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Use nested namespaces (C++17 feature)

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This commit is contained in:
Mat Sutcliffe
2021-09-15 21:44:54 +01:00
parent 3f2e5b0b69
commit 57d32da826
1345 changed files with 146075 additions and 150376 deletions
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263
src/blackmisc/weather/metar.cpp
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@@ -17,148 +17,145 @@
using namespace BlackMisc::PhysicalQuantities;
using namespace BlackMisc::Aviation;
namespace BlackMisc
namespace BlackMisc::Weather
{
namespace Weather
CMetar::CMetar()
{
CMetar::CMetar()
setCavok();
}
void CMetar::setMessage(const QString &message)
{
m_metarMessage = message;
}
bool CMetar::hasMessage() const
{
return !this->getMessage().isEmpty();
}
void CMetar::setReportType(ReportType type)
{
m_reportType = type;
}
void CMetar::setAirportIcaoCode(const CAirportIcaoCode &icao)
{
m_airport = icao;
}
void CMetar::setDayTime(int reportDay, const PhysicalQuantities::CTime &reportTime)
{
m_reportDay = reportDay;
m_reportTime = reportTime;
}
void CMetar::setAutomated(bool isAutomated)
{
m_isAutomated = isAutomated;
}
void CMetar::setCavok()
{
m_visibility = CLength(10000, CLengthUnit::km());
m_presentWeathers.clear();
m_cloudLayers.clear();
}
void CMetar::setWindLayer(const CWindLayer &windLayer)
{
m_windLayer = windLayer;
}
void CMetar::setVisibility(const PhysicalQuantities::CLength &visibility)
{
m_visibility = visibility;
}
PhysicalQuantities::CLength CMetar::getVisibility() const
{
return m_visibility;
}
void CMetar::addPresentWeather(const CPresentWeather &presentWeather)
{
m_presentWeathers.push_back(presentWeather);
}
void CMetar::addCloudLayer(const CCloudLayer &cloudLayer)
{
m_cloudLayers.push_back(cloudLayer);
}
void CMetar::setTemperature(const PhysicalQuantities::CTemperature &temperature)
{
m_temperature = temperature;
}
PhysicalQuantities::CTemperature CMetar::getTemperature() const
{
return m_temperature;
}
void CMetar::setDewPoint(const PhysicalQuantities::CTemperature &dewPoint)
{
m_dewPoint = dewPoint;
}
void CMetar::setAltimeter(const PhysicalQuantities::CPressure &altimeter)
{
m_altimeter = altimeter;
}
QString CMetar::getMetarText() const
{
QString presentWeathers;
for (const auto &presentWeather : m_presentWeathers)
{
setCavok();
if (!presentWeathers.isEmpty()) presentWeathers += ",";
presentWeathers += u' ' % presentWeather.toQString();
}
void CMetar::setMessage(const QString &message)
QString clouds;
for (const auto &layer : m_cloudLayers)
{
m_metarMessage = message;
if (!clouds.isEmpty()) clouds += ",";
clouds += u' ' % layer.toQString();
}
bool CMetar::hasMessage() const
{
return !this->getMessage().isEmpty();
}
const QString metarDescription =
QStringLiteral("Station: %1 \n").arg(m_airport.getIcaoCode())
% QStringLiteral("Date/Time: %1 %2 UTC\n").arg(m_reportDay).arg(m_reportTime.formattedHrsMin())
% m_windLayer.toQString()
% u'\n'
% QStringLiteral("Visibility: %1\n").arg(m_visibility.toQString())
% u"Weather: "
% presentWeathers.simplified()
% u'\n'
% u"Clouds:"
% clouds
% u'\n'
% QStringLiteral("Temperature: %1\n").arg(m_temperature.toQString())
% QStringLiteral("Dewpoint: %1\n").arg(m_dewPoint.toQString())
% QStringLiteral("Altimeter: %1\n").arg(m_altimeter.toQString());
void CMetar::setReportType(ReportType type)
{
m_reportType = type;
}
return metarDescription;
}
void CMetar::setAirportIcaoCode(const CAirportIcaoCode &icao)
{
m_airport = icao;
}
QString CMetar::convertToQString(bool i18n) const
{
Q_UNUSED(i18n);
QString s(m_airport.getIcaoCode());
return s;
}
void CMetar::setDayTime(int reportDay, const PhysicalQuantities::CTime &reportTime)
{
m_reportDay = reportDay;
m_reportTime = reportTime;
}
void CMetar::setAutomated(bool isAutomated)
{
m_isAutomated = isAutomated;
}
void CMetar::setCavok()
{
m_visibility = CLength(10000, CLengthUnit::km());
m_presentWeathers.clear();
m_cloudLayers.clear();
}
void CMetar::setWindLayer(const CWindLayer &windLayer)
{
m_windLayer = windLayer;
}
void CMetar::setVisibility(const PhysicalQuantities::CLength &visibility)
{
m_visibility = visibility;
}
PhysicalQuantities::CLength CMetar::getVisibility() const
{
return m_visibility;
}
void CMetar::addPresentWeather(const CPresentWeather &presentWeather)
{
m_presentWeathers.push_back(presentWeather);
}
void CMetar::addCloudLayer(const CCloudLayer &cloudLayer)
{
m_cloudLayers.push_back(cloudLayer);
}
void CMetar::setTemperature(const PhysicalQuantities::CTemperature &temperature)
{
m_temperature = temperature;
}
PhysicalQuantities::CTemperature CMetar::getTemperature() const
{
return m_temperature;
}
void CMetar::setDewPoint(const PhysicalQuantities::CTemperature &dewPoint)
{
m_dewPoint = dewPoint;
}
void CMetar::setAltimeter(const PhysicalQuantities::CPressure &altimeter)
{
m_altimeter = altimeter;
}
QString CMetar::getMetarText() const
{
QString presentWeathers;
for (const auto &presentWeather : m_presentWeathers)
{
if (!presentWeathers.isEmpty()) presentWeathers += ",";
presentWeathers += u' ' % presentWeather.toQString();
}
QString clouds;
for (const auto &layer : m_cloudLayers)
{
if (!clouds.isEmpty()) clouds += ",";
clouds += u' ' % layer.toQString();
}
const QString metarDescription =
QStringLiteral("Station: %1 \n").arg(m_airport.getIcaoCode())
% QStringLiteral("Date/Time: %1 %2 UTC\n").arg(m_reportDay).arg(m_reportTime.formattedHrsMin())
% m_windLayer.toQString()
% u'\n'
% QStringLiteral("Visibility: %1\n").arg(m_visibility.toQString())
% u"Weather: "
% presentWeathers.simplified()
% u'\n'
% u"Clouds:"
% clouds
% u'\n'
% QStringLiteral("Temperature: %1\n").arg(m_temperature.toQString())
% QStringLiteral("Dewpoint: %1\n").arg(m_dewPoint.toQString())
% QStringLiteral("Altimeter: %1\n").arg(m_altimeter.toQString());
return metarDescription;
}
QString CMetar::convertToQString(bool i18n) const
{
Q_UNUSED(i18n);
QString s(m_airport.getIcaoCode());
return s;
}
CMetar CMetar::CAVOK()
{
CMetar metar;
metar.setCavok();
return metar;
}
} // namespace
CMetar CMetar::CAVOK()
{
CMetar metar;
metar.setCavok();
return metar;
}
} // namespace