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htmlchartmaker.cpp
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htmlchartmaker.cpp
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#include "htmlchartmaker.h"
#include <string>
#include <iostream>
#include <sstream>
#include <QDateTime>
#include <QDebug>
#include <QMap>
#include "meteodatabaseinterface.h"
#include <QMessageBox>
#include <QFile>
#include <qmath.h>
HtmlChartMaker::HtmlChartMaker()
{
}
QDate HtmlChartMaker::predictDate(QDate selectedDate, int modelYear, MainWindow* mainWindow, Site* site, float base1, float floraison, float base2, float recolte, int predictionType)
{
MeteoDatabaseInterface meteoDatabaseInterface;
meteoDatabaseInterface.setStoragePaths("", mainWindow->getDbPath());
QStringList years = site->getYears();
QList<QMap<QString, QStringList> > finalTmpAvg;
QMap<QString, QStringList> avgOfTempYears;
foreach(QString year, years)
{
qDebug() << "get site with ID :" << site->getId() << " and with year :" << year.toInt();
Meteo* meteo = meteoDatabaseInterface.getMeteo(site->getId(), year.toInt());
finalTmpAvg.append(meteo->getMeteo());
}
if(1 == modelYear)
{
avgOfTempYears = this->calculateAvgOfTempYears(finalTmpAvg);
}
else
{
qDebug() << "Model year is : " << modelYear;
QList<QMap<QString, QStringList> > finalTmp;
Meteo* meteo = meteoDatabaseInterface.getMeteo(site->getId(), modelYear);
finalTmp.append(meteo->getMeteo());
avgOfTempYears = this->calculateAvgOfTempYears(finalTmp);
}
float tmpFloraison = floraison;
float tmpSum = 0;
float lastAdd = 0;
int exactValues = 0;
int prognosedValues = 0;
float tmpRecolte = recolte;
QString modelYearString = QString::number(modelYear);
if(1 == modelYearString.length())
modelYearString = "000" + modelYearString;
if(1 == predictionType) //floraison prediction
{
mainWindow->insertTextInPrevisionsDebugPlainTextEdit("\n### Floraison ###\n");
while(tmpFloraison > tmpSum)
{
bool foundExactTemp = false; //if we find a temperature record for that day we use it.
QMap<QString, QStringList> mapListAllYears;
foreach(mapListAllYears, finalTmpAvg)
{
if(mapListAllYears.contains(selectedDate.toString("yyyyMMdd")) && mapListAllYears.value(selectedDate.toString("yyyyMMdd")).at(2).toFloat() > 0)
{
lastAdd = mapListAllYears.value(selectedDate.toString("yyyyMMdd")).at(2).toFloat() - base1;
tmpSum += lastAdd;
exactValues++;
foundExactTemp = true;
}
}
if(foundExactTemp == false)
{
if(avgOfTempYears.contains("0001" + selectedDate.toString("MMdd")) || 0 == selectedDate.toString("MMdd").compare(QString("0229")))
{
QStringList tempList;
if(0 == selectedDate.toString("MMdd").compare("0229"))
tempList = avgOfTempYears.value("0001" + selectedDate.toString("0228"));
else
tempList = avgOfTempYears.value("0001" + selectedDate.toString("MMdd"));
if(tempList.size() > 1)
{
lastAdd = tempList.at(2).toFloat() - base1;
tmpSum += lastAdd;
prognosedValues++;
}
}
else
{
QString errorMsg;
if(1 == modelYear)
errorMsg = QString("Valeur manquante pour la date du " + selectedDate.toString("d MMMM "));
else
errorMsg = QString("Valeur manquante pour la date du " + selectedDate.toString("d MMMM ") + modelYearString);
QMessageBox msgBox;
msgBox.warning(NULL, QString("Erreur"), errorMsg);
return QDate::fromString("0001","yyyy");
}
}
selectedDate = selectedDate.addDays(1);
qDebug() << "date :" << selectedDate.toString("yyyy-MM-dd");
mainWindow->insertTextInPrevisionsDebugPlainTextEdit("date : " + selectedDate.toString("yyyy-MM-dd") + " " + QString::number(tmpSum,'f',3) + " + " + QString::number(lastAdd,'f',3) + "\n");
}
qDebug() << "date de floraison :" << selectedDate.toString("yyyy-MM-dd");
qDebug() << "exact values :" << exactValues;
qDebug() << "prognosed values :" << prognosedValues;
}
if(2 == predictionType) //récolte prediction
{
mainWindow->insertTextInPrevisionsDebugPlainTextEdit("\n### Récolte ###\n");
while(tmpRecolte > tmpSum)
{
bool foundExactTemp = false; //if we find a temperature record for that day we use it.
