///////////////////////////////////////////////////////////////////////////// // Name: _image.i // Purpose: SWIG definitions for wxImage and such // // Author: Robin Dunn // // Created: 25-Sept-2000 // RCS-ID: $Id$ // Copyright: (c) 2003 by Total Control Software // Licence: wxWindows license ///////////////////////////////////////////////////////////////////////////// // Not a %module //--------------------------------------------------------------------------- %{ #include "wx/wxPython/pyistream.h" %} //--------------------------------------------------------------------------- %newgroup class wxImageHandler : public wxObject { public: // wxImageHandler(); Abstract Base Class wxString GetName(); wxString GetExtension(); long GetType(); wxString GetMimeType(); //bool LoadFile(wxImage* image, wxInputStream& stream); //bool SaveFile(wxImage* image, wxOutputStream& stream); //virtual int GetImageCount( wxInputStream& stream ); //bool CanRead( wxInputStream& stream ); bool CanRead( const wxString& name ); void SetName(const wxString& name); void SetExtension(const wxString& extension); void SetType(long type); void SetMimeType(const wxString& mimetype); }; //--------------------------------------------------------------------------- class wxImageHistogram /* : public wxImageHistogramBase */ { public: wxImageHistogram(); DocStr(MakeKey, "Get the key in the histogram for the given RGB values", ""); static unsigned long MakeKey(unsigned char r, unsigned char g, unsigned char b); DocDeclAStr( bool, FindFirstUnusedColour(unsigned char *OUTPUT, unsigned char *OUTPUT, unsigned char *OUTPUT, unsigned char startR = 1, unsigned char startG = 0, unsigned char startB = 0 ) const, "FindFirstUnusedColour(int startR=1, int startG=0, int startB=0) -> (success, r, g, b)", "Find first colour that is not used in the image and has higher RGB values than startR, startG, startB. Returns a tuple consisting of a success flag and rgb values.", ""); }; //--------------------------------------------------------------------------- class wxImage : public wxObject { public: wxImage( const wxString& name, long type = wxBITMAP_TYPE_ANY, int index = -1 ); ~wxImage(); // Alternate constructors %name(ImageFromMime) wxImage(const wxString& name, const wxString& mimetype, int index = -1); %name(ImageFromStream) wxImage(wxInputStream& stream, long type = wxBITMAP_TYPE_ANY, int index = -1); %name(ImageFromStreamMime) wxImage(wxInputStream& stream, const wxString& mimetype, int index = -1 ); %extend { %name(EmptyImage) wxImage(int width=0, int height=0, bool clear = True) { if (width > 0 && height > 0) return new wxImage(width, height, clear); else return new wxImage; } %name(ImageFromBitmap) wxImage(const wxBitmap &bitmap) { return new wxImage(bitmap.ConvertToImage()); } %name(ImageFromData) wxImage(int width, int height, unsigned char* data) { // Copy the source data so the wxImage can clean it up later unsigned char* copy = (unsigned char*)malloc(width*height*3); if (copy == NULL) { PyErr_NoMemory(); return NULL; } memcpy(copy, data, width*height*3); return new wxImage(width, height, copy, False); } } void Create( int width, int height ); void Destroy(); wxImage Scale( int width, int height ); wxImage ShrinkBy( int xFactor , int yFactor ) const ; wxImage& Rescale(int width, int height); void SetRGB( int x, int y, unsigned char r, unsigned char g, unsigned char b ); unsigned char GetRed( int x, int y ); unsigned char GetGreen( int x, int y ); unsigned char GetBlue( int x, int y ); void SetAlpha(int x, int y, unsigned char alpha); unsigned char GetAlpha(int x, int y); bool HasAlpha(); // find first colour that is not used in the image and has higher // RGB values than DocDeclAStr( bool, FindFirstUnusedColour( byte *OUTPUT, byte *OUTPUT, byte *OUTPUT, byte startR = 0, byte startG = 0, byte startB = 0 ) const, "FindFirstUnusedColour(int