void writeEvalObjects( ostream & stream ) {
EvalObjectDeque eos = norm.getEvalObjectDeque();
for (EOIT it = eos.begin(); it != eos.end(); it++)
{
stream << (*it)->toNodeList().str() << endl;
}
}
bool Normalization::operator!=(const Normalization ¶m1)
{
return !(param1.getMaxValue() == this->getMaxValue() &&
param1.getMinValue() == this->getMinValue() &&
param1.getThreshold() == this->getThreshold() &&
param1.getElongation() == this->getElongation() &&
param1.getAmplitude() == this->getAmplitude() &&
param1.getType() == this->getType() &&
param1.getName() == this->getName());
}
void readEvalObjects( istream & stream ) {
// gather all objects
string inputLine;
while (getline(stream, inputLine)) {
EvalObject *eo = EvalObjectFactory::Create(inputLine);
if (eo != NULL) {
norm.addEvalObject( eo );
}
}
}
int main(int argc, char** argv) {
readEvalObjects(cin);
for (int i = 1; i < argc; i++)
{
string option = string( argv[i] );
// remove invisible lines
if ( optionIs( option , "--remove-invisible" , "-r" ) )
norm.removeUndrawableLines();
}
writeEvalObjects(cout);
return 0;
}
bool TrainingSetFile::flush()
{
QXmlStreamWriter tsWriteXML;
int
nPatterns = ts->getPatternCount(),
nInputs = ts->getInputsSize(),
nTargets = ts->getTargetsSize();
QString strInputs,
strTargets;
vector<vector<double> >
inputs = ts->getInputs(),
targets = ts->getTargets();
Normalization
*inputsNorm = ts->getInputsNormalization(),
*targetsNorm = ts->getTargetsNormalization();
QString
strInputsNorm = inputsNorm->getName(),
strTargetsNorm = targetsNorm->getName();
DataRepresentation
*idr = ts->getInputsDataRepresentation(),
*tdr = ts->getTargetsDataRepresentation();
tsWriteXML.setDevice(this);
tsWriteXML.setAutoFormatting(true);
tsWriteXML.setAutoFormattingIndent(3);
tsWriteXML.writeStartDocument();
tsWriteXML.writeStartElement(STR_TRAININGSET);
//Indica el numero de patrones a almacenar
tsWriteXML.writeAttribute(STR_PATTERNSIZE, QString::number(nPatterns));
//Indica el tamaño de las entradas
tsWriteXML.writeAttribute(STR_INPUTSSIZE, QString::number(nInputs));
//Indica el tamaño de las salidas
tsWriteXML.writeAttribute(STR_TARGETSSIZE, QString::number(nTargets));
//Indica propiedades particulares del archivo
tsWriteXML.writeStartElement(STR_PROPERTIES);
tsWriteXML.writeAttribute(STR_VERSION, "1.0.0");
tsWriteXML.writeEndElement();
//Este parametro indica que representacion grafica se usara para visualizar entradas
tsWriteXML.writeStartElement(STR_INPUTSDATAREPRESENTATION);
tsWriteXML.writeAttribute(STR_NAME, idr->getName());
tsWriteXML.writeAttribute(STR_FORMAT, idr->getImageFormatName());
tsWriteXML.writeAttribute(STR_WIDTH, QString::number(idr->getWidth()));
tsWriteXML.writeAttribute(STR_HEIGHT, QString::number(idr->getHeight()));
tsWriteXML.writeEndElement();
//Este parametro indica que representacion grafica se usara para visualizar las salidas
tsWriteXML.writeStartElement(STR_TARGETSDATAREPRESENTATION);
tsWriteXML.writeAttribute(STR_NAME, tdr->getName());
tsWriteXML.writeAttribute(STR_FORMAT, tdr->getImageFormatName());
tsWriteXML.writeAttribute(STR_WIDTH, QString::number(tdr->getWidth()));
tsWriteXML.writeAttribute(STR_HEIGHT, QString::number(tdr->getHeight()));
tsWriteXML.writeEndElement();
//Normalizacion de entradas
tsWriteXML.writeStartElement(STR_INPUTSNORMALIZATION);
