223 float benchmark(const Shape& shape) {  in benchmark()  argument
234       shape.rows, shape.depth, shape.cols);  in benchmark()
240       shape.rows, shape.depth, shape.cols);  in benchmark()
245       shape.rows, shape.depth, shape.cols);  in benchmark()
250       shape.rows, shape.depth, shape.cols);  in benchmark()
252   return benchmark_float(shape.rows, shape.depth, shape.cols);  in benchmark()
282   Shape shape;  in all_shapes_in_random_order()  local
283   shape.rows = BENCHMARK_ROWS;  in all_shapes_in_random_order()
284   shape.depth = BENCHMARK_DEPTH;  in all_shapes_in_random_order()
285   shape.cols = BENCHMARK_COLS;  in all_shapes_in_random_order()
286   shapes.push_back(shape);  in all_shapes_in_random_order()
290     Shape shape;  in all_shapes_in_random_order()  local
291     shape.rows = size;  in all_shapes_in_random_order()
292     shape.depth = size;  in all_shapes_in_random_order()
293     shape.cols = size;  in all_shapes_in_random_order()
294     shapes.push_back(shape);  in all_shapes_in_random_order()
301         Shape shape;  in all_shapes_in_random_order()  local
302         shape.rows = rows;  in all_shapes_in_random_order()
303         shape.depth = depth;  in all_shapes_in_random_order()
304         shape.cols = cols;  in all_shapes_in_random_order()
305         shapes.push_back(shape);  in all_shapes_in_random_order()
335     const Shape& shape = shapes[i];  in run_benchmarks()  local
336     float latency = benchmark(shape);  in run_benchmarks()
337     if (results->count(shape)) {  in run_benchmarks()
338       (*results)[shape] = std::min(latency, (*results)[shape]);  in run_benchmarks()
340       (*results)[shape] = latency;  in run_benchmarks()
352     const Shape& shape = result.first;  in main()  local
353     printf("%d,%d,%d,%.4g,%.4g\n", shape.depth, shape.rows, shape.cols,  in main()
355            2e-9 * shape.depth * shape.rows * shape.cols / result.second);  in main()