bool CxImageIG::decodeSubLayer (CxFile& file, IGLibrary::IGLayer *pSubLayerOwner, IGSECTIONHEADER_LAYER *pLayerSection)
{
CxImage cxSubLayer;
if (!file.Seek (pLayerSection->commonHeader.nFirstByteOffset, SEEK_SET))
throw IGEXCEPTION (CxImageIGException, "decodeSubLayer", "file.Seek failed");
// read sub-layer pixels
BYTE *pBufImg = new BYTE [pLayerSection->commonHeader.nSizeBuf];
file.Read (pBufImg, pLayerSection->commonHeader.nSizeBuf, 1);
if (!cxSubLayer.Decode (pBufImg, pLayerSection->commonHeader.nSizeBuf, CXIMAGEIG_LAYERFORMAT))
throw IGEXCEPTION (CxImageIGException, "decodeSubLayer", "cxSubLayer.Decode failed");
delete [] pBufImg;
// read sub-layer alpha
cxSubLayer.AlphaCreate (255);
file.Read (cxSubLayer.pAlpha, cxSubLayer.GetWidth() * cxSubLayer.GetHeight(), 1);
// decode sub-layer into layer
BYTE *pLayerBits = NULL;
BYTE *pSubLayerBits = NULL;
for (int i = 0; i < pLayerSection->ptSize.y; i++)
{
pSubLayerBits = cxSubLayer.GetBits (i);
pLayerBits = pSubLayerOwner->GetBits (pLayerSection->ptOffset.y + i) + 3 * pLayerSection->ptOffset.x;
::memcpy (pLayerBits, pSubLayerBits, (pLayerSection->ptSize.x) * 3);
}
BYTE *pLayerAlpha = NULL;
BYTE *pSubLayerAlpha = NULL;
for (int i = 0; i < (pLayerSection->ptSize.y); i++)
{
pLayerAlpha = pSubLayerOwner->AlphaGetPointer (pLayerSection->ptOffset.x, pLayerSection->ptOffset.y + i);
pSubLayerAlpha = cxSubLayer.AlphaGetPointer (0, i);
::memcpy (pLayerAlpha, pSubLayerAlpha, (pLayerSection->ptSize.x));
}
return true;
}
void ModelOpened::ExportPNG(wxString val, wxString suffix)
{
if (val == wxEmptyString)
return;
wxFileName fn = fixMPQPath(val);
if (fn.GetExt().Lower() != wxT("blp"))
return;
TextureID temptex = texturemanager.add(val);
Texture &tex = *((Texture*)texturemanager.items[temptex]);
if (tex.w == 0 || tex.h == 0)
return;
wxString temp;
unsigned char *tempbuf = (unsigned char*)malloc(tex.w*tex.h*4);
tex.getPixels(tempbuf, GL_BGRA_EXT);
CxImage *newImage = new CxImage(0);
newImage->AlphaCreate(); // Create the alpha layer
newImage->IncreaseBpp(32); // set image to 32bit
newImage->CreateFromArray(tempbuf, tex.w, tex.h, 32, (tex.w*4), true);
if (bPathPreserved) {
wxFileName::Mkdir(wxGetCwd()+SLASH+wxT("Export")+SLASH+fn.GetPath(), 0755, wxPATH_MKDIR_FULL);
temp = wxGetCwd()+SLASH+wxT("Export")+SLASH+fn.GetPath()+SLASH+fn.GetName()+wxT(".")+suffix;
} else {
temp = wxGetCwd()+SLASH+wxT("Export")+SLASH+fn.GetName()+wxT(".")+suffix;
}
//wxLogMessage(wxT("Info: Exporting texture to %s..."), temp.c_str());
if (suffix == wxT("tga"))
#ifndef _MINGW
newImage->Save(temp.mb_str(), CXIMAGE_FORMAT_TGA);
#else
newImage->Save(temp.wc_str(), CXIMAGE_FORMAT_TGA);
#endif
else
bool IGFrameManager::Cut(LPCWSTR pcwGuid)
{
IGSmartPtr <IGFrame> spFrame;
if (!GetFrame(pcwGuid, spFrame))
return false;
CxImage *pCxLayer = spFrame->GetWorkingLayer();
if (!pCxLayer)
return false;
RECT rcSel;
if (pCxLayer->SelectionIsValid())
pCxLayer->SelectionGetBox (rcSel);
else{
rcSel.bottom = 0;
rcSel.left = 0;
rcSel.top = pCxLayer->GetHeight();
rcSel.right = pCxLayer->GetWidth();
}
m_spClipboardLayer = new IGLayer(NULL);
m_spClipboardLayer->Create (rcSel.right - rcSel.left, rcSel.top - rcSel.bottom, 24);
m_spClipboardLayer->AlphaCreate();
pCxLayer->AlphaCreate();
RGBQUAD qGray; qGray.rgbBlue = CXIMAGE_GRAY; qGray.rgbGreen = CXIMAGE_GRAY; qGray.rgbRed = CXIMAGE_GRAY;
for(long y=rcSel.bottom; y<rcSel.top; y++){
for(long x=rcSel.left; x<rcSel.right; x++){
if (pCxLayer->BlindSelectionIsInside(x,y)){
