[pre-commit.ci] auto fixes from pre-commit.com hooks

for more information, see https://pre-commit.ci

Author: pre-commit-ci[bot]

electronics/shunt_capacitor_power_factor_correction.py

@@ -5,16 +5,19 @@
 
 
 def shunt_capacitor_power_factor_correction(
-    voltage: float, frequency: float, real_power: float, current_power_factor: float , expected_power_factor:float
-)->float:
-    
+    voltage: float,
+    frequency: float,
+    real_power: float,
+    current_power_factor: float,
+    expected_power_factor: float,
+) -> float:
     """
     Calculate shunt capacitor that will be added in order to achieve the expected power factor from the current power factor
-    
+
     Examples:
     >>> shunt_capacitor_power_factor_correction(120,60,4000,0.8,0.95)
     0.00031043753362948597
-    >>> shunt_capacitor_power_factor_correction(150,50,2000,0.6,0.87) 
+    >>> shunt_capacitor_power_factor_correction(150,50,2000,0.6,0.87)
     0.00021690547192207782
     >>> shunt_capacitor_power_factor_correction(115,0,800,0.6,0.87)
     Traceback (most recent call last):
@@ -26,45 +29,39 @@ def shunt_capacitor_power_factor_correction(
     ValueError: voltage is zero no excitation
     """
     if (
-        not isinstance(current_power_factor, (int, float)) 
+        not isinstance(current_power_factor, (int, float))
         or not isinstance(expected_power_factor, (int, float))
-        or current_power_factor  < -1
-        or current_power_factor  >  1
+        or current_power_factor < -1
+        or current_power_factor > 1
         or expected_power_factor < -1
-        or expected_power_factor >  1
+        or expected_power_factor > 1
     ):
         raise ValueError("power_factor must be a valid float value between -1 and 1.")
-    
-    if (
-        frequency == 0 
-    ):
+
+    if frequency == 0:
         raise ValueError("frequency is zero dc circuit")
 
-    if (
-        voltage == 0 
-    ):
+    if voltage == 0:
         raise ValueError("voltage is zero no excitation")
 
     current_theta = math.acos(current_power_factor)
-    expected_theta= math.acos(expected_power_factor)
-    
+    expected_theta = math.acos(expected_power_factor)
+
     current_apparent_power = real_power / current_power_factor
     current_reactive_power = current_apparent_power * math.sin(current_theta)
-    expected_apparent_power= real_power / expected_power_factor
-    expected_reactive_power= expected_apparent_power * math.sin(expected_theta)
+    expected_apparent_power = real_power / expected_power_factor
+    expected_reactive_power = expected_apparent_power * math.sin(expected_theta)
 
     """
     The difference between the new and old reactive powers is due to the
     parallel addition of the capacitor to the load
     """
     change_reactive_power = current_reactive_power - expected_reactive_power
 
-    return  change_reactive_power/( 2* math.pi * frequency * (voltage**2))
+    return change_reactive_power / (2 * math.pi * frequency * (voltage**2))
     pass
 
 
-
-
 if __name__ == "__main__":
     import doctest