pbat::geometry::sdf::Bump< TScalar > Struct Template Reference

Wave-like bumpiness operation along the axes. More...

#include <UnaryNode.h>

Inheritance diagram for pbat::geometry::sdf::Bump< TScalar >:

Public Types
using	ScalarType = TScalar
	Scalar type.

Public Member Functions
	Bump ()=default
	Default constructor.
	Bump (Vec3< ScalarType > const &f_, Vec3< ScalarType > const &g_)
	Construct a new Bump object.
template<class FSdf>
PBAT_HOST_DEVICE ScalarType	Eval (Vec3< ScalarType > const &p, FSdf &&sdf) const
	Evaluate the signed distance function at a point.

Public Attributes
Vec3< ScalarType >	f {TScalar(1), TScalar(1), TScalar(1)}
	Frequency along each axis.
Vec3< ScalarType >	g {TScalar(1), TScalar(1), TScalar(1)}
	Amplitude of the wave displacement.

Detailed Description

template<common::CArithmetic TScalar>
struct pbat::geometry::sdf::Bump< TScalar >

Wave-like bumpiness operation along the axes.

Template Parameters

TScalar

Scalar type

Constructor & Destructor Documentation

Bump()

template<common::CArithmetic TScalar>

pbat::geometry::sdf::Bump< TScalar >::Bump ( Vec3< ScalarType > const & f_, Vec3< ScalarType > const & g_ )

inlineexplicit

Construct a new Bump object.

Parameters

f_	Frequency along each axis
g_	Amplitude of the wave displacement

Member Function Documentation

Eval()

template<common::CArithmetic TScalar>

template<class FSdf>

PBAT_HOST_DEVICE ScalarType pbat::geometry::sdf::Bump< TScalar >::Eval ( Vec3< ScalarType > const & p, FSdf && sdf ) const

inline

Evaluate the signed distance function at a point.

Template Parameters

FSdf	Callable type with signature ScalarType(Vec3<ScalarType> const&)

Parameters

p	3 x 1 query point in 3D space
sdf	Input SDF

Returns

Signed distance to the wave-displaced shape

---

The documentation for this struct was generated from the following file:

• C:/git/PhysicsBasedAnimationToolkit/source/pbat/geometry/sdf/UnaryNode.h