TorqueGameEngines/Torque3D
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STBImage

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STB used for loading and writing images.
This commit is contained in:
marauder2k7 2023-11-30 09:09:13 +00:00
parent d671f2611e
commit 108ba34c08
21 changed files with 20355 additions and 1737 deletions
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142
Engine/source/gfx/screenshot.cpp
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@ -130,85 +130,85 @@ void ScreenShot::capture( GuiCanvas *canvas )
if ( !fs.open( filename, Torque::FS::File::Write ) )
Con::errorf( "ScreenShot::capture() - Failed to open output file '%s'!", filename );
// Open a PNG stream for the final image
DeferredPNGWriter pngWriter;
pngWriter.begin(outBuffer->getFormat(), outBuffer->getWidth(), canvasSize.y * mTiles - overlapPixels.y * mTiles * 2, fs, 0);
// Render each tile to generate a huge screenshot.
for( U32 ty=0; ty < mTiles; ty++ )
{
for( S32 tx=0; tx < mTiles; tx++ )
{
// Set the current tile offset for tileFrustum().
mCurrTile.set( tx, mTiles - ty - 1 );
//// Open a PNG stream for the final image
//DeferredPNGWriter pngWriter;
//pngWriter.begin(outBuffer->getFormat(), outBuffer->getWidth(), canvasSize.y * mTiles - overlapPixels.y * mTiles * 2, fs, 0);
//
//// Render each tile to generate a huge screenshot.
//for( U32 ty=0; ty < mTiles; ty++ )
//{
// for( S32 tx=0; tx < mTiles; tx++ )
// {
// // Set the current tile offset for tileFrustum().
// mCurrTile.set( tx, mTiles - ty - 1 );
// Let the canvas render the scene.
canvas->renderFrame( false );
// // Let the canvas render the scene.
// canvas->renderFrame( false );
// Now grab the current back buffer.
GBitmap *gb = _captureBackBuffer();
// // Now grab the current back buffer.
// GBitmap *gb = _captureBackBuffer();
// The current GFX device couldn't capture the backbuffer or it's unable of doing so.
if (gb == NULL)
return;
//// The current GFX device couldn't capture the backbuffer or it's unable of doing so.
//if (gb == NULL)
// return;
// Copy the captured bitmap into its tile
// within the output bitmap.
const U32 inStride = gb->getWidth() * gb->getBytesPerPixel();
const U8 *inColor = gb->getBits() + inStride * overlapPixels.y;
const U32 outStride = outBuffer->getWidth() * outBuffer->getBytesPerPixel();
const U32 inOverlapOffset = overlapPixels.x * gb->getBytesPerPixel();
const U32 inOverlapStride = overlapPixels.x * gb->getBytesPerPixel()*2;
const U32 outOffset = (tx * (gb->getWidth() - overlapPixels.x*2 )) * gb->getBytesPerPixel();
U8 *outColor = outBuffer->getWritableBits() + outOffset;
for( U32 row=0; row < gb->getHeight() - overlapPixels.y; row++ )
{
dMemcpy( outColor, inColor + inOverlapOffset, inStride - inOverlapStride );
//Grandient blend the left overlap area of this tile over the previous tile left border
if (tx && !(ty && row < overlapPixels.y))
{
U8 *blendOverlapSrc = (U8*)inColor;
U8 *blendOverlapDst = outColor - inOverlapOffset;
for ( U32 px=0; px < overlapPixels.x; px++)
{
F32 blendFactor = (F32)px / (F32)overlapPixels.x;
sBlendPixelRGB888(blendOverlapSrc, blendOverlapDst, blendFactor);
//
// // Copy the captured bitmap into its tile
// // within the output bitmap.
// const U32 inStride = gb->getWidth() * gb->getBytesPerPixel();
// const U8 *inColor = gb->getBits() + inStride * overlapPixels.y;
// const U32 outStride = outBuffer->getWidth() * outBuffer->getBytesPerPixel();
// const U32 inOverlapOffset = overlapPixels.x * gb->getBytesPerPixel();
// const U32 inOverlapStride = overlapPixels.x * gb->getBytesPerPixel()*2;
// const U32 outOffset = (tx * (gb->getWidth() - overlapPixels.x*2 )) * gb->getBytesPerPixel();
// U8 *outColor = outBuffer->getWritableBits() + outOffset;
// for( U32 row=0; row < gb->getHeight() - overlapPixels.y; row++ )
// {
// dMemcpy( outColor, inColor + inOverlapOffset, inStride - inOverlapStride );
//
// //Grandient blend the left overlap area of this tile over the previous tile left border
// if (tx && !(ty && row < overlapPixels.y))
// {
// U8 *blendOverlapSrc = (U8*)inColor;
// U8 *blendOverlapDst = outColor - inOverlapOffset;
// for ( U32 px=0; px < overlapPixels.x; px++)
// {
// F32 blendFactor = (F32)px / (F32)overlapPixels.x;
// sBlendPixelRGB888(blendOverlapSrc, blendOverlapDst, blendFactor);
blendOverlapSrc += gb->getBytesPerPixel();
blendOverlapDst += outBuffer->getBytesPerPixel();
}
}
// blendOverlapSrc += gb->getBytesPerPixel();
// blendOverlapDst += outBuffer->getBytesPerPixel();
// }
// }
//Gradient blend against the rows the excess overlap rows already in the buffer
if (ty && row < overlapPixels.y)
{
F32 rowBlendFactor = (F32)row / (F32)overlapPixels.y;
U8 *blendSrc = outColor + outStride * (outBuffer->getHeight() - overlapPixels.y);
U8 *blendDst = outColor;
for ( U32 px=0; px < gb->getWidth() - overlapPixels.x*2; px++)
{
sBlendPixelRGB888(blendSrc, blendDst, 1.0-rowBlendFactor);
blendSrc += gb->getBytesPerPixel();
blendDst += outBuffer->getBytesPerPixel();
}
}
// //Gradient blend against the rows the excess overlap rows already in the buffer
// if (ty && row < overlapPixels.y)
// {
// F32 rowBlendFactor = (F32)row / (F32)overlapPixels.y;
// U8 *blendSrc = outColor + outStride * (outBuffer->getHeight() - overlapPixels.y);
// U8 *blendDst = outColor;
// for ( U32 px=0; px < gb->getWidth() - overlapPixels.x*2; px++)
// {
// sBlendPixelRGB888(blendSrc, blendDst, 1.0-rowBlendFactor);
// blendSrc += gb->getBytesPerPixel();
// blendDst += outBuffer->getBytesPerPixel();
// }
// }
inColor += inStride;
outColor += outStride;
}
//
// inColor += inStride;
// outColor += outStride;
// }
delete gb;
}
// delete gb;
// }
// Write the captured tile row into the PNG stream
pngWriter.append(outBuffer, outBuffer->getHeight()-overlapPixels.y);
}
// // Write the captured tile row into the PNG stream
// pngWriter.append(outBuffer, outBuffer->getHeight()-overlapPixels.y);
//}
//Close the PNG stream
pngWriter.end();
////Close the PNG stream
//pngWriter.end();
// We captured... clear the flag.
mPending = false;
@ -242,9 +242,9 @@ void ScreenShot::_singleCapture( GuiCanvas *canvas )
{
// Write it and close.
if ( mWriteJPG )
bitmap->writeBitmap( "jpg", fs );
bitmap->writeBitmap( "jpg", filename);
else
bitmap->writeBitmap( "png", fs );
bitmap->writeBitmap( "png", filename);
fs.close();
}