void CBalloonTip::InitIconImage()
{
HICON hIcon = LoadIcon(CPaintManagerUI::GetResourceDll(),MAKEINTRESOURCE(m_nIcon));
if (hIcon)
{
ICONINFO icInfo = { 0 };
if (::GetIconInfo(hIcon, &icInfo))
{
BITMAP bitmap;
GetObject(icInfo.hbmColor, sizeof(BITMAP), &bitmap);
Bitmap* pBitmap = NULL;
Bitmap* pWrapBitmap = NULL;
if (bitmap.bmBitsPixel != 32)
{
pBitmap = Bitmap::FromHICON(hIcon);
}
else
{
pWrapBitmap = Bitmap::FromHBITMAP(icInfo.hbmColor, NULL);
BitmapData bitmapData;
Rect rcImage(0,0, pWrapBitmap->GetWidth(), pWrapBitmap->GetHeight());
pWrapBitmap->LockBits(&rcImage, ImageLockModeRead, pWrapBitmap->GetPixelFormat(), &bitmapData);
pBitmap = new Bitmap(bitmapData.Width, bitmapData.Height, bitmapData.Stride, PixelFormat32bppARGB, (BYTE*)bitmapData.Scan0);
pWrapBitmap->UnlockBits(&bitmapData);
}
//lpIconImage = pBitmap->Clone(0, 0, pBitmap->GetWidth(), pBitmap->GetHeight(), PixelFormat32bppARGB);
HBITMAP hBit ;
pBitmap->GetHBITMAP(ARGB(0,0,0,0),&hBit);
m_pPM->AddImage(_T("BalloonIcon"),hBit,pBitmap->GetWidth(),pBitmap->GetHeight(),TRUE);
DeleteObject(icInfo.hbmColor);
DeleteObject(icInfo.hbmMask);
}
DeleteObject(hIcon);
}
}
static bool ras_decode(Bitmap& target, Stream& stream)
{
// reset stream
stream.Seek(0,Stream::START);
// streamsize - headersize
int size = stream.GetSize() - 32;
if ( size < 1 )
return false;
// read header
uint32 magic = ReadBigEndian<uint32>(stream);
uint32 width = ReadBigEndian<uint32>(stream);
uint32 height = ReadBigEndian<uint32>(stream);
uint32 bits = ReadBigEndian<uint32>(stream);
/* uint32 length = */ ReadBigEndian<uint32>(stream);
uint32 type = ReadBigEndian<uint32>(stream);
uint32 maptype = ReadBigEndian<uint32>(stream);
uint32 maplength = ReadBigEndian<uint32>(stream);
// verify header
if ( magic != 0x59a66a95 )
return false;
if ( bits != 1 && bits != 8 && bits != 24 && bits != 32 )
return false;
if ( type != 0 && type != 1 && type != 2 && type != 3 )
return false;
// create bitmap
switch ( bits )
{
case 1: target = Bitmap(width,height,PIXELFORMAT_INTENSITY8); break;
case 8: target = Bitmap(width,height,PIXELFORMAT_PALETTE8(NULL)); break;
case 24: target = Bitmap(width,height,PIXELFORMAT_RGB888); break;
case 32: target = Bitmap(width,height,PIXELFORMAT_ARGB8888); break;
default: return false;
}
// read colormap
switch ( maptype )
{
// "none" - no palette
case 0:
{
stream.Seek(maplength,Stream::CURRENT);
break;
}
// "equal rgb" -mode palette
case 1:
{
if ( bits != 8 || maplength > 768 )
return false;
const PixelFormat& pxf = target.GetPixelFormat();
Color32* palette = pxf.GetPalette();
int count = static_cast<int>(maplength / 3);
int i;
for ( i=0; i<count; ++i ) palette[i].r = ReadBigEndian<uint8>(stream);
for ( i=0; i<count; ++i ) palette[i].g = ReadBigEndian<uint8>(stream);
for ( i=0; i<count; ++i ) palette[i].b = ReadBigEndian<uint8>(stream);
for ( i=0; i<count; ++i ) palette[i].a = 0xff;
break;
}
// "raw" -mode palette
// TODO: this code has not been tested
// (couldn't find files to test with or specification)
// this is my best guess how the "raw" mode works!
