void LearningContext:: print(SpLearningAttributes availableAttributes) {
int i, j, n, m;
std::set<std::string> *values;
std::set<ObjectType>::iterator involvedIt;
std::set<std::string>::iterator valuesIt;
std::map<attribute_id, SpLearningNumeric>::iterator numIt;
std::map<attribute_id, SpLearningSymbolic>::iterator symIt;
AppendToLog("Learning Context: " + name);
AppendToLog("\n Initial Tree File: " + initialHierarchyFile);
AppendToLog("\n Involved Objects: \n");
n = involvedObjects.size();
for(i = 0, involvedIt = involvedObjects.begin(); i < n; i++, involvedIt++)
AppendToLog(" " + QString(Blob::getNameFromType(*involvedIt).c_str()) + "\n");
AppendToLog(" Numerical Attributes: \n");
n = numericalAttributes.size();
for(i = 0, numIt = numericalAttributes.begin(); i < n; i++, numIt++)
AppendToLog(" " + QString(availableAttributes->nameFromId[(*numIt).first].c_str()) + " Acuity: " + QString::number(((*numIt).second)->acuity) + "\n");
AppendToLog(" Symbolic Attributes: \n");
n = symbolicAttributes.size();
for(i = 0, symIt = symbolicAttributes.begin(); i < n; i++, symIt++) {
AppendToLog(" " + QString(availableAttributes->nameFromId[(*numIt).first].c_str()) + "\n");
AppendToLog(" Values: \n");
values = availableAttributes->symbolicValuesList[(*symIt).first];
m = values->size();
for(j = 0, valuesIt = values->begin(); j < m; j++, valuesIt++)
AppendToLog(" " + QString((*valuesIt).c_str()) + "\n");
}
}
bool GaussianFunction::setParameters(QDomNode& config) {
QDomNode n;
if(config.isNull()) { //Parameter set for module not defined
AppendToLog("GaussianFunction Error: In definition of Gaussian function model (mean, sigma, min, max). Aborting Context loading.");
return false;
} else {
if( ( n = XmlCommon::getParameterNode("mean", config) ).isNull() ) {
AppendToLog("GaussianFunction Error: In definition of Gaussian function model 'mean' parameter missing. Aborting Context loading.");
return false;
} else
mean = XmlCommon::getParameterValue(n).toDouble();
if( ( n = XmlCommon::getParameterNode("sigma", config) ).isNull() ) {
AppendToLog("GaussianFunction Error: In definition of Gaussian function model 'sigma' parameter missing. Aborting Context loading.");
return false;
} else
sigma = XmlCommon::getParameterValue(n).toDouble();
if( ( n = XmlCommon::getParameterNode("min", config) ).isNull() ) {
AppendToLog("GaussianFunction Error: In definition of Gaussian function model 'min' parameter missing. Aborting Context loading.");
return false;
} else
min = XmlCommon::getParameterValue(n).toDouble();
if( ( n = XmlCommon::getParameterNode("max", config) ).isNull() ) {
AppendToLog("GaussianFunction Error: In definition of Gaussian function model 'max' parameter missing. Aborting Context loading.");
return false;
} else
max = XmlCommon::getParameterValue(n).toDouble();
}
return true;
}
bool CppCheck::AppExecute(const wxString& app, const wxString& CommandLine, wxArrayString& Output, wxArrayString& Errors)
{
wxWindowDisabler disableAll;
wxBusyInfo running(_("Running ") + app + _T("... please wait (this may take several minutes)..."),
Manager::Get()->GetAppWindow());
AppendToLog(CommandLine);
if ( -1 == wxExecute(CommandLine, Output, Errors, wxEXEC_SYNC) )
{
wxString msg = _("Failed to launch ") + app + _T(".\n"
"Please setup the ") + app + _T(" executable accordingly in the settings\n"
"and make sure its also in the path so ") + app + _T(" resources are found.");
AppendToLog(msg);
cbMessageBox(msg, _("Error"), wxICON_ERROR | wxOK, Manager::Get()->GetAppWindow());
if (!m_PATH.IsEmpty()) wxSetEnv(wxT("PATH"), m_PATH); // Restore
return false;
}
int Count = Output.GetCount();
for (int idxCount = 0; idxCount < Count; ++idxCount)
AppendToLog(Output[idxCount]);
Count = Errors.GetCount();
for (int idxCount = 0; idxCount < Count; ++idxCount)
AppendToLog(Errors[idxCount]);
if (!m_PATH.IsEmpty()) wxSetEnv(wxT("PATH"), m_PATH); // Restore
return true;
}
long Valgrind::DoValgrindVersion()
{
wxString CommandLine = _("valgrind --version");
WriteToLog(CommandLine);
wxArrayString Output, Errors;
wxExecute(CommandLine, Output, Errors);
int Count = Output.GetCount();
wxString ValgrindVersion;
for(int idxCount = 0; idxCount < Count; ++idxCount)
{
ValgrindVersion = Output[0];
AppendToLog(Output[idxCount]);
} // end for : idx: idxCount
Count = Errors.GetCount();
for(int idxCount = 0; idxCount < Count; ++idxCount)
{
AppendToLog(Errors[idxCount]);
} // end for : idx: idxCount
// and clear the list
m_ListLog->Clear();
long VersionValue = 0;
wxString Version;
if(ValgrindVersion.StartsWith(_T("valgrind-"), &Version))
{
Version.Replace(_T("."), _T(""));
Version.ToLong(&VersionValue);
}
return VersionValue;
} // end of DoValgrindVersion
bool SuperpixelModuleSLICO::setParameters(QDomNode& config){
QDomNode n, m;
QDomNodeList l;
int intT;
if(config.isNull()) { //Parameter set for module not defined
m_superpixelnumber = 200; //Desired number of superpixels.
