new overview for mayors

config.py

@@ -1,9 +1,9 @@
 #!/usr/bin/python
 
 # The lenght of one game cycle in milliseconds
-ticklenght = 0.1
+ticklenght = 0.05
 # Number of Tamagotchis to be created at the start of the simulation
-startnr = 50
+startnr = 100
 # The amount of points a Tamagotchi loses per tick
 decayaspeed = 1
 # If the hunger stat falls below this level Tamagotchis can be fed
@@ -22,8 +22,8 @@ min_decay = 1
 max_decay = 3
 # These two define how long it takes a Tamagotchi to perform work (preparing food/washing someone/playing with someone)
 # The value is choosen randomly between these two. Obviously a lower number is better.
-min_workpower = 1
+min_workpower = 3
-max_workpower = 3
+max_workpower = 6
 # This defines the bounds of how much a Tamagotchi can recover when eating/sleeping/playing etc.
 min_recovery = 10
 max_recovery = 20

mayorgotchi.py

@@ -29,6 +29,40 @@ class Mayorgotchi:
                 result += n.status_abs()
         return result
 
+    def give_overview(self):
+        result = 'I am Mayorgotchi ' + self.name + '.\nThere are ' + str(len(self.mygotchis)) + ' Tamagotchis in my Village\nThere are ' + str(self.graveyard) + ' Tamagotchis in the graveyard.\nOccupation in my Village:\n'
+        tmp = self.get_status_list()
+        
+        result += 'Idle:{0:5} Eating:{1:5} Sleeping:{2:5} Bathing:{3:5} Playing:{4:5} Working:{5:5}\n'.format(str(len(tmp[0])), str(len(tmp[1])), str(len(tmp[2])), str(len(tmp[3])), str(len(tmp[4])), str(len(tmp[5])))
+
+        return result
+
+    def get_status_list(self):
+        # A list containing lists of Tamagotchis and thier statuses
+        # 0 = Idle
+        # 1 = Eating
+        # 2 = Sleeping
+        # 3 = Bathing
+        # 4 = Playing
+        # 5 = Working
+        result = [[] for x in xrange(6)]
+
+        for n in self.mygotchis:
+            if n.status is 'Idle':
+                result[0].append(n)
+            if n.status is 'Eating':
+                result[1].append(n)
+            if n.status is 'Sleeping':
+                result[2].append(n)
+            if n.status is 'Bathing':
+                result[3].append(n)
+            if n.status is 'Playing':
+                result[4].append(n)
+            if n.status is 'Working':
+                result[5].append(n)
+
+        return result
+
     def get_free(self):
         freegotchis = []
         for n in self.mygotchis:

test.py

@@ -27,7 +27,8 @@ while True:
     mayor.step()
     screen.addstr('Simulation running. Press [q] to exit.\n')
     screen.addstr('----------------------After '+str(ticks)+' ticks------------------------------\n')
-    screen.addstr(mayor.give_status(show_pct))
+    #screen.addstr(mayor.give_status(show_pct))
+    screen.addstr(mayor.give_overview())
     ticks += 1
 
     screen.clrtobot()