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Update trough unit tests
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@Matthew-Boyd
Matthew-Boyd committed Feb 27, 2020
1 parent f6d8fc2 commit d94347c
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20 changes: 10 additions & 10 deletions test/ssc_test/cmod_trough_physical_iph_test.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -14,43 +14,43 @@ TEST_F(CMTroughPhysicalIPH, DefaultNoFinancialModel_cmod_trough_physical_iph){
{
ssc_number_t annual_gross_energy;
ssc_data_get_number(data, "annual_gross_energy", &annual_gross_energy);
EXPECT_NEAR(annual_gross_energy, 24480390.431956, 24480390.431956 * m_error_tolerance_lo) << "Annual Gross Energy"; // choose either m_error_tolerance_lo or m_error_tolerance_hi
EXPECT_NEAR(annual_gross_energy, 24480390.431956, 24480390.431956 * m_error_tolerance_hi) << "Annual Gross Energy";

ssc_number_t annual_energy;
ssc_data_get_number(data, "annual_energy", &annual_energy);
EXPECT_NEAR(annual_energy, 24480390.431956, 24480390.431956 * m_error_tolerance_lo) << "Annual Energy"; // choose either m_error_tolerance_lo or m_error_tolerance_hi
EXPECT_NEAR(annual_energy, 24480390.431956, 24480390.431956 * m_error_tolerance_hi) << "Annual Energy";

ssc_number_t annual_electricity_consumption;
ssc_data_get_number(data, "annual_electricity_consumption", &annual_electricity_consumption);
EXPECT_NEAR(annual_electricity_consumption, 187382.281184, 187382.281184 * m_error_tolerance_lo) << "Annual Electricity Consumption"; // choose either m_error_tolerance_lo or m_error_tolerance_hi
EXPECT_NEAR(annual_electricity_consumption, 93788., 93788. * m_error_tolerance_hi) << "Annual Electricity Consumption";

//ssc_number_t fixed_operating_cost;
//ssc_data_get_number(data, "fixed_operating_cost", &fixed_operating_cost);
//EXPECT_NEAR(fixed_operating_cost, 111118, 111118 * m_error_tolerance_lo) << "Fixed Operating Cost"; // choose either m_error_tolerance_lo or m_error_tolerance_hi
//EXPECT_NEAR(fixed_operating_cost, 111118, 111118 * m_error_tolerance_hi) << "Fixed Operating Cost";

ssc_number_t annual_thermal_consumption;
ssc_data_get_number(data, "annual_thermal_consumption", &annual_thermal_consumption);
EXPECT_NEAR(annual_thermal_consumption, 271.814991, 271.814991 * m_error_tolerance_lo) << "Annual Thermal Consumption"; // choose either m_error_tolerance_lo or m_error_tolerance_hi
EXPECT_NEAR(annual_thermal_consumption, 271.814991, 271.814991 * m_error_tolerance_hi) << "Annual Thermal Consumption";

ssc_number_t annual_tes_freeze_protection;
ssc_data_get_number(data, "annual_tes_freeze_protection", &annual_tes_freeze_protection);
EXPECT_NEAR(annual_tes_freeze_protection, 271.814991, 271.814991 * m_error_tolerance_lo) << "Annual TES Freeze Protection"; // choose either m_error_tolerance_lo or m_error_tolerance_hi
EXPECT_NEAR(annual_tes_freeze_protection, 271.814991, 271.814991 * m_error_tolerance_hi) << "Annual TES Freeze Protection";

ssc_number_t annual_field_freeze_protection;
ssc_data_get_number(data, "annual_field_freeze_protection", &annual_field_freeze_protection);
EXPECT_NEAR(annual_field_freeze_protection, 0., m_error_tolerance_lo) << "Annual Field Freeze Protection"; // choose either m_error_tolerance_lo or m_error_tolerance_hi
EXPECT_NEAR(annual_field_freeze_protection, 0., m_error_tolerance_hi) << "Annual Field Freeze Protection";

//ssc_number_t lcoe_fcr;
//ssc_data_get_number(data, "lcoe_fcr", &lcoe_fcr);
//EXPECT_NEAR(lcoe_fcr, 0.0375859, 0.0375859 * m_error_tolerance_lo) << "LCOE FCR"; // choose either m_error_tolerance_lo or m_error_tolerance_hi
//EXPECT_NEAR(lcoe_fcr, 0.0375859, 0.0375859 * m_error_tolerance_hi) << "LCOE FCR";

ssc_number_t annual_total_water_use;
ssc_data_get_number(data, "annual_total_water_use", &annual_total_water_use);
EXPECT_NEAR(annual_total_water_use, 176.332800, 176.332800 * m_error_tolerance_lo) << "Annual Total Water Use"; // choose either m_error_tolerance_lo or m_error_tolerance_hi
EXPECT_NEAR(annual_total_water_use, 176.332800, 176.332800 * m_error_tolerance_hi) << "Annual Total Water Use";