m_contrast = false; //Apply Histogram Equalization prior to obtain superpixels
} else {
if( !( n = XmlCommon::XmlCommon::getParameterNode("SuperpixelNumber", config) ).isNull() ) {
m_superpixelnumber = XmlCommon::getParameterValue(n).toInt();
if(m_superpixelnumber <= 0) {
m_superpixelnumber = 200; //Desired number of superpixels.
AppendToLog("SuperpixelModuleSLICO: Warning: 'SuperpixelNumber' must be an integer higher than zero. Taking default: 200" );
}
} else { //default
m_superpixelnumber = 200; //Desired number of superpixels.
AppendToLog("SuperpixelModuleSLICO: Warning: 'SuperpixelNumber' not defined. Taking default: 200" );
}
if( !( n = XmlCommon::XmlCommon::getParameterNode("ContrastEnhancing", config) ).isNull() ) {
m_contrast = XmlCommon::getParameterValue(n) == "true" ? true : false;
if(XmlCommon::getParameterValue(n) != "true" && XmlCommon::getParameterValue(n) != "false")
AppendToLog("SuperpixelModuleSLICO: Warning: 'ContrastEnhancing' must be true or false. Taking default: false" );
} else { //default
m_contrast = false;
AppendToLog("SuperpixelModuleSLICO: Warning: 'ContrastEnhancing' not defined. Taking default: false" );
}
}
return true;
}
wxString CppCheck::GetAppExecutable(const wxString& app, const wxString& app_cfg)
{
ConfigManager* cfg = Manager::Get()->GetConfigManager(_T("cppcheck"));
wxString Executable = ConfigPanel::GetDefaultCppCheckExecutableName();
if (cfg)
Executable = cfg->Read(app_cfg, Executable);
Manager::Get()->GetMacrosManager()->ReplaceMacros(Executable);
AppendToLog(wxString::Format(_("Executable ") + app + _T(": '%s'."),
Executable.wx_str()));
// Make sure file is accessible, otherwise add path to cppcheck to PATH envvar
wxFileName fn(Executable);
if (fn.IsOk() && fn.FileExists())
{
wxString AppPath = fn.GetPath();
AppendToLog(wxString::Format(_("Path to ") + app + _T(": '%s'."),
AppPath.wx_str()));
if ( AppPath.Trim().IsEmpty() )
return Executable; // Nothing to do, lets hope it works and cppcheck is in the PATH
bool PrependPath = true;
wxString NewPathEnvVar = wxEmptyString;
wxPathList PathList;
PathList.AddEnvList(wxT("PATH"));
for (size_t i=0; i<PathList.GetCount(); ++i)
{
wxString PathItem = PathList.Item(i);
if ( PathItem.IsSameAs(AppPath, (platform::windows ? false : true)) )
{
AppendToLog(_("Executable of cppcheck is in the path."));
PrependPath = false;
break; // Exit for-loop
}
if ( !NewPathEnvVar.IsEmpty() )
NewPathEnvVar << wxPATH_SEP;
NewPathEnvVar << PathItem;
}
if (m_PATH.IsEmpty())
m_PATH = NewPathEnvVar;
if (PrependPath)
{
NewPathEnvVar = NewPathEnvVar.Prepend(wxPATH_SEP);
NewPathEnvVar = NewPathEnvVar.Prepend(AppPath);
wxSetEnv(wxT("PATH"), NewPathEnvVar); // Don't care about return value
AppendToLog(wxString::Format(_("Updated PATH environment to include path to ") + app + _T(": '%s' ('%s')."),
AppPath.wx_str(), NewPathEnvVar.wx_str()));
}
}
return Executable;
}
bool BackgroundInitializationModule::setParameters(QDomNode& config)
{
QDomNode n;
if(config.isNull()) //Parameter set for module not defined
{
this->sizeBlock = 10;
this->thresholdStill = 20;
this->aggregationRate = 0.95;
this->thresholdMov = 0.9 ;
this->thresholdCorrelation = 0.7;
}
else
{
if( !( n = XmlCommon::XmlCommon::getParameterNode("sizeBlock", config) ).isNull() )
this->sizeBlock = XmlCommon::getParameterValue(n).toInt();
else
{
this->sizeBlock = 10;
AppendToLog("BackgroundInitializationModule: Warning: 'sizeBlock' not defined. Taking defaults: \n\t\tsizeBlock = " + QString::number(this->sizeBlock) + "\n");
}
if( !( n = XmlCommon::XmlCommon::getParameterNode("thresholdStill", config) ).isNull() )
this->thresholdStill = XmlCommon::getParameterValue(n).toInt();
else
{
this->thresholdStill = 20;
AppendToLog("BackgroundInitializationModule: Warning: 'thresholdStill' not defined. Taking defaults: \n\t\tthresholdStill = " + QString::number(this->thresholdStill) + "\n");
}
if( !( n = XmlCommon::XmlCommon::getParameterNode("aggregationRate", config) ).isNull() )
this->aggregationRate = XmlCommon::getParameterValue(n).toFloat();
else
{
this->aggregationRate = 0.95;
AppendToLog("BackgroundInitializationModule: Warning: 'aggregationRate' not defined. Taking defaults: \n\t\taggregationRate = " + QString::number(this->aggregationRate) + "\n");
}
if( !( n = XmlCommon::XmlCommon::getParameterNode("thresholdMov", config) ).isNull() )
this->thresholdMov = XmlCommon::getParameterValue(n).toFloat();
else
{
this->thresholdMov = 0.9;
AppendToLog("BackgroundInitializationModule: Warning: 'thresholdMov' not defined. Taking defaults: \n\t\tthresholdMov = " + QString::number(this->thresholdMov) + "\n");
}
if( !( n = XmlCommon::XmlCommon::getParameterNode("thresholdCorrelation", config) ).isNull() )
this->thresholdCorrelation = XmlCommon::getParameterValue(n).toFloat();
else
{
this->thresholdCorrelation = 0.7;
AppendToLog("BackgroundInitializationModule: Warning: 'thresholdCorrelation' not defined. Taking defaults: \n\t\tthresholdCorrelation = " + QString::number(this->thresholdCorrelation) + "\n");
}
}
//Setea la lista de parametros y la lista de tipos de parametros utilizadas en el ParameterDialog.
