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WorkManager.cpp
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#include "WorkManager.hpp"
#include "GifData.hpp"
#include "wx/filename.h"
#include "RpcDecode.hpp"
///////////////
//public
//////////////
wxArrayString WorkManager::AddFiles(const wxArrayString& files)
{
if(files.IsEmpty())return wxArrayString();
wxArrayString failedfiles;
FREE_IMAGE_FORMAT filetype = FIF_UNKNOWN;
FIMULTIBITMAP *multipic = NULL;
FIBITMAP *singlepic = NULL, *bmp32;
unsigned tempwidth, tempheight;
unsigned long temppos;
FILOCRGBQUAD *buffer = NULL;
BYTE *data;
for(size_t i = 0; i < files.GetCount(); i++)
{
filetype = FreeImage_GetFileType(files[i].char_str(), 0);
if(filetype == FIF_UNKNOWN)
{
filetype = FreeImage_GetFIFFromFilename(files[i].char_str());
}
if(filetype != FIF_UNKNOWN && FreeImage_FIFSupportsReading(filetype))
{
if(filetype == FIF_ICO || filetype == FIF_TIFF ||filetype == FIF_GIF)//multi-page
{
multipic = FreeImage_OpenMultiBitmap(filetype, files[i].char_str(), FALSE, TRUE, FALSE, 0);
if(multipic)
{
for(int mlti = 0; mlti < FreeImage_GetPageCount(multipic); mlti++)
{
singlepic = FreeImage_LockPage(multipic, mlti);
if(singlepic)
{
bmp32 = FreeImage_ConvertTo32Bits(singlepic);
if(bmp32)
{
tempwidth = FreeImage_GetWidth(bmp32);
tempheight = FreeImage_GetHeight(bmp32);
buffer = new FILOCRGBQUAD[tempwidth*tempheight];
data = (BYTE*)malloc(tempwidth*tempheight*4);
// if(totalframecounts == 0)
// {
// SetGlobalWidth((long)tempwidth);
// SetGlobalHeight((long)tempheight);
// }
if(buffer != NULL && data != NULL)
{
FreeImage_ConvertToRawBits(data, bmp32, tempwidth*4, 32, FI_RGBA_RED_MASK,
FI_RGBA_GREEN_MASK, FI_RGBA_BLUE_MASK,TRUE);
temppos = 0;
for(unsigned long pixi = 0; pixi < tempwidth*tempheight; pixi++)
{
buffer[pixi].rgbBlue = data[temppos++];
buffer[pixi].rgbGreen = data[temppos++];
buffer[pixi].rgbRed = data[temppos++];
buffer[pixi].rgbReserved = data[temppos++];
}
AddFrame(buffer, tempwidth, tempheight);
}
else
{
failedfiles.Add(files[i]);
FreeImage_Unload(bmp32);
FreeImage_UnlockPage(multipic, singlepic, FALSE);
if(buffer) delete[] buffer;
if(data) free(data);
break;
}
FreeImage_Unload(bmp32);
}
else
{
failedfiles.Add(files[i]);
FreeImage_UnlockPage(multipic, singlepic, FALSE);
break;
}
}
else
{
failedfiles.Add(files[i]);
break;
}
}
FreeImage_CloseMultiBitmap(multipic, 0);
multipic = NULL;
}
else
{
failedfiles.Add(files[i]);
}
}
else //single-page
{
singlepic = FreeImage_LoadU(filetype, files[i], 0);
if(singlepic)
{
bmp32 = FreeImage_ConvertTo32Bits(singlepic);
FreeImage_Unload(singlepic);
if(bmp32)
{
tempwidth = FreeImage_GetWidth(bmp32);
tempheight = FreeImage_GetHeight(bmp32);
buffer = new FILOCRGBQUAD[tempwidth*tempheight];
data = (BYTE*)malloc(tempwidth*tempheight*4);
// if(totalframecounts == 0)
// {
