| /dports/astro/oskar/OSKAR-2.8.0/oskar/mem/ |
| H A D | define_mem_multiply.h | 14 #define OSKAR_MEM_MUL_CC_C(NAME, FP2) KERNEL(NAME) (\ argument
29 #define OSKAR_MEM_MUL_CC_M(NAME, FP, FP2, FP4c) KERNEL(NAME) (\ argument
49 #define OSKAR_MEM_MUL_CM_M(NAME, FP2, FP4c) KERNEL(NAME) (\ argument
63 #define OSKAR_MEM_MUL_MC_M(NAME, FP2, FP4c) KERNEL(NAME) (\ argument
77 #define OSKAR_MEM_MUL_MM_M(NAME, FP2, FP4c) KERNEL(NAME) (\ argument
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| H A D | define_mem_normalise.h | 15 #define OSKAR_MEM_NORMALISE_COMPLEX_CPU(NAME, FP, FP2) KERNEL(NAME) (\ argument
65 #define OSKAR_MEM_NORMALISE_COMPLEX_GPU(NAME, FP, FP2) KERNEL(NAME) (\ argument
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| /dports/astro/oskar/OSKAR-2.8.0/oskar/imager/ |
| H A D | define_grid_tile_grid.h | 8 #define WRITE_ACTIVE_TILE_TO_GRID_GPU(FP, FP2) {\ argument
23 #define WRITE_ACTIVE_TILE_TO_GRID_GPU(FP, FP2) {\ argument
45 #define OSKAR_GRID_TILE_GRID_SIMPLE_GPU(NAME, FP, FP2) KERNEL(NAME) (\ argument
159 #define OSKAR_GRID_TILE_GRID_WPROJ_GPU(NAME, FP, FP2) KERNEL(NAME) (\ argument
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| H A D | define_grid_tile_utils.h | 99 #define OSKAR_GRID_TILE_BUCKET_SORT_WPROJ(NAME, FP, FP2) KERNEL(NAME) (\ argument
156 #define OSKAR_GRID_TILE_BUCKET_SORT_SIMPLE(NAME, FP, FP2) KERNEL(NAME) (\ argument
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| /dports/astro/oskar/OSKAR-2.8.0/oskar/correlate/ |
| H A D | define_auto_correlate.h | 8 #define OSKAR_ACORR_GPU(NAME, FP, FP2, FP4c) KERNEL(NAME) (\ argument
36 #define OSKAR_ACORR_CPU(NAME, FP, FP2, FP4c) KERNEL(NAME) (\ argument
59 #define OSKAR_ACORR_SCALAR_GPU(NAME, FP, FP2) KERNEL(NAME) (\ argument
84 #define OSKAR_ACORR_SCALAR_CPU(NAME, FP, FP2) KERNEL(NAME) (\ argument
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| H A D | define_cross_correlate.h | 33 #define OSKAR_XCORR_GPU(NAME, BANDWIDTH_SMEARING, TIME_SMEARING, GAUSSIAN, FP, FP2, FP4c)\ argument
74 #define OSKAR_XCORR_CPU(NAME, BANDWIDTH_SMEARING, TIME_SMEARING, GAUSSIAN, FP, FP2, FP4c)\ argument
104 #define OSKAR_XCORR_SCALAR_GPU(NAME, BANDWIDTH_SMEARING, TIME_SMEARING, GAUSSIAN, FP, FP2)\ argument
144 #define OSKAR_XCORR_SCALAR_CPU(NAME, BANDWIDTH_SMEARING, TIME_SMEARING, GAUSSIAN, FP, FP2)\ argument
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| H A D | define_evaluate_auto_power.h | 3 #define OSKAR_AUTO_POWER_MATRIX(NAME, FP, FP2, FP4c) KERNEL(NAME) (const int n,\ argument
20 #define OSKAR_AUTO_POWER_SCALAR(NAME, FP, FP2) KERNEL(NAME) (const int n,\ argument
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| H A D | define_evaluate_cross_power.h | 3 #define OSKAR_CROSS_POWER_MATRIX(NAME, FP, FP2, FP4c) KERNEL(NAME) (\ argument
37 #define OSKAR_CROSS_POWER_SCALAR(NAME, FP, FP2) KERNEL(NAME) (\ argument
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| /dports/astro/oskar/OSKAR-2.8.0/oskar/math/ |
| H A D | define_dftw_c2c.h | 3 #define OSKAR_DFTW_C2C_ARGS(FP, FP2)\ argument
24 #define OSKAR_DFTW_C2C_GPU(NAME, IS_3D, FP, FP2) KERNEL(NAME) (\ argument
79 #define OSKAR_DFTW_C2C_CPU(NAME, IS_3D, FP, FP2) KERNEL(NAME) (\ argument
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| H A D | define_dft_c2r.h | 3 #define OSKAR_DFT_C2R_ARGS(FP, FP2)\ argument
20 #define OSKAR_DFT_C2R_GPU(NAME, IS_3D, FP, FP2) KERNEL(NAME) (\ argument
60 #define OSKAR_DFT_C2R_CPU(NAME, IS_3D, FP, FP2) KERNEL(NAME) (\ argument
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| H A D | define_dftw_m2m.h | 3 #define OSKAR_DFTW_M2M_ARGS(FP, FP2)\ argument