QMap<QString, QStringList> mapListAllYears;
foreach(mapListAllYears, finalTmpAvg)
{
if(mapListAllYears.contains(selectedDate.toString("yyyyMMdd")) && mapListAllYears.value(selectedDate.toString("yyyyMMdd")).at(2).toFloat() > 0)
{
lastAdd = mapListAllYears.value(selectedDate.toString("yyyyMMdd")).at(2).toFloat() - base2;
tmpSum += lastAdd;
exactValues++;
foundExactTemp = true;
}
}
if(foundExactTemp == false)
{
if(avgOfTempYears.contains("0001" + selectedDate.toString("MMdd")) || 0 == selectedDate.toString("MMdd").compare(QString("0229")))
{
QStringList tempList;
if(0 == selectedDate.toString("MMdd").compare("0229"))
tempList = avgOfTempYears.value("0001" + selectedDate.toString("0228"));
else
tempList = avgOfTempYears.value("0001" + selectedDate.toString("MMdd"));
if(tempList.size() > 1)
{
lastAdd = tempList.at(2).toFloat() - base2;
tmpSum += lastAdd;
prognosedValues++;
}
}
else
{
qDebug() << selectedDate.toString("MMdd");
QString errorMsg;
if(1 == modelYear)
errorMsg = QString("Valeur manquante pour la date du " + selectedDate.toString("d MMMM "));
else
errorMsg = QString("Valeur manquante pour la date du " + selectedDate.toString("d MMMM ") + modelYearString);
QMessageBox msgBox;
msgBox.warning(NULL, QString("Erreur"), errorMsg);
return QDate::fromString("1000","yyyy");
}
}
selectedDate = selectedDate.addDays(1);
qDebug() << "date :" << selectedDate.toString("yyyy-MM-dd");
mainWindow->insertTextInPrevisionsDebugPlainTextEdit("date : " + selectedDate.toString("yyyy-MM-dd") + " " + QString::number(tmpSum,'f',3) + " + " + QString::number(lastAdd,'f',3) + "\n");
}
qDebug() << "date de récolte :" << selectedDate.toString("yyyy-MM-dd");
qDebug() << "exact values :" << exactValues;
qDebug() << "prognosed values :" << prognosedValues;
}
if(3 == predictionType) //calculer TIF
{
mainWindow->insertTextInPrevisionsDebugPlainTextEdit("\n### TIF ###\n");
while(tmpRecolte > tmpSum)
{
bool foundExactTemp = false; //if we find a temperature record for that day we use it.
QMap<QString, QStringList> mapListAllYears;
foreach(mapListAllYears, finalTmpAvg)
{
if(mapListAllYears.contains(selectedDate.toString("yyyyMMdd")) && mapListAllYears.value(selectedDate.toString("yyyyMMdd")).at(2).toFloat() > 0)
{
lastAdd = mapListAllYears.value(selectedDate.toString("yyyyMMdd")).at(2).toFloat() - base2;
tmpSum += lastAdd;
exactValues++;
foundExactTemp = true;
}
}
if(foundExactTemp == false)
{
if(avgOfTempYears.contains("0001" + selectedDate.toString("MMdd")) || 0 == selectedDate.toString("MMdd").compare(QString("0229")))
{
QStringList tempList;
if(0 == selectedDate.toString("MMdd").compare("0229"))
tempList = avgOfTempYears.value("0001" + selectedDate.toString("0228"));
else
tempList = avgOfTempYears.value("0001" + selectedDate.toString("MMdd"));
if(tempList.size() > 1)
{
lastAdd = tempList.at(2).toFloat() - base2;
tmpSum += lastAdd;
prognosedValues++;
}
}
else
{
qDebug() << selectedDate.toString("MMdd");
QString errorMsg;
if(1 == modelYear)
errorMsg = QString("Valeur manquante pour la date du " + selectedDate.toString("d MMMM "));
else
errorMsg = QString("Valeur manquante pour la date du " + selectedDate.toString("d MMMM ") + modelYearString);
QMessageBox msgBox;
msgBox.warning(NULL, QString("Erreur"), errorMsg);
return QDate::fromString("1000","yyyy");
}
}
selectedDate = selectedDate.addDays(-1);
qDebug() << "date :" << selectedDate.toString("yyyy-MM-dd");
mainWindow->insertTextInPrevisionsDebugPlainTextEdit("date : " + selectedDate.toString("yyyy-MM-dd") + " " + QString::number(tmpSum,'f',3) + " + " + QString::number(lastAdd,'f',3) + "\n");
}
qDebug() << "date du TIF :" << selectedDate.toString("yyyy-MM-dd");
qDebug() << "exact values :" << exactValues;
qDebug() << "prognosed values :" << prognosedValues;
float tmpFloraison = floraison;
float tmpSum = 0;
float lastAdd = 0;
int exactValues = 0;
int prognosedValues = 0;
mainWindow->insertTextInPrevisionsDebugPlainTextEdit("\n### 2ème partie ###\n");
while(tmpFloraison > tmpSum)
{
bool foundExactTemp = false; //if we find a temperature record for that day we use it.
