constrained_adaptive_entropy.cl File Reference

Macros
#define	at3(arr, x, y, z, depth, width)   arr[x * depth * width + y * depth + z]

Functions
int	index_y (int y, int height)
	PADDING Y. More...
int	index_x (int x, int width)
	PADDING X. More...
__kernel void	LF_Remap_Image (__read_only image2d_t input, __global float4 *output, float delta, int UV_diameter, int UV_radius, float alpha)
__kernel void	LF_Remap (__global uchar4 *input, __global float4 *output, float delta, int UV_diameter, int UV_radius, float alpha)
__kernel void	LF_Remap_Lytro (__read_only image2d_t input, __global float4 *output, float delta, int UV_diameter, int UV_radius, float alpha)
__kernel void	LF_Refocus (__global uchar4 *input, __global uchar4 *output, float delta, int UV_diameter, int UV_radius, float alpha)
__kernel void	LF_CAE_Naive (__global float4 *input, __global float *response, int UV_diameter, float sigma, int disparity, int depth_resolution)
__kernel void	LF_CAE_Initial (__global float4 *input, __global float *response, int UV_diameter, float sigma, int disparity, int depth_resolution)
__kernel void	LF_CAE (__global float4 *input, __global float *response, int UV_diameter, float sigma, int disparity, int depth_resolution)
__kernel void	LF_CAE_Bin (__global float4 *input, __global float *response, int UV_diameter, float sigma, int disparity, int depth_resolution)
__kernel void	LF_SSD (__global float4 *input, __global float *response, int UV_diameter, float sigma, int disparity, int depth_resolution)

Variables
__constant sampler_t	sampler

Macro Definition Documentation

at3

#define at3	(		arr,
			x,
			y,
			z,
			depth,
			width
	)		arr[x * depth * width + y * depth + z]

Function Documentation

index_x()

int index_x	(	int	x,
		int	width
	)

PADDING X.

index_y()

int index_y	(	int	y,
		int	height
	)

PADDING Y.

LF_CAE()

__kernel void LF_CAE	(	__global float4 *	input,
		__global float *	response,
		int	UV_diameter,
		float	sigma,
		int	disparity,
		int	depth_resolution
	)

Compute Constrained Adaptive Entropy (CAE)

LF_CAE_Bin()

__kernel void LF_CAE_Bin	(	__global float4 *	input,
		__global float *	response,
		int	UV_diameter,
		float	sigma,
		int	disparity,
		int	depth_resolution
	)

Compute Constrained Adaptive Entropy (CAE)

LF_CAE_Initial()

__kernel void LF_CAE_Initial	(	__global float4 *	input,
		__global float *	response,
		int	UV_diameter,
		float	sigma,
		int	disparity,
		int	depth_resolution
	)

Compute Constrained Adaptive Entropy (CAE)

LF_CAE_Naive()

__kernel void LF_CAE_Naive	(	__global float4 *	input,
		__global float *	response,
		int	UV_diameter,
		float	sigma,
		int	disparity,
		int	depth_resolution
	)

Compute Constrained Adaptive Entropy (CAE)

LF_Refocus()

__kernel void LF_Refocus	(	__global uchar4 *	input,
		__global uchar4 *	output,
		float	delta,
		int	UV_diameter,
		int	UV_radius,
		float	alpha
	)

Refocus Light Field imgae

LF_Remap()

__kernel void LF_Remap	(	__global uchar4 *	input,
		__global float4 *	output,
		float	delta,
		int	UV_diameter,
		int	UV_radius,
		float	alpha
	)

Remap Light Field imgae

LF_Remap_Image()

__kernel void LF_Remap_Image	(	__read_only image2d_t	input,
		__global float4 *	output,
		float	delta,
		int	UV_diameter,
		int	UV_radius,
		float	alpha
	)

Remap Light Field imgae

LF_Remap_Lytro()

__kernel void LF_Remap_Lytro	(	__read_only image2d_t	input,
		__global float4 *	output,
		float	delta,
		int	UV_diameter,
		int	UV_radius,
		float	alpha
	)

Remap Light Field Lytro imgae

LF_SSD()

__kernel void LF_SSD	(	__global float4 *	input,
		__global float *	response,
		int	UV_diameter,
		float	sigma,
		int	disparity,
		int	depth_resolution
	)

Variable Documentation

sampler

__constant sampler_t sampler

Initial value:

=
      CLK_FILTER_NEAREST
    | CLK_NORMALIZED_COORDS_FALSE
    | CLK_ADDRESS_CLAMP_TO_EDGE