The Weather.csv and Radiation.csv are from Florence, Italy using ERA5-Land 
Year 2018
<RefWeatherLocationLongitude_dd> = 15.532203
<RefWeatherLocationLatitude_dd> = 47.062949
<UTC_Offset_Input_hr> = 0

The LCScale_12x12_alt_2 test case considers Flag_Scenario_CoolAir_LandCover = 2 & TreeCanopyCover_overImpervious_frac = 0.45, and ...
... Scenario_CoolAir_Base_TCI_to_TC_frac = 0.15, Scenario_CoolAir_Alternative_TC_Min_frac = 0.3, Scenario_CoolAir_Alternative_TC_Max_frac = 1.0,  and ...
... Scenario_CoolAir_Alternative_IC_Max_frac = 0.9.
This scenario will not create but use existing impervious cover to go under trees to the extent of Scenario_CoolAir_Base_TCI_to_TC_frac, ...
... and will make tree cover to the minimum value of Scenario_CoolAir_Alternative_TC_Min_frac, ...
... and will make impervious cover to the maximum of Scenario_CoolAir_Alternative_IC_Max_frac for land cover in the NLCD Class 21 to 24. 

It generates z_map_ImperviousNoTree.asc, z_map_ShortVegCover.asc, z_map_SoilCover.asc, z_map_TreeOnImpervious.asc, z_map_TreeOnPervious.asc. 

This case is also used to test the Lambert Conformal Conic projection, specifically for a location in Florence (Firenze), using the following map parameters:
The reference weather station is placed outside the map:
<Flag_refStation_CoordinateFormat> = GCS
<MapProjection_WKID> = 3034
<RefWeatherLocationLongitude_dd> = 15.532203
<RefWeatherLocationLatitude_dd> = 47.062949
<RefWeatherLocationElevation_m> = 439

Map header:
xllcorner = 4413809
yllcorner = 2291538

Using an external projection tool, the corresponding WKID 3034 coordinates are: Easting = 4,406,293 m, Northing = 2,284,698 m
✅ When the model runs correctly, the following debug output should appear in the command prompt:
Reference station (GCS): Longitude = 15.5322, Latitude = 47.0629 -> Projected (PCS): Easting = 4406293 m, Northing = 2284698 m