addParameter("sizeBlock", QString::number(this->sizeBlock), "int");
addParameter("thresholdStill", QString::number(this->thresholdStill), "int");
addParameter("aggregationRate", QString::number(this->aggregationRate), "float");
addParameter("thresholdMov", QString::number(this->thresholdMov), "float");
addParameter("thresholdCorrelation", QString::number(this->thresholdCorrelation), "float");
return true;
}
// Opens filename file and reads its header (Application marker segment,
// it starts after a FF E0).
// This header is given back as string. If something goes wrong, empty
// string is given back.
void ImageHeader::readJpegHeader(QString& filename) {
QFile file(filename);
if( !file.open(QIODevice::ReadOnly) ) {
AppendToLog( "Error opening file. The image file '"
+ filename
+ "' could not be opened for header extraction." );
setNullHeader();
return;
}
char buffer[2] = {0};
int buf_size;
do {
buffer[0] = buffer[1]; // Shift
if(file.read(&buffer[1], 1) <= 0) {
// AppendToLog( "ImageHeader: The image file '"
// + filename
// + "' does not contain a header with timestamp." );
setNullHeader();
return;
}
} while (buffer[0] != '\xff' || buffer[1] != '\xe0'); // Marker bytes found
file.read(&buffer[0], 2); // Two bytes: header size
// These lines are the conversion from hex (char) to int
QString hex;
int from_hex = (hex.sprintf("%d", buffer[0])).toInt();
buf_size = 256 * from_hex;
from_hex = (hex.sprintf("%d", buffer[1])).toInt();
buf_size += from_hex;
if(buf_size <= 0) {
AppendToLog( "ImageHeader: The image file '"
+ filename
+ "' does not contain a header with timestamp or an empty header." );
setNullHeader();
return;
}
char *header = new char[buf_size + 1];
file.read(header, buf_size);
header[buf_size] = '\0';
jpeg_header_string = header;
file.close();
delete[] header;
}
bool DominantColorSegmentation::setParameters(QDomNode &config)
{
QDomNode n;
if(config.isNull()) { //Parameter set for module not defined
HistogramPeakThreshold = 0.2;
Tcolor = 2;
upperpenalty = 0.2;
IntensityThreshold = 50;
} else {
//ADD PARAMETERS FROM XML FILE
//a_param
if( ( n = XmlCommon::getParameterNode("HPT", config) ).isNull() ) {
HistogramPeakThreshold = 0.2;
addParameter("HPT", "0.2", "double");
AppendToLog("LianSegmentation: Warning: 'HPT' not defined. Taking default: " + QString::number(HistogramPeakThreshold));
} else {
HistogramPeakThreshold = XmlCommon::getParameterValue(n).toDouble();
addParameter("HPT", XmlCommon::getParameterValue(n), "double");
}
//b_param
if( ( n = XmlCommon::getParameterNode("Tcolor", config) ).isNull() ) {
Tcolor = 2;
addParameter("Tcolor", "2", "double");
AppendToLog("LianSegmentation: Warning: 'Tcolor' not defined. Taking default: " + QString::number(Tcolor));
} else {
Tcolor = XmlCommon::getParameterValue(n).toDouble();
addParameter("Tcolor", XmlCommon::getParameterValue(n), "double");
}
//upperpenalty
if( ( n = XmlCommon::getParameterNode("upperpenalty", config) ).isNull() ) {
upperpenalty = 2;
addParameter("upperpenalty", "2", "double");
AppendToLog("LianSegmentation: Warning: 'upperpenalty' not defined. Taking default: " + QString::number(upperpenalty));
} else {
upperpenalty = XmlCommon::getParameterValue(n).toDouble();
addParameter("upperpenalty", XmlCommon::getParameterValue(n), "double");
}
//IntensityThreshold
if( ( n = XmlCommon::getParameterNode("IntensityThreshold", config) ).isNull() ) {
IntensityThreshold = 2;
addParameter("IntensityThreshold", "2", "double");
AppendToLog("LianSegmentation: Warning: 'IntensityThreshold' not defined. Taking default: " + QString::number(IntensityThreshold));
} else {
IntensityThreshold = XmlCommon::getParameterValue(n).toDouble();
addParameter("Tcolor", XmlCommon::getParameterValue(n), "double");
}
}
return true;
}
int CppCheck::Execute()
{
WriteToLog(_("Running cppcheck/vera++ analysis... please wait..."));
if ( !CheckRequirements() )
return -1;
cbProject* Project = Manager::Get()->GetProjectManager()->GetActiveProject();
