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Commit 3c5e32f1 authored by Stephan Seitz's avatar Stephan Seitz
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Fix indentation of global declarations of PYRO-NN functions

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generated_files/pyronn_torch.cpp
+ 32
− 33
View file @ 3c5e32f1
#ifdef _MSC_BUILD
#define RESTRICT __restrict
#else
#define RESTRICT __restrict__
//#if GOOGLE_CUDA
//#define EIGEN_USE_GPU
//#include "third_party/eigen3/unsupported/Eigen/CXX11/Tensor"
//#endif
#endif
#include <ATen/ATen.h>
#include <pybind11/pybind11.h>
......@@ -11,42 +10,42 @@
#include <torch/extension.h>
void Cone_Backprojection3D_Kernel_Launcher(const float *sinogram_ptr, float *out, const float *projection_matrices, const int number_of_projections,
const int volume_width, const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y, const float volume_spacing_z,
const float volume_origin_x, const float volume_origin_y, const float volume_origin_z,
const int detector_width, const int detector_height, const float projection_multiplier);
void Cone_Backprojection3D_Kernel_Launcher(const float *sinogram_ptr, float *out, const float *projection_matrices, const int number_of_projections,
const int volume_width, const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y, const float volume_spacing_z,
const float volume_origin_x, const float volume_origin_y, const float volume_origin_z,
const int detector_width, const int detector_height, const float projection_multiplier);
void Cone_Projection_Kernel_Launcher(const float* volume_ptr, float *out, const float *inv_AR_matrix, const float *src_points,
const int number_of_projections, const int volume_width, const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y, const float volume_spacing_z,
const int detector_width, const int detector_height, const float step_size);
void Cone_Projection_Kernel_Launcher(const float* volume_ptr, float *out, const float *inv_AR_matrix, const float *src_points,
const int number_of_projections, const int volume_width, const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y, const float volume_spacing_z,
const int detector_width, const int detector_height, const float step_size);
void Cone_Projection_Kernel_Tex_Interp_Launcher(
const float *__restrict__ volume_ptr, float *out,
const float *inv_AR_matrix, const float *src_points,
const int number_of_projections, const int volume_width,
const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y,
const float volume_spacing_z, const int detector_width,
const int detector_height, const float step_size);
void Cone_Projection_Kernel_Tex_Interp_Launcher(
const float *volume_ptr, float *out,
const float *inv_AR_matrix, const float *src_points,
const int number_of_projections, const int volume_width,
const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y,
const float volume_spacing_z, const int detector_width,
const int detector_height, const float step_size);
void Parallel_Backprojection2D_Kernel_Launcher(const float *sinogram_ptr, float *out, const float *ray_vectors, const int number_of_projections,
const int volume_width, const int volume_height, const float volume_spacing_x, const float volume_spacing_y,
const float volume_origin_x, const float volume_origin_y,
const int detector_size, const float detector_spacing, const float detector_origin);
void Parallel_Backprojection2D_Kernel_Launcher(const float *sinogram_ptr, float *out, const float *ray_vectors, const int number_of_projections,
const int volume_width, const int volume_height, const float volume_spacing_x, const float volume_spacing_y,
const float volume_origin_x, const float volume_origin_y,
const int detector_size, const float detector_spacing, const float detector_origin);
void Parallel_Projection2D_Kernel_Launcher(
const float *volume_ptr, float *out, const float *ray_vectors,
const int number_of_projections, const int volume_width,
const int volume_height, const float volume_spacing_x,
const float volume_spacing_y, const float volume_origin_x,
const float volume_origin_y, const int detector_size,
const float detector_spacing, const float detector_origin);
void Parallel_Projection2D_Kernel_Launcher(
const float *volume_ptr, float *out, const float *ray_vectors,
const int number_of_projections, const int volume_width,
const int volume_height, const float volume_spacing_x,
const float volume_spacing_y, const float volume_origin_x,
const float volume_origin_y, const int detector_size,
const float detector_spacing, const float detector_origin);
using namespace pybind11::literals;
......
