#include <iostream>

using namespace std;

//#include <chrono>

//#include <ctime>

//#include <qmath.h>

#include <observer/PlantView.hpp>

#include <observer/PhytomerView.hpp>

//using namespace artis::kernel;

#include <artis/observer/Output.hpp>

#include <utils/resultparser.h>

typedef artis::observer::Output<artis::utils::DoubleTime,

ModelParameters> AnOutput;

int main(int argc, char* argv[])

{

string folder_path = argv[1];

xpalm::ModelParameters parameters;

utils::ParametersReader reader;

reader.loadParametersFromFiles(folder_path, parameters);

::Trace::trace().clear();

GlobalParameters globalParameters;

XPalmContext context(parameters.get("BeginDate"), parameters.get("EndDate"));

Tree * m = new Tree;

XPalmSimulator simulator(m, globalParameters);

simulator.attachView("plant", new observer::PlantView());

simulator.attachView("phytomers", new observer::PhytomerView());

simulator.init(parameters.get("BeginDate"), parameters);

simulator.run(context);

AnOutput output(simulator.observer());

output(".");

#ifdef WITH_TRACE

trace_model = new VisibleTraceModel(::Trace::trace().elements());

ui->tableView->setModel(trace_model);

show_trace();

#endif

//InputReader inputReader(argv[1]);//argv[1]->metafile

//inputReader.read();

//inputReader.configopti=argv[2];//argv[2]->configureDE

//inputReader.opti=initialiseOptiFromFile(inputReader.configopti.c_str());

//MultiCalibration<pair<vector<string>,vector<vector<double> > > > multiCal;

//transformeInputReaderToSamaraMultiCalibration(&inputReader,&multiCal);

//for(int i=0;i<multiCal.calibration.size();i++)

//{

//multiCal.saveEvolutionFile=//un nom;

//multiCal.calibration[i]->saveFile=//un nom;

//}

//multiCal.resolution();

return 0;

}