TEST_F(GlyphColorMapping_test, GlyphMagnitudeColorMappingCreated)
{
auto poly = genPolyData();
auto rendered = poly->createRendered();
auto rendered3D = dynamic_cast<RenderedData3D *>(rendered.get());
assert(rendered3D);
auto glyphMappings = rendered3D->glyphMapping().vectors();
auto vecGlyphMappingIt = std::find_if(glyphMappings.begin(), glyphMappings.end(),
[] (GlyphMappingData * glyphMappingData)
{
assert(glyphMappingData);
return glyphMappingData->name() == GlyphColorMapping_test::vectorName();
});
ASSERT_NE(glyphMappings.end(), vecGlyphMappingIt);
auto vecGlyphMapping = *vecGlyphMappingIt;
vecGlyphMapping->setVisible(true);
auto & colorMapping = rendered3D->colorMapping();
ASSERT_TRUE(colorMapping.scalarsNames().contains(glyphMagnitudeColorMappingName()));
colorMapping.setCurrentScalarsByName(glyphMagnitudeColorMappingName(), true);
auto glyphColorMapping = dynamic_cast<GlyphMagnitudeColorMapping *>(&colorMapping.currentScalars());
ASSERT_TRUE(glyphColorMapping);
}
TEST_F(CoordinateTransformableDataObject_test, coordsPassToProcessedFieldData)
{
auto dataObject = genPolyData();
const auto coordsSpec = ReferencedCoordinateSystemSpecification(
CoordinateSystemType::geographic,
"testGeoSystem",
"testMetricSystem",
"",
{ 100, 200 }, { 0.2, 0.3 });
dataObject->specifyCoordinateSystem(coordsSpec);
auto processedDataSet = dataObject->processedDataSet();
const auto passedSpec = ReferencedCoordinateSystemSpecification::fromFieldData(*processedDataSet->GetFieldData());
ASSERT_EQ(coordsSpec, passedSpec);
}
TEST_F(CoordinateTransformableDataObject_test, PersistentCoordsSpec_PolyData)
{
auto dataObject = genPolyData();
const auto coordsSpec = ReferencedCoordinateSystemSpecification(
CoordinateSystemType::geographic,
"testGeoSystem",
"testMetricSystem",
"",
{ 100, 200 }, { 0.2, 0.3 });
dataObject->specifyCoordinateSystem(coordsSpec);
const auto fileName = QDir(TestEnvironment::testDirPath()).filePath("PersistentCoordsSpec.vtp");
ASSERT_TRUE(Exporter::exportData(*dataObject, fileName));
auto readDataObject = Loader::readFile<CoordinateTransformableDataObject>(fileName);
ASSERT_TRUE(readDataObject);
ASSERT_EQ(coordsSpec, readDataObject->coordinateSystem());
}