m_spClipboardLayer->BlindSetPixelColor(x - rcSel.left, y - rcSel.bottom, pCxLayer->BlindGetPixelColor(x,y));
pCxLayer->BlindSetPixelColor(x, y, qGray);
pCxLayer->AlphaSet(x, y, 0);
}
else
m_spClipboardLayer->AlphaSet (x - rcSel.left, y - rcSel.bottom, 0);
}
}
return true;
}
bool CxImageIG::DecodeLayer (CxFile &file, int nLayerIdx, int nLayerPos, RECT *p_rcSubLayer, bool bUndo, int nSubLayerId)
{
// read current header
IGHEADER igHeader;
if (!decodeHeader (&file, &igHeader))
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "decodeHeader failed");
if (nLayerIdx < 0)
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "nLayerIdx failed");
if ((nLayerPos < 0) || (nLayerPos >= info.nNumLayers))
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "nLayerPos failed");
IGSECTIONHEADER_LAYER *pLayerSections = new IGSECTIONHEADER_LAYER [CXIMAGEIG_MAX_NBLAYERS];
IGSECTIONHEADER_SELECTION *pSelectionSections = new IGSECTIONHEADER_SELECTION [CXIMAGEIG_MAX_NBSELECTIONS];
if (!decodeSections (&file, &igHeader, &pLayerSections[0], &pSelectionSections[0]))
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "decodeSections failed");
IGLibrary::IGLayer *pLayer = GetLayer (nLayerPos);
if (!pLayer)
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "GetLayer failed");
CxImage cxSubLayer;
CxImage *pDecodingLayer = p_rcSubLayer ? &cxSubLayer : pLayer;
bool bIsSubLayerOwner = bUndo && p_rcSubLayer; // no need to find sub-layer owner in do mode
int nLayerSectionIndex = findLayerSectionIndex (&igHeader, pLayerSections, nLayerIdx, bIsSubLayerOwner);
if ((nLayerSectionIndex < 0) || (nLayerSectionIndex >= igHeader.nNbLayers))
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "findLayerSectionIndex failed");
// in undo mode, if a sub-layer owner is found, decode it
if (bUndo){
if (bIsSubLayerOwner)
{
// decode sub-layer owner
if (!DecodeLayer (file, pLayerSections [nLayerSectionIndex].commonHeader.nId, nLayerPos))
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "DecodeLayer failed");
// decode sub-layers
int nSubLayerSectionIndex = findLayerSectionIndex (&igHeader, pLayerSections, nLayerIdx, bIsSubLayerOwner);
if ((nSubLayerSectionIndex < 0) || (nSubLayerSectionIndex >= igHeader.nNbLayers))
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "findLayerSectionIndex failed");
RECT rcSubLayer;
rcSubLayer.left = pLayerSections[nSubLayerSectionIndex].ptOffset.x;
rcSubLayer.right = pLayerSections[nSubLayerSectionIndex].ptOffset.x + pLayerSections[nSubLayerSectionIndex].ptSize.x - 1;
rcSubLayer.top = pLayerSections[nSubLayerSectionIndex].ptOffset.y;
rcSubLayer.bottom = pLayerSections[nSubLayerSectionIndex].ptOffset.y + pLayerSections[nSubLayerSectionIndex].ptSize.y - 1;
return DecodeLayer (file, pLayerSections [nLayerSectionIndex].commonHeader.nId, nLayerPos, &rcSubLayer, true, nLayerIdx);
}
}
if (!file.Seek (pLayerSections [nLayerSectionIndex].commonHeader.nFirstByteOffset, SEEK_SET))
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "file.Seek failed");
// read layer pixels
BYTE *pBufImg = new BYTE [pLayerSections [nLayerSectionIndex].commonHeader.nSizeBuf];
file.Read (pBufImg, pLayerSections [nLayerSectionIndex].commonHeader.nSizeBuf, 1);
if (!pDecodingLayer->Decode (pBufImg, pLayerSections [nLayerSectionIndex].commonHeader.nSizeBuf, CXIMAGEIG_LAYERFORMAT))
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "pDecodingLayer->Decode failed");
delete [] pBufImg;
// read layer alpha
pDecodingLayer->AlphaCreate (255);
file.Read (pDecodingLayer->pAlpha, pDecodingLayer->GetWidth() * pDecodingLayer->GetHeight(), 1);