// SetGlobalWidth((long)tempwidth);
// SetGlobalHeight((long)tempheight);
// }
if(buffer != NULL && data != NULL)
{
FreeImage_ConvertToRawBits(data, bmp32, tempwidth*4, 32, FI_RGBA_RED_MASK,
FI_RGBA_GREEN_MASK, FI_RGBA_BLUE_MASK,TRUE);
temppos = 0;
for(unsigned long pixi = 0; pixi < tempwidth*tempheight; pixi++)
{
buffer[pixi].rgbBlue = data[temppos++];
buffer[pixi].rgbGreen = data[temppos++];
buffer[pixi].rgbRed = data[temppos++];
buffer[pixi].rgbReserved = data[temppos++];
}
AddFrame(buffer, tempwidth, tempheight);
}
else
{
failedfiles.Add(files[i]);
if(buffer) delete[] buffer;
if(data) free(data);
}
FreeImage_Unload(bmp32);
}
else
{
failedfiles.Add(files[i]);
}
}
else
{
failedfiles.Add(files[i]);
}
}
}
else
{
if(sprdecode.ReadSprFile(files[i]))
{
tempwidth = sprdecode.GetGlobleWidth();
tempheight = sprdecode.GetGlobleHeight();
int width, height,offx, offy;
for(unsigned long i = 0; i < sprdecode.GetFramesCounts(); i++)
{
buffer = sprdecode.GetFIDecodedFrameData(i, width, height, offx, offy);
if(buffer)
{
if(totalframecounts == 0)
{
SetGlobalWidth((long)width);
SetGlobalHeight((long)height);
}
AddFrame(buffer, width, height, NULL, true, offx, offy);
}
else
{
failedfiles.Add(files[i]);
break;
}
}
}
else failedfiles.Add(files[i]);
}
}
return failedfiles;
}
bool WorkManager::OpenFile(wxString InPath, int frameBegin, int frameEnd )
{
if(InPath.IsEmpty()) return false;
wxString ext;
long tempwidth, tempheight;
FILOCRGBQUAD *tempdata, *tempshddata;
ext = wxFileName::FileName(InPath).GetExt();
if(ext.CmpNoCase(wxT("mpc")) == 0)
{
wxString shdpath;
bool hasshd = false;
if(!mpcdecode.ReadMpcFile(InPath)) return false;
shdpath = wxFileName::FileName(InPath).GetPath(wxPATH_GET_SEPARATOR|wxPATH_GET_VOLUME);
shdpath += wxFileName::FileName(InPath).GetName();
shdpath += wxT(".shd");
tempwidth = mpcdecode.GetGlobleWidth();
tempheight = mpcdecode.GetGlobleHeight();
SetGlobalWidth(tempwidth);
SetGlobalHeight(tempheight);
SetDirection(mpcdecode.GetDirection());
SetBottom(mpcdecode.GetBottom());
SetInterval(mpcdecode.GetInterval());
if(wxFileName::FileExists(shdpath))
{
if(shddecode.ReadShdFile(shdpath))
{
if(shddecode.GetGlobleWidth() == tempwidth &&
shddecode.GetGlobleHeight() == tempheight)
{
hasshd = true;
}
}
}
tempshddata = NULL;
for(unsigned long conti = frameBegin; conti < mpcdecode.GetFramesCounts() && ((int)conti) <= frameEnd; conti++)
{
tempdata = mpcdecode.GetGlobleFIDecodedFrameData(conti, NULL, NULL, MpcDecode::PIC_BGRA);
if(!tempdata) return false;
if(hasshd)
{
tempshddata = shddecode.GetGlobleFIDecodedFrameData(conti, NULL, NULL, ShdDecode::PIC_BGRA);
}
AddFrame(tempdata, tempwidth, tempheight, tempshddata);
}
}
else if(ext.CmpNoCase(wxT("asf")) == 0)
{
asfdecode.ReadAsfFile(InPath);
if(!asfdecode.ReadAsfFile(InPath)) return false;
tempwidth = asfdecode.GetGlobleWidth();