case 2:
{
if ( bits != 8 || maplength > 768 )
return false;
const PixelFormat& pxf = target.GetPixelFormat();
Color32* palette = pxf.GetPalette();
int count = static_cast<int>(maplength / 3);
for ( int i=0; i<count; ++i )
{
palette[i].r = ReadBigEndian<uint8>(stream);
palette[i].g = ReadBigEndian<uint8>(stream);
palette[i].b = ReadBigEndian<uint8>(stream);
palette[i].a = 0xff;
}
}
// unknown fileformat
default: return false;
}
// decode buffer
int buffersize = stream.GetSize() - stream.GetOffset();
uint8* buffer = new uint8[buffersize];
stream.Read(buffer,buffersize);
// read image
uint8* image = target.GetImage();
int numpixel = width * height;
if ( numpixel < 1 )
return false;
switch ( bits )
{
case 1:
{
switch ( type )
{
case 0:
case 1:
case 3:
{
int ycount = static_cast<int>(height);
while ( ycount-- )
{
int bitcount = -1;
uint8 v = 0;
int xcount = static_cast<int>(width);
while ( xcount-- )
{
if ( bitcount < 0 )
{
bitcount = 7;
v = *buffer++;
}
*image++ = (v >> (bitcount--)) & 1 ? 0 : 255;
}
}
break;
}
case 2:
{
// TODO: RLE decoder
// TODO: special handling of 1 bit stream
break;
}
}
break;
}
case 8:
{
switch ( type )
{
case 0:
case 1:
case 3:
{
memcpy(image,buffer,numpixel);
break;
}
case 2:
{
// TODO: RLE decoder
// TODO: RGB/BGR fix
// TODO: test rasrle()
rasrle(image,buffer,numpixel);
break;
}
}
break;
}
case 24:
{
switch ( type )
{
case 0:
case 1:
{
memcpy(image,buffer,numpixel*3);
break;
}
case 2:
{
// TODO: RLE decoder
// TODO: RGB/BGR fix
// TODO: test rasrle()
rasrle(image,buffer,numpixel*3);
break;
}
case 3:
{
while ( numpixel-- )
{
image[0] = buffer[2];
image[1] = buffer[1];
image[2] = buffer[0];
buffer += 3;
image += 3;
}
break;
}
}
break;
}
case 32:
{
switch ( type )
{
case 0:
case 1:
{
while ( numpixel-- )
{
image[0] = buffer[1];
image[1] = buffer[2];
image[2] = buffer[3];
image[3] = buffer[0];
buffer += 4;
image += 4;
}
break;
}
case 2:
{
// TODO: RLE decoder
// TODO: RGB/BGR fix
// TODO: test rasrle()
rasrle(image,buffer,numpixel*4);
break;
}
case 3:
{
while ( numpixel-- )
{
image[0] = buffer[3];
image[1] = buffer[2];
image[2] = buffer[1];
image[3] = buffer[0];
buffer += 4;
image += 4;
}
break;
}
}
break;
}
}
// free decode buffer
delete[] buffer;
return true;
}
int loadImage(struct textureTableIndexStruct *tti, char *fname)
{
/* http://msdn.microsoft.com/en-us/library/ms536298(VS.85).aspx GDI+ Lockbits example - what this function is based on*/
/* http://www.microsoft.com/downloads/details.aspx?FamilyID=6a63ab9c-df12-4d41-933c-be590feaa05a&DisplayLang=en GDI+ redistributable download - gdiplus.dll 2MB */
if(!loaded)
{
initImageLoader();
loaded = 1;
}
// convert to wide char http://msdn.microsoft.com/en-us/library/ms235631(VS.80).aspx
//fname = "C:/source2/freewrl/freex3d/tests/helpers/brick.png";
//fname = "junk.jpg"; //test failure condition
size_t origsize = strlen(fname) + 1;
char* fname2 = (char*) malloc(origsize);
strcpy(fname2,fname);
for(int jj=0;jj<strlen(fname2);jj++)