QMap<QString, QStringList> mapListAllYears;
foreach(mapListAllYears, finalTmpAvg)
{
if(mapListAllYears.contains(selectedDate.toString("yyyyMMdd")) && mapListAllYears.value(selectedDate.toString("yyyyMMdd")).at(2).toFloat() > 0)
{
lastAdd = mapListAllYears.value(selectedDate.toString("yyyyMMdd")).at(2).toFloat() - base1;
tmpSum += lastAdd;
exactValues++;
foundExactTemp = true;
}
}
if(foundExactTemp == false)
{
if(avgOfTempYears.contains("0001" + selectedDate.toString("MMdd")) || 0 == selectedDate.toString("MMdd").compare(QString("0229")))
{
QStringList tempList;
if(0 == selectedDate.toString("MMdd").compare("0229"))
tempList = avgOfTempYears.value("0001" + selectedDate.toString("0228"));
else
tempList = avgOfTempYears.value("0001" + selectedDate.toString("MMdd"));
if(tempList.size() > 1)
{
lastAdd = tempList.at(2).toFloat() - base1;
tmpSum += lastAdd;
prognosedValues++;
}
}
else
{
qDebug() << selectedDate.toString("MMdd");
QString errorMsg;
if(1 == modelYear)
errorMsg = QString("Valeur manquante pour la date du " + selectedDate.toString("d MMMM "));
else
errorMsg = QString("Valeur manquante pour la date du " + selectedDate.toString("d MMMM ") + modelYearString);
QMessageBox msgBox;
msgBox.warning(NULL, QString("Erreur"), errorMsg);
return QDate::fromString("1000","yyyy");
}
}
selectedDate = selectedDate.addDays(-1);
qDebug() << "date :" << selectedDate.toString("yyyy-MM-dd");
mainWindow->insertTextInPrevisionsDebugPlainTextEdit("date : " + selectedDate.toString("yyyy-MM-dd") + " " + QString::number(tmpSum,'f',3) + " + " + QString::number(lastAdd,'f',3) + "\n");
}
qDebug() << "date du TIF :" << selectedDate.toString("yyyy-MM-dd");
qDebug() << "exact values :" << exactValues;
qDebug() << "prognosed values :" << prognosedValues;
}
return selectedDate;
}
QMap<QString, QStringList> HtmlChartMaker::calculateAvgOfTempYears(QList<QMap<QString, QStringList> > temps)
{
//first get years list
QStringList yearsList;
QMap<QString, QStringList> tempsMap;
QMap<QString, QStringList> avgMap;
foreach(tempsMap, temps)
{
foreach(QStringList temperatures, tempsMap)
{
if(temperatures.size() > 0)
{
if(false == yearsList.contains(temperatures.at(0).mid(0, 4)))
{
yearsList.append(temperatures.at(0).mid(0, 4));
}
}
}
}
QDateTime qDate0 = QDateTime::fromString("0001-01-01","yyyy-MM-dd");
while(qDate0.toString("yyyy").toInt() < 2)
{
//qDebug() << "qDate0.toString(yyyy).toInt() " << qDate0.toString("yyyyMM").totInt();
QMap<QString, QStringList> tempsMap;
float avgTempAvg = 0;
float avgTempMin = 0;
float avgTempMax = 0;
float tempsAvgSum = 0;
float tempsMinSum = 0;
float tempsMaxSum = 0;
float pluvioSum = 0;
int tempsCount = 0;
foreach(tempsMap, temps)
{
foreach(QString year, yearsList)
{
//qDebug() << "qmap key : " << qDate0.toString(year + qDate0.toString("MMdd"));
if(true == tempsMap.contains(qDate0.toString(year + qDate0.toString("MMdd"))))
{
QStringList tmpList = tempsMap.value(qDate0.toString(year + qDate0.toString("MMdd")));
if(tmpList.size() >= 4 && tmpList.at(1).toFloat() > 0 && tmpList.at(2).toFloat() > 0 && tmpList.at(3).toFloat() > 0)
{
tempsAvgSum += tmpList.at(1).toFloat();
tempsMinSum += tmpList.at(2).toFloat();
tempsMaxSum += tmpList.at(3).toFloat();
pluvioSum += tmpList.at(4).toFloat();
tempsCount++;
}
}
}
}
if(tempsCount > 0)
{
avgTempAvg = tempsAvgSum / (float)tempsCount;
avgTempMin = tempsMinSum / (float)tempsCount;
avgTempMax = tempsMaxSum / (float)tempsCount;
QStringList resTemps;
//qDebug() << "will insert date : " << qDate0.toString("yyyyMMdd");
//qDebug() << "will insert avg temp : " << QString::number(avgTempAvg);
