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da8ba9aac3
* Default unit is more clearly stated in one place, not restated in many different places, and is not always the SI unit * Converter strategy pattern in CMeasurementUnit, covering linear, affine, and different kinds of sexagesimal units * General reorganization of CMeasurementUnit construction and CPhysicalQuantity methods, not removing any behvaiour * Move duplicated method unitFromSymbol from derived classes into base class CMeasurementUnit * For DBus, CPhysicalQuantity marshals both in its own unit and in the default unit
35 lines
1.2 KiB
C++
35 lines
1.2 KiB
C++
#include "testgeo.h"
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using namespace BlackMisc::Geo;
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using namespace BlackMisc::PhysicalQuantities;
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namespace BlackMiscTest
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{
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/*
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* Geo classes tests
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*/
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void CTestGeo::geoBasics()
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{
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CLatitude lati(10, CAngleUnit::deg());
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QVERIFY2(lati * 2 == lati + lati, "Latitude addition should be equal");
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lati += CLatitude(20, CAngleUnit::deg());
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QVERIFY2(lati.valueRounded() == 30.0, "Latitude should be 30 degrees");
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double lat = 27.999999, lon = 86.999999, h = 8820.999999; // Mt Everest
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CCoordinateGeodetic startGeoVec(lat, lon, h);
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CCoordinateEcef mediumEcefVec = CCoordinateTransformation::toEcef(startGeoVec);
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CCoordinateGeodetic endGeoVec = CCoordinateTransformation::toGeodetic(mediumEcefVec);
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// this == contains some implicit rounding, since it is based on PQs
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QVERIFY2(startGeoVec == endGeoVec, "Reconverted geo vector should be equal ");
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CCoordinateNed nedVec = CCoordinateTransformation::toNed(mediumEcefVec, startGeoVec);
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CCoordinateEcef ecefReconvert = CCoordinateTransformation::toEcef(nedVec);
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// check against rounded reconvert
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QVERIFY2(mediumEcefVec.rounded() == ecefReconvert.rounded(), "Reconverted geo vector should be equal");
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}
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} // namespace
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