if(fname2[jj] == '/' ) fname2[jj] = '\\';
const size_t newsize = 225;
size_t convertedChars = 0;
wchar_t wcstring[newsize];
//mbstowcs_s(&convertedChars, wcstring, origsize, fname, _TRUNCATE);
#if _MSC_VER >= 1500
mbstowcs_s(&convertedChars, wcstring, origsize, fname2, _TRUNCATE);
#else
mbstowcs(wcstring, fname2, MB_CUR_MAX);
#endif
free(fname2);
Bitmap *bitmap = NULL;
Status stat;
bitmap = Bitmap::FromFile(wcstring,false); //new Bitmap(wcstring); //or Bitmap::FromFile(wcstring,false); L"LockBitsTest1.bmp");
// verifying the success of constructors http://msdn.microsoft.com/en-us/library/ms533801(VS.85).aspx
stat = bitmap->GetLastStatus(); // http://msdn.microsoft.com/en-us/library/ms535410(VS.85).aspx
if(stat != Ok)
return 0; //should come here if it can't find the image file
BitmapData* bitmapData = new BitmapData;
//#define verbose 1
#ifdef verbose
printf("bitmap W=%d H=%d\n",bitmap->GetWidth(),bitmap->GetHeight());
/* http://msdn.microsoft.com/en-us/library/ms535387(VS.85).aspx GetPixelFormat
http://msdn.microsoft.com/en-us/library/ms534412(v=VS.85).aspx pixelFormat constants
http://msdn.microsoft.com/en-us/library/ms534136(v=VS.85).aspx Image::GetFlags ImageFlagsColorSpaceGRAY = 0x0040,
*/
UINT flags = bitmap->GetFlags();
printf("The value of flags, in hexadecimal form, is %x.\n", flags);
// Is the ColorSpaceRGB flag set?
if(flags & ImageFlagsColorSpaceRGB)
printf("The ColorSpaceRGB flag is set.\n");
else if(flags & ImageFlagsColorSpaceGRAY)
printf("The ColorSpaceGRAY flag is set.\n");
printf("bitmap format index =%d %d\n",bitmap->GetPixelFormat()%256,bitmap->GetPixelFormat());
if(Gdiplus::IsAlphaPixelFormat(bitmap->GetPixelFormat()) )
printf("has alpha channel\n");
else
printf("no alpha channel\n");
if(Gdiplus::IsCanonicalPixelFormat(bitmap->GetPixelFormat()) )
printf("is canonical\n");
else
printf("not canonical\n");
printf("Number of bits per pixel %d\n",Gdiplus::GetPixelFormatSize(bitmap->GetPixelFormat()));
#endif
#undef verbose
bool flipVertically = true;
Rect rect(0,0,bitmap->GetWidth(),bitmap->GetHeight());
if(flipVertically)
bitmapData->Stride = -bitmap->GetWidth()*4;
else
bitmapData->Stride = bitmap->GetWidth()*4;
bitmapData->Width = bitmap->GetWidth();
bitmapData->Height = bitmap->GetHeight();
bitmapData->PixelFormat = PixelFormat32bppARGB;
int totalbytes = bitmap->GetWidth() * bitmap->GetHeight() * 4; //tti->depth;
unsigned char * blob = (unsigned char*)malloc(totalbytes);
if(flipVertically)
bitmapData->Scan0 = &blob[bitmap->GetWidth()*bitmap->GetHeight()*4 + bitmapData->Stride];
else
bitmapData->Scan0 = blob;
// Lock a rectangular portion of the bitmap for reading.
bitmap->LockBits(
&rect,
ImageLockModeRead|ImageLockModeUserInputBuf,
PixelFormat32bppARGB, //PixelFormat24bppRGB,
bitmapData);
#ifdef verbose
printf("The stride is %d.\n\n", bitmapData->Stride);
printf("bitmapData W=%d H=%d\n",bitmapData->Width,bitmapData->Height);
#endif
#ifdef verbose
// Display the hexadecimal value of each pixel in the 5x3 rectangle.
