// Return string list of usage types
const QStringList AnemDesc::metekModelStringList()
{
return (QStringList()
<< getANEM_MODEL_STRING_9()
<< getANEM_MODEL_STRING_10()
<< getANEM_MODEL_STRING_12());
}
// Return string list of usage types
const QStringList AnemDesc::campbellModelStringList()
{
return (QStringList()
<< getANEM_MODEL_STRING_0()
<< getANEM_MODEL_STRING_13()
<< getANEM_MODEL_STRING_12());
}
// Return string list of usage types
const QStringList AnemDesc::gillModelStringList()
{
return (QStringList()
<< getANEM_MODEL_STRING_1()
<< getANEM_MODEL_STRING_2()
<< getANEM_MODEL_STRING_3()
<< getANEM_MODEL_STRING_4()
<< getANEM_MODEL_STRING_5()
<< getANEM_MODEL_STRING_6()
<< getANEM_MODEL_STRING_7()
<< getANEM_MODEL_STRING_8()
<< getANEM_MODEL_STRING_12());
}
bool AnemDesc::isGoodAnemometer(AnemDesc anem)
{
const QString manufacturer = anem.manufacturer();
const QString model = anem.model();
qreal height = anem.height();
const QString windFormat = anem.windFormat();
const QString northAlignment = anem.northAlignment();
// 1
bool isGoodManufacturer = !manufacturer.isEmpty();
// 2
bool isGoodModel = false;
if (!model.isEmpty())
{
if (manufacturer == getANEM_MANUFACTURER_STRING_0())
{
isGoodModel = (model == getANEM_MODEL_STRING_0())
|| (model == getANEM_MODEL_STRING_12());
}
else if (manufacturer == getANEM_MANUFACTURER_STRING_1())
{
isGoodModel = (model == getANEM_MODEL_STRING_1())
|| (model == getANEM_MODEL_STRING_2())
|| (model == getANEM_MODEL_STRING_3())
|| (model == getANEM_MODEL_STRING_4())
|| (model == getANEM_MODEL_STRING_5())
|| (model == getANEM_MODEL_STRING_6())
|| (model == getANEM_MODEL_STRING_7())
|| (model == getANEM_MODEL_STRING_8())
|| (model == getANEM_MODEL_STRING_12());
}
else if (manufacturer == getANEM_MANUFACTURER_STRING_2())
{
isGoodModel = (model == getANEM_MODEL_STRING_9())
|| (model == getANEM_MODEL_STRING_10())
|| (model == getANEM_MODEL_STRING_12());
}
else if (manufacturer == getANEM_MANUFACTURER_STRING_3())
{
isGoodModel = (model == getANEM_MODEL_STRING_11())
|| (model == getANEM_MODEL_STRING_12());
}
else if (manufacturer == getANEM_MANUFACTURER_STRING_4())
{
isGoodModel = (model == getANEM_MODEL_STRING_12());
}
}
// 3
// always true by min value
bool isGoodHeight = height > 0.0;
// 4
bool isGoodWindFormat = false;
if (manufacturer != getANEM_MANUFACTURER_STRING_1())
{
isGoodWindFormat = (windFormat == getANEM_WIND_FORMAT_STRING_0())
|| (windFormat == getANEM_WIND_FORMAT_STRING_1());
}
else
{
isGoodWindFormat = true;
}
// 5
bool isGoodNorthAlignment = false;
if (manufacturer == getANEM_MANUFACTURER_STRING_1())
{
isGoodNorthAlignment = (northAlignment == getANEM_NORTH_ALIGN_STRING_0())
|| (northAlignment == getANEM_NORTH_ALIGN_STRING_1());
}
else
{
isGoodNorthAlignment = northAlignment.isEmpty()
|| (northAlignment == getANEM_NORTH_ALIGN_STRING_2());
}
// 6
// always true by min value
bool isGoodGeneric = false;
if ((model == getANEM_MODEL_STRING_12()))
isGoodGeneric = (anem.hPathLength() > 0) && (anem.vPathLength() > 0) && (anem.tau() > 0);
else
isGoodGeneric = true;
qDebug() << ">> isGoodManufacturer" << isGoodManufacturer;
qDebug() << ">> isGoodModel" << isGoodModel;
qDebug() << ">> isGoodHeight" << isGoodHeight;
qDebug() << ">> isGoodWindFormat" << isGoodWindFormat;
qDebug() << ">> isGoodNorthAlignment" << isGoodNorthAlignment;
qDebug() << ">> isGoodGeneric" << isGoodGeneric;
// all
return (isGoodManufacturer
&& isGoodModel
&& isGoodHeight
&& isGoodWindFormat
&& isGoodNorthAlignment
&& isGoodGeneric);
}
// Return string list of usage types
const QStringList AnemDesc::otherModelStringList()
{
return (QStringList()
<< getANEM_MODEL_STRING_12());
}
