Cross Reference: /external/deqp/framework/referencerenderer/rrRenderer.cpp

Lines Matching defs:point
40 typedef double ClipFloat; // floating point type used in clipping
245 	// A point on line might be far away, causing clipping ratio (clipLineSegmentEnd) to become extremely close to 1.0
246 	// even if the another point is not on the plane. Prevent clipping ratio from saturating by using points on line
253 	// Find intersection point of line from v0 to v1 and the current plane. Avoid ratios near 1.0
799 		// points are discarded if Z is not in range. (Wide) point clipping is done in the rasterization phase
1222 						 const pa::Point&					point,
1232 	// draw point as two triangles
1233 	const float offset				= point.v0->pointSize / 2.0f;
1234 	const tcu::Vec4		w0			= tcu::Vec4(point.v0->position.x() + offset, point.v0->position.y() + offset, point.v0->position.z(), point.v0->position.w());
1235 	const tcu::Vec4		w1			= tcu::Vec4(point.v0->position.x() - offset, point.v0->position.y() + offset, point.v0->position.z(), point.v0->position.w());
1236 	const tcu::Vec4		w2			= tcu::Vec4(point.v0->position.x() - offset, point.v0->position.y() - offset, point.v0->position.z(), point.v0->position.w());
1237 	const tcu::Vec4		w3			= tcu::Vec4(point.v0->position.x() + offset, point.v0->position.y() - offset, point.v0->position.z(), point.v0->position.w());
1243 	FragmentShadingContext shadingContext(point.v0->outputs, DE_NULL, DE_NULL, &buffers.shaderOutputs[0], buffers.fragmentDepthBuffer, point.v0->primitiveID, (int)program.fragmentShader->getOutputs().size(), numSamples);
1775 				vertexPackets[numVertexPackets]->pointSize		= command.state.point.pointSize;	// default value from the current state