resTemps.append(qDate0.toString("yyyyMMdd"));
resTemps.append(QString::number(avgTempAvg));
resTemps.append(QString::number(avgTempMin));
resTemps.append(QString::number(avgTempMax));
resTemps.append(QString::number(pluvioSum));
avgMap.insert(qDate0.toString("yyyyMMdd"), resTemps);
}
qDate0 = qDate0.addDays(1);
}
return avgMap;
}
QMap<QString, float> HtmlChartMaker::calculateDayTempAverage(QList<QStringList> temperatures)
{
QMap<QString, QStringList> dayTempAvgMap;
QMap<QString, float> dayTempAvgFloatMap;
foreach(QStringList temperature, temperatures)
{
if(temperature.size() >= 4)
{
QString date = temperature.at(0);
QString tmp = temperature.at(1);
QDateTime qDate = QDateTime::fromString(date,"yyyy-MM-dd hh:mm:ss");
//qDebug() << "nDate : " << qDate.toString("yyyyMMdd");
QStringList dayTempsList = dayTempAvgMap.value(qDate.toString("yyyyMMdd"));
dayTempsList.append(tmp);
dayTempAvgMap.insert(qDate.toString("yyyyMMdd"), dayTempsList);
}
else if(temperature.size() >= 2)
{
QString date = temperature.at(0);
QString tmp = temperature.at(1);
QDateTime qDate = QDateTime::fromString(date,"yyyy-MM-dd hh:mm:ss");
//qDebug() << "nDate : " << qDate.toString("yyyyMMdd");
QStringList dayTempsList = dayTempAvgMap.value(qDate.toString("yyyyMMdd"));
dayTempsList.append(tmp);
dayTempAvgMap.insert(qDate.toString("yyyyMMdd"), dayTempsList);
}
}
foreach(QString qMapKey, dayTempAvgMap.keys())
{
QStringList qMapElement = dayTempAvgMap.value(qMapKey);
float sum = 0;
for(int i=0; i < qMapElement.size(); i++)
{
sum += qMapElement.at(i).toFloat();
}
float avg = sum / (float)qMapElement.size();
//QString qsSum;
//qDebug() << "day avg : " << qsSum.setNum(avg, 'f', 2);
dayTempAvgFloatMap.insert(qMapKey, avg);
}
return dayTempAvgFloatMap;
}
QMap<QString, float> HtmlChartMaker::calculateWeekTempAverage(QMap<QString, float> dayTempAvgMap)
{
QMap<QString, QStringList> weekTempAvgMap;
QMap<QString, float> weekTempAvgFloatMap;
foreach(QString qMapKey, dayTempAvgMap.keys())
{
QString date = QString::number(QDate::fromString(qMapKey, "yyyyMMdd").weekNumber());
QString tmp;
tmp = tmp.setNum(dayTempAvgMap.value(qMapKey), 'f', 2);
QStringList tmpStringList = weekTempAvgMap.value(date);
tmpStringList.append(tmp);
weekTempAvgMap.insert(date, tmpStringList);
}
foreach(QString qMapKey, weekTempAvgMap.keys())
{
QStringList tmpStringList = weekTempAvgMap.value(qMapKey);
float sum = 0;
for(int i=0; i < tmpStringList.size(); i++)
{
sum += tmpStringList.at(i).toFloat();
}
float avg = sum / (float)tmpStringList.size();
weekTempAvgFloatMap.insert(qMapKey, avg);
}
return weekTempAvgFloatMap;
}
QMap<QString, float> HtmlChartMaker::calculateMonthTempAverage(QMap<QString, float> dayTempAvgMap)
{
QMap<QString, QStringList> monthTempAvgMap;
QMap<QString, float> monthTempAvgFloatMap;
foreach(QString qMapKey, dayTempAvgMap.keys())
{
QString date = QDateTime::fromString(qMapKey, "yyyyMMdd").toString("yyyyMM");
QString tmp;
tmp = tmp.setNum(dayTempAvgMap.value(qMapKey), 'f', 2);
QStringList tmpStringList = monthTempAvgMap.value(date);
tmpStringList.append(tmp);
monthTempAvgMap.insert(date, tmpStringList);
}
foreach(QString qMapKey, monthTempAvgMap.keys())
{
QStringList tmpStringList = monthTempAvgMap.value(qMapKey);
float sum = 0;
for(int i=0; i < tmpStringList.size(); i++)
{
sum += tmpStringList.at(i).toFloat();
}
float avg = sum / (float)tmpStringList.size();
monthTempAvgFloatMap.insert(qMapKey, avg);
}
return monthTempAvgFloatMap;
}
QMap<QString, float> HtmlChartMaker::calculateMonthPluvio(QMap<QString, float> dayPluvMap)
{
