Renamed templates, without 100 prefix

tests/test_results.py

@@ -48,11 +48,11 @@ def find_output_files(workflow_path: Path) -> list[Path]:
 def heating_results() -> SimStadtResults:
     output_files = [
         TEST_REPOSITORY
-        / "CGSC.proj/101_HeatDemand.flow/02_WeatherProcessor.step/hourly_GHI_DHI_Ta_meteonorm_Wuerzburg.prn",
+        / "CGSC.proj/HeatDemand.flow/02_WeatherProcessor.step/hourly_GHI_DHI_Ta_meteonorm_Wuerzburg.prn",
         TEST_REPOSITORY
-        / "CGSC.proj/101_HeatDemand.flow/04_MonthlyEnergyBalance.step/Grombuehl_mini_Steinheilstrasse_DIN18599_HEATING.csv",
+        / "CGSC.proj/HeatDemand.flow/04_MonthlyEnergyBalance.step/Grombuehl_mini_Steinheilstrasse_DIN18599_HEATING.csv",
         TEST_REPOSITORY
-        / "CGSC.proj/101_HeatDemand.flow/04_MonthlyEnergyBalance.step/Grombuehl_mini_Steinheilstrasse_DIN18599_HEATING.log",
+        / "CGSC.proj/HeatDemand.flow/04_MonthlyEnergyBalance.step/Grombuehl_mini_Steinheilstrasse_DIN18599_HEATING.log",
     ]
     return create_simstadt_results("Heat demand simulation for Grombühl", output_files)
 
@@ -159,7 +159,7 @@ def test_heating_repr(heating_results):
 def heating_and_cooling_results() -> SimStadtResults:
     return create_simstadt_results(
         "Heating and cooling demand simulation for Grombühl",
-        find_output_files(PROJECT1_PATH / "104_HeatAndCoolDemand.flow"),
+        find_output_files(PROJECT1_PATH / "HeatAndCoolDemand.flow"),
     )
 
 
@@ -196,7 +196,7 @@ def test_heating_and_cooling_diagrams(heating_and_cooling_results):
 def cooling_results() -> SimStadtResults:
     return create_simstadt_results(
         "Cooling demand simulation for Grombühl",
-        find_output_files(PROJECT1_PATH / "105_CoolingDemand.flow"),
+        find_output_files(PROJECT1_PATH / "CoolingDemand.flow"),
     )
 
 
@@ -224,9 +224,9 @@ def test_cooling_kpis(cooling_results):
 def greenwater_results() -> SimStadtResults:
     output_files = [
         TEST_REPOSITORY
-        / "CGSC.proj/102_GreenWater.flow/02_WeatherProcessor.step/hourly_GHI_DHI_Ta_meteonorm_Wuerzburg.prn",
+        / "CGSC.proj/GreenWater.flow/02_WeatherProcessor.step/hourly_GHI_DHI_Ta_meteonorm_Wuerzburg.prn",
         TEST_REPOSITORY
-        / "CGSC.proj/102_GreenWater.flow/03_GreenWater.step/Grombühl_mini_with_trees_greenwater.csv",
+        / "CGSC.proj/GreenWater.flow/03_GreenWater.step/Grombühl_mini_with_trees_greenwater.csv",
     ]
     return create_simstadt_results("Green Water simulation for Grombühl", output_files)
 
@@ -345,9 +345,9 @@ def test_greenwater_repr(greenwater_results):
 def pv_results() -> SimStadtResults:
     output_files = [
         TEST_REPOSITORY
-        / "CGSC.proj/103_PV.flow/02_WeatherProcessor.step/hourly_GHI_DHI_Ta_meteonorm_Wuerzburg.prn",
+        / "CGSC.proj/PV.flow/02_WeatherProcessor.step/hourly_GHI_DHI_Ta_meteonorm_Wuerzburg.prn",
         TEST_REPOSITORY
-        / "CGSC.proj/103_PV.flow/04_PhotovoltaicPotential.step/Grombühl_mini_with_trees_meteonorm_Hay_pv_potential.csv",
+        / "CGSC.proj/PV.flow/04_PhotovoltaicPotential.step/Grombühl_mini_with_trees_meteonorm_Hay_pv_potential.csv",
     ]
     return create_simstadt_results("PV for Grombühl", output_files)
 
@@ -435,9 +435,9 @@ def test_pv_no_log(pv_results):
 def test_greenwater_without_trees():
     output_files = [
         TEST_REPOSITORY
-        / "CGSC.proj/102_GreenWater.flow/02_WeatherProcessor.step/hourly_GHI_DHI_Ta_meteonorm_Wuerzburg.prn",
+        / "CGSC.proj/GreenWater.flow/02_WeatherProcessor.step/hourly_GHI_DHI_Ta_meteonorm_Wuerzburg.prn",
         TEST_REPOSITORY
-        / "CGSC.proj/102_GreenWater.flow/03_GreenWater.step/Grombühl_mini_greenwater.csv",
+        / "CGSC.proj/GreenWater.flow/03_GreenWater.step/Grombühl_mini_greenwater.csv",
     ]
     results = create_simstadt_results("Green Water without trees", output_files)
     with pytest.raises(ValueError, match="any tree"):
@@ -614,9 +614,9 @@ def test_solar_repr(solar_results):
 def test_broken_simulation():
     output_files = [
         TEST_REPOSITORY
-        / "CGSC.proj/103_PV.flow/02_WeatherProcessor.step/notATable.log",
+        / "CGSC.proj/PV.flow/02_WeatherProcessor.step/notATable.log",
         TEST_REPOSITORY
-        / "CGSC.proj/103_PV.flow/04_PhotovoltaicPotential.step/StillNotATable.png",
+        / "CGSC.proj/PV.flow/04_PhotovoltaicPotential.step/StillNotATable.png",
     ]
     results = create_simstadt_results("FakeTests", output_files)
     with pytest.raises(ValueError, match="any .csv file"):

tests/test_runner.py

@@ -92,11 +92,11 @@ def test_citygml_creates_temp_repo(mock_simstadt):
 
 @pytest.mark.integration
 def test_bundled_template_name_resolves_without_env_var(simstadt_folder, monkeypatch, tmp_path):
-    """A bare bundled template name (e.g. "103_PV") resolves via get_template_path()'s
+    """A bare bundled template name (e.g. "PV") resolves via get_template_path()'s
     fallback to the package's own templates/ directory, even with no SIMSTADT_TEMPLATE_PATH
     set — regression test for a real (non-mocked) SimStadt run."""
     monkeypatch.delenv("SIMSTADT_TEMPLATE_PATH", raising=False)
     results = run_workflow_with_citygml(
-        "103_PV", CITYGML, project_path=tmp_path / "Test.proj"
+        "PV", CITYGML, project_path=tmp_path / "Test.proj"
     )
     assert any(kpi.name == "PV potential yield" for kpi in results.kpis)