24 #define OSKAR_DFTW_M2M_GPU(NAME, IS_3D, FP, FP2) KERNEL(NAME) (\ argument
109 #define OSKAR_DFTW_M2M_CPU(NAME, IS_3D, FP, FP2) KERNEL(NAME) (\ argument
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| H A D | define_multiply.h | 14 #define OSKAR_MUL_COMPLEX_IN_PLACE(FP2, A, B) {\ argument
21 #define OSKAR_MUL_COMPLEX_CONJUGATE_IN_PLACE(FP2, A, B) {\ argument
27 #define OSKAR_MUL_COMPLEX_MATRIX_COMPLEX_SCALAR_IN_PLACE(FP2, M, A) {\ argument
38 #define OSKAR_MUL_COMPLEX_MATRIX_IN_PLACE(FP2, M1, M2) {\ argument
54 #define OSKAR_MUL_COMPLEX_MATRIX_CONJUGATE_TRANSPOSE_IN_PLACE(FP2, M1, M2) {\ argument
74 #define OSKAR_MUL_COMPLEX_MATRIX_HERMITIAN_IN_PLACE(FP2, M1, M2) {\ argument
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| /dports/astro/oskar/OSKAR-2.8.0/oskar/interferometer/ |
| H A D | define_evaluate_jones_K.h | 6 #define OSKAR_JONES_K_ARGS(FP, FP2)\ argument
22 #define OSKAR_JONES_K_GPU(NAME, FP, FP2) KERNEL(NAME) (\ argument
56 #define OSKAR_JONES_K_CPU(NAME, FP, FP2) KERNEL(NAME) (\ argument
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| H A D | define_jones_apply_station_gains.h | 22 #define OSKAR_JONES_APPLY_STATION_GAINS_C(NAME, FP2) KERNEL(NAME) (\ argument
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| /dports/astro/oskar/OSKAR-2.8.0/oskar/telescope/station/element/ |
| H A D | define_evaluate_spherical_wave.h | 7 #define OSKAR_SPH_WAVE(FP2, M, A_TE, A_TM, C_THETA, C_PHI) {\ argument
19 #define OSKAR_EVALUATE_SPHERICAL_WAVE_SUM(NAME, FP, FP2, FP4c)\ argument
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| H A D | define_evaluate_dipole_pattern.h | 18 #define OSKAR_EVALUATE_DIPOLE_PATTERN(NAME, FP, FP2)\ argument
44 #define OSKAR_EVALUATE_DIPOLE_PATTERN_SCALAR(NAME, FP, FP2, FP4c)\ argument
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| H A D | define_evaluate_geometric_dipole_pattern.h | 10 #define OSKAR_EVALUATE_GEOMETRIC_DIPOLE_PATTERN(NAME, FP, FP2)\ argument
34 #define OSKAR_EVALUATE_GEOMETRIC_DIPOLE_PATTERN_SCALAR(NAME, FP, FP2, FP4c)\ argument
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| /dports/astro/oskar/OSKAR-2.8.0/oskar/convert/ |
| H A D | define_convert_ludwig3_to_theta_phi_components.h | 3 #define OSKAR_CONVERT_LUDWIG3_TO_THETA_PHI(NAME, FP, FP2) KERNEL(NAME) (\ argument
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| H A D | define_convert_theta_phi_to_ludwig3_components.h | 3 #define OSKAR_CONVERT_THETA_PHI_TO_LUDWIG3(NAME, FP, FP2, FP4c) KERNEL(NAME) (\ argument
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| /dports/devel/binutils/binutils-2.37/gas/testsuite/gas/tic6x/ |
| H A D | insns16-parallel.s | 25 FP2: label
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| /dports/devel/arm-elf-binutils/binutils-2.37/gas/testsuite/gas/tic6x/ |
| H A D | insns16-parallel.s | 25 FP2: label
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| /dports/devel/gnulibiberty/binutils-2.37/gas/testsuite/gas/tic6x/ |
| H A D | insns16-parallel.s | 25 FP2: label
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| /dports/astro/oskar/OSKAR-2.8.0/oskar/telescope/station/ |
| H A D | define_evaluate_element_weights_dft.h | 3 #define OSKAR_ELEMENT_WEIGHTS_DFT(NAME, FP, FP2) KERNEL(NAME) (\ argument
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| H A D | define_evaluate_element_weights_errors.h | 3 #define OSKAR_ELEMENT_WEIGHTS_ERR(NAME, FP, FP2)\ argument
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| H A D | define_evaluate_tec_screen.h | 3 #define OSKAR_EVALUATE_TEC_SCREEN(NAME, FP, FP2)\ argument
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