QMap<QString, QStringList> monthPluvMap;
QMap<QString, float> monthPluvFloatMap;
foreach(QString qMapKey, dayPluvMap.keys())
{
QString date = QDateTime::fromString(qMapKey, "yyyyMMdd").toString("yyyyMM");
QString tmp;
tmp = tmp.setNum(dayPluvMap.value(qMapKey), 'f', 2);
QStringList tmpStringList = monthPluvMap.value(date);
tmpStringList.append(tmp);
monthPluvMap.insert(date, tmpStringList);
}
foreach(QString qMapKey, monthPluvMap.keys())
{
QStringList tmpStringList = monthPluvMap.value(qMapKey);
float sum = 0;
for(int i=0; i < tmpStringList.size(); i++)
{
sum += tmpStringList.at(i).toFloat();
}
monthPluvFloatMap.insert(qMapKey, sum);
}
return monthPluvFloatMap;
}
QMap<QString, float> HtmlChartMaker::calculateMaxDayTemp(QList<QStringList> temperatures)
{
QMap<QString, QStringList> dayTempMap;
QMap<QString, float> dayTempMaxFloatMap;
foreach(QStringList temperature, temperatures)
{
if(temperature.size() >= 4)
{
QString date = temperature.at(0);
QString tmp = temperature.at(3);
QDateTime qDate = QDateTime::fromString(date,"yyyy-MM-dd hh:mm:ss");
QStringList dayTempsList = dayTempMap.value(qDate.toString("yyyyMMdd"));
dayTempsList.append(tmp);
dayTempMap.insert(qDate.toString("yyyyMMdd"), dayTempsList);
}
else if(temperature.size() >=2)
{
QString date = temperature.at(0);
QString tmp = temperature.at(1);
QDateTime qDate = QDateTime::fromString(date,"yyyy-MM-dd hh:mm:ss");
QStringList dayTempsList = dayTempMap.value(qDate.toString("yyyyMMdd"));
dayTempsList.append(tmp);
dayTempMap.insert(qDate.toString("yyyyMMdd"), dayTempsList);
}
}
foreach(QString qMapKey, dayTempMap.keys())
{
QStringList qMapElement = dayTempMap.value(qMapKey);
float max = 0;
for(int i=0; i < qMapElement.size(); i++)
{
if(qMapElement.at(i).toFloat() > max)
max = qMapElement.at(i).toFloat();
}
dayTempMaxFloatMap.insert(qMapKey, max);
}
return dayTempMaxFloatMap;
}
QMap<QString, float> HtmlChartMaker::calculateMaxMonthTemp(QMap<QString, float> dayMaxTempMap)
{
QMap<QString, QStringList> monthMaxTempMap;
QMap<QString, float> monthMaxTempFloatMap;
foreach(QString qMapKey, dayMaxTempMap.keys())
{
QString date = QDateTime::fromString(qMapKey, "yyyyMMdd").toString("yyyyMM");
QString tmp;
tmp = tmp.setNum(dayMaxTempMap.value(qMapKey), 'f', 2);
QStringList tmpStringList = monthMaxTempMap.value(date);
tmpStringList.append(tmp);
monthMaxTempMap.insert(date, tmpStringList);
}
foreach(QString qMapKey, monthMaxTempMap.keys())
{
QStringList tmpStringList = monthMaxTempMap.value(qMapKey);
float max = 0;
for(int i=0; i < tmpStringList.size(); i++)
{
if(tmpStringList.at(i).toFloat() > max)
max = tmpStringList.at(i).toFloat();
}
monthMaxTempFloatMap.insert(qMapKey, max);
}
return monthMaxTempFloatMap;
}
QMap<QString, float> HtmlChartMaker::calculateMinDayTemp(QList<QStringList> temperatures)
{
QMap<QString, QStringList> dayTempMap;
QMap<QString, float> dayTempMinFloatMap;
foreach(QStringList temperature, temperatures)
{
if(temperature.size() >= 4)
{
QString date = temperature.at(0);
QString tmp = temperature.at(2);
QDateTime qDate = QDateTime::fromString(date,"yyyy-MM-dd hh:mm:ss");
QStringList dayTempsList = dayTempMap.value(qDate.toString("yyyyMMdd"));
dayTempsList.append(tmp);
dayTempMap.insert(qDate.toString("yyyyMMdd"), dayTempsList);
}
else if(temperature.size() >= 2)
{
QString date = temperature.at(0);
QString tmp = temperature.at(1);
QDateTime qDate = QDateTime::fromString(date,"yyyy-MM-dd hh:mm:ss");
QStringList dayTempsList = dayTempMap.value(qDate.toString("yyyyMMdd"));
dayTempsList.append(tmp);
dayTempMap.insert(qDate.toString("yyyyMMdd"), dayTempsList);