UINT* pixels = (UINT*)bitmapData->Scan0;
for(UINT row = 0; row < 23; ++row)
{
for(UINT col = 0; col < 5; ++col)
{
printf("%x\n", pixels[row * bitmapData->Stride / 4 + col]);
}
printf("- - - - - - - - - - \n");
}
#endif
//deep copy data so browser owns it (and does its FREE_IF_NZ) and we can delete our copy here and forget about it
tti->x = bitmapData->Width;
tti->y = bitmapData->Height;
tti->frames = 1;
tti->texdata = blob;
if(!blob)
printf("ouch in gdiplus image loader L140 - no image data\n");
//tti->hasAlpha = Gdiplus::IsAlphaPixelFormat(bitmapData->PixelFormat)?1:0;
tti->hasAlpha = Gdiplus::IsAlphaPixelFormat(bitmap->GetPixelFormat())?1:0;
//printf("fname=%s alpha=%ld\n",fname,tti->hasAlpha);
#ifdef verbose
for(UINT row = 0; row < 23; ++row)
{
for(UINT col = 0; col < 5; ++col)
{
//printf("%x\n", *(UINT*)&(tti->texdata[(row * bitmapData->Stride / 4 + col)*tti->depth]));
printf("%x\n", *(UINT*)&(tti->texdata[(row * tti->x + col)*4])); //tti->depth]));
}
printf("- - - - - - - - - - \n");
}
#endif
tti->filename = fname;
// wrong: tti->status = TEX_NEEDSBINDING; //make this the last thing you set, because another thread is watching ready to bind
// wrong - let the calling function set the status otherwise textures disappear sometimes
bitmap->UnlockBits(bitmapData);
delete bitmapData;
delete bitmap;
//shutdownImageLoader(); //we'll keep it loaded
if(0)
{
shutdownImageLoader();
loaded = 0;
}
return 1;
}
HBITMAP CDpiHelper::CreateDeviceFromLogicalImage(HBITMAP _In_ hImage, ImageScalingMode scalingMode, Color clrBackground)
{
IfNullAssertRetNull(hImage, "No image given to convert");
// Instead of doing HBITMAP resizing with StretchBlt from one memory DC into other memory DC and HALFTONE StretchBltMode
// which uses nearest neighbor resize algorithm (fast but results in pixelation), we'll use a GdiPlus image to do the resize,
// which allows specifying the interpolation mode for the resize resulting in smoother result.
VsUI::GdiplusImage gdiplusImage;
// Attaching the bitmap uses Bitmap.FromHBITMAP which does not take ownership of the HBITMAP passed as argument.
// DeleteObject still needs to be used on the hImage but that should happen after the Bitmap object is deleted or goes out of scope.
// The caller will have to DeleteObject both the HBITMAP they passed in this function and the new HBITMAP we'll be returning when we detach the GDI+ Bitmap
gdiplusImage.Attach(hImage);
#ifdef DEBUG
static bool fDebugDPIHelperScaling = false;
WCHAR rgTempFolder[MAX_PATH];
static int imgIndex = 1;
CStringW strFileName;
CPath pathTempFile;
if (fDebugDPIHelperScaling)
{
if (!GetTempPath(_countof(rgTempFolder), rgTempFolder))
*rgTempFolder = '\0';
strFileName.Format(_T("DPIHelper_%05d_Before.png"), imgIndex);
pathTempFile.Combine(rgTempFolder, strFileName);
gdiplusImage.Save(pathTempFile);
}
#endif
Bitmap* pBitmap = gdiplusImage.GetBitmap();
PixelFormat format = pBitmap->GetPixelFormat();
const Color *pclrActualBackground = &clrBackground;
InterpolationMode interpolationMode = GetInterpolationMode(scalingMode);
ImageScalingMode actualScalingMode = GetActualScalingMode(scalingMode);
if (actualScalingMode != ImageScalingMode::NearestNeighbor)
{
// Modify the image. If the image is 24bpp or lower, convert to 32bpp so we can use alpha values
if (format != PixelFormat32bppARGB)
{
pBitmap->ConvertFormat(PixelFormat32bppARGB, DitherTypeNone, PaletteTypeCustom, nullptr/*ColorPalette*/, 0 /*alphaThresholdPercent - all opaque*/);
}
// Now that we have 32bpp image, let's play with the pixels
// Detect magenta or near-green in the image and use that as background
VsUI::GdiplusImage::ProcessBitmapBits(pBitmap, [&](ARGB * pPixelData)
{
if (clrBackground.GetValue() != TransparentColor.GetValue())
{
if (*pPixelData == clrBackground.GetValue())
{
*pPixelData = TransparentHaloColor.GetValue();
pclrActualBackground = &clrBackground;
}
}
else
{
if (*pPixelData == MagentaColor.GetValue())
{
*pPixelData = TransparentHaloColor.GetValue();
pclrActualBackground = &MagentaColor;
}
else if (*pPixelData == NearGreenColor.GetValue())
{
*pPixelData = TransparentHaloColor.GetValue();
pclrActualBackground = &MagentaColor;
}
}
});
}
// Convert the GdiPlus image if necessary
LogicalToDeviceUnits(&gdiplusImage, scalingMode, TransparentHaloColor);
// Get again the bitmap, after the resize
pBitmap = gdiplusImage.GetBitmap();
if (actualScalingMode != ImageScalingMode::NearestNeighbor)
{
// Now that the bitmap is scaled up, convert back the pixels.
