Lines Matching full:inverted
1158 log << TestLog::Message << "Drawing a red quad using sample coverage value " + de::floatToString(coverageValue, 2) << (isInverted ? " (inverted)" : "") << TestLog::EndMessage;
1190 // Check if coverage mask is not all-zeros if alpha or coverage value is 0 (or 1, if inverted).
1215 << (m_type == CASETYPE_ALPHA_TO_COVERAGE ? "alpha" : m_type == CASETYPE_SAMPLE_COVERAGE ? "sample coverage value" : "inverted sample coverage value")
1243 CASETYPE_SAMPLE_COVERAGE_INVERTED, //!< Use only inverted sample coverage.
1245 CASETYPE_BOTH_INVERTED, //!< Use both alpha-to-coverage and inverted sample coverage.
1301 << (m_isInvertedSampleCoverageCase ? "inverted " : "")
1365 * overlapped by a pattern that has inverted masks and is otherwise
1434 log << TestLog::Message << "Drawing the pattern with GL_SAMPLE_COVERAGE enabled, using non-inverted masks" << TestLog::EndMessage;
1436 log << TestLog::Message << "Drawing the pattern with GL_SAMPLE_COVERAGE enabled, using same sample coverage values but inverted masks" << TestLog::EndMessage;
1477 addChild(new CoverageMaskInvertCase (m_context, "sample_coverage_invert", "Test that non-inverted and inverted sample coverage masks are each other's negations"));
1481 addChild(new MaskProportionalityCase(m_context, "proportionality_sample_coverage_inverted", "Test the proportionality property of inverted-mask GL_SAMPLE_COVERAGE", MaskProportionalityCase::CASETYPE_SAMPLE_COVERAGE_INVERTED));
1485 addChild(new MaskConstancyCase(m_context, "constancy_sample_coverage_inverted", "Test that coverage mask is constant at given coordinates with a given alpha or coverage value, using inverted-mask GL_SAMPLE_COVERAGE", MaskConstancyCase::CASETYPE_SAMPLE_COVERAGE_INVERTED));
1487 addChild(new MaskConstancyCase(m_context, "constancy_both_inverted", "Test that coverage mask is constant at given coordinates with a given alpha or coverage value, using GL_SAMPLE_ALPHA_TO_COVERAGE and inverted-mask GL_SAMPLE_COVERAGE", MaskConstancyCase::CASETYPE_BOTH_INVERTED));
