76 	std::map<std::string, std::string> m_specializationMap;  member in glcts::TrigonometryTestCase
86 	m_specializationMap["VERSION"]			= glu::getGLSLVersionDeclaration(glslVersion);  in TrigonometryTestCase()
87 	m_specializationMap["TYPE"]				= data.testedType;  in TrigonometryTestCase()
88 	m_specializationMap["COLOR_COMPONENTS"] = data.colorComponents;  in TrigonometryTestCase()
92 		m_specializationMap["IN"]						= "in";  in TrigonometryTestCase()
93 		m_specializationMap["OUT"]						= "out";  in TrigonometryTestCase()
94 		m_specializationMap["ATTRIBUTE"]				= "in";  in TrigonometryTestCase()
95 		m_specializationMap["FS_OUT_COLOR_NAME"]		= "fragColor";  in TrigonometryTestCase()
96 		m_specializationMap["FS_OUT_COLOR_DECLARATION"] = "out vec4 fragColor;";  in TrigonometryTestCase()
100 		m_specializationMap["IN"]						= "varying";  in TrigonometryTestCase()
101 		m_specializationMap["OUT"]						= "varying";  in TrigonometryTestCase()
102 		m_specializationMap["ATTRIBUTE"]				= "attribute";  in TrigonometryTestCase()
103 		m_specializationMap["FS_OUT_COLOR_NAME"]		= "gl_FragColor";  in TrigonometryTestCase()
104 		m_specializationMap["FS_OUT_COLOR_DECLARATION"] = "";  in TrigonometryTestCase()
176 		m_specializationMap["SIN_FUNCTION_NAME"]		  = "sin";  in prepareSineSources()
177 		m_specializationMap["SIN_FUNCTION_DEFINITION_VS"] = "";  in prepareSineSources()
178 		m_specializationMap["SIN_FUNCTION_DEFINITION_FS"] = "";  in prepareSineSources()
265 		if (m_specializationMap["TYPE"] == "float")  in prepareSineSources()
267 			m_specializationMap["INTERPOLATE_SIN"] = "\n"  in prepareSineSources()
271 		else if (m_specializationMap["TYPE"] == "vec2")  in prepareSineSources()
273 			m_specializationMap["INTERPOLATE_SIN"] = "\n"  in prepareSineSources()
279 		else if (m_specializationMap["TYPE"] == "vec3")  in prepareSineSources()
281 			m_specializationMap["INTERPOLATE_SIN"] = "\n"  in prepareSineSources()
290 		m_specializationMap["SIN_FUNCTION_NAME"] = "calculateSin";  in prepareSineSources()
291 		m_specializationMap["SIN_FUNCTION_DEFINITION_VS"] =  in prepareSineSources()
292 			tcu::StringTemplate(sinFunctionDefinitionVS).specialize(m_specializationMap);  in prepareSineSources()
293 		m_specializationMap["SIN_FUNCTION_DEFINITION_FS"] =  in prepareSineSources()
294 			tcu::StringTemplate(sinFunctionDefinitionFS).specialize(m_specializationMap);  in prepareSineSources()
298 	vsTemplate = tcu::StringTemplate(vsTemplate).specialize(m_specializationMap);  in prepareSineSources()
299 	fsTemplate = tcu::StringTemplate(fsTemplate).specialize(m_specializationMap);  in prepareSineSources()
372 		m_specializationMap["PREPROCESS_COLOR"]			  = "";  in prepareCosineSources()
373 		m_specializationMap["COS_FUNCTION_NAME"]		  = "cos";  in prepareCosineSources()
374 		m_specializationMap["COS_FUNCTION_DEFINITION_VS"] = "";  in prepareCosineSources()
375 		m_specializationMap["COS_FUNCTION_DEFINITION_FS"] = "";  in prepareCosineSources()
410 		m_specializationMap["PREPROCESS_COLOR"]  = "c = (fract(abs(c)) - 0.5)";  in prepareCosineSources()
411 		m_specializationMap["COS_FUNCTION_NAME"] = "calculateCos";  in prepareCosineSources()
412 		m_specializationMap["COS_FUNCTION_DEFINITION_VS"] =  in prepareCosineSources()
413 			tcu::StringTemplate(cosFunctionDefinitionVS).specialize(m_specializationMap);  in prepareCosineSources()
414 		m_specializationMap["COS_FUNCTION_DEFINITION_FS"] =  in prepareCosineSources()
415 			tcu::StringTemplate(cosFunctionDefinitionFS).specialize(m_specializationMap);  in prepareCosineSources()
419 	vsTemplate = tcu::StringTemplate(vsTemplate).specialize(m_specializationMap);  in prepareCosineSources()
420 	fsTemplate = tcu::StringTemplate(fsTemplate).specialize(m_specializationMap);  in prepareCosineSources()