// Anything that is not fully opaque, make it clrActualBackground
VsUI::GdiplusImage::ProcessBitmapBits(pBitmap, [&](ARGB * pPixelData)
{
if ((*pPixelData & ALPHA_MASK) != 0xFF000000)
{
*pPixelData = pclrActualBackground->GetValue();
}
});
// Convert back to original format
if (format != PixelFormat32bppARGB)
{
pBitmap->ConvertFormat(format, DitherTypeNone, PaletteTypeCustom, nullptr/*ColorPalette*/, 0 /*alphaThresholdPercent - all opaque*/);
}
}
#ifdef DEBUG
if (fDebugDPIHelperScaling)
{
strFileName.Format(_T("DPIHelper_%05d_After.png"), imgIndex++);
pathTempFile.Combine(rgTempFolder, strFileName);
gdiplusImage.Save(pathTempFile);
}
#endif
// Get the converted image handle - this returns a new HBITMAP that will need to be deleted when no longer needed
// Detach using TransparentColor (transparent-black). If the result bitmap is to be used with AlphaBlend, that function
// keeps the background if the transparent pixels are black
HBITMAP hBmpResult = gdiplusImage.Detach( TransparentColor );
// When the image has 32bpp RGB format, when we call GDI+ to return an HBITMAP for the image, the result is actually
// an ARGB bitmap (with alpha bytes==0xFF instead of reserved=0x00). Many GDI functions work with it fine, but
// adding it to an imagelist with ImageList_AddMasked will produce the wrong result, because the clrTransparent color
// won't match any background pixels due to the alpha byte value. So we need to zero-out out those bytes...
// If the bitmap was scaled with a bicubic/bilinear interpolation, the colors are interpolated with the clrBackground
// which may be transparent, so the resultant image will have alpha channel of interest, and we'll return the image as is.
if (format == PixelFormat32bppRGB)
{
BITMAP bmp = {0};
if (GetObject(hBmpResult, sizeof(bmp), &bmp) == sizeof(bmp) && bmp.bmBits != nullptr)
{
RGBQUAD* pPixels = reinterpret_cast<RGBQUAD*>(bmp.bmBits);
for (int i=0; i< bmp.bmWidth * bmp.bmHeight; i++)
{
pPixels[i].rgbReserved = 0;
}
}
}
// Return the created image
return hBmpResult;
}
// Creates new GdiplusImage from logical to device units
unique_ptr<VsUI::GdiplusImage> CDpiHelper::CreateDeviceFromLogicalImage(_In_ VsUI::GdiplusImage* pImage, ImageScalingMode scalingMode, Color clrBackground)
{
IfNullAssertRetNull(pImage, "No image given to convert");
// Get the original/logical bitmap
Bitmap* pBitmap = pImage->GetBitmap();
IfNullAssertRetNull(pBitmap, "No image given to convert");
// Create a memory image scaled for size
int deviceWidth = LogicalToDeviceUnitsX(pBitmap->GetWidth());
int deviceHeight = LogicalToDeviceUnitsY(pBitmap->GetHeight());
unique_ptr<VsUI::GdiplusImage> pDeviceImage(new VsUI::GdiplusImage());
pDeviceImage->Create( deviceWidth, deviceHeight, pBitmap->GetPixelFormat() );
if (!pDeviceImage->IsLoaded())
{
VSFAIL("Failed to create scaled image, out of memory?");
return nullptr;
}
// Get a Graphics object for the device image on which we can paint
unique_ptr<Graphics> pGraphics(pDeviceImage->GetGraphics());
if (pGraphics.get() == nullptr)
{
VSFAIL("Failed to obtain image Graphics");
return nullptr;
}
// Set the interpolation mode.
