Run all benchmarks and display results
()
| 87 | |
| 88 | # Benchmark suite |
| 89 | def run_benchmarks(): |
| 90 | """Run all benchmarks and display results""" |
| 91 | verbose = is_verbose() |
| 92 | if verbose: |
| 93 | print("=" * 80) |
| 94 | print("Python/NumPy Performance Benchmarks") |
| 95 | print("=" * 80) |
| 96 | print() |
| 97 | else: |
| 98 | print("Python/NumPy Performance Benchmarks (summary)") |
| 99 | |
| 100 | results = [] |
| 101 | |
| 102 | # Simple Power |
| 103 | if verbose: |
| 104 | print(f"Running: Simple Power (10,000 iterations)") |
| 105 | test_data_simple_power = {"x":3,"y":4,"z":5} |
| 106 | time_simple_power = benchmark(simple_power, 10000, **test_data_simple_power) |
| 107 | result_simple_power = simple_power(**test_data_simple_power) |
| 108 | if verbose: |
| 109 | print(f" Time: {time_simple_power:.2f} ms") |
| 110 | print(f" Result: {result_simple_power}") |
| 111 | results.append({ |
| 112 | 'name': 'Simple Power', |
| 113 | 'iterations': 10000, |
| 114 | 'time_ms': time_simple_power, |
| 115 | 'time_per_op_us': (time_simple_power * 1000) / 10000, |
| 116 | 'result': result_simple_power |
| 117 | }) |
| 118 | if verbose: |
| 119 | print() |
| 120 | |
| 121 | # Polynomial |
| 122 | if verbose: |
| 123 | print(f"Running: Polynomial (10,000 iterations)") |
| 124 | test_data_polynomial = {"x":2.5} |
| 125 | time_polynomial = benchmark(polynomial, 10000, **test_data_polynomial) |
| 126 | result_polynomial = polynomial(**test_data_polynomial) |
| 127 | if verbose: |
| 128 | print(f" Time: {time_polynomial:.2f} ms") |
| 129 | print(f" Result: {result_polynomial}") |
| 130 | results.append({ |
| 131 | 'name': 'Polynomial', |
| 132 | 'iterations': 10000, |
| 133 | 'time_ms': time_polynomial, |
| 134 | 'time_per_op_us': (time_polynomial * 1000) / 10000, |
| 135 | 'result': result_polynomial |
| 136 | }) |
| 137 | if verbose: |
| 138 | print() |
| 139 | |
| 140 | # Trigonometric |
| 141 | if verbose: |
| 142 | print(f"Running: Trigonometric (10,000 iterations)") |
| 143 | test_data_trigonometric = {"x":1,"y":2,"z":3} |
| 144 | time_trigonometric = benchmark(trigonometric, 10000, **test_data_trigonometric) |
| 145 | result_trigonometric = trigonometric(**test_data_trigonometric) |
| 146 | if verbose: |
no test coverage detected