protected void WriteImageTexture()
{
//the size of the target data
int i = XRes * YRes - 1;
MapData <RGB24Pixel> imageData = m_imageMetaDate.GetRGB24ImageMap();
Color colorElement = Color.black; //for initialization
//loop over the target arry(x and y)
for (int y = 0; y < YRes; ++y)
{
for (int x = 0; x < XRes; ++x, i--)
{
int index = x * m_factor + imageData.XRes * y * m_factor;
RGB24Pixel pixel = imageData[index];
colorElement.r = ((float)pixel.Blue) / 256.0f;
colorElement.g = ((float)pixel.Green) / 256.0f;
colorElement.b = ((float)pixel.Red) / 256.0f;
m_mapPixels[i] = colorElement;
}
}
m_mapTexture.SetPixels(m_mapPixels);
m_mapTexture.Apply();
}
/// a method to write the image data to the texture.
protected void WriteImageTexture()
{
// the size of the target data
int i = XRes * YRes - 1;
// the array which holds the image
MapData <RGB24Pixel> imageData = m_metaData.GetRGB24ImageMap();
Color colorElement = Color.black; // just an initialization
// loop over the target array (x and y).
for (int y = 0; y < YRes; ++y)
{
for (int x = 0; x < XRes; ++x, i--) // the position is from end to start because of difference in coordinate systems
{
int ind = x * m_factor + imageData.XRes * y * m_factor; // this is the index of the current point in the original data
// we transform the RGB24Pixel data (Received from the image) to a Color.
RGB24Pixel pixel = imageData[ind];
colorElement.r = ((float)pixel.Red) / 255.0f;
colorElement.g = ((float)pixel.Green) / 255.0f;
colorElement.b = ((float)pixel.Blue) / 255.0f;
m_mapPixels[i] = colorElement;
}
}
m_mapTexture.SetPixels(m_mapPixels);
m_mapTexture.Apply();
}