}
}
foreach(QString qMapKey, dayTempMap.keys())
{
QStringList qMapElement = dayTempMap.value(qMapKey);
float min = 10000;
for(int i=0; i < qMapElement.size(); i++)
{
if(qMapElement.at(i).toFloat() < min)
min = qMapElement.at(i).toFloat();
}
dayTempMinFloatMap.insert(qMapKey, min);
}
return dayTempMinFloatMap;
}
QMap<QString, float> HtmlChartMaker::calculateDayPluviometry(QList<QStringList> temperatures)
{
QMap<QString, QStringList> dayPluvioMap;
QMap<QString, float> dayPluvioFloatMap;
foreach(QStringList temperature, temperatures)
{
if(temperature.size() >= 5)
{
QString date = temperature.at(0);
QString pluvio = temperature.at(4);
QDateTime qDate = QDateTime::fromString(date,"yyyy-MM-dd hh:mm:ss");
QStringList dayPluvioList = dayPluvioMap.value(qDate.toString("yyyyMMdd"));
dayPluvioList.append(pluvio);
dayPluvioMap.insert(qDate.toString("yyyyMMdd"), dayPluvioList);
}
else if(temperature.size() == 3)
{
QString date = temperature.at(0);
QString pluvio = temperature.at(2);
QDateTime qDate = QDateTime::fromString(date,"yyyy-MM-dd hh:mm:ss");
QStringList dayPluvioList = dayPluvioMap.value(qDate.toString("yyyyMMdd"));
dayPluvioList.append(pluvio);
dayPluvioMap.insert(qDate.toString("yyyyMMdd"), dayPluvioList);
}
}
foreach(QString qMapKey, dayPluvioMap.keys())
{
QStringList qMapElement = dayPluvioMap.value(qMapKey);
float sum = 0;
for(int i=0; i < qMapElement.size(); i++)
{
sum += qMapElement.at(i).toFloat();
}
dayPluvioFloatMap.insert(qMapKey, sum);
}
return dayPluvioFloatMap;
}
QMap<QString, float> HtmlChartMaker::calculateMinMonthTemp(QMap<QString, float> dayMinTempMap)
{
QMap<QString, QStringList> monthMinTempMap;
QMap<QString, float> monthMinTempFloatMap;
foreach(QString qMapKey, dayMinTempMap.keys())
{
QString date = QDateTime::fromString(qMapKey, "yyyyMMdd").toString("yyyyMM");
QString tmp;
tmp = tmp.setNum(dayMinTempMap.value(qMapKey), 'f', 2);
QStringList tmpStringList = monthMinTempMap.value(date);
tmpStringList.append(tmp);
monthMinTempMap.insert(date, tmpStringList);
}
foreach(QString qMapKey, monthMinTempMap.keys())
{
QStringList tmpStringList = monthMinTempMap.value(qMapKey);
float min = 10000;
for(int i=0; i < tmpStringList.size(); i++)
{
if(tmpStringList.at(i).toFloat() < min)
min = tmpStringList.at(i).toFloat();
}
monthMinTempFloatMap.insert(qMapKey, min);
}
return monthMinTempFloatMap;
}
QStringList HtmlChartMaker::getYearsWithTempData(QList<QStringList> temperatures)
{
QStringList years;
foreach(QStringList temperature, temperatures)
{
if(temperature.size() > 1)
{
QString date = temperature.at(0);
QDateTime qDate = QDateTime::fromString(date,"yyyy-MM-dd hh:mm:ss");
QString QsDate = qDate.toString("yyyy");
if(false == years.contains(QsDate))
years.append(QsDate);
}
qSort(years.begin(),years.end(),qGreater<QString>());
}
return years;
}
QString HtmlChartMaker::generateHtmlChartWithTempData(QList<QStringList> temperatures)
{
QMap<QString, float> dayMaxTempMap = this->calculateMaxDayTemp(temperatures);
QMap<QString, float> dayTempAvgMap = this->calculateDayTempAverage(temperatures);
QMap<QString, float> dayMinTempMap = this->calculateMinDayTemp(temperatures);
QMap<QString, float> dayPluviometry = this->calculateDayPluviometry(temperatures);
return this->generateHtmlChartWithMaps(dayMaxTempMap, dayTempAvgMap, dayMinTempMap, dayPluviometry);
}
QString HtmlChartMaker::generateHtmlChartWithMap(QMap<QString, QStringList> tempMap)
{
return this->generateHtmlChartWithMap(tempMap, 0, false);
}
QString HtmlChartMaker::generateHtmlChartWithMap(QMap<QString, QStringList> tempMap, bool completeMissingMonth)
