public void generateGnuplot(ClassifierTypes classifierType, List<ClassifierWrapper> wrapperList) {
File outputSubdir = new File(outputDir + sep + classifierType.toString().replaceAll(" ", "-"));
if (!outputSubdir.exists()) {
outputSubdir.mkdir();
}
String fullPath = outputSubdir.getAbsolutePath() + sep;
String fprFileName = fullPath + FPR_FILE_NAME;
writeErrorRateFile(fprFileName, classifierType, ErrorTypes.Type1, wrapperList);
String fnrFileName = fullPath + FNR_FILE_NAME;
writeErrorRateFile(fnrFileName, classifierType, ErrorTypes.Type2, wrapperList);
String gnuPlotFileName = fullPath + "" + outputSubdir.getName() + ".gplt";
writeGnuPlotFile(fullPath, gnuPlotFileName, classifierType.toString());
String pAucFileName = fullPath + PAUC_FILE_NAME;
writeAucFile(pAucFileName, classifierType, ErrorTypes.Type1, wrapperList);
String nAucFileName = fullPath + NAUC_FILE_NAME;
writeAucFile(nAucFileName, classifierType, ErrorTypes.Type2, wrapperList);
String wAucFileName = fullPath + WAUC_FILE_NAME;
writeWAucFile(wAucFileName, classifierType, wrapperList);
String aucGnuPlotFileName = fullPath + outputSubdir.getName() + "-AUC.gplt";
writeAucGnuPlot(fullPath, aucGnuPlotFileName, classifierType.toString());
}
public void generateGnuplot(Map<ClassifierTypes, List<ClassifierWrapper>> resultsObj) {
for (ClassifierTypes classifierType : ClassifierTypes.values()) {
generateGnuplot(classifierType, resultsObj.get(classifierType));
}
}
