used autopep8 to fix indentation errors

Temperature/math_functions.py

@@ -10,34 +10,40 @@
 
 ## Math equation ##
 ## KG = Eest / (Eest + Emea) ##
-def kalman_gain(error_in_est:float,error_in_mea:float)->float:
+
+
+def kalman_gain(error_in_est: float, error_in_mea: float) -> float:
     '''This function calculates the Kalman gain
     input: Error in estimate, Error in measurement
     output: Kalman gain
     '''
     gain = error_in_est/(error_in_est + error_in_mea)
-    return  round(gain,2)
+    return round(gain, 2)
 
 ## Math equation ##
 ## Current Estimate = Previous extimate + KG[measurement - previous estimate] ##
-def current_estimate(previous_est:float,
-                      measurement:float,
-                      kalmangain:float)->float:
-   '''
-   This function calcuates the current esitmate for the kalman filter
-   input: previous estimate, currrent measurement, kalman gain
-   output: current estimate
-   '''
-   residual = measurement - previous_est
-   weighted_residue = kalmangain * residual 
-   return round((previous_est + weighted_residue),2)
+
+
+def current_estimate(previous_est: float,
+                     measurement: float,
+                     kalmangain: float) -> float:
+    '''
+    This function calcuates the current esitmate for the kalman filter
+    input: previous estimate, currrent measurement, kalman gain
+    output: current estimate
+    '''
+    residual = measurement - previous_est
+    weighted_residue = kalmangain * residual
+    return round((previous_est + weighted_residue), 2)
 
 ## Math equation ##
 ## Error in current estimate = [1 - KG] x error in previous estimate ##
-def error_in_estimate(kalmangain:float,error_previous_est:float)->float:
+
+
+def error_in_estimate(kalmangain: float, error_previous_est: float) -> float:
     '''
     Calulates the error in current estimate
     input: Kalman Gain, Error in previous estimate
     output: Error in current estimate
     '''
-    return round((1-kalmangain)*error_previous_est,2)
+    return round((1-kalmangain)*error_previous_est, 2)