{
return this->generateHtmlChartWithMap(tempMap, 0, completeMissingMonth);
}
QString HtmlChartMaker::generateHtmlChartWithMap(QMap<QString, QStringList> tempMap, int year, bool completeMissingMonth)
{
QMap<QString, float> dayMaxTempMap;
QMap<QString, float> dayTempAvgMap;
QMap<QString, float> dayMinTempMap;
QMap<QString, float> dayPluviometry;
foreach(QString qMapKey, tempMap.keys())
{
QStringList tempList = tempMap.value(qMapKey);
///*
dayMinTempMap.insert(qMapKey, tempList.at(1).toFloat());
dayTempAvgMap.insert(qMapKey, tempList.at(2).toFloat());
dayMaxTempMap.insert(qMapKey, tempList.at(3).toFloat());
if(tempList.size() > 4)
dayPluviometry.insert(qMapKey, tempList.at(4).toFloat());
//*/
}
return this->generateHtmlChartWithMaps(dayMaxTempMap, dayTempAvgMap, dayMinTempMap, dayPluviometry, year, completeMissingMonth);
}
QString HtmlChartMaker::generateHtmlChartWithMaps(QMap<QString, float> dayMaxTempMap, QMap<QString, float> dayTempAvgMap, QMap<QString, float> dayMinTempMap, QMap<QString, float> dayPluviometry)
{
return this->generateHtmlChartWithMaps(dayMaxTempMap, dayTempAvgMap, dayMinTempMap, dayPluviometry, 0, false);
}
QString HtmlChartMaker::generateHtmlWeekIntervalle(QMap<int, QStringList> weekList)
{
QString dataFloraison = "";
QString dataRecolte = "";
QString temperatures ="";
int i = 0;
foreach(int qMapKey, weekList.keys())
{
QStringList list = weekList.value(qMapKey);
if(0 == i)
{
dataFloraison.append("['semaine " + QString::number(i+1) + "',"); //Floraison
dataFloraison.append("" + QString::number(round(list.at(0).toFloat()/7)) + "]");
dataRecolte.append("['semaine " + QString::number(i+1) + "',"); //Récolte
dataRecolte.append("" + QString::number(round(list.at(1).toFloat()/7)) + "]");
temperatures.append("['semaine " + QString::number(i+1) + "',"); //Témpératures
temperatures.append("" + list.at(2) + "]");
}
else
{
dataFloraison.append(",['semaine " + QString::number(i+1) + "',"); //Floraison
dataFloraison.append("" + QString::number(round(list.at(0).toFloat()/7)) + "]");
dataRecolte.append(",['semaine " + QString::number(i+1) + "',"); //Récolte
dataRecolte.append("" + QString::number(round(list.at(1).toFloat()/7)) + "]");
temperatures.append(",['semaine " + QString::number(i+1) + "',"); //Témpératures
temperatures.append("" + list.at(2) + "]");
}
i++;
}
QString html = "";
QFile mFile(":./html/highcharts-all.js");
if(!mFile.open(QFile::ReadOnly | QFile::Text))
{
qDebug() << "could not open file for read";
}
QTextStream in(&mFile);
QString libText = in.readAll();
mFile.close();
html.append("<html>\n");
html.append("<div id='container' style=''></div>\n");
html.append("<script type='text/javascript'>\n");
html.append(libText);
html.append("</script>\n");
html.append("<script type='text/javascript'>\n");
//html.append("$(function () {\n");
html.append("chart = new Highcharts.Chart({\n");
html.append("chart: {\n");
html.append(" type: 'spline',\n");
html.append(" renderTo: 'container'\n");
html.append("},\n");
html.append("title: {\n");
html.append(" text: 'Intervalle TIF / Floraison / Récolte'\n");
html.append("},\n");
html.append("xAxis: {\n");
html.append(" title: {\n");
html.append(" text: 'semaine n°'\n");
html.append(" }\n");
html.append("},\n");
html.append("yAxis: [\n");
html.append("{\n");
html.append(" title: {\n");
html.append(" text: 'semaine n°'\n");
html.append(" },\n");
//html.append(" min: 0\n");
html.append("},\n");
html.append("{\n");
html.append(" title: {\n");
html.append(" text: 'Témpérature'\n");
html.append(" },\n");
