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Commit 0473e661 authored by Eric Duminil's avatar Eric Duminil
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tests/test_workflows.py
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...@@ -4,7 +4,11 @@ from pathlib import Path ...@@ -4,7 +4,11 @@ from pathlib import Path
import pytest import pytest
from simstadt import greenwater_simulation, heatdemand_simulation, photovoltaic_simulation from simstadt import (
greenwater_simulation,
heatdemand_simulation,
photovoltaic_simulation,
)
from simstadt.results import KPI from simstadt.results import KPI
TEST_REPOSITORY = Path(__file__).parent / "data" / "TestRepo" TEST_REPOSITORY = Path(__file__).parent / "data" / "TestRepo"
...@@ -21,8 +25,13 @@ def to_dict(values: list[KPI]) -> dict[str, KPI]: ...@@ -21,8 +25,13 @@ def to_dict(values: list[KPI]) -> dict[str, KPI]:
@pytest.mark.integration @pytest.mark.integration
@pytest.mark.slow @pytest.mark.slow
def test_pv_no_shadow(simstadt_folder): def test_pv_no_shadow(simstadt_folder):
results = photovoltaic_simulation(MINI, METEONORM, with_shadows=False, min_roof_insolation=800, results = photovoltaic_simulation(
project_path=PROJECT_PATH) MINI,
METEONORM,
with_shadows=False,
min_roof_insolation=800,
project_path=PROJECT_PATH,
)
kpis = to_dict(results.kpis) kpis = to_dict(results.kpis)
assert "PV potential yield" in kpis assert "PV potential yield" in kpis
assert "Roof area for PV" in kpis assert "Roof area for PV" in kpis
...@@ -32,47 +41,118 @@ def test_pv_no_shadow(simstadt_folder): ...@@ -32,47 +41,118 @@ def test_pv_no_shadow(simstadt_folder):
@pytest.mark.integration @pytest.mark.integration
@pytest.mark.slow @pytest.mark.slow
def test_pv_more_modules(simstadt_folder): def test_pv_more_modules(simstadt_folder):
base_kpis = to_dict(photovoltaic_simulation(MINI, METEONORM, with_shadows=False, min_roof_insolation=800, base_kpis = to_dict(
project_path=PROJECT_PATH).kpis) photovoltaic_simulation(
more_kpis = to_dict(photovoltaic_simulation(MINI, METEONORM, with_shadows=False, min_roof_insolation=800, MINI,
pv_share_flat=80, pv_share_tilted=80, METEONORM,
project_path=PROJECT_PATH).kpis) with_shadows=False,
assert more_kpis["PV potential nominal power"].value > base_kpis["PV potential nominal power"].value * 1.5 min_roof_insolation=800,
assert more_kpis["PV potential yield"].value > base_kpis["PV potential yield"].value * 1.5 project_path=PROJECT_PATH,
assert abs(more_kpis["Irradiance in module plane"].value - base_kpis["Irradiance in module plane"].value) < 1 ).kpis
assert abs(more_kpis["Roof area for PV"].value - base_kpis["Roof area for PV"].value) < 100 )
more_kpis = to_dict(
photovoltaic_simulation(
MINI,
METEONORM,
with_shadows=False,
min_roof_insolation=800,
pv_share_flat=80,
pv_share_tilted=80,
project_path=PROJECT_PATH,
).kpis
)
assert (
more_kpis["PV potential nominal power"].value
> base_kpis["PV potential nominal power"].value * 1.5
)
assert (
more_kpis["PV potential yield"].value
> base_kpis["PV potential yield"].value * 1.5
)
assert (
abs(
more_kpis["Irradiance in module plane"].value
- base_kpis["Irradiance in module plane"].value
)
< 1
)
assert (
abs(more_kpis["Roof area for PV"].value - base_kpis["Roof area for PV"].value)
< 100
)
@pytest.mark.integration @pytest.mark.integration
@pytest.mark.slow @pytest.mark.slow
def test_pv_shadow_reduces_yield(simstadt_folder): def test_pv_shadow_reduces_yield(simstadt_folder):
kpis = to_dict(photovoltaic_simulation(MINI, METEONORM, with_shadows=False, min_roof_insolation=800, kpis = to_dict(
project_path=PROJECT_PATH).kpis) photovoltaic_simulation(
shadow_kpis = to_dict(photovoltaic_simulation(MINI, METEONORM, with_shadows=True, min_roof_insolation=800, MINI,
project_path=PROJECT_PATH).kpis) METEONORM,
with_shadows=False,
min_roof_insolation=800,
project_path=PROJECT_PATH,
).kpis
)
shadow_kpis = to_dict(
photovoltaic_simulation(
MINI,
METEONORM,
with_shadows=True,
