Delete lots of unused features (#48)

1 files changed, 0 insertions, 312 deletions

diff --git a/tests/testVector3d.cpp b/tests/testVector3d.cpp
deleted file mode 100644
index a94d030..0000000
--- a/tests/testVector3d.cpp
+++ /dev/null
@@ -1,312 +0,0 @@
-// Copyright (C) 2008-2012 Colin MacDonald

-// No rights reserved: this software is in the public domain.

-

-#include "testUtils.h"

-

-using namespace irr;

-using namespace core;

-

-#define EQUAL_VECTORS(compare, with)\

-	if(!equalVectors(cmp_equal<core::vector3d<T> >(compare), with)) {assert(false); return false;}

-

-#define LESS_VECTORS(compare, with)\

-	if(!equalVectors(cmp_less<core::vector3d<T> >(compare), with)) return false;

-

-#define LESS_EQUAL_VECTORS(compare, with)\

-	if(!equalVectors(cmp_less_equal<core::vector3d<T> >(compare), with)) return false;

-

-#define MORE_VECTORS(compare, with)\

-	if(!equalVectors(cmp_more<core::vector3d<T> >(compare), with)) return false;

-

-#define MORE_EQUAL_VECTORS(compare, with)\

-	if(!equalVectors(cmp_more_equal<core::vector3d<T> >(compare), with)) return false;

-

-// check if the vector contains a NAN (a==b is guaranteed to return false in this case)

-template<class T>

-static bool is_nan(const core::vector3d<T> &vec )

-{

-	return ( !(vec.X == vec.X)

-			|| !(vec.Y == vec.Y)

-			|| !(vec.Z == vec.Z) );

-}

-

-template<class T>

-struct cmp_less

-{

-	cmp_less(const T& a) : val(a) {}

-	bool operator()(const T& other) const

-	{

-		return val<other;

-	}

-	const char* getName() const {return "<";}

-	const T val;

-};

-

-template<class T>

-struct cmp_less_equal

-{

-	cmp_less_equal(const T& a) : val(a) {}

-	bool operator()(const T& other) const

-	{

-		return val<=other;

-	}

-	const char* getName() const {return "<=";}

-	const T val;

-};

-

-template<class T>

-struct cmp_more

-{

-	cmp_more(const T& a) : val(a) {}

-	bool operator()(const T& other) const

-	{

-		return val>other;

-	}

-	const char* getName() const {return ">";}

-	const T val;

-};

-

-template<class T>

-struct cmp_more_equal

-{

-	cmp_more_equal(const T& a) : val(a) {}

-	bool operator()(const T& other) const

-	{

-		return val>=other;

-	}

-	const char* getName() const {return ">=";}

-	const T val;

-};

-

-template<class T>

-struct cmp_equal

-{

-	cmp_equal(const T& a) : val(a) {}

-	bool operator()(const T& other) const

-	{

-		return val.equals(other);

-	}

-	const char* getName() const {return "==";}

-	const T val;

-};

-

-template<class S, class T>

-static bool equalVectors(const S& compare,

-			   const core::vector3d<T> & with)

-{

-	if (!compare(with))

-	{

-		logTestString("\nERROR: vector3d %.16f, %.16f, %.16f %s vector3d %.16f, %.16f, %.16f\n",

-			(f64)compare.val.X, (f64)compare.val.Y, (f64)compare.val.Z, compare.getName(),

-			(f64)with.X, (f64)with.Y, (f64)with.Z);

-		assert_log(compare(with));

-		return false;

-	}

-

-	return true;

-}

-

-template <class T>

-static bool checkInterpolation()

-{

-	core::vector3d<T> vec(5, 5, 0);

-	core::vector3d<T> otherVec(10, 20, 40);

-

-	vector3d<T> interpolated;

-	(void)interpolated.interpolate(vec, otherVec, 0.f);

-	EQUAL_VECTORS(interpolated, otherVec); // 0.f means all the second vector

-

-	(void)interpolated.interpolate(vec, otherVec, 0.25f);

-	EQUAL_VECTORS(interpolated, vector3d<T>((T)8.75, (T)16.25, 30));

