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Break out client-package-specific tests into separate GeophiresXClien…
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| Original file line number | Diff line number | Diff line change |
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| from base_test_case import BaseTestCase | ||
| from geophires_x_client import GeophiresXResult | ||
| from geophires_x_client.geophires_input_parameters import EndUseOption | ||
| from geophires_x_client.geophires_input_parameters import GeophiresInputParameters | ||
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| # noinspection PyTypeChecker | ||
| class GeophiresXClientTestCase(BaseTestCase): | ||
| """ | ||
| Note that these are tests of the geophires_x_client package only and not of the core geophires_x package. | ||
| If a test calls geophires_x_client.GeophiresXClient.get_geophires_result then it belongs in | ||
| test_geophires_x.GeophiresXTestCase. | ||
| """ | ||
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| def test_geophires_x_result_1(self): | ||
| test_result_path = self._get_test_file_path('geophires-result_example-1.out') | ||
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| result = GeophiresXResult(test_result_path) | ||
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| assert result is not None | ||
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| expected_price = 7.06 | ||
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| assert result.direct_use_heat_breakeven_price_USD_per_MMBTU == expected_price | ||
| assert result.result['SUMMARY OF RESULTS']['Direct-Use heat breakeven price']['value'] == expected_price | ||
| assert result.result['SUMMARY OF RESULTS']['Direct-Use heat breakeven price']['unit'] == 'USD/MMBTU' | ||
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| def test_geophires_x_result_2(self): | ||
| test_result_path = self._get_test_file_path('geophires-result_example-2.out') | ||
| result = GeophiresXResult(test_result_path) | ||
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| assert result is not None | ||
| assert result.direct_use_heat_breakeven_price_USD_per_MMBTU is None | ||
| assert result.result['SUMMARY OF RESULTS']['Average Net Electricity Production']['value'] == 5.39 | ||
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| def test_geophires_x_result_4(self): | ||
| test_result_path = self._get_test_file_path('geophires-result_example-4.out') | ||
| result = GeophiresXResult(test_result_path) | ||
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| assert result is not None | ||
| assert result.result['SUMMARY OF RESULTS']['Annual District Heating Demand']['value'] == 242.90 | ||
| assert result.result['SUMMARY OF RESULTS']['Annual District Heating Demand']['unit'] == 'GWh/year' | ||
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| assert ( | ||
| result.result['OPERATING AND MAINTENANCE COSTS (M$/yr)']['Annual District Heating O&M Cost']['value'] | ||
| == 0.39 | ||
| ) | ||
| assert ( | ||
| result.result['OPERATING AND MAINTENANCE COSTS (M$/yr)']['Annual District Heating O&M Cost']['unit'] | ||
| == 'MUSD/yr' | ||
| ) | ||
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| assert ( | ||
| result.result['OPERATING AND MAINTENANCE COSTS (M$/yr)']['Average Annual Peaking Fuel Cost']['value'] | ||
| == 3.01 | ||
| ) | ||
| assert ( | ||
| result.result['OPERATING AND MAINTENANCE COSTS (M$/yr)']['Average Annual Peaking Fuel Cost']['unit'] | ||
| == 'MUSD/yr' | ||
| ) | ||
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| def test_geophires_x_result_generation_profiles(self): | ||
| test_result_path = self._get_test_file_path('geophires-result_example-3.out') | ||
| result = GeophiresXResult(test_result_path) | ||
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| assert result.power_generation_profile is not None | ||