if (Project->GetFilesCount() < 1)
return 0;
const wxString BasePath = Project->GetBasePath();
AppendToLog(_T("Switching working directory to : ") + BasePath);
::wxSetWorkingDirectory(BasePath);
ConfigManager* cfg = Manager::Get()->GetConfigManager(_T("cppcheck"));
int choice = cfg->ReadInt(_T("operation"), 0);
int result_cppcheck = 0;
int result_vera = 0;
if ((0==choice) || (2==choice))
result_cppcheck = ExecuteCppCheck(Project);
if ((1==choice) || (2==choice))
result_vera = ExecuteVera(Project);
return ((0==result_cppcheck) && (0==result_vera)) ? 0 : -1;
}
void MainWindow::PrintPacketInfo(packet p)
{
QString pType;
switch (p.PacketType)
{
case CONTROL_PACKET:
pType = "Control";
break;
case DATA_PACKET:
pType = "Data";
break;
default:
pType = "Unknown";
break;
}
QString packetInfo = QString("Packet Type: %1\n"
"Sequence: %2\n"
"WindowSize: %3\n"
"AckNum: %4\n"
"Destination addr: %5\n"
"Destination port: %6\n")
.arg(pType,
QString::number(p.SeqNum),
QString::number(p.WindowSize),
QString::number(p.AckNum),
p.dest_addr,
QString::number(p.dest_port));
AppendToLog(packetInfo);
// AppendToLog(p.data);
}
/**
* @brief BallClasificationModule::setParameters
* @param config
* @return
* m_delInForeground --> true: borrar blobs no clasificasdos
*/
bool BallClasificationModule::setParameters(QDomNode &config)
{
QDomNode n;
if(config.isNull()) { //Parameter set for module not defined
AppendToLog("BallClasificationModule: Warning: Configuration '" + m_data->m_config_file + "' file does not define an entry BlobFilteringModule. Taking defaults...");
return false;
}
if( ( n = XmlCommon::getParameterNode("DeleteInForeground", config) ).isNull() ) {
AppendToLog("BallClasificationModule: Warning: Configuration '" + m_data->m_config_file + "' file does not define an entry 'DeleteInForeground' for BlobFilteringModule. Taking default value (false).");
m_delInForeground = false;
} else
m_delInForeground = (XmlCommon::getParameterValue(n) == "true") ? true : false;
return true;
}
bool paintView::setParameters(QDomNode &config){
QDomNode m;
QDomElement e;
int i;
size_t pos;
std::deque<drawInterface *>::reverse_iterator it, it_end;
m = config.firstChild();
while(!m.isNull()) {
e = m.toElement();
std::string s = e.tagName().toStdString();
if( (pos=s.find_first_not_of(" \t\r\n")) != std::string::npos ) {
QDomNode p;
s = s.substr(pos);
i = s.size()-1;
if(s[i] == '\n' || s[i] == '\r')
s = s.substr(0, i);
if(isValidDrawName(s)) {
drawSequence.push_back(drawConstructor[s](m_data));
it = drawSequence.rbegin();
(*it)->setParameters(m);
} else {
QString ss = s.c_str();
AppendToLog("paintView: setParameters: draw element '" + ss + "' not defined. Draw element will be ignored.");
}
}
m = m.nextSibling();
}
return true;
}
bool GrayCodeModule::run(){
if(m_data->currentImage == NULL || m_data->currentImage->isNull()) {
AppendToLog("GrayCodeModule: Warning: No current image. Aborting execution...\n");
return false;
}
if(first == false) {
if(m_data->grayImage != NULL)
delete m_data->grayImage;
m_data->grayImage = new QImage(m_data->currentImage->width(),
m_data->currentImage->height(),
QImage::Format_ARGB32);
if(m_data->grayImage->isNull()) {
AppendToLog("GrayCodeModule: Warning: Cannot create gray image from current image.\n");
delete m_data->grayImage;
m_data->grayImage = NULL;
return false;
} else
first = true;
}
if( m_data->currentImage->width() != m_data->grayImage->width()
|| m_data->currentImage->height() != m_data->grayImage->height()) {
delete m_data->grayImage;
m_data->grayImage = new QImage(m_data->currentImage->width(),
m_data->currentImage->height(),
QImage::Format_ARGB32);
if(m_data->grayImage->isNull()) {
AppendToLog("GrayCodeModule: Warning: Cannot create gray image from current image.\n");
delete m_data->grayImage;
m_data->grayImage = NULL;
return false;
}
}
getGray(m_data->grayImage);
return true;
}
void Valgrind::WriteToLog(const wxString& Text)
{
m_ValgrindLog->Clear();
// maybe also show event needed ??