tsWriteXML.writeAttribute(STR_TYPE, strInputsNorm);
tsWriteXML.writeAttribute(STR_MAXVALUE, QString::number(inputsNorm->getMaxValue(), decimalformat, decimals));
tsWriteXML.writeAttribute(STR_MINVALUE, QString::number(inputsNorm->getMinValue(), decimalformat, decimals));
tsWriteXML.writeAttribute(STR_THRESHOLD, QString::number(inputsNorm->getThreshold(), decimalformat, decimals));
tsWriteXML.writeAttribute(STR_AMPLITUDE, QString::number(inputsNorm->getAmplitude(), decimalformat, decimals));
tsWriteXML.writeAttribute(STR_ELONGATION, QString::number(inputsNorm->getElongation(), decimalformat, decimals));
tsWriteXML.writeEndElement();
//Normalizacion de salidas
tsWriteXML.writeStartElement(STR_TARGETSNORMALIZATION);
tsWriteXML.writeAttribute(STR_TYPE, strTargetsNorm);
tsWriteXML.writeAttribute(STR_MAXVALUE, QString::number(targetsNorm->getMaxValue(), decimalformat, decimals));
tsWriteXML.writeAttribute(STR_MINVALUE, QString::number(targetsNorm->getMinValue(), decimalformat, decimals));
tsWriteXML.writeAttribute(STR_THRESHOLD, QString::number(targetsNorm->getThreshold(), decimalformat, decimals));
tsWriteXML.writeAttribute(STR_AMPLITUDE, QString::number(targetsNorm->getAmplitude(), decimalformat, decimals));
tsWriteXML.writeAttribute(STR_ELONGATION, QString::number(targetsNorm->getElongation(), decimalformat, decimals));
tsWriteXML.writeEndElement();
for(int p = 0; p < nPatterns; p++){
tsWriteXML.writeStartElement(STR_PATTERN);
tsWriteXML.writeAttribute(STR_INDEX, QString::number(p));
//Se escriben las entradas
tsWriteXML.writeStartElement(STR_INPUTS);
strInputs = "";
for(int i = 0; i < nInputs; i++){
strInputs += QString::number(inputs[p][i], decimalformat, decimals);
if(i != nInputs - 1){
strInputs += STR_SEPARATOR;
}
}
tsWriteXML.writeCharacters(strInputs);
tsWriteXML.writeEndElement();//inputs
//Se escriben las salidas
tsWriteXML.writeStartElement(STR_TARGETS);
strTargets = "";
for(int t = 0; t < nTargets; t++){
strTargets += QString::number(targets[p][t], decimalformat, decimals);
if(t != nTargets - 1){
strTargets += STR_SEPARATOR;
}
}
// tsXML.writeTextElement("targets", strTargets);
tsWriteXML.writeCharacters(strTargets);
tsWriteXML.writeEndElement();//targets
tsWriteXML.writeEndElement();//pattern
}
tsWriteXML.writeEndElement();//trainingset
tsWriteXML.writeEndDocument();
return true;
}
TrainingSetFile::TSFResult TrainingSetFile::fromFile(QFile &file)
{
QString
version,
text;
QStringRef name;
QXmlStreamReader tsReadXML;
QXmlStreamReader::TokenType tt;
QStringList textElements;
QXmlStreamAttributes attributes;
TrainingSetFile *retTSF = new TrainingSetFile();
TSFResult res = {retTSF, true, NoError, "", 0};
TrainingSet *ts = retTSF->getTrainingSet();
int
lastPatternIndex = 0,
sTextElements,
pSize = 0,
iSize = 0,
tSize = 0;
Normalization
*inor = new Normalization(),
*tnor = new Normalization();
vector<vector<double> >
inputs,
targets;
DataRepresentation
*idr = ts->getInputsDataRepresentation(),
*tdr = ts->getTargetsDataRepresentation();
if(file.open(QIODevice::ReadOnly)){
tsReadXML.setDevice(&file);
while (!tsReadXML.atEnd()) {
tt = tsReadXML.readNext();
if(tsReadXML.hasError()){
file.close();
return {retTSF, false, toTSFError(tsReadXML.error()), tsReadXML.errorString(), tsReadXML.lineNumber()};
}
if(tt == QXmlStreamReader::StartDocument){