startR=1, int startG=0, int startB=0) -> (success, r, g, b)", "Find first colour that is not used in the image and has higher RGB values than startR, startG, startB. Returns a tuple consisting of a success flag and rgb values.", ""); // Set image's mask to the area of 'mask' that has colour bool SetMaskFromImage(const wxImage & mask, byte mr, byte mg, byte mb); // void DoFloodFill (wxCoord x, wxCoord y, // const wxBrush & fillBrush, // const wxColour& testColour, // int style = wxFLOOD_SURFACE, // int LogicalFunction = wxCOPY /* currently unused */ ) ; static bool CanRead( const wxString& name ); static int GetImageCount( const wxString& name, long type = wxBITMAP_TYPE_ANY ); bool LoadFile( const wxString& name, long type = wxBITMAP_TYPE_ANY, int index = -1 ); %name(LoadMimeFile)bool LoadFile( const wxString& name, const wxString& mimetype, int index = -1 ); bool SaveFile( const wxString& name, int type ); %name(SaveMimeFile)bool SaveFile( const wxString& name, const wxString& mimetype ); %name(CanReadStream) static bool CanRead( wxInputStream& stream ); %name(LoadStream) bool LoadFile( wxInputStream& stream, long type = wxBITMAP_TYPE_ANY, int index = -1 ); %name(LoadMimeStream) bool LoadFile( wxInputStream& stream, const wxString& mimetype, int index = -1 ); bool Ok(); int GetWidth(); int GetHeight(); %extend { wxSize GetSize() { wxSize size(self->GetWidth(), self->GetHeight()); return size; } } wxImage GetSubImage(const wxRect& rect); wxImage Copy(); void Paste( const wxImage &image, int x, int y ); //unsigned char *GetData(); //void SetData( unsigned char *data ); %extend { PyObject* GetData() { unsigned char* data = self->GetData(); int len = self->GetWidth() * self->GetHeight() * 3; PyObject* rv; wxPyBLOCK_THREADS( rv = PyString_FromStringAndSize((char*)data, len)); return rv; } void SetData(PyObject* data) { unsigned char* dataPtr; if (! PyString_Check(data)) { PyErr_SetString(PyExc_TypeError, "Expected string object"); return /* NULL */ ; } size_t len = self->GetWidth() * self->GetHeight() * 3; dataPtr = (unsigned char*) malloc(len); wxPyBLOCK_THREADS( memcpy(dataPtr, PyString_AsString(data), len) ); self->SetData(dataPtr); // wxImage takes ownership of dataPtr... } PyObject* GetDataBuffer() { unsigned char* data = self->GetData(); int len = self->GetWidth() * self->GetHeight() * 3; PyObject* rv; wxPyBLOCK_THREADS( rv = PyBuffer_FromReadWriteMemory(data, len) ); return rv; } void SetDataBuffer(PyObject* data) { unsigned char* buffer; int size; bool blocked = wxPyBeginBlockThreads(); if (!PyArg_Parse(data, "t#", &buffer, &size)) goto done; if (size != self->GetWidth() * self->GetHeight() * 3) { PyErr_SetString(PyExc_TypeError, "Incorrect buffer size"); goto done; } self->SetData(buffer); done: wxPyEndBlockThreads(blocked); } PyObject* GetAlphaData() { unsigned char* data = self->GetAlpha(); if (! data) { RETURN_NONE(); } else { int len = self->GetWidth() * self->GetHeight(); PyObject* rv; wxPyBLOCK_THREADS( rv = PyString_FromStringAndSize((char*)data, len) ); return rv; } } void SetAlphaData(PyObject* data) { unsigned char* dataPtr; if (! PyString_Check(data)) { PyErr_SetString(PyExc_TypeError, "Expected string object"); return /* NULL */ ; } size_t len = self->GetWidth() * self->GetHeight(); dataPtr = (unsigned char*) malloc(len); wxPyBLOCK_THREADS( memcpy(dataPtr, PyString_AsString(data), len) ); self->SetAlpha(dataPtr); // wxImage takes ownership of dataPtr... } PyObject* GetAlphaBuffer() { unsigned char* data = self->GetAlpha(); int len = self->GetWidth() * self->GetHeight(); PyObject* rv; wxPyBLOCK_THREADS( rv = PyBuffer_FromReadWriteMemory(data, len) ); return rv; } void SetAlphaBuffer(PyObject* data) { unsigned char* buffer; int size; bool blocked = wxPyBeginBlockThreads(); if (!PyArg_Parse(data, "t#", &buffer, &size)) goto done; if (size != self->GetWidth() * self->GetHeight()) { PyErr_SetString(PyExc_TypeError, "Incorrect buffer size"); goto done; } self->SetAlpha(buffer); done: wxPyEndBlockThreads(blocked); } } void SetMaskColour( unsigned char r, unsigned char g, unsigned char b ); unsigned char GetMaskRed(); unsigned char GetMaskGreen(); unsigned char GetMaskBlue(); void SetMask( bool mask = True ); bool HasMask(); wxImage Rotate(double angle, const wxPoint & centre_of_rotation, bool interpolating = True, wxPoint * offset_after_rotation = NULL) const ; wxImage Rotate90( bool clockwise = True ) ; wxImage Mirror( bool horizontally = True ) ; void Replace( unsigned char r1, unsigned char g1, unsigned char b1, unsigned char r2, unsigned char g2, unsigned char b2 ); // convert to monochrome image ( will be replaced by white, everything else by black) wxImage ConvertToMono( unsigned char r, unsigned char g, unsigned char b ) const; void SetOption(const wxString& name, const wxString& value); %name(SetOptionInt)void SetOption(const wxString& name, int value); wxString GetOption(const wxString& name) const; int GetOptionInt(const wxString& name) const; bool HasOption(const wxString& name) const; unsigned long CountColours( unsigned long stopafter = (unsigned long) -1 ); unsigned long ComputeHistogram( wxImageHistogram& h ); static void AddHandler( wxImageHandler *handler ); static void InsertHandler( wxImageHandler *handler ); static bool RemoveHandler( const wxString& name ); static wxString GetImageExtWildcard(); %extend { wxBitmap ConvertToBitmap() { wxBitmap bitmap(*self); return bitmap; } wxBitmap ConvertToMonoBitmap( unsigned char red, unsigned char green, unsigned char blue ) { wxImage mono = self->ConvertToMono( red, green, blue ); wxBitmap bitmap( mono, 1 ); return bitmap; } } %pythoncode { def __nonzero__(self): return self.Ok() } }; void wxInitAllImageHandlers(); // See also wxPy_ReinitStockObjects in helpers.cpp %immutable; const wxImage wxNullImage; %mutable; //--------------------------------------------------------------------------- MAKE_CONST_WXSTRING(IMAGE_OPTION_BMP_FORMAT); MAKE_CONST_WXSTRING(IMAGE_OPTION_CUR_HOTSPOT_X); MAKE_CONST_WXSTRING(IMAGE_OPTION_CUR_HOTSPOT_Y); MAKE_CONST_WXSTRING(IMAGE_OPTION_RESOLUTION); MAKE_CONST_WXSTRING(IMAGE_OPTION_RESOLUTIONUNIT); enum { wxIMAGE_RESOLUTION_INCHES = 1, wxIMAGE_RESOLUTION_CM = 2 }; enum { wxBMP_24BPP = 24, // default, do not need to set //wxBMP_16BPP = 16, // wxQuantize can only do 236 colors? wxBMP_8BPP = 8, // 8bpp, quantized colors wxBMP_8BPP_GREY = 9, // 8bpp, rgb averaged to greys wxBMP_8BPP_GRAY = wxBMP_8BPP_GREY, wxBMP_8BPP_RED = 10, // 8bpp, red used as greyscale wxBMP_8BPP_PALETTE = 11, // 8bpp, use the wxImage's palette wxBMP_4BPP = 4, // 4bpp, quantized colors wxBMP_1BPP = 1, // 1bpp, quantized "colors" wxBMP_1BPP_BW = 2 // 1bpp, black & white from red }; class wxBMPHandler : public wxImageHandler { public: wxBMPHandler(); }; class wxICOHandler : public wxBMPHandler { public: wxICOHandler(); }; class wxCURHandler : public wxICOHandler { public: wxCURHandler(); }; class wxANIHandler : public wxCURHandler { public: wxANIHandler(); }; //--------------------------------------------------------------------------- class wxPNGHandler : public wxImageHandler { public: wxPNGHandler(); }; class wxGIFHandler : public wxImageHandler { public: wxGIFHandler(); }; class wxPCXHandler : public wxImageHandler { public: wxPCXHandler(); }; class wxJPEGHandler : public wxImageHandler { public: wxJPEGHandler(); }; class wxPNMHandler : public wxImageHandler { public: wxPNMHandler(); }; class wxXPMHandler : public wxImageHandler { public: wxXPMHandler(); }; class wxTIFFHandler : public wxImageHandler { public: wxTIFFHandler(); }; #if wxUSE_IFF class wxIFFHandler : public wxImageHandler { public: wxIFFHandler(); }; #endif //---------------------------------------------------------------------------