InterpolationMode interpolationMode = GetInterpolationMode(scalingMode);
pGraphics->SetInterpolationMode(interpolationMode);
// Clear the background (used when scaling mode is not nearest neighbor)
pGraphics->Clear(clrBackground);
// Calculate the destination rectangle: full available space, except when keeping the image unscaled and just adding a border
RectF rectD(0, 0, (float)deviceWidth, (float)deviceHeight);
if (scalingMode == ImageScalingMode::BorderOnly || (scalingMode == ImageScalingMode::Default && m_PreferredScalingMode == ImageScalingMode::BorderOnly))
{
rectD = RectF(0, 0, (float)pBitmap->GetWidth(), (float)pBitmap->GetHeight());
rectD.Offset( (float)((deviceWidth - pBitmap->GetWidth()) / 2), (float)((deviceHeight - pBitmap->GetHeight())/ 2) );
}
// Define the source rectangle
RectF rectS(0, 0, (float)pBitmap->GetWidth(), (float)pBitmap->GetHeight());
// Specify a source rectangle shifted by half of pixel to account for GDI+ considering the source origin the center of top-left pixel
// Failing to do so will result in the right and bottom of the bitmap lines being interpolated with the graphics' background color,
// and will appear black even if we cleared the background with transparent color.
// The apparition of these artifacts depends on the interpolation mode, on the dpi scaling factor, etc.
// E.g. at 150% DPI, Bicubic produces them and NearestNeighbor is fine, but at 200% DPI NearestNeighbor also shows them.
// Many articles on the web talk about this problem, e.g. http://www.codeproject.com/Articles/14884/BorderBug
rectS.Offset(-0.5f, -0.5f);
// Draw the scaled bitmap in the device image
pGraphics->DrawImage(pBitmap, rectD, rectS.X, rectS.Y, rectS.Width, rectS.Height, UnitPixel);
// Return the new image
return pDeviceImage;
}
void ToolFilter::activate()
{
ChildCore *child = this->core->getActiveChild();
if( child != NULL ){
if( this->lastActivate == true && this->isLastActivate == false ){
this->lastActivate = false;
return;
}
ToolFilter::Info fi;
Bitmap *source = NULL;
if( child->getWorkspace()->getSelection() != NULL ){
source = child->getWorkspace()->getSelectedProjection(NULL,COPCOP);
}
else {
source = child->getWorkspace()->getSelectedLayer()->getRender();
source = source->Clone(Rect(0,0,source->GetWidth(),source->GetHeight()),source->GetPixelFormat());
}
fi.bmpSource = source;
fi.bmpEffect = NULL;
fi.bw = this->lastBw;
fi.bwalpha = (this->lastAlpha &&
this->lastFilterId != ID_FILTER_OLDSTONE &&
this->lastFilterId != ID_FILTER_EDGETRACE );
fi.smooth = true;
fi.edgeTrace = (this->lastFilterId == ID_FILTER_EDGETRACE);
fi.filterId = this->lastFilterId;
fi.filterValue = this->lastFilterValue;
fi.filterByValue = (this->lastFilterId != ID_FILTER_CUSTOM);
fi.minVal = 0;
switch(fi.filterId){
case ID_FILTER_SHARPEN:
fi.maxVal = SHARPENMAX;
break;
default:
fi.maxVal = FILTERMAX;
break;
}
if( fi.filterByValue == true )
fi.matrix = ToolFilter::allocateMatrix(fi.filterId,fi.filterValue);
else
fi.matrix = this->lastCustomMatrix;
int result = NO;