#if 0
CodeBlocksLogEvent evtShow(cbEVT_SHOW_LOG_MANAGER);
Manager::Get()->ProcessEvent(evtShow);
#endif
AppendToLog(Text);
} // end of WriteToLog
bool CppCheck::DoCppCheckParseXMLv2(TiXmlHandle& Handle)
{
bool ErrorsPresent = false;
const TiXmlHandle& Errors = Handle.FirstChildElement("errors");
for (const TiXmlElement* Error = Errors.FirstChildElement("error").ToElement();
Error;
Error = Error->NextSiblingElement("error"))
{
wxString Id;
if (const char* IdValue = Error->Attribute("id"))
Id = wxString::FromAscii(IdValue);
wxString Severity;
if (const char* SeverityValue = Error->Attribute("severity"))
Severity = wxString::FromAscii(SeverityValue);
wxString Message;
if (const char* MessageValue = Error->Attribute("msg"))
Message = wxString::FromAscii(MessageValue);
wxString CWE;
if (const char* CWEValue = Error->Attribute("cwe"))
CWE = wxString::FromAscii(CWEValue);
wxString Verbose;
if (const char* VerboseValue = Error->Attribute("verbose"))
Verbose = wxString::FromAscii(VerboseValue);
const wxString FullMessage = Id + _T(" : ") + Severity + _T(" : ") + Verbose;
wxString File;
wxString Line;
const TiXmlElement* Location = Error->FirstChildElement("location");
if (nullptr!=Location)
{
if (const char* FileValue = Location->Attribute("file"))
File = wxString::FromAscii(FileValue);
if (const char* LineValue = Location->Attribute("line"))
Line = wxString::FromAscii(LineValue);
}
if (!FullMessage.IsEmpty() && !File.IsEmpty() && !Line.IsEmpty())
{
wxArrayString Arr;
Arr.Add(File);
Arr.Add(Line);
Arr.Add(FullMessage);
m_ListLog->Append(Arr);
ErrorsPresent = true;
}
else if (!Message.IsEmpty())
AppendToLog(Message); // might be something important like config not found...
}
return ErrorsPresent;
}
void CppCheck::DoCppCheckAnalysis(const wxString& Xml)
{
// clear the list
m_ListLog->Clear();
TiXmlDocument Doc;
Doc.Parse( Xml.ToAscii() );
if ( Doc.Error() )
{
wxString msg = _("Failed to parse cppcheck XML file.\nProbably it's not produced correctly.");
AppendToLog(msg);
cbMessageBox(msg, _("Error"), wxICON_ERROR | wxOK, Manager::Get()->GetAppWindow());
}
else
{
TiXmlHandle Handle(&Doc);
Handle = Handle.FirstChildElement("results");
bool ErrorsPresent = false;
TiXmlElement* resultNode = Handle.ToElement();
if (nullptr!=resultNode->Attribute("version"))
{
wxString Version = wxString::FromAscii(resultNode->Attribute("version"));
if ( Version.IsSameAs(wxT("2")) )
ErrorsPresent = DoCppCheckParseXMLv2(Handle);
else
{
cbMessageBox(_("Unsupported XML file version of CppCheck."),
_("Error"), wxICON_ERROR | wxOK, Manager::Get()->GetAppWindow());
}
}
else
{
ErrorsPresent = DoCppCheckParseXMLv1(Handle);
}
if (ErrorsPresent)
{
if ( Manager::Get()->GetLogManager() )
{
CodeBlocksLogEvent evtSwitch(cbEVT_SWITCH_TO_LOG_WINDOW, m_ListLog);
Manager::Get()->ProcessEvent(evtSwitch);
}
}
if ( !Doc.SaveFile("CppCheckResults.xml") )
{
cbMessageBox(_("Failed to create output file 'CppCheckResults.xml' for cppcheck.\nPlease check file/folder access rights."),
_("Error"), wxICON_ERROR | wxOK, Manager::Get()->GetAppWindow());
}
}
}
bool ReliabilityHistogram::run()
{
if(firstTime)
{
if(thermalARGB32.empty() || thermalARGB32.data == NULL)
{
this->height = m_data->reliabilityMap->height();
this->width = m_data->reliabilityMap->width();
this->thermalARGB32 = cv::Mat(height, width, CV_8UC4 );
}
QByteArray string8bit = this->fileMaskName.toLocal8Bit();
// this->fieldMask = cv::imread(string8bit.data(), CV_LOAD_IMAGE_GRAYSCALE );
this->fieldMask = cv::Mat();
this->firstTime = false;
}
if(m_data->reliabilityMap->bits() == NULL || m_data->reliabilityMap->isNull() )
{
AppendToLog("ReliabilityHistogram: Warning: 'reliability map' not found.\n");
return true;
}
memcpy(thermalARGB32.data, m_data->reliabilityMap->bits(), height*m_data->reliabilityMap->bytesPerLine());
