Replaced Constant names

cli.py

@@ -20,7 +20,7 @@ class cursesUI:
         self.villagenr = 0
         self.percentage = True
         self.running = True
-        self.paused = start_paused
+        self.paused = START_PAUSED
 
         self.stdscr = curses.initscr()
         curses.noecho()
@@ -31,7 +31,7 @@ class cursesUI:
         height, width = self.stdscr.getmaxyx()
         self.win = curses.newpad(16383, width)
         
-        self.king.createKingdom(startNrVillages)
+        self.king.createKingdom(STARTNR_VILLAGES)
 
         while self.running:
             self.build_screen(self.king, self.ticks)
@@ -79,7 +79,7 @@ class cursesUI:
             if not self.kingdomview:
                 self.percentage = not self.percentage
         elif key < 0:
-            time.sleep(ticklenght)
+            time.sleep(TICKLENGHT)
         if not self.running:
             curses.endwin()
 

config.py

@@ -2,17 +2,17 @@
 # -*- coding: utf-8 -*-
 
 # Define if simulation should be started paused or running
-start_paused = True
+START_PAUSED = True
 # The lenght of one game cycle in milliseconds
-ticklenght = 0.001
+TICKLENGHT = 0.001
 # Controls if Tamagotchi stats are shown in absolute vlaues or precentage (Possible values: True/False)
-show_pct = True
+SHOW_PTC = True
 # Number of Tamagotchis to be created at the start of the simulation
-startnr = 60
-startNrVillages = 50
+STARTNR = 60
+STARTNR_VILLAGES = 50
 # If the value of a Tamagotchis stats drops below this he will be fed/washed/etc
 # Synatx [Hunger, Hygiene, Happiness]
-interventionPoints = [50, 50, 50]
+INTERVENTION_POINTS = [50, 50, 50]
 # If the hunger stat falls below this level Tamagotchis can be fed
 feeding_point = 50
 # If the hygiene stat falls below this level Tamagotchis can be washed
@@ -20,15 +20,15 @@ washing_point = 50
 # If the happiness stat falls below this level Tamagotchis can be played with
 play_point = 50
 # When new Tamagotchis are created their stats will be be created randomly between these.
-statrange = [100, 200]
+STATRANGE = [100, 200]
 # Tamagotchis decay at a set rate per tick. The value of decay is randomly chosen between these two.
-decay = [1, 3]
+DECAY = [1, 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.
-workpower = [3, 6]
+WORKPOWER = [3, 6]
 # This defines the bounds of how much a Tamagotchi can recover when eating/sleeping/playing etc.
-recovery = [10, 20]
+RECOVERY = [10, 20]
 # Defines the range in witch the lifetime of Tamagotichs will be created in ticks
-life = [2000, 3000]
+LIFE = [2000, 3000]
 
 

kinggotchi.py

@@ -42,5 +42,5 @@ class Kinggotchi:
     
     def createKingdom(self, startvillages):
         for _ in itertools.repeat(None, startvillages): 
-            self.add_village(Mayorgotchi(Util().make_list_of_Tamagotchis(startnr)))
+            self.add_village(Mayorgotchi(Util().make_list_of_Tamagotchis(STARTNR)))
 

mayorgotchi.py

@@ -23,13 +23,13 @@ class Mayorgotchi:
                 self.graveyard += 1
                 self.mygotchis.remove(n)
 
-    def give_status(self,show_pct):
+    def give_status(self,SHOW_PTC):
         result = "Town: " + self.name + "\n"
         result += "Population: " + str(len(self.mygotchis)) + " "
         result += "Graveyard: " + str(self.graveyard) + " "
         result += "Eggs: " + str(len(self.myeggs)) + "\n\n"
         for n in self.mygotchis:
-            if show_pct:
+            if SHOW_PTC:
                 result += n.status_pct()
             else:
                 result += n.status_abs()

util.py

@@ -9,16 +9,17 @@ import os
 class Util:
     def make_Tamagotchi(self):
         name = self.generateName()
-        hunger = random.randrange(statrange[0],statrange[1],1)
-        happiness = random.randrange(statrange[0],statrange[1],1)
-        hygiene = random.randrange(statrange[0],statrange[1],1)
-        sleep = random.randrange(statrange[0],statrange[1],1)
-        decayspeed = random.randrange(decay[0],decay[1],1)
-        potential = random.randrange(workpower[0], workpower[1],1)
-        recoveryspeed = random.randrange(recovery[0], recovery[1], 1)
-        lifetime = random.randrange(life[0], life[1], 1)
+        hunger = random.randrange(STATRANGE[0],STATRANGE[1],1)
+        happiness = random.randrange(STATRANGE[0],STATRANGE[1],1)
+        hygiene = random.randrange(STATRANGE[0],STATRANGE[1],1)
+        sleep = random.randrange(STATRANGE[0],STATRANGE[1],1)
+        decayspeed = random.randrange(DECAY[0],DECAY[1],1)
+        potential = random.randrange(WORKPOWER[0], WORKPOWER[1],1)
+        recoveryspeed = random.randrange(RECOVERY[0], RECOVERY[1], 1)
+        lifetime = random.randrange(LIFE[0], LIFE[1], 1)
 
-        return Tamagotchi(name,hunger,happiness,hygiene,sleep,decayspeed,potential,recoveryspeed,lifetime)
+        return Tamagotchi(name, hunger, happiness, hygiene, sleep, decayspeed, 
+            potential, recoveryspeed, lifetime)
 
     def make_list_of_Tamagotchis(self, number):
         tmp = []