This namespace contains all the functions needed for a ray validation. More...

Functions
bool	validTriangleWithSpecularReflexion (Ray r, Intersection inter)

bool	validCylindreWithDiffraction (Ray r, Intersection inter)

bool	validRayWithDoNothingEvent (Ray r, Intersection inter)

bool	computeRealImpact (Ray r, Intersection inter, Cylindre *cylindre, vec3 &impact)
	Try to compute the intersection of the ray and the ridge. More...

bool	isRayPassesNearRidge (Ray *r, const vec3 &impact, const vec3 &realImpact)
	Return True if ray passes near enough the ridge for it be in the thickness of the ray. More...

bool	pathDiffValidationForDiffraction (Ray *r, const vec3 &impact)
	Tests if the addition of a diffraction event at position impact does not cause the pathDifference to exceed MaxPathDifference. (NB: L = length of the ray from source to impact l = length of the ray from source to impact taking a direct path between reflexions while ignoring diffractions pathDifference = L- l. More...

bool	pathDiffValidationForReflection (Ray *r, const vec3 &impact)
	Tests if the addition of a reflection event at position impact does not cause the pathDifference to exceed MaxPathDifference. (NB: L = length of the ray from source to impact l = length of the ray from source to impact taking a direct path between reflexions while ignoring diffractions pathDifference = L- l. More...

void	computeCumulDistance (Ray *r, const vec3 &impact)
	adds the distance between impact and the last REFLECTION/SOURCE of the ray to the cumulDistance of the ray More...

Detailed Description

This namespace contains all the functions needed for a ray validation.

Function Documentation

◆ computeCumulDistance()

void ValidRay::computeCumulDistance	(	Ray *	r,
		const vec3 &	impact
	)

adds the distance between impact and the last REFLECTION/SOURCE of the ray to the cumulDistance of the ray

Definition at line 85 of file ValidRay.cpp.

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◆ computeRealImpact()

bool ValidRay::computeRealImpact	(	Ray *	r,
		Intersection *	inter,
		Cylindre *	cylindre,
		vec3 &	impact
	)

Try to compute the intersection of the ray and the ridge.

Returns: False if not possible

Definition at line 139 of file ValidRay.cpp.

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◆ isRayPassesNearRidge()

bool ValidRay::isRayPassesNearRidge	(	Ray *	r,
		const vec3 &	impact,
		const vec3 &	realImpact
	)

Return True if ray passes near enough the ridge for it be in the thickness of the ray.

Definition at line 168 of file ValidRay.cpp.

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◆ pathDiffValidationForDiffraction()

bool ValidRay::pathDiffValidationForDiffraction	(	Ray *	r,
		const vec3 &	impact
	)

Tests if the addition of a diffraction event at position impact does not cause the pathDifference to exceed MaxPathDifference. (NB: L = length of the ray from source to impact l = length of the ray from source to impact taking a direct path between reflexions while ignoring diffractions pathDifference = L- l.

Definition at line 121 of file ValidRay.cpp.

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◆ pathDiffValidationForReflection()

bool ValidRay::pathDiffValidationForReflection	(	Ray *	r,
		const vec3 &	impact
	)

Tests if the addition of a reflection event at position impact does not cause the pathDifference to exceed MaxPathDifference. (NB: L = length of the ray from source to impact l = length of the ray from source to impact taking a direct path between reflexions while ignoring diffractions pathDifference = L- l.

Definition at line 100 of file ValidRay.cpp.

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