#ifdef __OPENCV3__
cv::cvtColor(thermalARGB32, currThermal, cv::COLOR_RGBA2BGR);
#else
cv::cvtColor(thermalARGB32, currThermal, CV_RGBA2BGR);
#endif
reliability = thermal.thermalToReliability( currThermal );
float range[] = { 0, 255 } ;
const float* histRange = { range };
cv::calcHist( &reliability, 1, 0, this->fieldMask, reliabHisto, 1, &numBins, &histRange, true, true );
if(m_data->frameNumber == this->showDataAtFrame)
{
cv::normalize(this->reliabHisto, histNorm, 0, 100, cv::NORM_MINMAX, -1, cv::Mat() );
for(int i = 0; i < 256; i++)
{
std::cout << histNorm.at<float>(i) << " ";
}
std::cout<< std::endl;
}
if(showHistogram)
displayHistogram(this->reliabHisto);
return true;
}
bool ObjectModelReader::readObjectModels(QString fileName) {
if(xmlObjectModels != NULL)
delete xmlObjectModels;
xmlObjectModels = new QDomDocument( "ObjectModels" );
QFile file( fileName );
if( !file.open(QIODevice::ReadOnly) ) {
AppendToLog("ObjectModelReader: Error opening file. The object models file '" + fileName + "' could not be opened. Execution will be aborted.");
return false;
}
QString error;
int line, column;
if( !xmlObjectModels->setContent( &file ) ) {
AppendToLog("ObjectModelReader: Error opening file. XML content in the object models file '" + fileName + "' could not be extracted. Execution will be aborted.");
file.close();
return false;
}
file.close();
return readParameters(fileName);
return true;
}
///////////////////////////////////////////////////////////////////////
// Name: Close()
// Desc: Releases acquired memory and resources
///////////////////////////////////////////////////////////////////////
void CGame::Close()
{
int cn = 0;
AppendToLog( LOG_DASH );
AppendToLog("Closing Game() class...");
for( cn = 0; cn < NUM_BACKGROUNDS; cn++ )
RELEASE_SURF( back[cn] );
RELEASE_SURF( scales[0] );
RELEASE_SURF( scales[1] );
for ( cn = 0; cn < 5; cn++ )
RELEASE_SURF( but_quit[cn] );
RELEASE_SURF( but_pause );
RELEASE_SURF( winneris );
RELEASE_SURF( self_dest );
// RELEASE_SURF( sprite_tire[0] );
RELEASE_SURF( getready );
for( cn = 0; cn < game_num_cars; cn++ )
Auto[cn].Release();
Mines.Release();
Anims.Release();
Dtoys.Release();
// release menu
Menu.Release();
// Snd.Release();
Swv.Release();
Sdl.Close();
Bindings.Release();
}
QImage ThermalColor::reliabilityToThermal(QImage &reliability)
{
if(reliability.format() != QImage::Format_Indexed8) {
AppendToLog("Warning: ThermalColor::reliabilityToThermal for QImage, only accepts as input the format Indexed8. Returning input image.");
return reliability;
}
QImage thermalImage = reliability;
thermalImage.setColorTable(*Datapool::thermalTable);
return thermalImage;
}
/*! \brief Extract and compile documentation for the currently active project.
*/
void DoxyBlocks::ExtractProject()
{
if(!IsProjectOpen()){
return;
}
cbProject* prj = Manager::Get()->GetProjectManager()->GetActiveProject();
if(!prj){
wxString sMsg = _("Failed to get the active project!");
AppendToLog(sMsg, LOG_ERROR);
return;
}
// Check whether AutoVersioning is active for this project.
if(m_bAutoVersioning){
// If we're using autoversion for docs, get the value.
if(m_pConfig->GetUseAutoVersion()){
m_sAutoVersion = GetAutoVersion();
m_pConfig->SetProjectNumber(m_sAutoVersion);
// Update the config object and mark the project as modified so the new version gets saved on exit.
SaveSettings();
prj->SetModified();
}
}
AppendToLog(wxT("----------------------------------------------------------------------------------------------------"));
AppendToLog(_("Extracting documentation for ") + prj->GetTitle() + wxT("."));
AppendToLog(_("DoxyBlocks is working, please wait a few moments..."));
{
wxBusyInfo running(_("Running doxygen. Please wait..."), Manager::Get()->GetAppWindow());
GenerateDocuments(prj);
} // end lifetime of wxBusyInfo.