continue;
}else if(tt == QXmlStreamReader::StartElement){
name = tsReadXML.name();
if(name == STR_TRAININGSET){
attributes = tsReadXML.attributes();
if(attributes.hasAttribute(STR_PATTERNSIZE) &&
attributes.hasAttribute(STR_INPUTSSIZE) &&
attributes.hasAttribute(STR_TARGETSSIZE))
{
pSize = attributes.value(STR_PATTERNSIZE).toInt();
iSize = attributes.value(STR_INPUTSSIZE).toInt();
tSize = attributes.value(STR_TARGETSSIZE).toInt();
inputs = vector<vector<double> >(pSize, vector<double>(iSize, 0));
targets = vector<vector<double> >(pSize, vector<double>(tSize, 0));
}else{
file.close();
return {
retTSF, false, NotWellFormedError, "NotWellFormedError: Missing attributes (" + STR_PATTERNSIZE + ", " + STR_INPUTSSIZE + ", " + STR_TARGETSSIZE + ") on tag " + STR_TRAININGSET, tsReadXML.lineNumber()
};
}
}else if(name == STR_PROPERTIES){
attributes = tsReadXML.attributes();
if(attributes.hasAttribute(STR_VERSION)){
version = attributes.value(STR_VERSION).toString();
}else{
file.close();
return
{
retTSF, false, NotWellFormedError, "NotWellFormedError: Missing attributes (" + STR_VERSION + ") on tag " + STR_PROPERTIES, tsReadXML.lineNumber()
};
}
}else if(name == STR_INPUTSDATAREPRESENTATION){
attributes = tsReadXML.attributes();
if(attributes.hasAttribute(STR_NAME) &&
attributes.hasAttribute(STR_WIDTH) &&
attributes.hasAttribute(STR_HEIGHT) &&
attributes.hasAttribute(STR_FORMAT))
{
idr->setType(drFromStrToInt(attributes.value(STR_NAME).toString()));
idr->setWidth(attributes.value(STR_WIDTH).toInt());
idr->setHeight(attributes.value(STR_HEIGHT).toInt());
idr->setImageFormat(fromStrToImgFormat(attributes.value(STR_FORMAT).toString()));
}else{
file.close();
return
{
retTSF, false, NotWellFormedError, "NotWellFormedError: Missing attributes (" + STR_NAME + ", " + STR_WIDTH + ", " + STR_HEIGHT + ", " + STR_FORMAT + ") on tag " + STR_INPUTSDATAREPRESENTATION, tsReadXML.lineNumber()
};
}
}else if(name == STR_TARGETSDATAREPRESENTATION){
attributes = tsReadXML.attributes();
if(attributes.hasAttribute(STR_NAME) &&
attributes.hasAttribute(STR_WIDTH) &&
attributes.hasAttribute(STR_HEIGHT) &&
attributes.hasAttribute(STR_FORMAT))
{
tdr->setType(drFromStrToInt(attributes.value(STR_NAME).toString()));
tdr->setWidth(attributes.value(STR_WIDTH).toInt());
tdr->setHeight(attributes.value(STR_HEIGHT).toInt());
tdr->setImageFormat(fromStrToImgFormat(attributes.value(STR_FORMAT).toString()));
}else{
file.close();
return
{
retTSF, false, NotWellFormedError, "NotWellFormedError: Missing attributes (" + STR_NAME + ", " + STR_WIDTH + ", " + STR_HEIGHT + ", " + STR_FORMAT + ") on tag " + STR_TARGETSDATAREPRESENTATION, tsReadXML.lineNumber()
};
}
}else if(name == STR_INPUTSNORMALIZATION){
attributes = tsReadXML.attributes();
if(attributes.hasAttribute(STR_TYPE) &&
attributes.hasAttribute(STR_MAXVALUE) &&
attributes.hasAttribute(STR_MINVALUE) &&
attributes.hasAttribute(STR_THRESHOLD) &&
attributes.hasAttribute(STR_AMPLITUDE) &&
attributes.hasAttribute(STR_ELONGATION))
{
inor->setType(normFromStrToInt(attributes.value(STR_TYPE).toString()));
inor->setMaxValue(attributes.value(STR_MAXVALUE).toDouble());
inor->setMinValue(attributes.value(STR_MINVALUE).toDouble());
inor->setThreshold(attributes.value(STR_THRESHOLD).toDouble());
inor->setAmplitude(attributes.value(STR_AMPLITUDE).toDouble());