tempheight = asfdecode.GetGlobleHeight();
SetGlobalWidth(tempwidth);
SetGlobalHeight(tempheight);
SetDirection(asfdecode.GetDirection());
SetBottom(asfdecode.GetBottom());
SetInterval(asfdecode.GetInterval());
SetLeft(asfdecode.GetLeft());
for(unsigned long conti = frameBegin; conti < asfdecode.GetFramesCounts() && ((int)conti) <= frameEnd; conti++)
{
tempdata = asfdecode.GetGlobleFIDecodedFrameData(conti, NULL, NULL, AsfDecode::PIC_BGRA);
if(!tempdata) return false;
AddFrame(tempdata, tempwidth, tempheight);
}
}
else if(ext.CmpNoCase(wxT("rpc")) == 0)
{
RpcDecode decode;
if(decode.ReadFile(InPath))
{
tempwidth = decode.GetGlobleWidth();
tempheight = decode.GetGlobleHeight();
SetGlobalWidth(tempwidth);
SetGlobalHeight(tempheight);
SetDirection(decode.GetDirection());
SetBottom(decode.GetBottom());
SetInterval(decode.GetInterval());
for(unsigned long conti = frameBegin; conti < decode.GetFramesCounts() && ((int)conti) <= frameEnd; conti++)
{
tempdata = decode.GetFIDecodedFrameData(conti);
if(!tempdata) return false;
AddFrame(tempdata, tempwidth, tempheight);
}
}
else return false;
}
else if(ext.CmpNoCase(wxT("spr")) == 0)
{
if(sprdecode.ReadSprFile(InPath))
{
tempwidth = sprdecode.GetGlobleWidth();
tempheight = sprdecode.GetGlobleHeight();
SetGlobalWidth(tempwidth);
SetGlobalHeight(tempheight);
SetDirection(sprdecode.GetDirection());
SetInterval(sprdecode.GetInterval());
SetBottom(sprdecode.GetBottom());
SetLeft(sprdecode.GetLeft());
int width, height,offx, offy;
for(unsigned long conti = frameBegin; conti < sprdecode.GetFramesCounts() && ((int)conti) <= frameEnd; conti++)
{
tempdata = sprdecode.GetFIDecodedFrameData(conti, width, height, offx, offy);
if(!tempdata) return false;
AddFrame(tempdata, width, height, NULL, true, offx, offy);
}
}
else
return false;
}
else
{
return false;
}
return true;
}
bool WorkManager::AddFrame(FILOCRGBQUAD *frame, long width, long height, FILOCRGBQUAD *shddata,
bool isOffsetLocked, int offx, int offy)
{
if(frame == NULL || width < 1 || height < 1) return false;
if(totalframecounts == 0)
{
firstframe = new FRAMERGBA();
currentframe = firstframe;
}
else
{
currentframe->next = new FRAMERGBA();
currentframe = currentframe->next;
}
if(currentframe)
{
currentframe->data = frame;
currentframe->shddata = shddata;
currentframe->next = NULL;
currentframe->width = width;
currentframe->height = height;
currentframe->islocked = false;
currentframe->isdeleted = false;
if(isOffsetLocked)
{
currentframe->ispicoffsetlocked = true;
currentframe->picoffx = offx;
currentframe->picoffy = offy;
}
}
totalframecounts++;
framecounts++;
return true;
}
//set frame local info
bool WorkManager::SetUndeletedFrame(unsigned long index, bool isLock, long Sunx, long Suny, long Shdx, long Shdy)
{
FRAMERGBA *temp;
temp = GetUndeletedFrameData(index);
if(temp == NULL) return false;