AppendToLog(_("\nDone.\n"));
}
bool BallClasificationModule::run()
{
// this->dominantcolor();
n_size = 0;
n_ecc = 0;
n_color = 0;
n_grassctx = 0;
n_ball = 0;
destroyAllWindows();
if(!m_data->blobs.empty()) {
Blob *blob;
int i = 0;
int cont = 0;
std::vector<Blob>::iterator iter = m_data->blobs.begin();
while(iter != m_data->blobs.end()) {
blob = &*iter;
if( coarse2fine(blob,cont) ) {
blob->id = i++;
iter++;
} else {
if(m_delInForeground)
deleteBlobFromForeground(blob);
iter = m_data->blobs.erase(iter);
}
cont++;
}
}
else
AppendToLog("NO HAY PELOTA");
AppendToLog("Size: " + QString::number(n_size));
AppendToLog("Ecc : " + QString::number(n_ecc));
AppendToLog("Col : " + QString::number(n_color));
AppendToLog("Ball: " + QString::number(n_ball));
return true;
}
bool regionalSegmentationModule::setParameters(QDomNode& config){
QDomNode n;
if(config.isNull()) { //Parameter set for module not defined
m_bins = 32;
w_size = 11;
m_hullOffset = 1;
m_K = 2;
} else {
if( !( n = XmlCommon::getParameterNode("ColorHistogramBinSize", config) ).isNull() ) {
m_bins = XmlCommon::getParameterValue(n).toInt();
if(m_bins <= 0 || m_bins > 128) {
m_bins = 32;
AppendToLog("regionalSegmentationModule: Warning: 'ColorHistogramBinSize' must be in ]0,128]. Taking default: \n\t\tColorHistogramBinSize = " + QString::number(m_bins) );
}
} else { //default
m_bins = 32;
AppendToLog("regionalSegmentationModule: Warning: 'ColorHistogramBinSize' not defined. Taking default: \n\t\tColorHistogramBinSize = " + QString::number(m_bins) );
}
addParameter("ColorHistogramBinSize", QString::number(m_bins), "int");
if( !( n = XmlCommon::getParameterNode("SearchWindowSize", config) ).isNull() ) {
w_size = XmlCommon::getParameterValue(n).toInt();
if(w_size <= 0) {
w_size = 11;
AppendToLog("regionalSegmentationModule: Warning: 'SearchWindowSize' must be higher than 0. Taking default: \n\t\tColorHistogramBinSize = " + QString::number(w_size) );
}
} else { //default
w_size = 11;
AppendToLog("regionalSegmentationModule: Warning: 'SearchWindowSize' not defined. Taking default: \n\t\tSearchWindowSize = " + QString::number(w_size) );
}
addParameter("SearchWindowSize", QString::number(w_size), "int");
if( !( n = XmlCommon::getParameterNode("ConvexHullOffset", config) ).isNull() ) {
m_hullOffset = XmlCommon::getParameterValue(n).toInt();
} else { //default
m_hullOffset = 1;
AppendToLog("regionalSegmentationModule: Warning: 'ConvexHullOffset' not defined. Taking default: \n\t\tConvexHullOffset = " + QString::number(m_hullOffset) );
}
addParameter("ConvexHullOffset", QString::number(m_hullOffset), "int");
if( !( n = XmlCommon::getParameterNode("PrincipalAxisStep", config) ).isNull() ) {
m_K = XmlCommon::getParameterValue(n).toInt();
} else { //default
m_K = 2;
AppendToLog("regionalSegmentationModule: Warning: 'PrincipalAxisStep' not defined. Taking default: \n\t\tPrincipalAxisStep = " + QString::number(m_K) );
}
addParameter("PrincipalAxisStep", QString::number(m_K), "int");
}
return true;
}
bool GrayCodeModule::init(){
if(first == false && m_data->currentImage != NULL) {
if(m_data->grayImage != NULL)
delete m_data->grayImage;
m_data->grayImage = new QImage(m_data->currentImage->width(),
m_data->currentImage->height(),
QImage::Format_ARGB32);
if(m_data->grayImage->isNull()) {
AppendToLog("GrayCodeModule: Warning: Cannot create gray image from current image.\n");
delete m_data->grayImage;
m_data->grayImage = NULL;
} else
first = true;
}
return true;
}
bool PlanarStatistics::setParameters(QDomNode& config){
QDomNode n;
if(config.isNull()) { //Parameter set for module not defined
m_ofile = "planar-statistics-results.txt";
m_osample = 1;
m_timeForStill = 0.5;
m_speedForStill = 5; // [cm/sec]
} else {
if( ( n = XmlCommon::getParameterNode("OutputFileName", config) ).isNull() ) {
AppendToLog("PlanarStatisticsModule: Warning: Configuration '" + m_data->m_config_file + "' file does not define an entry 'OutputFileName' for PlanarStatisticsModule. Taking default value (planar-statistics-results.txt).");
m_ofile = "planar-statistics-results.txt";
} else
m_ofile = XmlCommon::getParameterValue(n);
if( ( n = XmlCommon::getParameterNode("OutputSampleRate", config) ).isNull() ) {
AppendToLog("PlanarStatisticsModule: Warning: Configuration '" + m_data->m_config_file + "' file does not define an entry 'OutputSampleRate' for PlanarStatisticsModule. Taking default value (1).");
m_osample = 1;
} else
m_osample = XmlCommon::getParameterValue(n).toInt();
if( ( n = XmlCommon::getParameterNode("TimeForStill", config) ).isNull() ) {
AppendToLog("PlanarStatisticsModule: Warning: Configuration '" + m_data->m_config_file + "' file does not define an entry 'TimeForStill' for PlanarStatisticsModule. Taking default value (0.5).");
m_timeForStill = 0.5;
} else
m_timeForStill = XmlCommon::getParameterValue(n).toDouble();
