move channel mapping to seperate file

channels.py

@@ -0,0 +1,94 @@
+map = [
+        (1,9),
+        (1,1),
+        (3,8),
+        (1,4),
+        (3,6),
+        (2,4),
+        (1,7),
+        (3,10),
+        (1,8),
+        (2,10),
+        (2,8),
+        (3,4),
+        (2,7),
+        (1,5),
+        (3,7),
+        (2,1),
+        (2,6),
+        (3,3),
+        (1,6),
+        (2,3),
+        (2,9),
+        (1,3),
+        (3,9),
+        (3,2),
+        (3,5),
+        (2,2),
+        (2,5),
+        (1,2),
+        (1,10),
+        (3,1),
+
+        (4,7),
+        (5,8),
+        (4,6),
+        (6,2),
+        (5,5),
+        (6,3),
+        (4,1),
+        (5,7),
+        (4,4),
+        (5,6),
+        (4,5),
+        (6,4),
+        (4,2),
+        (6,5),
+        (4,3),
+        (5,9),
+        (5,4),
+        (6,1),
+        (5,3),
+        (6,6),
+        (4,8),
+        (6,7),
+        (4,9),
+        (6,8),
+        (5,2),
+        (6,9),
+        (5,1),
+        (6,10),
+        (4,10),
+        (5,10),
+
+        (7,2),
+        (7,10),
+        (9,3),
+        (7,7),
+        (9,5),
+        (8,7),
+        (7,4),
+        (9,1),
+        (7,3),
+        (8,1),
+        (8,3),
+        (9,7),
+        (8,4),
+        (7,6),
+        (9,4),
+        (8,10),
+        (8,5),
+        (9,8),
+        (7,5),
+        (8,8),
+        (8,2),
+        (7,8),
+        (9,2),
+        (9,9),
+        (9,6),
+        (8,9),
+        (8,6),
+        (7,9),
+        (7,1),
+        (9,10)
+        ]

kisli.py

@@ -28,6 +28,8 @@ import time
 import numpy as np
 from matplotlib import pyplot
 
+import channels
+
 echoCmd = 0
 
 def instrConnect(mySocket, myAddress, myPort, timeOut, doReset, doIdQuery):
@@ -95,105 +97,10 @@ def diff_4W_mess(s, ch1, ch2):
     return float(instrQuery(s, "print(dmm.measure())", 64))
 
 def get_mapped(arr):
-    map = [
-            (1,9),
-            (1,1),
-            (3,8),
-            (1,4),
-            (3,6),
-            (2,4),
-            (1,7),
-            (3,10),
-            (1,8),
-            (2,10),
-            (2,8),
-            (3,4),
-            (2,7),
-            (1,5),
-            (3,7),
-            (2,1),
-            (2,6),
-            (3,3),
-            (1,6),
-            (2,3),
-            (2,9),
-            (1,3),
-            (3,9),
-            (3,2),
-            (3,5),
-            (2,2),
-            (2,5),
-            (1,2),
-            (1,10),
-            (3,1),
-
-            (4,7),
-            (5,8),
-            (4,6),
-            (6,2),
-            (5,5),
-            (6,3),
-            (4,1),
-            (5,7),
-            (4,4),
-            (5,6),
-            (4,5),
-            (6,4),
-            (4,2),
-            (6,5),
-            (4,3),
-            (5,9),
-            (5,4),
-            (6,1),
-            (5,3),
-            (6,6),
-            (4,8),
-            (6,7),
-            (4,9),
-            (6,8),
-            (5,2),
-            (6,9),
-            (5,1),
-            (6,10),
-            (4,10),
-            (5,10),
-
-            (7,2),
-            (7,10),
-            (9,3),
-            (7,7),
-            (9,5),
-            (8,7),
-            (7,4),
-            (9,1),
-            (7,3),
-            (8,1),
-            (8,3),
-            (9,7),
-            (8,4),
-            (7,6),
-            (9,4),
-            (8,10),
-            (8,5),
-            (9,8),
-            (7,5),
-            (8,8),
-            (8,2),
-            (7,8),
-            (9,2),
-            (9,9),
-            (9,6),
-            (8,9),
-            (8,6),
-            (7,9),
-            (7,1),
-            (9,10)
-            ]
-
     out = np.zeros(shape=(9, 10))
 
     for i in range(0,90):
-        x, y = map[i]
+        x, y = channels.map[i]
         out[x-1][y-1] = arr[i]
 
     return out