temp->islocked = isLock;
temp->sunoffx = Sunx;
temp->sunoffy = Suny;
temp->shadowoffx = Shdx;
temp->shadowoffy = Shdy;
return true;
}
bool WorkManager::DeleteFrame(unsigned long index)
{
FRAMERGBA *temp;
unsigned long relpos;
temp = GetUndeletedFrameData(index, &relpos);
if(temp == NULL) return false;
temp->isdeleted = true;
framecounts--;
deletedframe.Add(relpos);
return true;
}
//undelete last deleted frame
bool WorkManager::UnDeleteFrame()
{
if(deletedframe.IsEmpty()) return false;
FRAMERGBA *temp;
temp = GetFrameData(deletedframe[deletedframe.GetCount()-1]);
if(temp == NULL) return false;
temp->isdeleted = false;
framecounts++;
deletedframe.RemoveAt(deletedframe.GetCount()-1);
return true;
}
//All frames included, include deleted frame
FRAMERGBA* WorkManager::GetFrameData(unsigned long index)
{
if(index >= totalframecounts) return NULL;
FRAMERGBA *temp;
temp = firstframe;
for(unsigned long i = 0; i < index; i++)
{
temp = temp->next;
}
return temp;
}
//get internal frame data, frame marked deleted is excluded, don't delete[] it
FRAMERGBA* WorkManager::GetUndeletedFrameData(unsigned long index, unsigned long *RealIndex)
{
if(index >= framecounts) return NULL;
FRAMERGBA *temp;
unsigned long relpos = 0;
temp = firstframe;
//get first undeleted frame
for(unsigned long ui = 0; ui < totalframecounts; ui++)
{
if(temp->isdeleted)
{
temp = temp->next;
relpos++;
}
else break;
}
for(unsigned long gi = 0; gi != index; )
{
if(temp->isdeleted)
{
temp = temp->next;
relpos++;
}
else
{
temp = temp->next;
relpos++;
gi++;
}
}
//last one may deleted
for(unsigned long ui = 0; ui < totalframecounts; ui++)
{
if(temp->isdeleted)
{
temp = temp->next;
relpos++;
}
else break;
}
if(RealIndex != NULL) *RealIndex = relpos;
return temp;
}
bool WorkManager::IsUndeletedFrameLocked(unsigned long index)
{
FRAMERGBA *temp;
temp = GetUndeletedFrameData(index);
if(temp == NULL) return false;
return temp->islocked;
}
//get width height globalize data, return data must be delete[] if unneeded
FILOCRGBQUAD* WorkManager::GetUndeletedGlobalizedFrameData(unsigned long index)
{
FRAMERGBA *temp;
temp = GetUndeletedFrameData(index);
if(temp == NULL) return NULL;
unsigned long glbdatalen;
long width,height,offwidth,offheight;
FILOCRGBQUAD *decdata, *glbdata;
width = temp->width;
height = temp->height;
decdata = temp->data;
glbdatalen = (unsigned long)GetGlobalWidth()*GetGlobalHeight();
glbdata = new FILOCRGBQUAD[(size_t)glbdatalen];
long offx = GetPicOffX();
long offy = GetPicOffY();
if(temp->ispicoffsetlocked)
{
offx = temp->picoffx;
offy = temp->picoffy;
}
if(!glbdata)
{
return NULL;
}
//inital
for(long datidx = 0; datidx < (long)glbdatalen; datidx++)
{
glbdata[datidx].rgbRed = 0xFF;
glbdata[datidx].rgbGreen = 0xFF;
glbdata[datidx].rgbBlue = 0xFF;
glbdata[datidx].rgbReserved = 0x00;
}
//assign
