Clear() | pcl::PointShepardInterpolation< P > | inline |
Evaluate(T *ZX, T *ZY, const T *X, const T *Y, size_type n) const | pcl::PointShepardInterpolation< P > | inline |
HasFastVectorEvaluation() const | pcl::PointShepardInterpolation< P > | inline |
Initialize(const point_list &P1, const point_list &P2, int power=__PCL_SHEPARD_DEFAULT_POWER, double radius=__PCL_SHEPARD_DEFAULT_SEARCH_RADIUS, float smoothing=__PCL_SHEPARD_DEFAULT_REGULARIZATION) | pcl::PointShepardInterpolation< P > | inline |
IsValid() const | pcl::PointShepardInterpolation< P > | inline |
operator()(T x, T y) const | pcl::PointShepardInterpolation< P > | inline |
operator()(const GenericPoint< T > &p) const | pcl::PointShepardInterpolation< P > | inline |
operator=(const PointShepardInterpolation &)=delete | pcl::PointShepardInterpolation< P > | |
operator=(PointShepardInterpolation &&)=default | pcl::PointShepardInterpolation< P > | |
point typedef | pcl::PointShepardInterpolation< P > | |
point_list typedef | pcl::PointShepardInterpolation< P > | |
PointShepardInterpolation()=default | pcl::PointShepardInterpolation< P > | |
PointShepardInterpolation(const PointShepardInterpolation &)=default | pcl::PointShepardInterpolation< P > | |
PointShepardInterpolation(PointShepardInterpolation &&)=default | pcl::PointShepardInterpolation< P > | |
PointShepardInterpolation(const point_list &P1, const point_list &P2, int power=__PCL_SHEPARD_DEFAULT_POWER, double radius=__PCL_SHEPARD_DEFAULT_SEARCH_RADIUS) | pcl::PointShepardInterpolation< P > | inline |
PointShepardInterpolation(const surface &Sx, const surface &Sy) | pcl::PointShepardInterpolation< P > | inline |
surface typedef | pcl::PointShepardInterpolation< P > | |
SurfaceX() const | pcl::PointShepardInterpolation< P > | inline |
SurfaceY() const | pcl::PointShepardInterpolation< P > | inline |