Merge pull request #312 from wouterpeere/issue310-add-__repr__

Issue310 add   repr

Author: wouterpeere

GHEtool/Borefield.py

@@ -2009,12 +2009,12 @@ def calculate_quadrant(self) -> int:
         return 2
 
     def __repr__(self):
-        return f'Maximum average fluid temperature [-]: {self.Tf_max}\n' \
-               f'Minimum average fluid temperature [-]: {self.Tf_min}\n' \
+        return f'Maximum average fluid temperature [°C]: {self.Tf_max}\n' \
+               f'Minimum average fluid temperature [°C]: {self.Tf_min}\n' \
                f'Average buried depth [m]: {self.D}\n' \
                f'Average borehole depth [m]: {self.H}\n' \
                f'Borehole diameter [mm]: {self.r_b * 2000:.0f}\n' \
-               f'Number of boreholes [m]: {self.number_of_boreholes}\n' \
+               f'Number of boreholes [-]: {self.number_of_boreholes}\n' \
                f'{self.ground_data.__repr__()}\n' \
                f'{self.borehole.__repr__()}\n' \
                f'{self.load.__repr__()}'

GHEtool/VariableClasses/FluidData.py

@@ -156,10 +156,10 @@ def __eq__(self, other):
         return True
 
     def __repr__(self):
-        temp = f'Fluid parameters\n\tThermal conductivity of the fluid [W/(m·K)]: {self.k_f}\n\t' \
-               f'Density of the fluid [kg/m³]: {self.rho}\n\t' \
-               f'Thermal capacity of the fluid [J/(kg·K)]: {self.Cp}\n\t' \
-               f'Dynamic viscosity [Pa·s]: {self.mu}\n\t'
+        temp = f'Fluid parameters\n\tThermal conductivity of the fluid [W/(m·K)]: {self.k_f:.3f}\n\t' \
+               f'Density of the fluid [kg/m³]: {self.rho:.3f}\n\t' \
+               f'Thermal capacity of the fluid [J/(kg·K)]: {self.Cp:.3f}\n\t' \
+               f'Dynamic viscosity [Pa·s]: {self.mu:.3f}\n\t'
         if self._vfr is not None:
             temp += f'Volume flow rate [l/s]: {self.vfr}'
         else:

GHEtool/VariableClasses/GroundData/_GroundData.py

@@ -22,9 +22,9 @@ def __init__(self, k_s: float = None,
         Parameters
         ----------
         k_s : float
-            Layer thermal conductivity [W/(mK)]
+            Layer thermal conductivity [W/(m·K)]
         volumetric_heat_capacity : float
-            Layer volumetric heat capacity [J/m³K]
+            Layer volumetric heat capacity [J/(m³·K)]
         thickness : float
             Layer thickness [m]. None is assumed infinite depth
         """
@@ -65,8 +65,8 @@ def __eq__(self, other):
         return True
 
     def __repr__(self):
-        return f'- Thickness [m]: {self.thickness}, Conductivity [W/(mK)]: {self.k_s}, ' \
-               f'Volumetric heat capacity [MJ/(m³K)]: {self.volumetric_heat_capacity / 10 ** 6}'
+        return f'- Thickness [m]: {self.thickness}, Conductivity [W/(m·K)]: {self.k_s}, ' \
+               f'Volumetric heat capacity [MJ/(m³·K)]: {self.volumetric_heat_capacity / 10 ** 6}'
 
 
 class _GroundData(BaseClass, ABC):