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// SPDX-License-Identifier: GPL-2.0
#include "qPrefUnit.h"
#include "qPrefPrivate.h"
static const QString group = QStringLiteral("Units");
qPrefUnits *qPrefUnits::instance()
{
static qPrefUnits *self = new qPrefUnits;
return self;
}
void qPrefUnits::loadSync(bool doSync)
{
disk_coordinates_traditional(doSync);
disk_duration_units(doSync);
disk_length(doSync);
disk_pressure(doSync);
disk_show_units_table(doSync);
disk_temperature(doSync);
disk_unit_system(doSync);
disk_vertical_speed_time(doSync);
disk_volume(doSync);
disk_weight(doSync);
}
HANDLE_PREFERENCE_BOOL(Units, "coordinates", coordinates_traditional);
QString qPrefUnits::duration_units()
{
return prefs.units.duration_units == units::DURATION::ALWAYS_HOURS ? QStringLiteral("hours") :
prefs.units.duration_units == units::DURATION::MINUTES_ONLY ? QStringLiteral("minutes") :
QStringLiteral("mixed");
}
void qPrefUnits::set_duration_units(const QString& value)
{
prefs.units.duration_units = value == QStringLiteral("hours") ? units::DURATION::ALWAYS_HOURS :
value == QStringLiteral("minutes")? units::DURATION::MINUTES_ONLY :
units::DURATION::MIXED;
disk_duration_units(true);
emit instance()->duration_unitsStringChanged(value);
}
SET_PREFERENCE_ENUM_EXT(Units, units::DURATION, duration_units, units.);
DISK_LOADSYNC_ENUM_EXT(Units, "duration_units", units::DURATION, duration_units, units.);
QString qPrefUnits::length()
{
return prefs.units.length == units::LENGTH::METERS ? QStringLiteral("meters") : QStringLiteral("feet");
}
void qPrefUnits::set_length(const QString& value)
{
prefs.units.length = value == QStringLiteral("meters") ? units::LENGTH::METERS : units::LENGTH::FEET;
disk_length(true);
emit instance()->lengthStringChanged(value);
}
SET_PREFERENCE_ENUM_EXT(Units, units::LENGTH, length, units.);
DISK_LOADSYNC_ENUM_EXT(Units, "length", units::LENGTH, length, units.);
QString qPrefUnits::pressure()
{
return prefs.units.pressure == units::PRESSURE::BAR ? QStringLiteral("bar") : QStringLiteral("psi");
}
void qPrefUnits::set_pressure(const QString& value)
{
prefs.units.pressure = value == QStringLiteral("bar") ? units::PRESSURE::BAR : units::PRESSURE::PSI;
disk_pressure(true);
emit instance()->pressureStringChanged(value);
}
SET_PREFERENCE_ENUM_EXT(Units, units::PRESSURE, pressure, units.);
DISK_LOADSYNC_ENUM_EXT(Units, "pressure", units::PRESSURE, pressure, units.);
HANDLE_PREFERENCE_BOOL_EXT(Units, "show_units_table", show_units_table, units.);
QString qPrefUnits::temperature()
{
return prefs.units.temperature == units::TEMPERATURE::CELSIUS ? QStringLiteral("celcius") : QStringLiteral("fahrenheit");
}
void qPrefUnits::set_temperature(const QString& value)
{
prefs.units.temperature = value == QStringLiteral("celcius") ? units::TEMPERATURE::CELSIUS : units::TEMPERATURE::FAHRENHEIT;
disk_temperature(true);
emit instance()->temperatureStringChanged(value);
}
SET_PREFERENCE_ENUM_EXT(Units, units::TEMPERATURE, temperature, units.);
DISK_LOADSYNC_ENUM_EXT(Units, "temperature", units::TEMPERATURE, temperature, units.);
QString qPrefUnits::unit_system()
{
return prefs.unit_system == METRIC ? QStringLiteral("metric") :
prefs.unit_system == IMPERIAL ? QStringLiteral("imperial") :
QStringLiteral("personalized");
}
void qPrefUnits::set_unit_system(const QString& value)
{
set_unit_system(value == QStringLiteral("metric") ? METRIC : value == QStringLiteral("imperial")? IMPERIAL : PERSONALIZE);
emit instance()->unit_systemStringChanged(value);
}
void qPrefUnits::set_unit_system(unit_system_values value)
{
if (value == METRIC) {
prefs.unit_system = METRIC;
prefs.units = SI_units;
// make sure all types are updated when changing
set_volume(units::VOLUME::LITER);
set_weight(units::WEIGHT::KG);
set_length(units::LENGTH::METERS);
set_pressure(units::PRESSURE::BAR);
set_temperature(units::TEMPERATURE::CELSIUS);
} else if (value == IMPERIAL) {
prefs.unit_system = IMPERIAL;
prefs.units = IMPERIAL_units;
// make sure all types are updated when changing
set_volume(units::VOLUME::CUFT);
set_weight(units::WEIGHT::LBS);
set_length(units::LENGTH::FEET);
set_pressure(units::PRESSURE::PSI);
set_temperature(units::TEMPERATURE::FAHRENHEIT);
} else {
prefs.unit_system = PERSONALIZE;
}
disk_unit_system(true);
emit instance()->unit_systemChanged(value);
}
DISK_LOADSYNC_ENUM(Units, "unit_system", unit_system_values, unit_system);
QString qPrefUnits::vertical_speed_time()
{
return prefs.units.vertical_speed_time == units::TIME::MINUTES ? QStringLiteral("minutes") : QStringLiteral("seconds");
}
void qPrefUnits::set_vertical_speed_time(const QString& value)
{
prefs.units.vertical_speed_time = value == QStringLiteral("minutes") ? units::TIME::MINUTES : units::TIME::SECONDS;
disk_vertical_speed_time(true);
emit instance()->vertical_speed_timeStringChanged(value);
}
SET_PREFERENCE_ENUM_EXT(Units, units::TIME, vertical_speed_time, units.);
DISK_LOADSYNC_ENUM_EXT(Units, "vertical_speed_time", units::TIME, vertical_speed_time, units.);
QString qPrefUnits::volume()
{
return prefs.units.volume == units::VOLUME::LITER ? QStringLiteral("liter") : QStringLiteral("cuft");
}
void qPrefUnits::set_volume(const QString& value)
{
prefs.units.volume = value == QStringLiteral("liter") ? units::VOLUME::LITER : units::VOLUME::CUFT;
disk_volume(true);
emit instance()->volumeStringChanged(value);
}
SET_PREFERENCE_ENUM_EXT(Units, units::VOLUME, volume, units.);
DISK_LOADSYNC_ENUM_EXT(Units, "volume", units::VOLUME, volume, units.);
QString qPrefUnits::weight()
{
return prefs.units.weight == units::WEIGHT::KG ? QStringLiteral("kg") : QStringLiteral("lbs");
}
void qPrefUnits::set_weight(const QString& value)
{
prefs.units.weight = value == QStringLiteral("kg") ? units::WEIGHT::KG : units::WEIGHT::LBS;
disk_weight(true);
emit instance()->weightStringChanged(value);
}
SET_PREFERENCE_ENUM_EXT(Units, units::WEIGHT, weight, units.);
DISK_LOADSYNC_ENUM_EXT(Units, "weight", units::WEIGHT, weight, units.);
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