//ssc_number_t VARIABLE;
//ssc_data_get_number(data, "VARIABLE", &VARIABLE);
//EXPECT_NEAR(VARIABLE, EXP_VAL, EXP_VAL * m_error_tolerance_lo) << "DESCRIPTION"; // choose either m_error_tolerance_lo or m_error_tolerance_hi
//EXPECT_NEAR(VARIABLE, EXP_VAL, EXP_VAL * m_error_tolerance_hi) << "DESCRIPTION";
}
}

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18 changes: 9 additions & 9 deletions test/ssc_test/cmod_trough_physical_test.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -18,39 +18,39 @@ TEST_F(CMTroughPhysical, DefaultNoFinancialModel_cmod_trough_physical){

ssc_number_t annual_energy;
ssc_data_get_number(data, "annual_energy", &annual_energy);
EXPECT_NEAR(annual_energy, 369099144.268370, 369099144.268370 * m_error_tolerance_lo) << "Annual Net Thermal Energy Production";
EXPECT_NEAR(annual_energy, 372982608., 372982608. * m_error_tolerance_hi) << "Annual Net Thermal Energy Production";

ssc_number_t annual_thermal_consumption;
ssc_data_get_number(data, "annual_thermal_consumption", &annual_thermal_consumption);
EXPECT_NEAR(annual_thermal_consumption, 404528.651833, 404528.651833 * m_error_tolerance_lo) << "Annual Thermal Freeze Protection";
EXPECT_NEAR(annual_thermal_consumption, 404528.651833, 404528.651833 * m_error_tolerance_hi) << "Annual Thermal Freeze Protection";

ssc_number_t annual_tes_freeze_protection;
ssc_data_get_number(data, "annual_tes_freeze_protection", &annual_tes_freeze_protection);
EXPECT_NEAR(annual_tes_freeze_protection, 366491.965635, 366491.965635 * m_error_tolerance_lo) << "Annual TES Freeze Protection";
EXPECT_NEAR(annual_tes_freeze_protection, 366491.965635, 366491.965635 * m_error_tolerance_hi) << "Annual TES Freeze Protection";

ssc_number_t annual_field_freeze_protection;
ssc_data_get_number(data, "annual_field_freeze_protection", &annual_field_freeze_protection);
EXPECT_NEAR(annual_field_freeze_protection, 38036.686198, 38036.686198 * m_error_tolerance_lo) << "Annual Field Freeze Protection";
EXPECT_NEAR(annual_field_freeze_protection, 38036.686198, 38036.686198 * m_error_tolerance_hi) << "Annual Field Freeze Protection";

ssc_number_t capacity_factor;
ssc_data_get_number(data, "capacity_factor", &capacity_factor);
EXPECT_NEAR(capacity_factor, 42.176782, 42.176782 * m_error_tolerance_lo) << "Capacity factor";
EXPECT_NEAR(capacity_factor, 42.62, 42.62 * m_error_tolerance_hi) << "Capacity factor";

ssc_number_t annual_W_cycle_gross;
ssc_data_get_number(data, "annual_W_cycle_gross", &annual_W_cycle_gross);
EXPECT_NEAR(annual_W_cycle_gross, 424232748.142327, 424232748.142327 * m_error_tolerance_lo) << "Power cycle gross electrical output";
EXPECT_NEAR(annual_W_cycle_gross, 424232748.142327, 424232748.142327 * m_error_tolerance_hi) << "Power cycle gross electrical output";

ssc_number_t kwh_per_kw;
ssc_data_get_number(data, "kwh_per_kw", &kwh_per_kw);
EXPECT_NEAR(kwh_per_kw, 3694.686129, 3694.686129 * m_error_tolerance_lo) << "First year kWh/kW";
EXPECT_NEAR(kwh_per_kw, 3733.6, 3733.6 * m_error_tolerance_hi) << "First year kWh/kW";

ssc_number_t conversion_factor;
ssc_data_get_number(data, "conversion_factor", &conversion_factor);
EXPECT_NEAR(conversion_factor, 87.003926, 87.003926 * m_error_tolerance_lo) << "Gross to Net Conversion Factor";
EXPECT_NEAR(conversion_factor, 87.92, 87.92 * m_error_tolerance_hi) << "Gross to Net Conversion Factor";

ssc_number_t annual_total_water_use;
ssc_data_get_number(data, "annual_total_water_use", &annual_total_water_use);
EXPECT_NEAR(annual_total_water_use, 81059.873491, 81059.873491 * m_error_tolerance_lo) << "Annual Total Water Use";
EXPECT_NEAR(annual_total_water_use, 81059.873491, 81059.873491 * m_error_tolerance_hi) << "Annual Total Water Use";

//ssc_number_t VARIABLE;
//ssc_data_get_number(data, "VARIABLE", &VARIABLE);
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