inor->setElongation(attributes.value(STR_ELONGATION).toDouble());
}else{
file.close();
return
{
retTSF, false, NotWellFormedError, "NotWellFormedError: Missing attributes (" + STR_TYPE + ", " + STR_MAXVALUE + ", " + STR_MINVALUE + ", " + STR_THRESHOLD + ", " + STR_ELONGATION + ") on tag " + STR_INPUTSNORMALIZATION, tsReadXML.lineNumber()
};
}
}else if(name == STR_TARGETSNORMALIZATION){
attributes = tsReadXML.attributes();
if(attributes.hasAttribute(STR_TYPE) &&
attributes.hasAttribute(STR_MAXVALUE) &&
attributes.hasAttribute(STR_MINVALUE) &&
attributes.hasAttribute(STR_THRESHOLD) &&
attributes.hasAttribute(STR_AMPLITUDE) &&
attributes.hasAttribute(STR_ELONGATION))
{
tnor->setType(normFromStrToInt(attributes.value(STR_TYPE).toString()));
tnor->setMaxValue(attributes.value(STR_MAXVALUE).toDouble());
tnor->setMinValue(attributes.value(STR_MINVALUE).toDouble());
tnor->setThreshold(attributes.value(STR_THRESHOLD).toDouble());
tnor->setAmplitude(attributes.value(STR_AMPLITUDE).toDouble());
tnor->setElongation(attributes.value(STR_ELONGATION).toDouble());
}else{
file.close();
return
{
retTSF, false, NotWellFormedError, "NotWellFormedError: Missing attributes (" + STR_TYPE + ", " + STR_MAXVALUE + ", " + STR_MINVALUE + ", " + STR_THRESHOLD + ", " + STR_ELONGATION + ") on tag " + STR_TARGETSNORMALIZATION, tsReadXML.lineNumber()
};
}
}else if(name == STR_PATTERN){
attributes = tsReadXML.attributes();
if(attributes.hasAttribute(STR_INDEX))
{
lastPatternIndex = attributes.value(STR_INDEX).toInt();
}else{
file.close();
return
{
retTSF, false, NotWellFormedError, "NotWellFormedError: Missing attributes (" + STR_INDEX + ") on tag " + STR_PATTERN, tsReadXML.lineNumber()
};
}
}else if(name == STR_INPUTS){
text = tsReadXML.readElementText(QXmlStreamReader::SkipChildElements);
textElements = text.split(STR_SEPARATOR, QString::KeepEmptyParts, Qt::CaseInsensitive);
sTextElements = textElements.size();
if(sTextElements == iSize){
for(int i = 0; i < sTextElements; i++){
inputs[lastPatternIndex][i] = textElements[i].toDouble();
}
}else{
file.close();
return
{
retTSF, false, NotWellFormedError, "NotWellFormedError: Incongruence between reported input size with found inputs elements", tsReadXML.lineNumber()
};
}
}else if(name == STR_TARGETS){
text = tsReadXML.readElementText(QXmlStreamReader::SkipChildElements);
textElements = text.split(STR_SEPARATOR, QString::KeepEmptyParts, Qt::CaseInsensitive);
sTextElements = textElements.size();
if(sTextElements == tSize){
for(int t = 0; t < sTextElements; t++){
targets[lastPatternIndex][t] = textElements[t].toDouble();
}
}else{
file.close();
return
{
retTSF, false, NotWellFormedError, "NotWellFormedError: Incongruence between reported target size with found target elements", tsReadXML.lineNumber()
};
}
}
}
}
retTSF->setFileName(file.fileName());
res.file = retTSF;
ts->setPatternCount(pSize);
ts->setInputs(inputs, iSize);
ts->setTargets(targets, tSize);
ts->setInputsNormalization(inor);
ts->setTargetsNormalization(tnor);
ts->setInputsDataRepresentation(idr);
ts->setTargetsDataRepresentation(tdr);
res.sucess = true;
res.errnum = toTSFError(QXmlStreamReader::NoError);
res.errormsg = "";
res.line = -1;
file.close();
return res;
}else{
file.close();
return
{
retTSF, false, toTSFError(file.error()), file.errorString(), -1
};
}
}