static const char *colorstring(float r, float g, float b)
{
static char buffer[10];
sprintf_s(TARGETWITHLEN(buffer,10), "%s%.2x%.2x%.2x", "#", (unsigned int) (r * 255),
(unsigned int) (g * 255), (unsigned int) (b * 255));
return buffer;
}
void drvFIG::show_image(const PSImage & imageinfo)
{
if (outBaseName == "") {
errf << "images cannot be handled via standard output. Use an output file " << endl;
return;
}
if (imageinfo.isFileImage) {
// use imageinfo.FileName;
/*
outf << "<image "
<< " transform=\"matrix("
<< imageinfo.normalizedImageCurrentMatrix[0] << ' '
<< -imageinfo.normalizedImageCurrentMatrix[1] << ' '
<< imageinfo.normalizedImageCurrentMatrix[2] << ' '
<< -imageinfo.normalizedImageCurrentMatrix[3] << ' '
// transfer
<< imageinfo.normalizedImageCurrentMatrix[4] << ' '
<< currentDeviceHeight - imageinfo.normalizedImageCurrentMatrix[5]
<< ")\""
<< " width=\"" << imageinfo.width << "\""
<< " height=\"" << imageinfo.height << "\""
<< " xlink:href=\"" << imageinfo.FileName << "\"></image>" << endl;
*/
Point ll, ur;
imageinfo.getBoundingBox(ll, ur);
// Calculate BBox
addtobbox(ll);
addtobbox(ur);
Point fig_ur(PntFig * ur.x_, y_offset - PntFig * ll.y_);
Point fig_ll(PntFig * ll.x_, y_offset - PntFig * ur.y_);
// first output link to an external *.eps file into *.fig file
buffer << "# image\n";
new_depth();
buffer << "2 5 0 1 -1 -1 ";
if (objectId)
objectId--; // don't let it get < 0
buffer << objectId << " 0 -1 0.000 0 0 -1 0 0 5\n";
buffer << "\t0 " << imageinfo.FileName << "\n";
buffer << "\t" << (int) fig_ll.x_ << " " << (int) fig_ll.y_ << " "
<< (int) fig_ur.x_ << " " << (int) fig_ll.y_ << " "
<< (int) fig_ur.x_ << " " << (int) fig_ur.y_ << " "
<< (int) fig_ll.x_ << " " << (int) fig_ur.y_ << " "
<< (int) fig_ll.x_ << " " << (int) fig_ll.y_;
buffer << "\n";
} else {
const size_t filenamelen = strlen(outBaseName.value()) + 21;
char *EPSoutFileName = new char[filenamelen];
const size_t fullfilenamelen = strlen(outDirName.value()) + strlen(outBaseName.value()) + 21;
char *EPSoutFullFileName = new char[fullfilenamelen];
sprintf_s(TARGETWITHLEN(EPSoutFileName,filenamelen), "%s%02d.eps", outBaseName.value(), imgcount++);
sprintf_s(TARGETWITHLEN(EPSoutFullFileName,fullfilenamelen), "%s%s", outDirName.value(), EPSoutFileName);
ofstream outi(EPSoutFullFileName);
if (!outi) {
errf << "Could not open file " << EPSoutFullFileName << " for output";
exit(1);
}
// remember, we have to flip the image from PostScript coord to fig coords
Point ll, ur;
imageinfo.getBoundingBox(ll, ur);
// Calculate BBox
addtobbox(ll);
addtobbox(ur);
Point fig_ur(PntFig * ur.x_, y_offset - PntFig * ll.y_);
Point fig_ll(PntFig * ll.x_, y_offset - PntFig * ur.y_);
// first output link to an external *.eps file into *.fig file
buffer << "# image\n";
new_depth();
buffer << "2 5 0 1 -1 -1 ";
if (objectId)
objectId--; // don't let it get < 0
buffer << objectId << " 0 -1 0.000 0 0 -1 0 0 5\n";
buffer << "\t0 " << EPSoutFileName << "\n";
buffer << "\t" << (int) fig_ll.x_ << " " << (int) fig_ll.y_ << " "
<< (int) fig_ur.x_ << " " << (int) fig_ll.y_ << " "
<< (int) fig_ur.x_ << " " << (int) fig_ur.y_ << " "
<< (int) fig_ll.x_ << " " << (int) fig_ur.y_ << " "
<< (int) fig_ll.x_ << " " << (int) fig_ll.y_;
buffer << "\n";
imageinfo.writeEPSImage(outi);
outi.close();
delete[]EPSoutFullFileName;
delete[]EPSoutFileName;
}
}
void drvJAVA2::show_image(const PSImage & imageinfo)
{
if (outBaseName == "") {
errf << "images cannot be handled via standard output. Use an output file" << endl;
return;
}
// write image data to separate file
const size_t sizefilename = strlen(outBaseName.value()) + 21;
char *imgOutFileName = new char[sizefilename];
const size_t sizefullfilename = strlen(outDirName.value()) + strlen(outBaseName.value()) + 21;
char *imgOutFullFileName = new char[sizefullfilename];
sprintf_s(TARGETWITHLEN(imgOutFileName,sizefilename), "%s_%d.img", outBaseName.value(), numberOfImages);
sprintf_s(TARGETWITHLEN(imgOutFullFileName,sizefullfilename), "%s%s", outDirName.value(), imgOutFileName);
outf << " currentPage.add(new PSImageObject(" << imageinfo.
width << ", " << imageinfo.height << ", ";
outf << imageinfo.bits << ", " << imageinfo.ncomp << ", ";
switch (imageinfo.type) {
case colorimage:
outf << "0, ";
break;
case normalimage:
outf << "1, ";
break;
case imagemask:
outf << "2, ";
break;
default:
errf << "\t\tFatal: unexpected case for imageinfo.type in drvjava2" << endl; // cannot happen
abort();
}
outf << (imageinfo.polarity ? "true" : "false") << "," << endl;
outf << " new AffineTransform(";
outf << (imageinfo.normalizedImageCurrentMatrix[0]) << "f, ";
outf << (-imageinfo.normalizedImageCurrentMatrix[1]) << "f, ";
outf << (imageinfo.normalizedImageCurrentMatrix[2]) << "f, ";
outf << (-imageinfo.normalizedImageCurrentMatrix[3]) << "f, ";
outf << (imageinfo.normalizedImageCurrentMatrix[4]) << "f, ";
outf << (currentDeviceHeight - imageinfo.normalizedImageCurrentMatrix[5]) << "f), " << endl;
outf << " \"" << imgOutFileName << "\"));" << endl;
FILE *outFile;
if ((outFile = fopen(imgOutFileName, "wb")) == 0L) {
errf << "ERROR: cannot open image file " << imgOutFileName << endl;
delete[]imgOutFileName;
delete[]imgOutFullFileName;
return;
}
if (fwrite(imageinfo.data, 1, imageinfo.nextfreedataitem, outFile) !=
imageinfo.nextfreedataitem) {
fclose(outFile);
errf << "ERROR: cannot write image data to " << imgOutFileName << endl;
delete[]imgOutFileName;
delete[]imgOutFullFileName;
return;
}
fclose(outFile);
delete[]imgOutFullFileName;
delete[]imgOutFileName;
numberOfImages++;
numberOfElements++;
}