int nSubLayerWidth = 0;
int nSubLayerHeight = 0;
if (p_rcSubLayer)
{
// decode sub-layer
nSubLayerWidth = p_rcSubLayer->right - p_rcSubLayer->left + 1;
nSubLayerHeight = p_rcSubLayer->bottom - p_rcSubLayer->top + 1;
BYTE *pLayerBits = NULL;
BYTE *pSubLayerBits = NULL;
for (int i = 0; i < nSubLayerHeight; i++)
{
// if undo, then sub-layer == original layer
pSubLayerBits = bUndo ? pDecodingLayer->GetBits (p_rcSubLayer->top + i) + 3 * p_rcSubLayer->left : pDecodingLayer->GetBits (i);
pLayerBits = pLayer->GetBits (p_rcSubLayer->top + i) + 3 * p_rcSubLayer->left;
::memcpy (pLayerBits, pSubLayerBits, nSubLayerWidth * 3);
}
BYTE *pLayerAlpha = NULL;
BYTE *pSubLayerAlpha = NULL;
for (int i = 0; i < nSubLayerHeight; i++)
{
pLayerAlpha = pLayer->AlphaGetPointer (p_rcSubLayer->left, p_rcSubLayer->top + i);
pSubLayerAlpha = bUndo ? pDecodingLayer->AlphaGetPointer (p_rcSubLayer->left, p_rcSubLayer->top + i) : pDecodingLayer->AlphaGetPointer (0, i);
::memcpy (pLayerAlpha, pSubLayerAlpha, nSubLayerWidth);
}
if (bUndo)
{
// original layer is now decoded. decode sub-layers
bIsSubLayerOwner = false;
int nMaxSubLayerSectionIndex = findLayerSectionIndex (&igHeader, pLayerSections, nSubLayerId, bIsSubLayerOwner); // we always have bIsSubLayerOwner = false, its used for the reference only
if (nMaxSubLayerSectionIndex < 0)
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "findLayerSectionIndex failed");
if (nMaxSubLayerSectionIndex <= igHeader.nNbLayers)
{
for (int i = 0; i < pLayerSections [nLayerSectionIndex].nSubLayers; i++)
{
if (pLayerSections [nLayerSectionIndex].pnSubLayers [i] <= nMaxSubLayerSectionIndex)
{
if (!decodeSubLayer (file, pLayer, &pLayerSections [pLayerSections [nLayerSectionIndex].pnSubLayers [i]]))
throw IGEXCEPTION (CxImageIGException, "DecodeLayer", "decodeSubLayer failed");
}
}
}
}
}
else
{
pLayer->info.xOffset = pLayerSections [nLayerSectionIndex].ptOffset.x;
pLayer->info.yOffset = pLayerSections [nLayerSectionIndex].ptOffset.y;
}
pLayer->SetId (nLayerIdx);
pLayer->UpdateImageParameters();
delete [] pLayerSections;
delete [] pSelectionSections;
return true;
}
bool CxImageIG::EncodeLayer (const wchar_t *pcwFilePath, int nLayerIdx, int nLayerPos, RECT *p_rcSubLayer, int nSubLayerOwnerId)
{
CxIOFile file;
if (!file.Open (pcwFilePath, L"r+b"))
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "file.Open failed");
// read current header
IGHEADER igHeader;
if (!decodeHeader (&file, &igHeader))
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "decodeHeader failed");
IGSECTIONHEADER_LAYER *pLayerSections = new IGSECTIONHEADER_LAYER[CXIMAGEIG_MAX_NBLAYERS];
IGSECTIONHEADER_SELECTION *pSelectionSections = new IGSECTIONHEADER_SELECTION[CXIMAGEIG_MAX_NBSELECTIONS];
if (!decodeSections (&file, &igHeader, &pLayerSections[0], &pSelectionSections[0]))
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "decodeSections failed");
IGLibrary::IGLayer *pLayer = GetLayer (nLayerPos);
if (!pLayer)
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "GetLayer failed");
_ASSERTE ((int)pLayer->GetId() == nLayerIdx && "CxImageIG::EncodeLayer FAILED");
bool bIsSubLayerOwner = false;
int nLayerSectionIndex = findLayerSectionIndex (&igHeader, pLayerSections, nLayerIdx, bIsSubLayerOwner);
if (nLayerSectionIndex < 0)
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "findLayerSectionIndex failed");
if ((nLayerSectionIndex > igHeader.nNbLayers) || (nLayerSectionIndex >= CXIMAGEIG_MAX_NBLAYERS))
