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| − | ==bench_vector_utils==
| + | *[[bench_vector_utils]] |
| − | | + | *[[example_codes]] |
| − | This uses vector operations to do performance tests. It yields the time it took to compute, the bandwidth, and the GigaFlops.
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| − | Test 1:
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| − | adds two vectors
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| − | Test 2:
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| − | multiplies a complex scalar by a vector
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| − | Test 3:
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| − | multiplies a real scalar by a vector
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| − | Test 4:
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| − | vector plus real scalar times vector
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| − | Test 5:
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| − | vector plus real complex times vector
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| − | Test 6:
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| − | real scalar times vector plus real scalar times vector
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| − | Test 7:
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| − | complex scalar times vector plus complex scalar times vector
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| − | Test 8:
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| − | finds the norm of a vector
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| − | Test 9:
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| − | computes the scalar product of two vectors
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| − | Test 10:
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| − | computes the gamma5 matrix times a vector
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| − | Where you can find important functions:
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| − | cuda_vector_to_device, cuda_vector_copy.cu line 10:
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| − | vec1_plus_vec2, vector_utils.cpp line 202:
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| − | complex_times_vector, vector_utils line 213:
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| − | norm, vector_utils.cpp line 147:
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| − | cscalar_product, vector_utils.cpp line 157:
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| − | gamma5_multiply, vector_utils.cpp line 41:
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