for(long hi = 0; hi < GetGlobalHeight(); hi++)
{
for(long wi = 0; wi < GetGlobalWidth(); wi++)
{
offwidth = wi + offx;
offheight = hi + offy;
if(hi < height && wi < width &&
offwidth >= 0 && offwidth < GetGlobalWidth() &&
offheight >= 0 && offheight < GetGlobalHeight())
{
glbdata[offheight*GetGlobalWidth()+offwidth].rgbRed = decdata[hi*width+wi].rgbRed;
glbdata[offheight*GetGlobalWidth()+offwidth].rgbGreen = decdata[hi*width+wi].rgbGreen;
glbdata[offheight*GetGlobalWidth()+offwidth].rgbBlue = decdata[hi*width+wi].rgbBlue;
glbdata[offheight*GetGlobalWidth()+offwidth].rgbReserved = decdata[hi*width+wi].rgbReserved;
}
}
}
return glbdata;
}
FILOCRGBQUAD* WorkManager::GetUndeletedGlobalizedShdFrameData(unsigned long index)
{
FRAMERGBA *temp;
temp = GetUndeletedFrameData(index);
if(temp == NULL) return NULL;
if(temp->shddata == NULL) return NULL;
unsigned long glbdatalen;
long width,height,offwidth,offheight;
FILOCRGBQUAD *decdata, *glbdata;
width = temp->width;
height = temp->height;
decdata = temp->shddata;
glbdatalen = (unsigned long)GetGlobalWidth()*GetGlobalHeight();
glbdata = new FILOCRGBQUAD[(size_t)glbdatalen];
long offx = GetPicOffX();
long offy = GetPicOffY();
if(temp->ispicoffsetlocked)
{
offx = temp->picoffx;
offy = temp->picoffy;
}
if(!glbdata)
{
return NULL;
}
//inital
for(long datidx = 0; datidx < (long)glbdatalen; datidx++)
{
glbdata[datidx].rgbRed = 0xFF;
glbdata[datidx].rgbGreen = 0xFF;
glbdata[datidx].rgbBlue = 0xFF;
glbdata[datidx].rgbReserved = 0x00;
}
//assign
for(long hi = 0; hi < GetGlobalHeight(); hi++)
{
for(long wi = 0; wi < GetGlobalWidth(); wi++)
{
offwidth = wi + offx;
offheight = hi + offy;
if(hi < height && wi < width &&
offwidth >= 0 && offwidth < GetGlobalWidth() &&
offheight >= 0 && offheight < GetGlobalHeight())
{
glbdata[offheight*GetGlobalWidth()+offwidth].rgbRed = decdata[hi*width+wi].rgbRed;
glbdata[offheight*GetGlobalWidth()+offwidth].rgbGreen = decdata[hi*width+wi].rgbGreen;
glbdata[offheight*GetGlobalWidth()+offwidth].rgbBlue = decdata[hi*width+wi].rgbBlue;
glbdata[offheight*GetGlobalWidth()+offwidth].rgbReserved = decdata[hi*width+wi].rgbReserved;
}
}
}
return glbdata;
}
wxImage WorkManager::GetUndeletedGlobalizedImage(unsigned long index, bool AssiLine)
{
MAPICDATA proc(GetGlobalWidth(), GetGlobalHeight());
FILOCRGBQUAD *frame, *shdframe;
FRAMERGBA *tempframe;
unsigned char *rgbdata;
long tsunx, tsuny, tshdx, tshdy;
frame = GetUndeletedGlobalizedFrameData(index);
if(frame == NULL) return wxNullImage;
if(alphamask != 0)
{
MAPICDATA::MakeTransMask(frame, GetGlobalWidth(), GetGlobalHeight(), alphamask);
}
if(shdincluded && !makeshadow)
{
shdframe = GetUndeletedGlobalizedShdFrameData(index);
if(shdframe != NULL)
{
for(long pixi = 0; pixi < GetGlobalWidth()*GetGlobalHeight(); pixi++)
{
if(frame[pixi].rgbReserved != 0)
{