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "findLayerSectionIndex failed");
CxImage cxSubLayer;
CxImage *pEncodingLayer = pLayer;
int nSubLayerWidth = 0;
int nSubLayerHeight = 0;
if (p_rcSubLayer)
{
// Encode sub-layer
nSubLayerWidth = p_rcSubLayer->right - p_rcSubLayer->left + 1;
nSubLayerHeight = p_rcSubLayer->bottom - p_rcSubLayer->top + 1;
cxSubLayer.Create (nSubLayerWidth, nSubLayerHeight, 24);
cxSubLayer.AlphaCreate (255);
BYTE *pLayerBits = NULL;
BYTE *pSubLayerBits = NULL;
for (int i = 0; i < nSubLayerHeight; i++)
{
pSubLayerBits = cxSubLayer.GetBits (i);
pLayerBits = pLayer->GetBits (p_rcSubLayer->top + i) + 3 * p_rcSubLayer->left;
::memcpy (pSubLayerBits, pLayerBits, nSubLayerWidth * 3);
}
BYTE *pLayerAlpha = NULL;
BYTE *pSubLayerAlpha = NULL;
for (int i = 0; i < nSubLayerHeight; i++)
{
pLayerAlpha = pLayer->AlphaGetPointer (p_rcSubLayer->left, p_rcSubLayer->top + i);
pSubLayerAlpha = cxSubLayer.AlphaGetPointer (0, i);
::memcpy (pSubLayerAlpha, pLayerAlpha, nSubLayerWidth);
}
pEncodingLayer = &cxSubLayer;
int nSubLayerSectionIndex = findLayerSectionIndex (&igHeader, pLayerSections, nSubLayerOwnerId, bIsSubLayerOwner);
if (nSubLayerSectionIndex < 0)
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "findLayerSectionIndex failed");
pLayerSections [nSubLayerSectionIndex].pnSubLayers [pLayerSections [nSubLayerSectionIndex].nSubLayers++] = nLayerSectionIndex;
}
ProgressSetRange (pLayer->GetHeight(), 0);
ProgressSetMessage (L"Encoding layer...");
// fill layer offset and size
pLayerSections [nLayerSectionIndex].nSubLayers = 0;
pLayerSections [nLayerSectionIndex].ptOffset.x = p_rcSubLayer ? p_rcSubLayer->left : pLayer->info.xOffset;
pLayerSections [nLayerSectionIndex].ptOffset.y = p_rcSubLayer ? p_rcSubLayer->top : pLayer->info.yOffset;
pLayerSections [nLayerSectionIndex].ptSize.x = p_rcSubLayer ? p_rcSubLayer->right - p_rcSubLayer->left + 1 : pLayer->GetWidth();
pLayerSections [nLayerSectionIndex].ptSize.y = p_rcSubLayer ? p_rcSubLayer->bottom - p_rcSubLayer->top + 1 : pLayer->GetHeight();
if (nLayerSectionIndex == igHeader.nNbLayers)
pLayerSections [nLayerSectionIndex].commonHeader.nSectionId = (BYTE)igHeader.nNbSections;
pLayerSections [nLayerSectionIndex].commonHeader.nId = nLayerIdx;
pLayerSections [nLayerSectionIndex].commonHeader.eSectionType = IGSECTION_LAYER;
// set byte offset
if (igHeader.nNbSections == 0)
pLayerSections [nLayerSectionIndex].commonHeader.nFirstByteOffset = sizeof (IGHEADER) + sizeof (IGSECTIONHEADER_LAYER) * CXIMAGEIG_MAX_NBLAYERS + sizeof (IGSECTIONHEADER_SELECTION) * CXIMAGEIG_MAX_NBSELECTIONS;
else
pLayerSections [nLayerSectionIndex].commonHeader.nFirstByteOffset = findSectionFirstByteOffset (&igHeader, pLayerSections, pSelectionSections, pLayerSections [nLayerSectionIndex].commonHeader.nSectionId);
igHeader.nNbLayers = nLayerSectionIndex + 1;
if (igHeader.nNbSelections == 0)
{
igHeader.nNbSections = pLayerSections [nLayerSectionIndex].commonHeader.nSectionId + 1;
igHeader.nNbSelections = igHeader.nNbSections - igHeader.nNbLayers;
}
else
{
if (pSelectionSections [igHeader.nNbSelections - 1].commonHeader.nSectionId == pLayerSections [nLayerSectionIndex].commonHeader.nSectionId + 1)
igHeader.nNbSections = igHeader.nNbSelections + igHeader.nNbLayers;
else
{
igHeader.nNbSections = pLayerSections [nLayerSectionIndex].commonHeader.nSectionId + 1;
igHeader.nNbSelections = igHeader.nNbSections - igHeader.nNbLayers;
}
}
// write layer pixels
if (!file.Seek (pLayerSections [nLayerSectionIndex].commonHeader.nFirstByteOffset, SEEK_SET))
