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Replace several for loops with range-for loops

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This commit is contained in:
Roland Winklmeier
2016-03-31 17:41:05 +02:00
parent 781707fb7e
commit ea1837d847
1 changed files with 20 additions and 20 deletions
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40
src/plugins/weatherdata/gfs/weatherdatagfs.cpp
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@@ -583,48 +583,48 @@ namespace BlackWxPlugin
void CWeatherDataGfs::setTemperature(const g2float *fld, double level)
{
for (auto gridPointIt = m_gfsWeatherGrid.begin(); gridPointIt < m_gfsWeatherGrid.end(); ++gridPointIt)
for (auto &gridPoint : m_gfsWeatherGrid)
{
if (level > 0) { gridPointIt->isobaricLayers[level].temperature = fld[gridPointIt->fieldPosition]; }
else { gridPointIt->surfaceTemperature = fld[gridPointIt->fieldPosition]; }
if (level > 0) { gridPoint.isobaricLayers[level].temperature = fld[gridPoint.fieldPosition]; }
else { gridPoint.surfaceTemperature = fld[gridPoint.fieldPosition]; }
}
}
void CWeatherDataGfs::setHumidity(const g2float *fld, double level)
{
for (auto gridPointIt = m_gfsWeatherGrid.begin(); gridPointIt < m_gfsWeatherGrid.end(); ++gridPointIt)
for (auto &gridPoint : m_gfsWeatherGrid)
{
gridPointIt->isobaricLayers[level].relativeHumidity = fld[gridPointIt->fieldPosition];
gridPoint.isobaricLayers[level].relativeHumidity = fld[gridPoint.fieldPosition];
}
}
void CWeatherDataGfs::setWindV(const g2float *fld, double level)
{
for (auto gridPointIt = m_gfsWeatherGrid.begin(); gridPointIt < m_gfsWeatherGrid.end(); ++gridPointIt)
for (auto &gridPoint : m_gfsWeatherGrid)
{
gridPointIt->isobaricLayers[level].windV = fld[gridPointIt->fieldPosition];
gridPoint.isobaricLayers[level].windV = fld[gridPoint.fieldPosition];
}
}
void CWeatherDataGfs::setWindU(const g2float *fld, double level)
{
for (auto gridPointIt = m_gfsWeatherGrid.begin(); gridPointIt < m_gfsWeatherGrid.end(); ++gridPointIt)
for (auto &gridPoint : m_gfsWeatherGrid)
{
gridPointIt->isobaricLayers[level].windU = fld[gridPointIt->fieldPosition];
gridPoint.isobaricLayers[level].windU = fld[gridPoint.fieldPosition];
}
}
void CWeatherDataGfs::setCloudCoverage(const g2float *fld, int level)
{
for (auto gridPointIt = m_gfsWeatherGrid.begin(); gridPointIt < m_gfsWeatherGrid.end(); ++gridPointIt)
for (auto &gridPoint : m_gfsWeatherGrid)
{
if(fld[gridPointIt->fieldPosition] > 0.0) { gridPointIt->cloudLayers[level].totalCoverage = fld[gridPointIt->fieldPosition]; }
if(fld[gridPoint.fieldPosition] > 0.0) { gridPoint.cloudLayers[level].totalCoverage = fld[gridPoint.fieldPosition]; }
}
}
void CWeatherDataGfs::setCloudLevel(const g2float *fld, int surfaceType, int level)
{
for (auto gridPointIt = m_gfsWeatherGrid.begin(); gridPointIt < m_gfsWeatherGrid.end(); ++gridPointIt)
for (auto &gridPoint : m_gfsWeatherGrid)
{
static const g2float minimumLayer = 0.0;
switch(surfaceType)
@@ -632,12 +632,12 @@ namespace BlackWxPlugin
case LowCloudBottomLevel:
case MiddleCloudBottomLevel:
case HighCloudBottomLevel:
if (fld[gridPointIt->fieldPosition] > minimumLayer) { gridPointIt->cloudLayers[level].bottomLevel = millibarToLevel(fld[gridPointIt->fieldPosition]); }
if (fld[gridPoint.fieldPosition] > minimumLayer) { gridPoint.cloudLayers[level].bottomLevel = millibarToLevel(fld[gridPoint.fieldPosition]); }
break;
case LowCloudTopLevel:
case MiddleCloudTopLevel:
case HighCloudTopLevel:
if (fld[gridPointIt->fieldPosition] > minimumLayer) { gridPointIt->cloudLayers[level].topLevel = millibarToLevel(fld[gridPointIt->fieldPosition]); }
if (fld[gridPoint.fieldPosition] > minimumLayer) { gridPoint.cloudLayers[level].topLevel = millibarToLevel(fld[gridPoint.fieldPosition]); }
break;
default:
Q_ASSERT(false);
@@ -648,26 +648,26 @@ namespace BlackWxPlugin
void CWeatherDataGfs::setCloudPressure(const g2float *fld, double level)
{
for (auto gridPointIt = m_gfsWeatherGrid.begin(); gridPointIt < m_gfsWeatherGrid.end(); ++gridPointIt)
for (auto &gridPoint : m_gfsWeatherGrid)
{
if (level > 0) { /* todo */ }
else { gridPointIt->surfacePressure = fld[gridPointIt->fieldPosition]; }
else { gridPoint.surfacePressure = fld[gridPoint.fieldPosition]; }
}
}
void CWeatherDataGfs::setSurfaceRain(const g2float *fld)
{
for (auto gridPointIt = m_gfsWeatherGrid.begin(); gridPointIt < m_gfsWeatherGrid.end(); ++gridPointIt)
for (auto &gridPoint : m_gfsWeatherGrid)
{
gridPointIt->surfaceRainRate = fld[gridPointIt->fieldPosition];
gridPoint.surfaceRainRate = fld[gridPoint.fieldPosition];
}
}
void CWeatherDataGfs::setSurfaceSnow(const g2float *fld)
{
for (auto gridPointIt = m_gfsWeatherGrid.begin(); gridPointIt < m_gfsWeatherGrid.end(); ++gridPointIt)
for (auto &gridPoint : m_gfsWeatherGrid)
{
gridPointIt->surfaceSnowRate = fld[gridPointIt->fieldPosition];
gridPoint.surfaceSnowRate = fld[gridPoint.fieldPosition];
}
}