shdframe[pixi].rgbBlue = frame[pixi].rgbBlue;
shdframe[pixi].rgbGreen = frame[pixi].rgbGreen;
shdframe[pixi].rgbRed = frame[pixi].rgbRed;
shdframe[pixi].rgbReserved = frame[pixi].rgbReserved;
}
}
delete[] frame;
frame = shdframe;
}
}
proc.AddFrame(frame);
tempframe = GetUndeletedFrameData(index);
if(tempframe == NULL) return wxNullImage;
if(tempframe->islocked)
{
tsunx = tempframe->sunoffx;
tsuny = tempframe->sunoffy;
tshdx = tempframe->shadowoffx;
tshdy = tempframe->shadowoffy;
}
else
{
tsunx = globalsunoffx;
tsuny = globalsunoffy;
tshdx = globalshadowoffx;
tshdy = globalshadowoffy;
}
if(makeshadow)
{
if(!proc.MakeShadow(shdtype, NULL, tsunx,tsuny,
tshdx, tshdy, shadowalpha))
{
return wxNullImage;
}
}
if(AssiLine)
{
proc.AddAssiLine();
}
rgbdata = proc.GetFrameRGB(0, basecolor);
if(rgbdata == NULL) return wxNullImage;
wxImage img(GetGlobalWidth(), GetGlobalHeight(), rgbdata);
return img;
}
bool WorkManager::SaveToMpc(const wxString outpath)
{
return SaveToMpc(outpath, mpcdecode.DecodeType);
}
bool WorkManager::SaveToMpc(const wxString outpath, int decodeType)
{
MAPICDATA proc(GetGlobalWidth(), GetGlobalHeight());
MAPICDATA shdproc(GetGlobalWidth(), GetGlobalHeight()), tempshd;
FILOCRGBQUAD *tempfrmdata, *tempshddata, bscol;
FRAMERGBA *tempframe;
long tsunx, tsuny, tshdx, tshdy;
bscol.rgbRed = (BYTE)basecolor.Red();
bscol.rgbGreen = (BYTE)basecolor.Green();
bscol.rgbBlue = (BYTE)basecolor.Blue();
bscol.rgbReserved = 0xFF;
for(unsigned long frmi = 0; frmi < framecounts; frmi++)
{
tempfrmdata = GetUndeletedGlobalizedFrameData(frmi);
if(tempfrmdata == NULL) return false;
if(alphamask != 0)
{
MAPICDATA::MakeTransMask(tempfrmdata, GetGlobalWidth(), GetGlobalHeight(), alphamask);
}
proc.AddFrame(tempfrmdata);
}
if(decodeType == 0)
{
proc.AddBaseColor(bscol);
}
if(!proc.SaveToMpc(outpath, direction, interval, bottom, false, decodeType)) return false;
if(makeshadow)
{
for(unsigned long frmi = 0; frmi < framecounts; frmi++)
{
tempfrmdata = GetUndeletedGlobalizedFrameData(frmi);
if(tempfrmdata == NULL) return false;
if(alphamask != 0)
{
MAPICDATA::MakeTransMask(tempfrmdata, GetGlobalWidth(), GetGlobalHeight(), alphamask);
}
tempframe = GetUndeletedFrameData(frmi);
if(tempframe->islocked)
{
tsunx = tempframe->sunoffx;
tsuny = tempframe->sunoffy;
tshdx = tempframe->shadowoffx;
tshdy = tempframe->shadowoffy;
}
else
{
tsunx = globalsunoffx;
tsuny = globalsunoffy;
tshdx = globalshadowoffx;
tshdy = globalshadowoffy;
}
tempshd.ReNew();
tempshd.Init(GetGlobalWidth(), GetGlobalHeight());
tempshd.AddFrame(tempfrmdata);
tempshddata = tempshd.MakeShadow(shdtype, 0, false, tsunx, tsuny, tshdx, tshdy, shadowalpha);
if(!tempshddata) return false;
shdproc.AddFrame(tempshddata);
}
wxString shdpath;
shdpath = wxFileName::FileName(outpath).GetPath(wxPATH_GET_SEPARATOR|wxPATH_GET_VOLUME);
