void ConvertFormula( std::string inputFileName, TSupportedFormats inputFormat, TSupportedFormats outputFormat, std::string outputFileName )
{
shared_ptr<FormulaObj> obj(new FormulaObj(NT_MAIN));
MathMLParser mmlparser;
CConvertLatex latexConverter;
shared_ptr<MathObj> latexObj;
if (inputFormat == SF_OPENMATH) {
ConvertFromOM(inputFileName, obj);
}
if (inputFormat == SF_MATHML) {
mmlparser.Pars(inputFileName);
}
if (inputFormat == SF_LATEX) {
ifstream ifs(inputFileName);
string str((istreambuf_iterator<char>(ifs)), istreambuf_iterator<char>());
latexObj = latexConverter.ConvertFromLatex(str);
ifs.close();
}
if (outputFormat == SF_OPENMATH) {
if (inputFormat == SF_OPENMATH) {
ConvertToOM(outputFileName, obj);
}
if (inputFormat == SF_MATHML) {
ConvertToOM(outputFileName, mmlparser.GetData());
}
if (inputFormat == SF_LATEX) {
ConvertToOM(outputFileName, latexObj);
}
}
if (outputFormat == SF_MATHML) {
if (inputFormat == SF_OPENMATH) {
mmlparser.SetData(obj);
mmlparser.Save(outputFileName);
}
if (inputFormat == SF_MATHML)
mmlparser.Save(outputFileName);
if (inputFormat == SF_LATEX) {
mmlparser.SetData(latexObj);
mmlparser.Save(outputFileName);
}
}
if (outputFormat == SF_LATEX) {
string outStr;
if (inputFormat == SF_LATEX) {
latexConverter.ConvertToLatex(latexObj, outStr);
} else if (inputFormat == SF_OPENMATH) {
latexConverter.ConvertToLatex(obj, outStr);
} else if (inputFormat == SF_MATHML) {
latexConverter.ConvertToLatex(mmlparser.GetData(), outStr);
}
ofstream ofs(outputFileName, ios::out);
ofs << outStr;
ofs.close();
}
}
void Application::Run()
{
double T1 = glfwGetTime();
bool RunLoop = true;
if (RunMode == MODE_PLAY)
{
Game = new ScreenMainMenu(NULL);
((ScreenMainMenu*)Game)->Init();
}else if (RunMode == MODE_VSRGPREVIEW)
{
Game = new ScreenGameplay7K();
VSRG::Song* Sng = LoadSong7KFromFilename(InFile.path(), InFile.ParentDirectory().path(), NULL);
((ScreenGameplay7K*)Game)->Init (Sng, difIndex, Upscroll);
}else if (RunMode == MODE_CONVERT)
{
VSRG::Song* Sng = LoadSong7KFromFilename(InFile.Filename().path(), InFile.ParentDirectory().path(), NULL);
if (Sng)
{
// if (ConvertMode == CONV_OM) // for now this is the default
ConvertToOM (Sng, OutFile.path(), Author);
}
RunLoop = false;
}else if (RunMode == MODE_GENCACHE)
{
std::vector<VSRG::Song*> Songs;
GameState::Printf("Generating cache...\n");
std::vector<String> Directories;
Configuration::GetConfigListS("SongDirectories", Directories);
for (std::vector<String>::iterator i = Directories.begin();
i != Directories.end();
i++)
{
FileManager::GetSongList7K(Songs, *i);
}
for (std::vector<VSRG::Song*>::iterator i = Songs.begin(); i != Songs.end(); i++)
delete *i;
RunLoop = false;
}
GameState::Printf("Time: %fs\n", glfwGetTime() - T1);
if (!RunLoop)
return;
while (Game->IsScreenRunning() && !WindowFrame.ShouldCloseWindow())
{
double newTime = glfwGetTime();
double delta = newTime - oldTime;
ImageLoader::UpdateTextures();
WindowFrame.ClearWindow();
Game->Run(delta);
MixerUpdate();
WindowFrame.SwapBuffers();
oldTime = newTime;
}
}