| assert len(result.power_generation_profile) == 36 | ||
| assert result.power_generation_profile[0] == [ | ||
| 'YEAR', | ||
| 'THERMAL DRAWDOWN', | ||
| 'GEOFLUID TEMPERATURE (deg C)', | ||
| 'PUMP POWER (MW)', | ||
| 'NET POWER (MW)', | ||
| 'NET HEAT (MW)', | ||
| 'FIRST LAW EFFICIENCY (%)', | ||
| ] | ||
| assert result.power_generation_profile[1] == [0, 1.0, 225.24, 0.1791, 20.597, 11.6711, 16.5771] | ||
| assert result.power_generation_profile[19] == [18, 0.9877, 222.47, 0.1791, 20.0002, 11.3001, 16.3717] | ||
| assert result.power_generation_profile[35] == [34, 0.9248, 208.31, 0.1791, 17.1102, 9.2569, 15.3214] | ||
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| assert result.heat_electricity_extraction_generation_profile is not None | ||
| assert len(result.heat_electricity_extraction_generation_profile) == 36 | ||
| assert result.heat_electricity_extraction_generation_profile[0] == [ | ||
| 'YEAR', | ||
| 'HEAT PROVIDED (GWh/year)', | ||
| 'ELECTRICITY PROVIDED (GWh/year)', | ||
| 'HEAT EXTRACTED (GWh/year)', | ||
| 'RESERVOIR HEAT CONTENT (10^15 J)', | ||
| 'PERCENTAGE OF TOTAL HEAT MINED (%)', | ||
| ] | ||
| assert result.heat_electricity_extraction_generation_profile[1] == [1, 93.2, 164.4, 1090.2, 80.03, 4.67] | ||
| assert result.heat_electricity_extraction_generation_profile[-1] == [35, 72.5, 134.2, 958.47, -48.48, 157.75] | ||
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| def test_ags_clgs_result_generation_profiles(self): | ||
| test_result_path = self._get_test_file_path('geophires-result_example-5.out') | ||
| result = GeophiresXResult(test_result_path) | ||
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| assert result.power_generation_profile is not None | ||
| assert len(result.power_generation_profile) == 41 | ||
| self.assertListEqual( | ||
| result.power_generation_profile[0], | ||
| [ | ||
| 'YEAR', | ||
| 'THERMAL DRAWDOWN', | ||
| 'GEOFLUID TEMPERATURE (degC)', | ||
| 'PUMP POWER (MW)', | ||
| 'NET POWER (MW)', | ||
| 'FIRST LAW EFFICIENCY (%)', | ||
| ], | ||
| ) | ||
| self.assertListEqual(result.power_generation_profile[1], [1, 1.0000, 108.39, 0.0000, 0.2930, 9.5729]) | ||
| assert result.power_generation_profile[-1] == [40, 0.8649, 96.86, 0.0000, 0.2070, 6.7646] | ||
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| assert result.heat_electricity_extraction_generation_profile is not None | ||
| assert len(result.heat_electricity_extraction_generation_profile) == 41 | ||
| assert result.heat_electricity_extraction_generation_profile[0] == [ | ||
| 'YEAR', | ||
| 'ELECTRICITY PROVIDED (GWh/year)', | ||
| 'HEAT EXTRACTED (GWh/year)', | ||
| 'RESERVOIR HEAT CONTENT (10^15 J)', | ||
| 'PERCENTAGE OF TOTAL HEAT MINED (%)', | ||
| ] | ||
| assert result.heat_electricity_extraction_generation_profile[1] == [1, 2.6, 30.1, 3.68, 2.86] | ||
| assert result.heat_electricity_extraction_generation_profile[-1] == [40, 1.8, 22.7, 0.32, 91.57] | ||
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| def test_input_hashing(self): | ||
| input1 = GeophiresInputParameters( | ||
| {'End-Use Option': EndUseOption.DIRECT_USE_HEAT.value, 'Gradient 1': 50, 'Maximum Temperature': 250} | ||
| ) | ||
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| input2 = GeophiresInputParameters( | ||
| {'Maximum Temperature': 250, 'End-Use Option': EndUseOption.DIRECT_USE_HEAT.value, 'Gradient 1': 50} | ||
| ) | ||
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| assert hash(input1) == hash(input2) | ||
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| input3 = GeophiresInputParameters( | ||
| {'Maximum Temperature': 420, 'End-Use Option': EndUseOption.DIRECT_USE_HEAT.value, 'Gradient 1': 69} | ||
| ) | ||
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| assert hash(input1) != hash(input3) |