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "file.Seek failed");
// set max JPEG quality
float fCurQuality = pEncodingLayer->GetJpegQualityF();
pEncodingLayer->SetJpegQualityF (100.0f);
// JPEG encoding
BYTE *pBuf = new BYTE [CXIMAGEIG_INIT_LAYERSIZE];
CxMemFile memFile (pBuf, CXIMAGEIG_INIT_LAYERSIZE);
if (!pEncodingLayer->Encode (&memFile, CXIMAGEIG_LAYERFORMAT))
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "pEncodingLayer->Encode failed");
BYTE *pBufImg = memFile.GetBuffer();
long nSizeBufImg = memFile.Tell();
// reset JPEG quality
pEncodingLayer->SetJpegQualityF (fCurQuality);
file.Write (pBufImg, nSizeBufImg, 1);
delete [] pBufImg;
pLayerSections [nLayerSectionIndex].commonHeader.nSizeBuf = nSizeBufImg;
// write layer alpha
if (!pEncodingLayer->pAlpha)
pEncodingLayer->AlphaCreate(255);
int nNbPixels = pEncodingLayer->GetWidth() * pEncodingLayer->GetHeight();
file.Write (pEncodingLayer->pAlpha, nNbPixels, 1);
pLayerSections [nLayerSectionIndex].commonHeader.nEndByteOffset = pLayerSections [nLayerSectionIndex].commonHeader.nFirstByteOffset + nSizeBufImg + nNbPixels;
// write new headers
if (!encodeHeader (&file, &igHeader))
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "encodeHeader failed");
if (!encodeSections (&file, &igHeader, pLayerSections, pSelectionSections))
throw IGEXCEPTION (CxImageIGException, "EncodeLayer", "encodeSections failed");
delete [] pLayerSections;
delete [] pSelectionSections;
return true;
}
BOOL CSonicImage::Rotate(int nAngle, POINT * pScout /* = NULL */)
{
if(m_Dib.IsValid() == FALSE)
{
return FALSE;
}
nAngle = abs(nAngle) % 360;
int nBitX = nAngle <= 180 ? 1 : 0;
int nBitY = nAngle > 90 && nAngle <= 270 ? 1 : 0;
int nSrcW = m_nWidth;
int nSrcH = m_nHeight;
const int nBytePixel = 4;
BYTE * pSrc = m_Dib.GetBits();
int nNewX = (nSrcW - nBitX) >> 1;
int nNewY = (nSrcH - nBitY) >> 1;
double m1 = -nSrcW / 2.0f;
double m2 = nSrcW / 2.0f;
double n1 = nSrcH / 2.0f;
double n2 = -nSrcH / 2.0f;
POINT pt1 = {(int)(m1 * COS(nAngle) + n1 * SIN(nAngle)) >> 10, (int)(-m1 * SIN(nAngle) + n1 * COS(nAngle)) >> 10};
POINT pt2 = {(int)(m2 * COS(nAngle) + n1 * SIN(nAngle)) >> 10, (int)(-m2 * SIN(nAngle) + n1 * COS(nAngle)) >> 10};
POINT pt3 = {(int)(m2 * COS(nAngle) + n2 * SIN(nAngle)) >> 10, (int)(-m2 * SIN(nAngle) + n2 * COS(nAngle)) >> 10};
POINT pt4 = {(int)(m1 * COS(nAngle) + n2 * SIN(nAngle)) >> 10, (int)(-m1 * SIN(nAngle) + n2 * COS(nAngle)) >> 10};
int i, j, x1, y1, x11, y11;
i = abs(pt3.x - pt1.x);
j = abs(pt4.x - pt2.x);
int nDestW = max(i, j);
i = abs(pt3.y - pt1.y);
j = abs(pt4.y - pt2.y);
int nDestH = max(i, j);
m_nWidth = nDestW;
m_nHeight = nDestH;
HBITMAP hBmp = NULL;
m_Dib.Resize(m_nWidth, m_nHeight, &hBmp);
BYTE * pDest = m_Dib.GetBits();
int temp;
int nOriginX = nDestW >> 1;
int nOriginY = nDestH >> 1;
for(i = 0; i < nDestH; i++)
{
for(j = 0; j < nDestW; j++)
{
x1 = j - nOriginX;
y1 = nOriginY - i;
temp = (x1 * COS(nAngle) + y1 * SIN(nAngle)) >> 10;
x11 = temp + nNewX;
temp = (-x1 * SIN(nAngle) + y1 * COS(nAngle)) >> 10;
y11 = nNewY - temp;
if(x11 >= 0 && x11 < nSrcW && y11 >= 0 && y11 < nSrcH)
{
COLORREF color = *(DWORD *)(pSrc + (nSrcW * nBytePixel * y11) + x11 * nBytePixel);
*(DWORD *)(pDest + i * nBytePixel * nDestW + j * nBytePixel) = color;
}
}
}
if(hBmp)
{
DeleteObject(hBmp);
}
if(pScout)
{
x1 = pScout->x - nNewX;
y1 = nNewY - pScout->y;
nAngle = 360 - nAngle;
x11 = (x1 * COS(nAngle) + y1 * SIN(nAngle)) >> 10;
x11 = x11 + nOriginX;
y11 = (-x1 * SIN(nAngle) + y1 * COS(nAngle)) >> 10;
