Change return List to numpy array

Detector.py

@@ -25,7 +25,7 @@ class Layer:
             phiLow = np.arctan(int(x/0.0025-1)*0.0025/self.Position)    #^arctan    ^round x to next upper/lower 25 mikrometer      ^adjacent
             
         else:
-            return None # if the Layer is not hit, return "None"
+            return ((None, None), (None, None))				 # if the Layer is not hit, return "None"
             
         if 0 <= y < 50:
             thetaHigh = np.arctan(int(y/0.0025+1)*0.0025/self.Position)
@@ -36,7 +36,7 @@ class Layer:
             thetaLow = np.arctan(int(y/0.0025-1)*0.0025/self.Position)
         
         else:
-            return None
+            return ((None, None), (None, None))
         
         return ((phiHigh, phiLow), (thetaHigh, thetaLow))
 
@@ -56,9 +56,11 @@ class Detector:
         """Calculate for a given angles (phi, theta) the hitted grid.
         Returns the angles from source to grid edge or "None" if the Layer is not hitted"""
         
-        result = []
-        
         for Layer in [self.Layer1, self.Layer2, self.Layer3, self.Layer4, self.Layer5]:
-            result.append(Layer.detect((phi, theta)))
+            if Layer == self.Layer1:                            			#First Time creat numpy array
+                result = np.array([Layer.detect((phi, theta))])
+                
+            else:									#For rest, just add
+                result = np.append(result, [Layer.detect((phi, theta))], axis = 0)
         
         return result
\ No newline at end of file

Documentation_Detector.md

@@ -33,7 +33,7 @@ phi, theta: represents the angles of the particle starting from the source<br>
 phi is for the x-axis [-pi,pi]<br>
 theta is for the y-axis [-pi,pi]<br><br>
 *Return:*<br>
-Returns a List of 5 Tuples, each Tuple has 2 Tuples with a higher and a lower angle bound.<br>
+Returns a numpy array with 5 entries, each Tuple has 2 Tuples with a higher and a lower angle bound.<br>
 This means:<br>
 e.g. returnvalue [a][b][c]<br>
 a – [0,4] select Layer<br>
@@ -41,7 +41,7 @@ b
 c – 0 is the upper bound, 1 the lower bound<br><br>
 
 If a Layer is not hit, the Tuple is “None”<br>
-e.g. returnvalue [a] is “None”<br>
+e.g. returnvalue [a] is “((None, None)( None, None))”<br>
 
 
 
@@ -80,6 +80,6 @@ This means:<br>
 e.g. returnvalue [a][b]<br>
 a – 0 is phi, 1 is theta<br>
 b – 0 is the upper bound, 1 the lower bound<br><br>
-If this Layer is not hit, the Tuple is “None”<br>
+If this Layer is not hit, the Tuple is “((None, None)( None, None))”<br>