TestPlane.cpp File Reference

#include "MobileRT/Shapes/Plane.hpp"
#include <gtest/gtest.h>

Include dependency graph for TestPlane.cpp:

Classes
class	TestPlane

Namespaces
	anonymous_namespace{TestPlane.cpp}

Functions
	TEST_F (TestPlane, TestInvalidConstructor)
	TEST_F (TestPlane, TestInvalidConstructor2)
	TEST_F (TestPlane, TestInvalidConstructor3)
	TEST_F (TestPlane, TestConstructor)
	TEST_F (TestPlane, TestCopyConstructor)
	TEST_F (TestPlane, TestMoveConstructor)
	TEST_F (TestPlane, IntersectBoxOutsideX)
	TEST_F (TestPlane, IntersectBoxInsideX)
	TEST_F (TestPlane, IntersectBoxOutsideY)
	TEST_F (TestPlane, IntersectBoxInsideY)
	TEST_F (TestPlane, IntersectBoxOutsideZ)
	TEST_F (TestPlane, IntersectBoxInsideZ)
	TEST_F (TestPlane, IntersectBoxInsideZ2)
	TEST_F (TestPlane, DistancePoint)
	TEST_F (TestPlane, IntersectBoxBorderX)
	TEST_F (TestPlane, IntersectBoxBorderY)
	TEST_F (TestPlane, IntersectBoxBorderZ)
	TEST_F (TestPlane, Box)
	TEST_F (TestPlane, IntersectionRayOutsideX)
	TEST_F (TestPlane, IntersectionRayInsideX)

Variables
const AABB	anonymous_namespace{TestPlane.cpp}::box {::glm::vec3 {0, 0, -1.5F}, ::glm::vec3 {0, 1, 2.5F}}

Function Documentation

TEST_F() [1/20]

TEST_F	(	TestPlane	,
		TestInvalidConstructor
	)

Tests the Plane constructor with invalid parameters. In this case the normal has length of 0 and should be 1.

TEST_F() [2/20]

TEST_F	(	TestPlane	,
		TestInvalidConstructor2
	)

Tests the Plane constructor with invalid parameters. In this case the normal have an infinite value but should have a length of 1.

TEST_F() [3/20]

TEST_F	(	TestPlane	,
		TestInvalidConstructor3
	)

Tests the Plane constructor with invalid parameters. In this case the normal have a NaN value but should have a length of 1.

TEST_F() [4/20]

TEST_F	(	TestPlane	,
		TestConstructor
	)

Tests the Plane constructor.

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TEST_F() [5/20]

TEST_F	(	TestPlane	,
		TestCopyConstructor
	)

Tests the Plane copy constructor.

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TEST_F() [6/20]

TEST_F	(	TestPlane	,
		TestMoveConstructor
	)

Tests the Plane move constructor.

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TEST_F() [7/20]

TEST_F	(	TestPlane	,
		IntersectBoxOutsideX
	)

Tests intersecting an AABB with a plane. The AABB in this case should not intersect the plane.

TEST_F() [8/20]

TEST_F	(	TestPlane	,
		IntersectBoxInsideX
	)

Tests intersecting an AABB with a plane. The AABB in this case should intersect the plane.

TEST_F() [9/20]

TEST_F	(	TestPlane	,
		IntersectBoxOutsideY
	)

Tests intersecting an AABB with a plane. The AABB in this case should not intersect the plane.

TEST_F() [10/20]

TEST_F	(	TestPlane	,
		IntersectBoxInsideY
	)

Tests intersecting an AABB with a plane. The AABB in this case should intersect the plane.

TEST_F() [11/20]

TEST_F	(	TestPlane	,
		IntersectBoxOutsideZ
	)

Tests intersecting an AABB with a plane. The AABB in this case should not intersect the plane.

TEST_F() [12/20]

TEST_F	(	TestPlane	,
		IntersectBoxInsideZ
	)

Tests intersecting an AABB with a plane. The AABB in this case should intersect the plane.

TEST_F() [13/20]

TEST_F	(	TestPlane	,
		IntersectBoxInsideZ2
	)

Tests intersecting an AABB with a plane. The AABB in this case should intersect the plane.

TEST_F() [14/20]

TEST_F	(	TestPlane	,
		DistancePoint
	)

Tests the calculation of the distance between a point and the plane.

TEST_F() [15/20]

TEST_F	(	TestPlane	,
		IntersectBoxBorderX
	)

Tests intersect an AABB with a plane. In this case it should intersect because of the border in axis X of the AABB.

TEST_F() [16/20]

TEST_F	(	TestPlane	,
		IntersectBoxBorderY
	)

Tests intersect an AABB with a plane. In this case it should intersect because of the border in axis Y of the AABB.

TEST_F() [17/20]

TEST_F	(	TestPlane	,
		IntersectBoxBorderZ
	)

Tests intersect an AABB with a plane. In this case it should intersect because of the border in axis Z of the AABB.

TEST_F() [18/20]

TEST_F	(	TestPlane	,
		Box
	)

Tests the calculation of an AABB around a plane. To get the AABB of a plane, it must calculate first the right vector and then multiply it by 100.

TEST_F() [19/20]

TEST_F	(	TestPlane	,
		IntersectionRayOutsideX
	)

Tests the intersection of a Ray with a Plane. The intersection shouldn't happen since the Ray started in the axis X with value 0 and the direction is positive of that axis, but the plane is placed in the other side.

TEST_F() [20/20]

TEST_F	(	TestPlane	,
		IntersectionRayInsideX
	)

Tests the intersection of a Ray with a Plane. The intersection should happen since the Ray started in the axis X with value 0 and the direction is negative of that axis.