if( this->lastActivate == false ){
result = this->core->getDialogs()->showDialog(
(LPCTSTR)IDD_FIL,
(DLGPROC)Dialogs::processDlg_Fil,
(LPARAM)&fi
);
}
else {
this->lastActivate = false;
result = YES;
}
if( result == YES ){
Point shift(0,0);
Rect *bounds = NULL;
if( child->getWorkspace()->getSelection() != NULL ){
bounds = new Rect(0,0,0,0);
child->getWorkspace()->getSelection()->GetBounds(bounds);
fi.bmpSource = child->getWorkspace()->getSelectedLayer()->getRender();
}
else {
int exw = (int)( floor(fi.matrix.mxw / 2.0) + 1 );
int exh = (int)( floor(fi.matrix.mxh / 2.0) + 1 );
shift.X = -exw;
shift.Y = -exh;
Bitmap *newsource = new Bitmap(
source->GetWidth() + 2 * exw,
source->GetHeight() + 2 * exh,
source->GetPixelFormat());
Graphics *g = Graphics::FromImage(newsource);
g->DrawImage(source,exw,exh,source->GetWidth(),source->GetHeight());
delete g;
delete source;
source = newsource;
fi.bmpSource = newsource;
}
if( fi.filterByValue == true )
this->lastFilterValue = fi.filterValue;
else
this->lastCustomMatrix = fi.matrix;
this->lastBw = fi.bw;
this->lastAlpha = fi.bwalpha;
Rect newbounds = ToolFilter::applyFilter(&fi,bounds);
if( child->getWorkspace()->getSelection() == NULL ){
bounds = &newbounds;
bounds->X += shift.X;
bounds->Y += shift.Y;
}
child->getWorkspace()->getSelectedLayer()->applyEffect(
fi.bmpEffect,
bounds,
this,
fi.filterId);
delete fi.bmpEffect;
this->isLastActivate = true;
child->getWorkspace()->updateToolws();
child->getWorkspace()->update();
}
if( source != NULL )
delete source;
}
}
Rect ToolFilter::applyFilter(ToolFilter::Info *fi, Rect *clip, bool once)
{
Core::self->getGui()->setCursor(CURSOR_WAIT);
int w = (int)( floor(fi->matrix.mxw / 2.0) );
int h = (int)( floor(fi->matrix.mxh / 2.0) );
int exw = fi->matrix.mxw + 1;
int exh = fi->matrix.mxh + 1;
UINT *src0, *bmp0;
BitmapData srcData, bmpData;
Bitmap *src = fi->bmpSource;
Rect srcRect(0,0,src->GetWidth(),src->GetHeight());
if( clip == NULL ){
clip = &srcRect;
}
else {
int maxx = max(clip->X - exw,0);
int maxy = max(clip->Y - exh,0);
int ext = 2;
srcRect = Rect(
maxx,
maxy,
min(clip->Width + ext * exw,(int)src->GetWidth() - maxx),
min(clip->Height + ext * exh,(int)src->GetHeight() - maxy)
);
}
int bmpWidth = clip->Width;
int bmpHeight = clip->Height;
if( fi->smooth == true ){
bmpWidth += 4 * exw;
bmpHeight += 4 * exh;
}
Bitmap *bmp = new Bitmap(
bmpWidth,
bmpHeight,
src->GetPixelFormat()
);
Rect bmpRect(0,0,bmp->GetWidth(),bmp->GetHeight());
src->LockBits(
&srcRect,
ImageLockModeRead,
src->GetPixelFormat(),
&srcData
);
bmp->LockBits(
&bmpRect,
ImageLockModeWrite,
bmp->GetPixelFormat(),
&bmpData
);
src0 = (UINT *)srcData.Scan0;
bmp0 = (UINT *)bmpData.Scan0;
int srcWidth = srcData.Width;
int srcHeight = srcData.Height;
for( int x = 0; x < bmpWidth; x++ ){
for( int y = 0; y < bmpHeight; y++ ){
bmp0[y * bmpData.Stride / 4 + x] = ToolFilter::filterPixel(fi,&srcData,x,y,w,h);
}
}
if( fi->edgeTrace == true && fi->filterValue > 0 ){
ToolFilter::Matrix oldMatrix = fi->matrix;
fi->matrix = ToolFilter::allocMatrixEdgetrace(fi->filterValue,1);
