void analyseLwo(const std::string& filename, bool modify)
{
std::cout << "--- " << filename << " ---" << std::endl;
std::ifstream istream(filename.c_str(), std::ios::binary);
std::vector<char> vectorBuffer((std::istreambuf_iterator<char>(istream)), std::istreambuf_iterator<char>());
Chunk form;
form.id = "FORM";
form.size = vectorBuffer.size();
form.chunkSizeBytes = 4;
parseFromStream(vectorBuffer, 0, form);
if (!form.subChunks.empty())
{
dumpChunks(form.subChunks[0]);
}
istream.close();
if (!modify) return;
// Write modified LWO
std::string modFile = filename.substr(0, filename.length() - 4) + "_modified.lwo";
std::ofstream output(modFile.c_str(), std::ios::binary);
if (!form.subChunks.empty())
{
filterFile(form.subChunks[0]);
writeFile(output, form.subChunks[0]);
}
}
void BpdeMainWindow::plot()
{
std::string cmd = getSource("/home/ashamin/diploma/src/Bpde/gui/R/isoterms.R");
R.parseEvalQ(cmd);
filterFile();
svg->load(svgfile);
}
void QtDensity::plot(void) {
const char *kernelstrings[] = { "gaussian", "epanechnikov", "rectangular", "triangular", "cosine" };
m_R["bw"] = m_bw;
m_R["kernel"] = kernelstrings[m_kernel]; // that passes the string to R
std::string cmd0 = "svg(width=6,height=6,pointsize=10,filename=tfile); ";
std::string cmd1 = "plot(density(y, bw=bw/100, kernel=kernel), xlim=range(y)+c(-2,2), main=\"Kernel: ";
std::string cmd2 = "\"); points(y, rep(0, length(y)), pch=16, col=rgb(0,0,0,1/4)); dev.off()";
std::string cmd = cmd0 + cmd1 + kernelstrings[m_kernel] + cmd2; // stick the selected kernel in the middle
m_R.parseEvalQ(cmd);
filterFile(); // we need to simplify the svg file for display by Qt
m_svg->load(m_svgfile);
}
bool visualStudioProject::createProjectFile(){
string project = ofFilePath::join(projectDir,projectName + ".vcxproj");
string user = ofFilePath::join(projectDir,projectName + ".vcxproj.user");
string solution = ofFilePath::join(projectDir,projectName + ".sln");
string filters = ofFilePath::join(projectDir, projectName + ".vcxproj.filters");
ofFile::copyFromTo(ofFilePath::join(templatePath,"emptyExample.vcxproj"),project,false, true);
ofFile::copyFromTo(ofFilePath::join(templatePath,"emptyExample.vcxproj.user"),user, false, true);
ofFile::copyFromTo(ofFilePath::join(templatePath,"emptyExample.sln"),solution, false, true);
ofFile::copyFromTo(ofFilePath::join(templatePath,"emptyExample.vcxproj.filters"),filters, false, true);
ofFile::copyFromTo(ofFilePath::join(templatePath,"icon.rc"), projectDir + "icon.rc", false, true);
ofFile filterFile(filters);
string temp = filterFile.readToBuffer();
pugi::xml_parse_result result = filterXmlDoc.load(temp.c_str());
if (result.status==pugi::status_ok) ofLogVerbose() << "loaded filter ";
else ofLogVerbose() << "problem loading filter ";
findandreplaceInTexfile(solution,"emptyExample",projectName);
findandreplaceInTexfile(user,"emptyExample",projectName);
findandreplaceInTexfile(project,"emptyExample",projectName);
string relRoot = getOFRelPath(ofFilePath::removeTrailingSlash(projectDir));
if (relRoot != "../../../"){
string relRootWindows = relRoot;
// let's make it windows friendly:
for(int i = 0; i < relRootWindows.length(); i++) {
if( relRootWindows[i] == '/' )
relRootWindows[i] = '\\';
}
// sln has windows paths:
findandreplaceInTexfile(solution, "..\\..\\..\\", relRootWindows);
// vcx has unixy paths:
//..\..\..\libs
findandreplaceInTexfile(project, "../../../", relRoot);
}
return true;
}
void filterFile(Chunk& chunk)
{
std::cout << "Filtering chunk " << chunk.id << std::endl;
chunk.subChunks.erase(std::remove_if(chunk.subChunks.begin(), chunk.subChunks.end(), [](const Chunk& chunk)
{
return chunk.id == "VMAD" || chunk.id == "CLIP" ||
chunk.id == "PIXB" || chunk.id == "AAST" || chunk.id == "WRPW" || chunk.id == "WRPH" || chunk.id == "WRAP" || chunk.id == "IMAG" ||
chunk.id == "LUMI" || chunk.id == "DIFF" || chunk.id == "SPEC" || chunk.id == "REFL" || chunk.id == "TRAN" || chunk.id == "SMAN" ||
chunk.id == "SIDE" || chunk.id == "GLOS" || chunk.id == "RIND" // || chunk.id == "COLR"
;
}),
chunk.subChunks.end());
// Filter all subchunks
for (Chunk& subChunk : chunk.subChunks)
{
filterFile(subChunk);
}
// Recalculate size after diving in
chunk.size = chunk.getSize();
}
