A projection transforms coordinates between coordinate reference systems. More...

Public Member Functions
	projection (std::vector< operation_type > const &operations, projection_parameters< T > const &params, direction dir=direction::FORWARD)
	Construct a new projection object.

template<class InputCoordIter , class OutputCoordIter >
void	transform (InputCoordIter first, InputCoordIter last, OutputCoordIter result, direction dir, rmm::cuda_stream_view stream=rmm::cuda_stream_default) const
	Transform a range of coordinates.

Detailed Description

template<typename Coordinate, typename T = typename Coordinate::value_type>
class cuproj::projection< Coordinate, T >

A projection transforms coordinates between coordinate reference systems.

Projections are constructed from a list of operations to be applied to coordinates. The operations are applied in order, either forward or inverse.

Template Parameters

Coordinate	the coordinate type
T	the coordinate value type

Definition at line 51 of file projection.cuh.

Constructor & Destructor Documentation

template<typename Coordinate , typename T = typename Coordinate::value_type>

cuproj::projection< Coordinate, T >::projection	(	std::vector< operation_type > const &	operations,
		projection_parameters< T > const &	params,
		direction	dir = direction::FORWARD )

inline

Construct a new projection object.

Parameters

operations	the list of operations to apply to coordinates
params	the projection parameters
dir	the default order to execute the operations, FORWARD or INVERSE

Definition at line 60 of file projection.cuh.

template<typename Coordinate , typename T = typename Coordinate::value_type>

template<class InputCoordIter , class OutputCoordIter >

void cuproj::projection< Coordinate, T >::transform	(	InputCoordIter	first,
		InputCoordIter	last,
		OutputCoordIter	result,
		direction	dir,
		rmm::cuda_stream_view	stream = rmm::cuda_stream_default ) const

inline

Transform a range of coordinates.

Template Parameters

CoordIter the coordinate iterator type

Parameters

first	the start of the coordinate range
last	the end of the coordinate range
result	the output coordinate range
dir	the direction of the transform, FORWARD or INVERSE. If INVERSE, the operations will run in the reverse order of the direction specified in the constructor.
stream	the CUDA stream on which to run the transform

Definition at line 80 of file projection.cuh.

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