qt5-legatus-legacy/Lts/Services/AreaEffectSimulation/settings.cpp

/**
  * Settings for AereaEffectSimulation
  * $Id$
  * $HeadURL$
  * $Author$
  */

#include "settings.h"

#include <QtCore/QSettings>
#include <nglsettings/nglsettings_settings.h>
#include <ngltools/ngltools_filesystem.h>

namespace AreaEffectSimulation
{
class NGLSettingsClass : public NGL::Settings
{
public:
  NGLSettingsClass()
    : NGL::Settings(s_iniFile.isEmpty() ? NGL::findProjectConfigFile() : s_iniFile)
  {}
  static void setIniFile(const QString &fn)
  {
    s_iniFile = fn;
  }
  static QString s_iniFile;
};
QString NGLSettingsClass::s_iniFile;
Q_GLOBAL_STATIC(NGLSettingsClass, s)

//-----------------------------------------------------------------------------
quint32 Settings::getValidityPeriodWeatherData()
{
//  quint32 validityPeriodWeatherData = settings()->settings()->value("ZSKSWS/validityPeriodWeatherData", 60 * 15 * 1000).toUInt();
  quint32 validityPeriodWeatherData = 60 * 15 * 1000;
  return validityPeriodWeatherData;
}

//-----------------------------------------------------------------------------
quint32 Settings::getDusSingleMineEffectStartOffset()
{
  return settings()->settings()->value(QStringLiteral("AES/DusSingleMineEffectStartOffset"), 30 * 1000).toUInt(); // 30 seconds default
}

//-----------------------------------------------------------------------------
// Functional Area Supply Truck

quint32 Settings::getActivationTimeAfterStopSupplyTruck()
{
  return settings()->settings()->value(QStringLiteral("AES/ActivationTimeAfterStopSupplyTruck"), 5000).toUInt();
}

quint32 Settings::getMaximumStepLengthStanding()
{
  return settings()->settings()->value(QStringLiteral("AES/MaximumStepLengthStanding"), 20).toUInt();
}

//-----------------------------------------------------------------------------

qint32 Settings::getUnpairedMinesLookupRange()
{
  return settings()->settings()->value(QStringLiteral("AES/UnpairedMinesLookupRange"), 20).toUInt();
}

//-----------------------------------------------------------------------------

qint32 Settings::getMineAreaByMiVSysEffectStart()
{
  return settings()->settings()->value(QStringLiteral("AES/MineAreaMiVSysEffectStart"), 10 * 60 * 1000).toUInt();
}
//-----------------------------------------------------------------------------

qint32 Settings::getMaxRoundsAreaWideFire()
{
  const qint32 valueFromConfig = settings()->settings()->value(QStringLiteral("AES/MaxRoundsAreaWideFire"), 120).toUInt();

  if (valueFromConfig < 10)
    return 10;

  if (valueFromConfig > 900)
    return 900;

  return valueFromConfig;
}
//-----------------------------------------------------------------------------

qint32 Settings::getChargeEffectAfterGlow()
{
  return settings()->settings()->value(QStringLiteral("AES/ChargeEffectAfterGlow"), 5 * 60 * 1000).toUInt();
}

//-----------------------------------------------------------------------------
// Effector
qint32 Settings::getEffectorIntervalFireMin()
{
  return settings()->settings()->value(QStringLiteral("AES/EffectorIntervalFireMin"), 2 * 100).toUInt();
}

qint32 Settings::getEffectorIntervalFireMax()
{
  return settings()->settings()->value(QStringLiteral("AES/EffectorIntervalFireMax"), 3 * 100).toUInt();
}

qint32 Settings::getEffectorIntervalReportFiredMin()
{
  return settings()->settings()->value(QStringLiteral("AES/EffectorIntervalReportFiredMin"), 2 * 100).toUInt();
}

qint32 Settings::getEffectorIntervalReportFiredMax()
{
  return settings()->settings()->value(QStringLiteral("AES/EffectorIntervalReportFiredMax"), 3 * 100).toUInt();
}

qint32 Settings::getEffectorIntervalReportFireReadinessMin()
{
  return settings()->settings()->value(QStringLiteral("AES/getEffectorIntervalReportFireReadinessMin"), 2 * 100).toUInt();
}

qint32 Settings::getEffectorIntervalReportFireReadinessMax()
{
  return settings()->settings()->value(QStringLiteral("AES/getEffectorIntervalReportFireReadinessMax"), 3 * 100).toUInt();
}

qint32 Settings::getEffectorInitialReportFireReadinessMin()
{
  return settings()->settings()->value(QStringLiteral("AES/getEffectorInitialReportFireReadinessMin"), 2 * 100).toUInt();
}

qint32 Settings::getEffectorInitialReportFireReadinessMax()
{
  return settings()->settings()->value(QStringLiteral("AES/getEffectorInitialReportFireReadinessMax"), 3 * 100).toUInt();
}

QString Settings::getAutomatonPattern(qint32 id)
{
  const QString key = QStringLiteral("FIRE_PATTERN/%1").arg(id);
  return settings()->settings()->value(key, QStringLiteral("all,next*,all")).toString();
}


//-----------------------------------------------------------------------------
// EffectCluster
double Settings::getScatterLenghtDefault()
{
  return settings()->settings()->value(QStringLiteral("AES/getScatterLenghtDefault"), 15.7).toDouble();
}

double Settings::getScatterWidthDefault()
{
  return settings()->settings()->value(QStringLiteral("AES/getScatterWidthDefault"), 1.7).toDouble();
}

//

//-----------------------------------------------------------------------------

NGL::Settings *Settings::settings()
{
  return s();
}

//-----------------------------------------------------------------------------

void Settings::setIniFile(const QString &ini)
{
  NGLSettingsClass::setIniFile(ini);
}

} // namespace AreaEffectSimulation