min_roof_insolation=800,
project_path=PROJECT_PATH,
).kpis
)
assert shadow_kpis["PV potential yield"].value < kpis["PV potential yield"].value assert shadow_kpis["PV potential yield"].value < kpis["PV potential yield"].value
assert shadow_kpis["Irradiance in module plane"].value < kpis["Irradiance in module plane"].value assert (
shadow_kpis["Irradiance in module plane"].value
< kpis["Irradiance in module plane"].value
)
@pytest.mark.integration @pytest.mark.integration
@pytest.mark.slow @pytest.mark.slow
def test_pv_trees_reduce_yield(simstadt_folder): def test_pv_trees_reduce_yield(simstadt_folder):
shadow_kpis = to_dict(photovoltaic_simulation(MINI, METEONORM, with_shadows=True, min_roof_insolation=800, shadow_kpis = to_dict(
project_path=PROJECT_PATH).kpis) photovoltaic_simulation(
tree_kpis = to_dict(photovoltaic_simulation( MINI,
TEST_REPOSITORY / "Grombühl_mini_with_comically_large_trees.gml", METEONORM,
METEONORM, with_shadows=True, min_roof_insolation=800, project_path=PROJECT_PATH, with_shadows=True,
).kpis) min_roof_insolation=800,
assert tree_kpis["PV potential nominal power"].value < shadow_kpis["PV potential nominal power"].value * 0.8 project_path=PROJECT_PATH,
assert tree_kpis["PV potential yield"].value < shadow_kpis["PV potential yield"].value * 0.8 ).kpis
)
tree_kpis = to_dict(
photovoltaic_simulation(
TEST_REPOSITORY / "Grombühl_mini_with_comically_large_trees.gml",
METEONORM,
with_shadows=True,
min_roof_insolation=800,
project_path=PROJECT_PATH,
).kpis
)
assert (
tree_kpis["PV potential nominal power"].value
< shadow_kpis["PV potential nominal power"].value * 0.8
)
assert (
tree_kpis["PV potential yield"].value
< shadow_kpis["PV potential yield"].value * 0.8
)
@pytest.mark.integration @pytest.mark.integration
@pytest.mark.slow @pytest.mark.slow
def test_heatdemand_heating_and_cooling(simstadt_folder): def test_heatdemand_heating_and_cooling(simstadt_folder):
kpis = to_dict(heatdemand_simulation(MINI, METEONORM, with_shadows=False, kpis = to_dict(
calculation_mode="HEATING_AND_COOLING", heatdemand_simulation(
project_path=PROJECT_PATH).kpis) MINI,
METEONORM,
with_shadows=False,
calculation_mode="HEATING_AND_COOLING",
project_path=PROJECT_PATH,
).kpis
)
assert "Heated area" in kpis assert "Heated area" in kpis
assert "Yearly Heating demand" in kpis assert "Yearly Heating demand" in kpis
assert "Yearly Cooling demand" in kpis assert "Yearly Cooling demand" in kpis
...@@ -82,48 +162,102 @@ def test_heatdemand_heating_and_cooling(simstadt_folder): ...@@ -82,48 +162,102 @@ def test_heatdemand_heating_and_cooling(simstadt_folder):
@pytest.mark.integration @pytest.mark.integration
@pytest.mark.slow @pytest.mark.slow
def test_heatdemand_shadow_increases_heating(simstadt_folder): def test_heatdemand_shadow_increases_heating(simstadt_folder):
kpis = to_dict(heatdemand_simulation(MINI, METEONORM, with_shadows=False, kpis = to_dict(
calculation_mode="HEATING_AND_COOLING", heatdemand_simulation(
project_path=PROJECT_PATH).kpis) MINI,
shadow_kpis = to_dict(heatdemand_simulation(MINI, METEONORM, with_shadows=True, METEONORM,
calculation_mode="HEATING_AND_COOLING", with_shadows=False,
project_path=PROJECT_PATH).kpis) calculation_mode="HEATING_AND_COOLING",
assert shadow_kpis["Yearly Heating demand"].value > kpis["Yearly Heating demand"].value * 1.02 project_path=PROJECT_PATH,
assert shadow_kpis["Yearly Cooling demand"].value < kpis["Yearly Cooling demand"].value * 0.95 ).kpis
)
shadow_kpis = to_dict(
heatdemand_simulation(
MINI,
METEONORM,
with_shadows=True,
calculation_mode="HEATING_AND_COOLING",
project_path=PROJECT_PATH,
).kpis
)
assert (
shadow_kpis["Yearly Heating demand"].value
> kpis["Yearly Heating demand"].value * 1.02
)
assert (
shadow_kpis["Yearly Cooling demand"].value
< kpis["Yearly Cooling demand"].value * 0.95
)
@pytest.mark.integration @pytest.mark.integration
@pytest.mark.slow @pytest.mark.slow
def test_heatdemand_trees_increase_heating(simstadt_folder): def test_heatdemand_trees_increase_heating(simstadt_folder):