y11 = nOriginY - y11;
pScout->x = x11;
pScout->y = y11;
}
EnableAlphaChannel(FALSE);
return TRUE;
}
BOOL CSonicImage::SaveAsFile(LPCTSTR lpszFileName, enImageType imgType, int nQuality /* = 0 */)
{
if(m_Dib.IsValid() == FALSE)
{
return FALSE;
}
CxImage img;
if(img.CreateFromHBITMAP(m_Dib.GetHBitmap()) == FALSE)
{
return FALSE;
}
if(IsAlphaChannelValid()
&& (imgType == IMAGE_TYPE_BMP
|| imgType == IMAGE_TYPE_PNG
|| imgType == IMAGE_TYPE_TGA
|| imgType == IMAGE_TYPE_ICO))
{
img.AlphaCreate();
for(int i = 0; i < m_nHeight; i++)
{
for(int j = 0; j < m_nWidth; j++)
{
BYTE bAlpha = *(m_Dib.GetBits() + i * m_nWidth * 4 + j * 4 + 3);
img.AlphaSet(j, i, bAlpha);
}
}
}
DWORD dwType = 0;
switch (imgType)
{
case IMAGE_TYPE_BMP:
dwType = CXIMAGE_FORMAT_BMP;
break;
case IMAGE_TYPE_JPEG:
dwType = CXIMAGE_FORMAT_JPG;
nQuality = nQuality ? nQuality : DEFAULT_JPEG_QULITY;
img.SetJpegQuality(nQuality);
break;
case IMAGE_TYPE_TGA:
dwType = CXIMAGE_FORMAT_TGA;
break;
case IMAGE_TYPE_PNG:
dwType = CXIMAGE_FORMAT_PNG;
break;
case IMAGE_TYPE_ICO:
dwType = CXIMAGE_FORMAT_ICO;
break;
}
CString strPath = lpszFileName;
int nFind1 = strPath.ReverseFind(_T('\\'));
int nFind2 = strPath.ReverseFind(_T('/'));
int nFind = max(nFind1, nFind2);
if(nFind != -1)
{
strPath = strPath.Left(nFind);
if(PathFileExists(strPath) == FALSE)
{
SHCreateDirectoryEx(NULL, strPath, NULL);
}
}
#ifdef _UNICODE
USES_CONVERSION;
if(img.Save(W2A(lpszFileName), dwType) == FALSE)
{
return FALSE;
}
#else
if(img.Save(lpszFileName, dwType) == FALSE)
{
return FALSE;
}
#endif
img.Clear();
return TRUE;
}
BOOL CSonicImage::Gray()
{
if(m_Dib.IsValid() == FALSE)
{
return FALSE;
}
int nSrcSize = m_nWidth * m_nHeight * 4;
CSSE::DoGray(m_Dib.GetBits(), nSrcSize);
return TRUE;
}
HRGN CSonicImage::CreateRgn(DWORD dwColorKey /* = DEFAULT_COLOR_KEY */, int x /* = 0 */, int y /* = 0 */, RECT * pRtSrc /* = NULL */, BOOL bReverse /* = FALSE */)
{
if(m_Dib.IsValid() == FALSE)
{
return FALSE;
}
int nBytePixel = 4;
BYTE * pSrc = m_Dib.GetBits();
CRect rtSrc(0, 0, m_nWidth, m_nHeight);
if(pRtSrc)
{
rtSrc = *pRtSrc;
}
int nLeftx = -1;
HRGN hAll = CreateRectRgn(x, y, x + rtSrc.Width(), y + rtSrc.Height());
for(int i = rtSrc.top; i < rtSrc.bottom; i++)
{
for(int j = rtSrc.left; j < rtSrc.right; j++)
{
DWORD dwColor = *(DWORD *)(pSrc + (i * m_nWidth * nBytePixel) + j * nBytePixel);
if(!bReverse)
{
if(EQUAL_24COLOR(dwColor, dwColorKey) && nLeftx < 0)
{
nLeftx = j;
}
if(nLeftx >= 0 && (!EQUAL_24COLOR(dwColor, dwColorKey) || j + 1 == rtSrc.right))
{
if(EQUAL_24COLOR(dwColor, dwColorKey) && j + 1 == rtSrc.right)j++;
HRGN hTemp = CreateRectRgn(x + nLeftx - rtSrc.left, y + i - rtSrc.top, x + j - rtSrc.left, y + i + 1 - rtSrc.top);
CombineRgn(hAll, hAll, hTemp, RGN_XOR);
DeleteObject(hTemp);
nLeftx = -1;
}
}
else
{
if(!EQUAL_24COLOR(dwColor, dwColorKey) && nLeftx < 0)
{
nLeftx = j;
}
if(nLeftx >= 0 && (EQUAL_24COLOR(dwColor, dwColorKey) || j + 1 == rtSrc.right))
{
if(!EQUAL_24COLOR(dwColor, dwColorKey) && j + 1 == rtSrc.right)j++;
HRGN hTemp = CreateRectRgn(x + nLeftx - rtSrc.left, y + i - rtSrc.top, x + j - rtSrc.left, y + i + 1 - rtSrc.top);
CombineRgn(hAll, hAll, hTemp, RGN_XOR);
DeleteObject(hTemp);
nLeftx = -1;
}
}
}
}
return hAll;
}
BOOL CSonicImage::IsAlphaChannelValid()
{
return m_bAlphaChannel;
}
BOOL CSonicImage::EnableAlphaChannel(BOOL bModifyRgb /* = TRUE */)
{
if(m_bAlphaChannel)
{
return FALSE;
}
if(m_Dib.IsValid() == FALSE)
{
return FALSE;
}
m_bAlphaChannel = TRUE;
if(bModifyRgb)
{
int nSrc = m_nWidth * m_nHeight;