-

-	(void)interpolated.interpolate(vec, otherVec, 0.75f);

-	EQUAL_VECTORS(interpolated, vector3d<T>((T)6.25, (T)8.75, 10));

-

-	(void)interpolated.interpolate(vec, otherVec, 1.f);

-	EQUAL_VECTORS(interpolated, vec); // 1.f means all the first vector

-

-

-	interpolated = vec.getInterpolated(otherVec, 0.f);

-	EQUAL_VECTORS(interpolated, otherVec); // 0.f means all the second vector

-

-	interpolated = vec.getInterpolated(otherVec, 0.25f);

-	EQUAL_VECTORS(interpolated, vector3d<T>((T)8.75, (T)16.25, 30));

-

-	interpolated = vec.getInterpolated(otherVec, 0.75f);

-	EQUAL_VECTORS(interpolated, vector3d<T>((T)6.25, (T)8.75, 10));

-

-	interpolated = vec.getInterpolated(otherVec, 1.f);

-	EQUAL_VECTORS(interpolated, vec); // 1.f means all the first vector

-

-

-	vector3d<T> thirdVec(20, 10, -30);

-	interpolated = vec.getInterpolated_quadratic(otherVec, thirdVec, 0.f);

-	EQUAL_VECTORS(interpolated, vec); // 0.f means all the 1st vector

-

-	interpolated = vec.getInterpolated_quadratic(otherVec, thirdVec, 0.25f);

-	EQUAL_VECTORS(interpolated, vector3d<T>((T)7.8125, (T)10.9375, (T)13.125));

-

-	interpolated = vec.getInterpolated_quadratic(otherVec, thirdVec, 0.5f);

-	EQUAL_VECTORS(interpolated, vector3d<T>((T)11.25, (T)13.75, (T)12.5));

-

-	interpolated = vec.getInterpolated_quadratic(otherVec, thirdVec, 0.75f);

-	EQUAL_VECTORS(interpolated, vector3d<T>((T)15.3125, (T)13.4375, (T)-1.875));

-

-	interpolated = vec.getInterpolated_quadratic(otherVec, thirdVec, 1.f);

-	EQUAL_VECTORS(interpolated, thirdVec); // 1.f means all the 3rd vector

-	return true;

-}

-

-template <class T>

-static bool checkAngleCalculations()

-{

-	core::vector3d<T> vec(5, 5, 0);

-	EQUAL_VECTORS(vec.getHorizontalAngle(), vector3d<T>(315, (T)90.0, 0));

-	EQUAL_VECTORS(vec.getSphericalCoordinateAngles(), vector3d<T>((T)45.0, 0, 0));

-	return true;

-}

-

-template <class T>

-static bool checkRotations()

-{

-	core::vector3d<T> vec(5, 5, 0);

-	vector3d<T> center(0, 0, 0);

-

-	vec.rotateXYBy(45, center);

-	EQUAL_VECTORS(vec, vector3d<T>(0, (T)7.0710678118654755, 0));

-

-	vec.normalize();

-	// TODO: This breaks under Linux/gcc due to FP differences, but is no bug

-	if (((T)0.5f)>0.f)

-		EQUAL_VECTORS(vec, vector3d<T>(0, (T)1.0, 0));

-

-	vec.set(10, 10, 10);

-	center.set(5, 5, 10);

-	vec.rotateXYBy(-5, center);

-	// -5 means rotate clockwise slightly, so expect the X to increase

-	// slightly and the Y to decrease slightly.