for( int x = 0; x < bmpWidth; x++ ){
for( int y = 0; y < bmpHeight; y++ ){
bmp0[y * bmpData.Stride / 4 + x] += ToolFilter::filterPixel(fi,&srcData,x,y,w,h);
}
}
fi->matrix = ToolFilter::allocMatrixEdgetrace(fi->filterValue,2);
for( int x = 0; x < bmpWidth; x++ ){
for( int y = 0; y < bmpHeight; y++ ){
bmp0[y * bmpData.Stride / 4 + x] += ToolFilter::filterPixel(fi,&srcData,x,y,w,h);
}
}
fi->matrix = oldMatrix;
}
src->UnlockBits(&srcData);
bmp->UnlockBits(&bmpData);
fi->bmpEffect = bmp;
int refils = 0;
switch(fi->filterId){
case ID_FILTER_SHARPEN:
if( fi->filterValue > SHARPENMAX/2 )
refils = fi->filterValue - SHARPENMAX/2;
break;
case ID_FILTER_GAUSSIANBLUR:
if( fi->filterValue > GAUSSMAX )
refils = fi->filterValue - GAUSSMAX;
break;
}
Bitmap *source = fi->bmpSource;
if( refils > 0 && once == false ){
for(int i = 0; i < refils; i++ ){
fi->bmpSource = fi->bmpEffect;
fi->bmpEffect = NULL;
ToolFilter::applyFilter(fi,NULL,true);
delete fi->bmpSource;
}
}
fi->bmpSource = source;
Rect gridClip(clip->X,clip->Y,clip->Width,clip->Height);
clip->X -= exw;
clip->Y -= exh;
Core::self->getGui()->setCursor();
return gridClip;
}
BOOL SavePngFile(HICON hIcon, LPCSTR strPngFile,int iOutWith = -1,int iOutHeight = -1)
{
if (hIcon == NULL)
return FALSE;
ICONINFO icInfo = { 0 };
if (!::GetIconInfo(hIcon, &icInfo))
return FALSE;
BITMAP bitmap;
GetObject(icInfo.hbmColor, sizeof(BITMAP), &bitmap);
Bitmap* pBitmap = NULL;
Bitmap* pWrapBitmap = NULL;
if (bitmap.bmBitsPixel != 32)
{
pBitmap = Bitmap::FromHICON(hIcon);
}
else
{
pWrapBitmap = Bitmap::FromHBITMAP(icInfo.hbmColor, NULL);
BitmapData bitmapData;
Rect rcImage(0,0, pWrapBitmap->GetWidth(), pWrapBitmap->GetHeight());
pWrapBitmap->LockBits(&rcImage, ImageLockModeRead, pWrapBitmap->GetPixelFormat(), &bitmapData);
pBitmap = new Bitmap(bitmapData.Width, bitmapData.Height, bitmapData.Stride,
PixelFormat32bppARGB, (BYTE*)bitmapData.Scan0);
pWrapBitmap->UnlockBits(&bitmapData);
Gdiplus::Color Bmpcolor;
BOOL BmpcolorTag=TRUE;
for (UINT bmpx=0;bmpx<pBitmap->GetWidth();bmpx++)
{
for (UINT bmpy=0;bmpy<pBitmap->GetHeight();bmpy++)
{
pBitmap->GetPixel(bmpx,bmpy,&Bmpcolor);
if(Bmpcolor.GetA()!=0)
{
BmpcolorTag=FALSE;
break;
}
}
if (BmpcolorTag==FALSE)
break;
}
if (BmpcolorTag==TRUE)
{
delete pWrapBitmap;
pWrapBitmap = NULL;
delete pBitmap;
pBitmap = NULL;
pBitmap = Gdiplus::Bitmap::FromHICON(hIcon);
}
}
DeleteObject(icInfo.hbmColor);
DeleteObject(icInfo.hbmMask);
static bool GetPngCode = false;
static CLSID pngid;
if (!GetPngCode)
{
GetPngCode = true;
GetEncoderClsid(L"image/png", &pngid);
}
if (iOutWith !=-1 && iOutHeight!=-1)
{
Bitmap *pStretched = StretchBitmap(pBitmap,128,128);
if (pStretched)
{
delete pBitmap;
pBitmap = pStretched;
}
}
_bstr_t bstr(strPngFile);
wstring wstrPng = (WCHAR*)bstr;
Gdiplus::Status s = pBitmap->Save(wstrPng.c_str(),&pngid,NULL);
delete pBitmap;
if (pWrapBitmap)
delete pWrapBitmap;
DeleteObject(icInfo.hbmColor);
DeleteObject(icInfo.hbmMask);
if (s==Gdiplus::Ok)
return TRUE;
return FALSE;
}