DWORD * pSrc = (DWORD *)m_Dib.GetBits();
for(int i = 0; i < nSrc; i++)
{
CSSE::AdjustAlpha(*pSrc);
pSrc++;
}
}
return TRUE;
}
DWORD CSonicImage::GetPixel(int x, int y)
{
if(m_Dib.IsValid() == FALSE)
{
return 0;
}
if(y < 0 || y >= m_nHeight)
{
return 0;
}
if(x < 0 || x >= m_nWidth)
{
return 0;
}
return *(DWORD *)(m_Dib.GetBits() + (m_nHeight - y - 1) * m_nWidth * 4 + x * 4);
}
BOOL CSonicImage::SetPixel(int x, int y, DWORD dwColor)
{
if(m_Dib.IsValid() == FALSE)
{
return 0;
}
if(IsAlphaChannelValid())
{
CSSE::AdjustAlpha(dwColor);
}
else
{
dwColor |= 0xff000000;
}
if(y < 0 || y >= m_nHeight)
{
return 0;
}
if(x < 0 || x >= m_nWidth)
{
return 0;
}
*(DWORD *)(m_Dib.GetBits() + (m_nHeight - y - 1) * m_nWidth * 4 + x * 4) = dwColor;
return TRUE;
}
BYTE * CSonicImage::GetBits()
{
return m_Dib.GetBits();
}
BOOL CSonicImage::Init()
{
double radiant;
for(int i = 0; i < 361; i++)
{
radiant = (i * PAI) / 180;
double temp = sin(radiant) * 1024;
Trigonometry[i][0] = ROUND(temp);
temp = cos(radiant) * 1024;
Trigonometry[i][1] = ROUND(temp);
}
return TRUE;
}
BOOL CSonicImage::SetBitsToDevice(HDC hdc, int x /* = 0 */, int y /* = 0 */)
{
return SetDIBitsToDevice(hdc, x, y, m_nWidth, m_nHeight, 0, 0, 0, m_nHeight, m_Dib.GetBits(), m_Dib.GetBitmapInfo(), DIB_RGB_COLORS) != 0;
}
RECT CSonicImage::CalculateRectByDrawParam(int x, int y, const DRAW_PARAM * pDp, RECT * pSrc /* = NULL */)
{
CRect rtSrc, rtDest;
int cx = m_nWidth;
int cy = m_nHeight;
if(pDp && (pDp->dwMask & DP_SRC_CLIP))
{
rtSrc = pDp->rtSrc;
}
else
{
rtSrc.SetRect(0, 0, m_nWidth, m_nHeight);
}
cx = rtSrc.Width();
cy = rtSrc.Height();
if(pDp)
{
if(pDp->dwMask & DP_SCALE)
{
cx = (int)(rtSrc.Width() * pDp->fScaleX);
cy = (int)(rtSrc.Height() * pDp->fScaleY);
}
if(pDp->dwMask & DP_DEST_LIMIT)
{
cx = pDp->cx;
cy = pDp->cy;
}
if(pDp->dwMask & DP_TILE)
{
cx = pDp->nTileLength;
}
if(pDp->dwMask & DP_VER_TILE)
{
cy = pDp->nTileLength;
}
}
rtDest.SetRect(x, y, x + cx, y + cy);
if(pSrc)
{
*pSrc = rtSrc;
}
return rtDest;
}
BOOL CSonicImage::SetColorKey(DWORD dwColor)
{
if(IsAlphaChannelValid())
{
return FALSE;
}
CSSE::SetColorKey(m_Dib.GetBits(), m_Dib.GetSize(), dwColor);
EnableAlphaChannel(FALSE);
return TRUE;
}
BOOL CSonicImage::Load(HDC hdc, int x, int y, int cx, int cy, BOOL bAlphaChannel /* = FALSE */)
{
Clear();
BITMAP bmp;
GetObject((HBITMAP)GetCurrentObject(hdc, OBJ_BITMAP), sizeof(bmp), &bmp);
if(bmp.bmType != 0 || bmp.bmPlanes != 1)
{
return FALSE;
}
if(bmp.bmBitsPixel != 32)
{
return FALSE;
}
if(PrepareMemDC(cx, cy) == FALSE)
{
return FALSE;
}
BitBlt(m_Dib.GetSafeHdc(), 0, 0, cx, cy, hdc, x, y, SRCCOPY);
if(bAlphaChannel)
{
EnableAlphaChannel(FALSE);
CSSE::DoOr(0xff000000, m_Dib.GetBits(), m_Dib.GetSize());
}
return TRUE;
}
BOOL CSonicImage::Create(int cx, int cy, DWORD dwColor /* = 0 */, BOOL bWithAlpha /* = FALSE */)
{
if(PrepareMemDC(cx, cy) == FALSE)
{
return FALSE;
}
if(bWithAlpha)
{
CSSE::AdjustAlpha(dwColor);
EnableAlphaChannel(FALSE);
}
if(dwColor)
{
Flush(dwColor);
}
return TRUE;
}
BOOL CSonicImage::Flush(DWORD dwColor)
{
if(m_Dib.IsValid() == FALSE)
{
return FALSE;
}
CSSE::MemSetDWord(m_Dib.GetBits(), dwColor, m_Dib.GetSize());
return TRUE;
}
BOOL CSonicImage::SetHsl(int h /* = -1 */, int s /* = -1 */, int l /* = -1 */)
{
if(IsValid() == FALSE)
{
return FALSE;
}
CSSE::SetHSL(m_Dib.GetBits(), m_Dib.GetSize(), h, s, l);
return TRUE;
}
BOOL CSonicImage::MirrorX()
{
if(IsValid() == FALSE)
{
return FALSE;
}
CSSE::MirrorX(m_Dib.GetBits(), m_nWidth, m_nHeight);
return TRUE;
}
BOOL CSonicImage::MirrorY()
{
