255;
//}
#region
//for (int i = 1; i < numxregions; i++)
//{
// for (int j = 0; j < sizey; j++)
// {
// x = i * sizex / numxregions;
// y = j;
// memoryoffset = (y * sizex + x) * pixelFormat.BitsPerPixel / 8;
// //if (i == 1)
// //{
// // rawData[memoryoffset++] = (byte)0;
// // rawData[memoryoffset++] = (byte)255;
// // rawData[memoryoffset++] = (byte)0;
// // rawData[memoryoffset++] = (byte)255;
// //}
// //else
// //{
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)255;
// //}
// }
//}
//for (int i = 1; i < numyregions; i++)
//{
// for (int j = 0; j < sizex; j++)
// {
// x = j;
// y = i * sizey / numyregions;
// memoryoffset = (y * sizex + x )* pixelFormat.BitsPerPixel / 8;
// //if (i == 1)
// //{
// // rawData[memoryoffset++] = (byte)0;
// // rawData[memoryoffset++] = (byte)255;
// // rawData[memoryoffset++] = (byte)0;
// // rawData[memoryoffset++] = (byte)255;
// //}
// //else
// //{
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)0;
// rawData[memoryoffset++] = (byte)255;
// //}
// }
//}
#endregion
}
public void DisplayLineOnPixelGrid(SeismicUtilities.Point[] coordinateList, int numxregion, int numyregion)
{
if (coordinateList == null)
return;
for (int i = 0; i < coordinateList.Count(); i++)
{
markImageSection((int)coordinateList.ElementAt(i).x, (int)coordinateList.ElementAt(i).y, numxregion, numyregion);
}
}