if( ( n = XmlCommon::getParameterNode("SpeedForStill", config) ).isNull() ) {
AppendToLog("PlanarStatisticsModule: Warning: Configuration '" + m_data->m_config_file + "' file does not define an entry 'SpeedForStill' for PlanarStatisticsModule. Taking default value (5.0).");
m_speedForStill = 5.0;
} else
m_speedForStill = XmlCommon::getParameterValue(n).toDouble();
if( ( n = XmlCommon::getParameterNode("RateOfFramesInPerimeter", config) ).isNull() ) {
AppendToLog("PlanarStatisticsModule: Warning: Configuration '" + m_data->m_config_file + "' file does not define an entry 'RateOfFramesInPerimeter' for PlanarStatisticsModule. Taking default value (0.5).");
m_RateOfFramesInPerimeter = 0.5;
} else
m_RateOfFramesInPerimeter = XmlCommon::getParameterValue(n).toDouble();
outZonePresent = true;
if( ( n = XmlCommon::getParameterNode("OutZoneForPerimeter", config) ).isNull() ) {
AppendToLog("PlanarStatisticsModule: Warning: Configuration '" + m_data->m_config_file + "' file does not define an entry 'OutZoneForPerimeter' for PlanarStatisticsModule. Statistics for perimeter deactivated.");
outZonePresent = false;
m_OutZone = "";
} else
m_OutZone = XmlCommon::getParameterValue(n);
}
return true;
}
void CCTestFrame::OnCCLogger(wxCommandEvent& event)
{
wxString log(event.GetString());
for (size_t i = 0; i < log.Len(); ++i) // Convert '\r' to "\r", '\n' to "\n"
{
if (log.GetChar(i) == _T('\r'))
{
log.SetChar(i, _T('\\'));
log.insert(++i, 1, _T('r'));
}
else if (log.GetChar(i) == _T('\n'))
{
log.SetChar(i, _T('\\'));
log.insert(++i, 1, _T('n'));
}
}
AppendToLog(log);
}
void PlanarStatistics::init() {
m_file.setFileName(m_ofile);
lastTimeStamp.millisecond = -1;
lastMilliSecondsDifference = 0;
//Verify perimeter exclusion zone
if(outZonePresent == true) {
bool found = false;
std::vector< QSharedPointer<world::ZoneH> >::iterator it,
it_end = m_data->sceneModel->ZonesH.end();
QSharedPointer<world::ZoneH> z;
for(it=m_data->sceneModel->ZonesH.begin(); it != it_end; it++) {
z = *it;
if(z->name == m_OutZone) {
found = true;
ozone = z;
}
}
if(found == false)
outZonePresent = false;
}
if (!m_file.open(QIODevice::WriteOnly | QIODevice::Text)) {
AppendToLog("PlanarStatistics Error: Unable to open file '"+ m_ofile +"' for writing.");
return;
}
QTextStream statsStream(&m_file);
if(outZonePresent) {
statsStream << "\t\t#1\t#2\t#4\t#5\t#6\t#9\t#10" << endl;
statsStream << "Num\tFrame\tT Mov\tT Still\tDist\tStops\tD Inter\t%D Per\t%T Per " << endl;
} else {
statsStream << "\t\t#1\t#2\t#4\t#5\t#6" << endl;
statsStream << "Num\tFrame\tT Mov\tT Still\tDist\tStops\tD Inter" << endl;
}
m_file.close();
}
bool BlobSuperpixelModuleSEEDS::run(){
if(m_data->currentImage == NULL || m_data->currentImage->isNull()) {
AppendToLog("BlobSuperpixelModuleSEEDS: Warning: No current image. Aborting execution...\n");
return false;
}
if(m_data->superpixel_labels != NULL)
delete[] m_data->superpixel_labels;
m_data->superpixel_labels = NULL;
if(m_data->blobs.empty())
return true;
std::cerr << "BlobSuperpixelModuleSEEDS: Frame number: " << m_data->frameNumber << std::endl;
int w = m_data->currentImage->width(), h = m_data->currentImage->height(), bpl = m_data->currentImage->bytesPerLine();
int i=0;
std::vector<Blob>::iterator it, it_end = m_data->blobs.end();
m_data->blobSuperpixelBoundingRegion.resize(m_data->blobs.size());
m_data->blobSuperpixelLabels.resize(m_data->blobs.size());
m_data->blobSuperpixelNumber.resize(m_data->blobs.size());
cv::Mat im, im2;
im.create(h, w, CV_8UC4);
ImageTransforms::copyPixelsQImageToMat(*m_data->currentImage, im);
im2.create(h, w, CV_8UC3);
cv::cvtColor(im, im2, cv::COLOR_BGRA2BGR);
bs.initSuperpixels(m_sfactor, m_superpixelnumber, m_num_levels, m_use_prior, m_histogram_bins, m_double_step);
for(it=m_data->blobs.begin(); it!=it_end; it++, i++) {
m_data->blobSuperpixelNumber[i] = bs.getSuperpixelForBlob(im2, *it, m_data->blobSuperpixelLabels[i], m_data->blobSuperpixelBoundingRegion[i], m_num_iterations);
}
return true;
}
void CppCheck::DoVeraAnalysis(const wxArrayString& Result)
{
wxRegEx reVera(_T("(.+):([0-9]+):(.+)"));
bool ErrorsPresent = false;
for (size_t idxCount = 0; idxCount < Result.GetCount(); ++idxCount)
{
wxString Res = Result[idxCount];
if (reVera.Matches(Res))
{
wxString File = reVera.GetMatch(Res, 1);
wxString Line = reVera.GetMatch(Res, 2);
wxString Msg = reVera.GetMatch(Res, 3);
if (!File.IsEmpty() && !Line.IsEmpty() && !Msg.IsEmpty())
{
wxArrayString Arr;
Arr.Add(File);
Arr.Add(Line);
Arr.Add(Msg);
m_ListLog->Append(Arr);
ErrorsPresent = true;
}
else if (!Msg.IsEmpty())
AppendToLog(Msg); // might be something important like config not found...
}
}
if (ErrorsPresent)
{
if ( Manager::Get()->GetLogManager() )
{
CodeBlocksLogEvent evtSwitch(cbEVT_SWITCH_TO_LOG_WINDOW, m_ListLog);
Manager::Get()->ProcessEvent(evtSwitch);
}
}
}