-	EQUAL_VECTORS(vec, vector3d<T>((T)10.416752204197017, (T)9.5451947767204359, 10));

-

-	vec.set(10, 10, 10);

-	center.set(5, 10, 5);

-	vec.rotateXZBy(-5, center);

-	EQUAL_VECTORS(vec, vector3d<T>((T)10.416752204197017, 10, (T)9.5451947767204359));

-

-	vec.set(10, 10, 10);

-	center.set(10, 5, 5);

-	vec.rotateYZBy(-5, center);

-	EQUAL_VECTORS(vec, vector3d<T>(10, (T)10.416752204197017, (T)9.5451947767204359));

-

-	vec.set(5, 5, 0);

-	vec.normalize();

-	EQUAL_VECTORS(vec, vector3d<T>((T)0.70710681378841400, (T)0.70710681378841400, 0));

-	return true;

-}

-

-template <class T>

-static bool doTests()

-{

-	vector3d<T> vec(-5, 5, 0);

-	vector3d<T> otherVec((T)-5.1, 5, 0);

-

-	if(!vec.equals(otherVec, (T)0.1))

-	{

-		logTestString("vector3d::equals failed\n");

-		assert_log(0);

-		return false;

-	}

-

-	otherVec = vector3d<T>(1,2,3);

-	otherVec[0] = vec[0];

-	otherVec[1] = vec[1];

-	otherVec[2] = vec[2];

-	if(!vec.equals(otherVec))

-	{

-		logTestString("vector3d::operator[] failed\n");

-		assert_log(0);

-		return false;

-	}

-

-	vec.set(5, 5, 0);

-	otherVec.set(10, 20, 0);

-	if(!equals(vec.getDistanceFrom(otherVec), (T)15.8113883))

-	{

-		logTestString("vector3d::getDistanceFrom() failed\n");

-		assert_log(0);

-		return false;

-	}

-

-	if (!checkRotations<T>())

-		return false;

-

-	if (!checkInterpolation<T>())

-		return false;

-

-	if (!checkAngleCalculations<T>())

-		return false;

-

-	vec.set(0,0,0);

-	vec.setLength(99);

-	if ( is_nan(vec) )

-		return false;

-

-	core::vector3d<T> zeroZero(0, 0, 0);

-	core::vector3d<T> oneOne(1, 1, 1);

-	// Check if comparing (0.0, 0.0, 0.0) with (1.0, 1.0, 1.0) returns false.

-	if(zeroZero == oneOne)

-	{

-		logTestString("\nERROR: vector3d %.16f, %.16f, %.16f == vector3d %.16f, %.16f, %.16f\n",

-			(f64)zeroZero.X, (f64)zeroZero.Y, (f64)zeroZero.Z,

-			(f64)oneOne.X, (f64)oneOne.Y, (f64)oneOne.Z);

-		return false;

-	}

-

-	vec.set(5, 5, 0);

-

-	otherVec.set(10, 20, 40);

-	LESS_VECTORS(vec, otherVec);

-	LESS_EQUAL_VECTORS(vec, otherVec);

-	MORE_VECTORS(otherVec, vec);

-	MORE_EQUAL_VECTORS(otherVec, vec);

-

-	vec.set(-1,-1,1);

-	otherVec.set(1,-1,1);

-	LESS_VECTORS(vec, otherVec);

-	LESS_EQUAL_VECTORS(vec, otherVec);

-	MORE_VECTORS(otherVec, vec);

-	MORE_EQUAL_VECTORS(otherVec, vec);

-

-	LESS_EQUAL_VECTORS(vec, vec);

-	MORE_EQUAL_VECTORS(vec, vec);

-

-	return true;

-}

-

-

-/** Test the functionality of vector3d<T>, particularly methods that

-	involve calculations done using different precision than <T>.

-	Note that all reference vector3d<T>s are creating using double precision

-	values cast to (T), as we need to test <f64>. */

-bool testVector3d(void)

-{

-	const bool f32Success = doTests<f32>();

-	if (f32Success)

-		logTestString("vector3df tests passed\n\n");

-	else

-		logTestString("\n*** vector3df tests failed ***\n\n");

-

-	const bool f64Success = doTests<f64>();

-	if (f64Success)

-		logTestString("vector3d<f64> tests passed\n\n");

-	else

-		logTestString("\n*** vector3d<f64> tests failed ***\n\n");

-

-	const bool s32Success = doTests<s32>();

-	if (s32Success)

-		logTestString("vector3di tests passed\n\n");

-	else

-		logTestString("\n*** vector3di tests failed ***\n\n");

-

-	return f32Success && f64Success && s32Success;

-}

-