shadow_kpis = to_dict(heatdemand_simulation(MINI, METEONORM, with_shadows=True, shadow_kpis = to_dict(
calculation_mode="HEATING_AND_COOLING", heatdemand_simulation(
project_path=PROJECT_PATH).kpis) MINI,
tree_kpis = to_dict(heatdemand_simulation(MINI_TREES, METEONORM, with_shadows=True, METEONORM,
calculation_mode="HEATING_AND_COOLING", with_shadows=True,
project_path=PROJECT_PATH).kpis) calculation_mode="HEATING_AND_COOLING",
assert tree_kpis["Yearly Heating demand"].value > shadow_kpis["Yearly Heating demand"].value * 1.01 project_path=PROJECT_PATH,
assert tree_kpis["Yearly Cooling demand"].value < shadow_kpis["Yearly Cooling demand"].value * 0.95 ).kpis
)
tree_kpis = to_dict(
heatdemand_simulation(
MINI_TREES,
METEONORM,
with_shadows=True,
calculation_mode="HEATING_AND_COOLING",
project_path=PROJECT_PATH,
).kpis
)
assert (
tree_kpis["Yearly Heating demand"].value
> shadow_kpis["Yearly Heating demand"].value * 1.01
)
assert (
tree_kpis["Yearly Cooling demand"].value
< shadow_kpis["Yearly Cooling demand"].value * 0.95
)
@pytest.mark.integration @pytest.mark.integration
@pytest.mark.slow @pytest.mark.slow
def test_heatdemand_refurbishment_reduces_demand(simstadt_folder): def test_heatdemand_refurbishment_reduces_demand(simstadt_folder):
tree_kpis = to_dict(heatdemand_simulation(MINI_TREES, METEONORM, with_shadows=True, tree_kpis = to_dict(
calculation_mode="HEATING_AND_COOLING", heatdemand_simulation(
project_path=PROJECT_PATH).kpis) MINI_TREES,
refurb_kpis = to_dict(heatdemand_simulation(MINI_TREES, METEONORM, with_shadows=True, METEONORM,
calculation_mode="HEATING_AND_COOLING", with_shadows=True,
refurbishment_ratio=1.0, calculation_mode="HEATING_AND_COOLING",
project_path=PROJECT_PATH).kpis) project_path=PROJECT_PATH,
assert refurb_kpis["Yearly Heating demand"].value < tree_kpis["Yearly Heating demand"].value * 0.50 ).kpis
)
refurb_kpis = to_dict(
heatdemand_simulation(
MINI_TREES,
METEONORM,
with_shadows=True,
calculation_mode="HEATING_AND_COOLING",
refurbishment_ratio=1.0,
project_path=PROJECT_PATH,
).kpis
)
assert (
refurb_kpis["Yearly Heating demand"].value
< tree_kpis["Yearly Heating demand"].value * 0.50
)
assert refurb_kpis["Mean Uvalue"].value < tree_kpis["Mean Uvalue"].value * 0.50 assert refurb_kpis["Mean Uvalue"].value < tree_kpis["Mean Uvalue"].value * 0.50
@pytest.mark.integration @pytest.mark.integration
@pytest.mark.slow @pytest.mark.slow
def test_greenwater(simstadt_folder): def test_greenwater(simstadt_folder):
kpis = to_dict(greenwater_simulation(MINI_TREES, METEONORM, irrigation_ratio=1.0, kpis = to_dict(
project_path=PROJECT_PATH).kpis) greenwater_simulation(
MINI_TREES, METEONORM, irrigation_ratio=1.0, project_path=PROJECT_PATH
).kpis
)
assert "Rain" in kpis assert "Rain" in kpis
assert "Evaporative cooling" in kpis assert "Evaporative cooling" in kpis
assert "Irrigation" in kpis assert "Irrigation" in kpis
...@@ -133,9 +267,15 @@ def test_greenwater(simstadt_folder): ...@@ -133,9 +267,15 @@ def test_greenwater(simstadt_folder):
@pytest.mark.integration @pytest.mark.integration
@pytest.mark.slow @pytest.mark.slow
def test_greenwater_no_irrigation(simstadt_folder): def test_greenwater_no_irrigation(simstadt_folder):
kpis = to_dict(greenwater_simulation(MINI_TREES, METEONORM, irrigation_ratio=1.0, kpis = to_dict(
project_path=PROJECT_PATH).kpis) greenwater_simulation(
no_irr_kpis = to_dict(greenwater_simulation(MINI_TREES, METEONORM, irrigation_ratio=0.0, MINI_TREES, METEONORM, irrigation_ratio=1.0, project_path=PROJECT_PATH
project_path=PROJECT_PATH).kpis) ).kpis
)
no_irr_kpis = to_dict(
greenwater_simulation(
MINI_TREES, METEONORM, irrigation_ratio=0.0, project_path=PROJECT_PATH
).kpis
)
assert kpis["Irrigation"].value > 500 assert kpis["Irrigation"].value > 500
assert no_irr_kpis["Irrigation"].rounded_value == 0 assert no_irr_kpis["Irrigation"].rounded_value == 0
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