//html.append(" min: 0,\n");
html.append(" opposite: true\n");
html.append("}\n");
html.append("],\n");
html.append("exporting: { enabled: false },\n");
//températures
html.append("series: [{\n");
html.append("name: 'Températures',\n");
html.append("tooltip: {\n");
html.append(" headerFormat: '<b>{series.name}</b><br>',\n");
html.append(" pointFormat: 'semaine {point.x}: {point.y}°C'\n");
html.append("},\n");
html.append("yAxis: 1,\n");
html.append("data: [\n");
html.append(temperatures);
html.append("]\n");
//récolte
html.append("}, {\n");
html.append("name: 'Récolte',\n");
html.append("tooltip: {\n");
html.append(" headerFormat: '<b>{series.name}</b><br>',\n");
html.append(" pointFormat: 'semaine {point.x}: après {point.y} semaines'\n");
html.append("},\n");
html.append("yAxis: 0,\n");
html.append("data: [\n");
html.append(dataRecolte);
html.append("],\n");
//floraison
html.append("}, {\n");
html.append(" name: 'Floraison',\n");
html.append(" yAxis: 0,\n");
html.append("tooltip: {\n");
html.append(" headerFormat: '<b>{series.name}</b><br>',\n");
html.append(" pointFormat: 'semaine {point.x}: après {point.y} semaines'\n");
html.append("},\n");
html.append(" data: [\n");
html.append(dataFloraison);
html.append("]\n");
//End of Script
html.append(" }]\n");
html.append(" });\n");
//html.append(" });\n");
html.append("</script>\n");
html.append("</html>\n");
//qDebug() << "HTML : " << html;
return html;
}
QString HtmlChartMaker::generateHtmlChartWithMaps(QMap<QString, float> dayMaxTempMap, QMap<QString, float> dayTempAvgMap, QMap<QString, float> dayMinTempMap, QMap<QString, float> dayPluviometry, int year, bool completeMissingMonth)
{
QMap<QString, float> monthMaxTempMap = this->calculateMonthTempAverage(dayMaxTempMap);
QMap<QString, float> monthTempAvgMap = this->calculateMonthTempAverage(dayTempAvgMap);
QMap<QString, float> monthMinTempMap = this->calculateMonthTempAverage(dayMinTempMap);
QMap<QString, float> monthPluviometryMap = this->calculateMonthPluvio(dayPluviometry);
if(true == completeMissingMonth && 0 != year)
for(int i = 1; i <= 12; i++)
{
QString newMapKey = QString::number(year);
if(1 == newMapKey.size())
newMapKey = "000" + newMapKey;
QString month = QString::number(i);
if(1 == month.length())
{
month = "0" + month;
}
newMapKey = newMapKey + month;
if(false == monthMaxTempMap.contains(newMapKey))
{
monthMaxTempMap.insert(newMapKey, 0);
monthTempAvgMap.insert(newMapKey, 0);
monthMinTempMap.insert(newMapKey, 0);
monthPluviometryMap.insert(newMapKey, 0);
}
}
QString avgValues = "";
int i = 0;
foreach(QString qMapKey, monthTempAvgMap.keys())
{
if(qMapKey.length() == 6)
{
QString qsAvg;
qsAvg = qsAvg.setNum(monthTempAvgMap.value(qMapKey), 'f', 2);
if(i == 0)
{
avgValues.append("[Date.UTC(" + qMapKey.mid(0,4) + "," + QString::number(qMapKey.mid(4,2).toInt()-1) + ",1),");
avgValues.append(qsAvg + "]");
}
else
{
avgValues.append(",[Date.UTC(" + qMapKey.mid(0,4) + "," + QString::number(qMapKey.mid(4,2).toInt()-1) + ",1),");
avgValues.append(qsAvg + "]");
}
i++;
}
}
QString maxValues = "";
i = 0;
foreach(QString qMapKey, monthMaxTempMap.keys())
{
if(qMapKey.length() == 6)
{
QString qsMax;
qsMax = qsMax.setNum(monthMaxTempMap.value(qMapKey), 'f', 2);
if(i == 0)
{
maxValues.append("[Date.UTC(" + qMapKey.mid(0,4) + "," + QString::number(qMapKey.mid(4,2).toInt()-1) + ",1),");
maxValues.append(qsMax + "]");
}
else
{
maxValues.append(",[Date.UTC(" + qMapKey.mid(0,4) + "," + QString::number(qMapKey.mid(4,2).toInt()-1) + ",1),");
maxValues.append(qsMax + "]");
}
i++;
}
}
QString minValues = "";
i = 0;