shdpath += wxFileName::FileName(outpath).GetName();
shdpath += wxT(".shd");
if(!shdproc.SaveToShd(shdpath, direction, interval, bottom))return false;
}
return true;
}
bool WorkManager::SaveToAsf(const wxString outpath)
{
MAPICDATA proc(GetGlobalWidth(), GetGlobalHeight());
MAPICDATA shdproc(GetGlobalWidth(), GetGlobalHeight()), tempshd;
FILOCRGBQUAD *tempfrmdata, *tempshddata;
FRAMERGBA *tempframe;
long tsunx, tsuny, tshdx, tshdy;
if(!makeshadow)
{
for(unsigned long frmi = 0; frmi < framecounts; frmi++)
{
tempfrmdata = GetUndeletedGlobalizedFrameData(frmi);
if(tempfrmdata == NULL) return false;
if(alphamask != 0)
{
MAPICDATA::MakeTransMask(tempfrmdata, GetGlobalWidth(), GetGlobalHeight(), alphamask);
}
if(shdincluded)
{
tempshddata = GetUndeletedGlobalizedShdFrameData(frmi);
if(tempshddata != NULL)
{
for(long pixi = 0; pixi < GetGlobalWidth()*GetGlobalHeight(); pixi++)
{
if(tempfrmdata[pixi].rgbReserved != 0)
{
tempshddata[pixi].rgbBlue = tempfrmdata[pixi].rgbBlue;
tempshddata[pixi].rgbGreen = tempfrmdata[pixi].rgbGreen;
tempshddata[pixi].rgbRed = tempfrmdata[pixi].rgbRed;
tempshddata[pixi].rgbReserved = tempfrmdata[pixi].rgbReserved;
}
}
delete[] tempfrmdata;
tempfrmdata = tempshddata;
}
}
proc.AddFrame(tempfrmdata);
}
if(!proc.SaveToAsf(outpath, direction, interval, bottom, left,false)) return false;
}
else
{
for(unsigned long frmi = 0; frmi < framecounts; frmi++)
{
tempfrmdata = GetUndeletedGlobalizedFrameData(frmi);
if(tempfrmdata == NULL) return false;
if(alphamask != 0)
{
MAPICDATA::MakeTransMask(tempfrmdata, GetGlobalWidth(), GetGlobalHeight(), alphamask);
}
tempframe = GetUndeletedFrameData(frmi);
if(tempframe->islocked)
{
tsunx = tempframe->sunoffx;
tsuny = tempframe->sunoffy;
tshdx = tempframe->shadowoffx;
tshdy = tempframe->shadowoffy;
}
else
{
tsunx = globalsunoffx;
tsuny = globalsunoffy;
tshdx = globalshadowoffx;
tshdy = globalshadowoffy;
}
tempshd.ReNew();
tempshd.Init(GetGlobalWidth(), GetGlobalHeight());
tempshd.AddFrame(tempfrmdata);
tempshddata = tempshd.MakeShadow(shdtype, 0, true, tsunx, tsuny, tshdx, tshdy, shadowalpha);
if(!tempshddata) return false;
shdproc.AddFrame(tempshddata);
}
if(!shdproc.SaveToAsf(outpath, direction, interval, bottom, left,false))return false;
}
return true;
}
bool WorkManager::SaveToGif(const wxString outpath)
{
MAPICDATA proc(GetGlobalWidth(), GetGlobalHeight());
MAPICDATA shdproc(GetGlobalWidth(), GetGlobalHeight()), tempshd;
FILOCRGBQUAD *tempfrmdata, *tempshddata, bscol;
FRAMERGBA *tempframe;
long tsunx, tsuny, tshdx, tshdy;
bscol.rgbRed = (BYTE)basecolor.Red();
bscol.rgbGreen = (BYTE)basecolor.Green();
bscol.rgbBlue = (BYTE)basecolor.Blue();
bscol.rgbReserved = 0xFF;
if(!makeshadow)
{
for(unsigned long frmi = 0; frmi < framecounts; frmi++)
{
tempfrmdata = GetUndeletedGlobalizedFrameData(frmi);
if(tempfrmdata == NULL) return false;
