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kernel_files = [
'arithmetics.cl',
'backproject.cl',
'binarize.cl',
'bin.cl',
'clip.cl',
'complex.cl',
'conebeam.cl',
'correlate.cl',
'cut.cl',
'cut-sinogram.cl',
'cumsum.cl',
'denoise.cl',
'dfi.cl',
'edge.cl',
'estimate-noise.cl',
'ffc.cl',
'fft.cl',
'fftmult.cl',
'filter.cl',
'flip.cl',
'forwardproject.cl',
'gaussian.cl',
'gradient.cl',
'histthreshold.cl',
'interpolator.cl',
'mask.cl',
'median.cl',
'metaballs.cl',
'morphology.cl',
'nlm.cl',
'ordfilt.cl',
'opencl.cl',
'opencl-reduce.cl',
'pad.cl',
'phase-retrieval.cl',
'piv.cl',
'polar.cl',
'rescale.cl',
'reductor.cl',
'rm-outliers.cl',
'rotate.cl',
'segment.cl',
'split.cl',
'stacked-backproject.cl',
'swap-quadrants.cl',
'transpose.cl',
'zeropad.cl',
'templates/general_bp_definitions.in',
'templates/general_bp_body.in',
'templates/general_bp_header_scalar.in',
'templates/general_bp_header_vector.in',
]
install_data(kernel_files,
install_dir: kernel_install_dir,
)
# generate kernels for lamino_backproject
lamino_kernel_names = [
'z',
'lamino',
'center',
'roll',
]
if python.found()
command = [
python.path(),
'@INPUT0@', '@INPUT1@',
'1', '2', '4', '8', '16',
]
foreach name: lamino_kernel_names
target_name = '@0@_kernel'.format(name)
template_name = 'templates/@0@_template.in'.format(name)
output_name = '@0@_kernel.cl'.format(name)
custom_target(target_name,
build_by_default: true,
capture: true,
command: command,
input: ['tools/make_burst_kernels.py', template_name],
output: output_name,
install: true,
install_dir: kernel_install_dir
)
endforeach
endif
|