src/pyronn_torch/codegen.py
+ 28
− 28
View file @ 3c5e32f1
......@@ -53,11 +53,11 @@ try:
TypedSymbol('projection_multiplier',
create_type('float32'), const=True), backend='gpucuda',
fields_accessed=[volume, projection, projection_matrices], custom_signature="""
void Cone_Backprojection3D_Kernel_Launcher(const float *sinogram_ptr, float *out, const float *projection_matrices, const int number_of_projections,
const int volume_width, const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y, const float volume_spacing_z,
const float volume_origin_x, const float volume_origin_y, const float volume_origin_z,
const int detector_width, const int detector_height, const float projection_multiplier);
void Cone_Backprojection3D_Kernel_Launcher(const float *sinogram_ptr, float *out, const float *projection_matrices, const int number_of_projections,
const int volume_width, const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y, const float volume_spacing_z,
const float volume_origin_x, const float volume_origin_y, const float volume_origin_z,
const int detector_width, const int detector_height, const float projection_multiplier);
"""), # noqa
'Cone_Projection_Kernel_Launcher': CustomFunctionCall('Cone_Projection_Kernel_Launcher',
FieldPointerSymbol(volume.name, volume.dtype, const=True),
......@@ -76,10 +76,10 @@ try:
backend='gpucuda',
fields_accessed=[volume, projection, inv_matrices, source_points],
custom_signature="""
void Cone_Projection_Kernel_Launcher(const float* volume_ptr, float *out, const float *inv_AR_matrix, const float *src_points,
const int number_of_projections, const int volume_width, const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y, const float volume_spacing_z,
const int detector_width, const int detector_height, const float step_size);
void Cone_Projection_Kernel_Launcher(const float* volume_ptr, float *out, const float *inv_AR_matrix, const float *src_points,
const int number_of_projections, const int volume_width, const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y, const float volume_spacing_z,
const int detector_width, const int detector_height, const float step_size);
"""), # noqa
'Cone_Projection_Kernel_Tex_Interp_Launcher': CustomFunctionCall('Cone_Projection_Kernel_Tex_Interp_Launcher',
FieldPointerSymbol(volume.name, volume.dtype, const=True),
......@@ -98,14 +98,14 @@ try:
backend='gpucuda',
fields_accessed=[volume, projection, inv_matrices, source_points],
custom_signature="""
void Cone_Projection_Kernel_Tex_Interp_Launcher(
const float *volume_ptr, float *out,
const float *inv_AR_matrix, const float *src_points,
const int number_of_projections, const int volume_width,
const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y,
const float volume_spacing_z, const int detector_width,
const int detector_height, const float step_size);
void Cone_Projection_Kernel_Tex_Interp_Launcher(
const float *volume_ptr, float *out,
const float *inv_AR_matrix, const float *src_points,
const int number_of_projections, const int volume_width,
const int volume_height, const int volume_depth,
const float volume_spacing_x, const float volume_spacing_y,
const float volume_spacing_z, const int detector_width,
const int detector_height, const float step_size);
"""), # noqa
'Parallel_Projection2D_Kernel_Launcher': CustomFunctionCall('Parallel_Projection2D_Kernel_Launcher',
FieldPointerSymbol(volume_slice.name, volume_slice.dtype, const=True),
......@@ -124,13 +124,13 @@ try:
TypedSymbol('detector_origin', create_type('float32'), const=True),
backend='gpucuda',
fields_accessed=[volume_slice, projections_1d, ray_vectors], custom_signature="""
void Parallel_Projection2D_Kernel_Launcher(
const float *volume_ptr, float *out, const float *ray_vectors,
const int number_of_projections, const int volume_width,
const int volume_height, const float volume_spacing_x,
const float volume_spacing_y, const float volume_origin_x,
const float volume_origin_y, const int detector_size,
const float detector_spacing, const float detector_origin);
void Parallel_Projection2D_Kernel_Launcher(
const float *volume_ptr, float *out, const float *ray_vectors,
const int number_of_projections, const int volume_width,
const int volume_height, const float volume_spacing_x,
const float volume_spacing_y, const float volume_origin_x,
const float volume_origin_y, const int detector_size,
const float detector_spacing, const float detector_origin);
"""), # noqa
'Parallel_Backprojection2D_Kernel_Launcher': CustomFunctionCall('Parallel_Backprojection2D_Kernel_Launcher',
FieldPointerSymbol(projections_1d.name,
......@@ -149,10 +149,10 @@ try:
TypedSymbol('detector_origin', create_type('float32'), const=True),
backend='gpucuda',
fields_accessed=[volume_slice, projections_1d, ray_vectors], custom_signature="""
void Parallel_Backprojection2D_Kernel_Launcher(const float *sinogram_ptr, float *out, const float *ray_vectors, const int number_of_projections,
const int volume_width, const int volume_height, const float volume_spacing_x, const float volume_spacing_y,
const float volume_origin_x, const float volume_origin_y,
const int detector_size, const float detector_spacing, const float detector_origin);
void Parallel_Backprojection2D_Kernel_Launcher(const float *sinogram_ptr, float *out, const float *ray_vectors, const int number_of_projections,
const int volume_width, const int volume_height, const float volume_spacing_x, const float volume_spacing_y,
const float volume_origin_x, const float volume_origin_y,
const int detector_size, const float detector_spacing, const float detector_origin);
"""), # noqa
}
except Exception as e:
......
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