if(IsValid() == FALSE)
{
return FALSE;
}
CSSE::MirrorY(m_Dib.GetBits(), m_nWidth, m_nHeight);
return TRUE;
}
BOOL CSonicImage::Stretch(int cx, int cy)
{
if(IsValid() == FALSE)
{
return FALSE;
}
if(cx == m_nWidth && cy == m_nHeight)
{
return TRUE;
}
CSonicImage * pImg = (CSonicImage *)g_UI.CreateImage();
pImg->CloneFrom(this);
PrepareMemDC(cx, cy);
CSSE::Stretch(pImg->m_Dib.GetBits(), pImg->GetWidth(), pImg->GetHeight(), m_Dib.GetBits(), cx, cy);
g_UI.DestroyObject(pImg);
return TRUE;
}
BOOL CSonicImage::Extend(int cx /* = 0 */, int cy /* = 0 */)
{
if(IsValid() == FALSE)
{
return FALSE;
}
cx = (cx == 0 ? m_nWidth : cx);
cy = (cy == 0 ? m_nHeight : cy);
CSonicImage * pImg = (CSonicImage *)g_UI.CreateImage();
pImg->CloneFrom(this);
PrepareMemDC(cx, cy);
for(int i = 0; i < cy; i += pImg->GetHeight())
{
for(int j = 0; j < cx; j += pImg->GetWidth())
{
pImg->SetBitsToDevice(m_Dib.GetSafeHdc(), j, i);
}
}
g_UI.DestroyObject(pImg);
return TRUE;
}
HDC CSonicImage::GetDC()
{
if(IsValid() == FALSE)
{
return NULL;
}
return m_Dib.GetSafeHdc();
}
BOOL CSonicImage::DestroyAlphaChannel()
{
if(IsValid() == FALSE)
{
return FALSE;
}
CSSE::DoAnd(0xffffff, (char *)m_Dib.GetBits(), m_Dib.GetSize());
return TRUE;
}
BOOL CSonicImage::SetAlphaChannel(BYTE bAlpha)
{
if(IsValid() == FALSE)
{
return FALSE;
}
CSSE::DoOr((bAlpha << 24), (char *)m_Dib.GetBits(), m_Dib.GetSize());
EnableAlphaChannel(FALSE);
return TRUE;
}
BOOL CSonicImage::Blur(int nType /* = 0 */)
{
if(IsValid() == FALSE)
{
return FALSE;
}
char * pTemp = new char[m_Dib.GetSize()];
CSSE::MemCopy(pTemp, m_Dib.GetBits(), m_Dib.GetSize());
int i, j;
DWORD * pSrc = (DWORD *)m_Dib.GetBits();
DWORD * pDest = (DWORD *)pTemp;
for(i = 1; i < m_Dib.GetHeight() - 1; i++)
{
for(j = 1; j < m_Dib.GetWidth() - 1; j++)
{
DWORD dw1 = *(pDest + i * m_Dib.GetWidth() + j);
DWORD dw2 = *(pDest + i * m_Dib.GetWidth() + j - 1);
DWORD dw3 = *(pDest + i * m_Dib.GetWidth() + j + 1);
DWORD dw4 = *(pDest + (i - 1) * m_Dib.GetWidth() + j);
DWORD dw5 = *(pDest + (i + 1) * m_Dib.GetWidth() + j);
DWORD dw6 = *(pDest + (i - 1) * m_Dib.GetWidth() + j - 1);
DWORD dw7 = *(pDest + (i - 1) * m_Dib.GetWidth() + j + 1);
DWORD dw8 = *(pDest + (i + 1) * m_Dib.GetWidth() + j - 1);
DWORD dw9 = *(pDest + (i + 1) * m_Dib.GetWidth() + j + 1);
char r, g, b;
r = g = b = 0;
switch (nType)
{
case 0:
{
// gauss blur
r = ((GetRValue(dw1) << 2) +
((GetRValue(dw2) +
GetRValue(dw3) +
GetRValue(dw4) +
GetRValue(dw5)) << 1) +
GetRValue(dw6) +
GetRValue(dw7) +
GetRValue(dw8) +
GetRValue(dw9)) >> 4;
g = ((GetGValue(dw1) << 2) +
((GetGValue(dw2) +
GetGValue(dw3) +
GetGValue(dw4) +
GetGValue(dw5)) << 1) +
GetGValue(dw6) +
GetGValue(dw7) +
GetGValue(dw8) +
GetGValue(dw9)) >> 4;
b = ((GetBValue(dw1) << 2) +
((GetBValue(dw2) +
GetBValue(dw3) +
GetBValue(dw4) +
GetBValue(dw5)) << 1) +
GetBValue(dw6) +
GetBValue(dw7) +
GetBValue(dw8) +
GetBValue(dw9)) >> 4;
}
break;
case 1:
{
// even blur
r = (GetRValue(dw1) +
GetRValue(dw2) +
GetRValue(dw3) +
GetRValue(dw4) +
GetRValue(dw5) +
GetRValue(dw6) +
GetRValue(dw7) +
GetRValue(dw8) +
GetRValue(dw9)) / 9;
g = (GetGValue(dw1) +
GetGValue(dw2) +
GetGValue(dw3) +
GetGValue(dw4) +
GetGValue(dw5) +
GetGValue(dw6) +
GetGValue(dw7) +
GetGValue(dw8) +
GetGValue(dw9)) / 9;
b = (GetBValue(dw1) +
GetBValue(dw2) +
GetBValue(dw3) +
GetBValue(dw4) +
GetBValue(dw5) +
GetBValue(dw6) +
GetBValue(dw7) +
GetBValue(dw8) +
GetBValue(dw9)) / 9;
}
break;
}
*(pSrc + i * m_Dib.GetWidth() + j) = (0xff000000 | RGB(r, g, b));
}
}
delete []pTemp;
return TRUE;
}