if(alphamask != 0)
{
MAPICDATA::MakeTransMask(tempfrmdata, GetGlobalWidth(), GetGlobalHeight(), alphamask);
}
if(shdincluded)
{
tempshddata = GetUndeletedGlobalizedShdFrameData(frmi);
if(tempshddata != NULL)
{
for(long pixi = 0; pixi < GetGlobalWidth()*GetGlobalHeight(); pixi++)
{
if(tempfrmdata[pixi].rgbReserved != 0)
{
tempshddata[pixi].rgbBlue = tempfrmdata[pixi].rgbBlue;
tempshddata[pixi].rgbGreen = tempfrmdata[pixi].rgbGreen;
tempshddata[pixi].rgbRed = tempfrmdata[pixi].rgbRed;
tempshddata[pixi].rgbReserved = tempfrmdata[pixi].rgbReserved;
}
}
delete[] tempfrmdata;
tempfrmdata = tempshddata;
}
}
proc.AddFrame(tempfrmdata);
}
proc.AddBaseColor(bscol);
if(!proc.SaveToGif(outpath)) return false;
}
else
{
for(unsigned long frmi = 0; frmi < framecounts; frmi++)
{
tempfrmdata = GetUndeletedGlobalizedFrameData(frmi);
if(tempfrmdata == NULL) return false;
if(alphamask != 0)
{
MAPICDATA::MakeTransMask(tempfrmdata, GetGlobalWidth(), GetGlobalHeight(), alphamask);
}
tempframe = GetUndeletedFrameData(frmi);
if(tempframe->islocked)
{
tsunx = tempframe->sunoffx;
tsuny = tempframe->sunoffy;
tshdx = tempframe->shadowoffx;
tshdy = tempframe->shadowoffy;
}
else
{
tsunx = globalsunoffx;
tsuny = globalsunoffy;
tshdx = globalshadowoffx;
tshdy = globalshadowoffy;
}
tempshd.ReNew();
tempshd.Init(GetGlobalWidth(), GetGlobalHeight());
tempshd.AddFrame(tempfrmdata);
tempshddata = tempshd.MakeShadow(shdtype, 0, true, tsunx, tsuny, tshdx, tshdy, shadowalpha);
if(!tempshddata) return false;
shdproc.AddFrame(tempshddata);
}
shdproc.AddBaseColor(bscol);
if(!shdproc.SaveToGif(outpath))return false;
}
if(!GifData::FilePaletteLoctoGlb(outpath, interval)) return false;
return true;
}
bool WorkManager::SaveToPng(const wxString outpath, bool reverseFrames)
{
MAPICDATA proc(GetGlobalWidth(), GetGlobalHeight());
MAPICDATA shdproc(GetGlobalWidth(), GetGlobalHeight()), tempshd;
FILOCRGBQUAD *tempfrmdata, *tempshddata;
FRAMERGBA *tempframe;
long tsunx, tsuny, tshdx, tshdy;
if(!makeshadow)
{
for(unsigned long frmidx = 0; frmidx < framecounts; frmidx++)
{
int frmi = frmidx;
if(reverseFrames)
{
frmi = (framecounts - 1) - frmidx;
}
tempfrmdata = GetUndeletedGlobalizedFrameData(frmi);
if(tempfrmdata == NULL) return false;
if(alphamask != 0)
{
MAPICDATA::MakeTransMask(tempfrmdata, GetGlobalWidth(), GetGlobalHeight(), alphamask);
}
if(shdincluded)
{
tempshddata = GetUndeletedGlobalizedShdFrameData(frmi);
if(tempshddata != NULL)
{
for(long pixi = 0; pixi < GetGlobalWidth()*GetGlobalHeight(); pixi++)
{
if(tempfrmdata[pixi].rgbReserved != 0)
{
tempshddata[pixi].rgbBlue = tempfrmdata[pixi].rgbBlue;
tempshddata[pixi].rgbGreen = tempfrmdata[pixi].rgbGreen;
tempshddata[pixi].rgbRed = tempfrmdata[pixi].rgbRed;
tempshddata[pixi].rgbReserved = tempfrmdata[pixi].rgbReserved;
}
}
delete[] tempfrmdata;
tempfrmdata = tempshddata;