diff --git a/EA/fitness.py b/EA/fitness.py
index e1558ae..31801c9 100644
--- a/EA/fitness.py
+++ b/EA/fitness.py
@@ -15,24 +15,15 @@ def evaluate_deck_by_wins(individual):
     decklist = genome_to_decklist(individual)
     filename = "candidate.dck"
     write_decklist(ct.CARD_DIRECTORY + filename, decklist)
-    total_damage = 0
     wins = 0
-    # colors,lands = colorsymbols_in_deck(CARDS, decklist)
     for opponent in ct.OPPONENTS:
         cmd = build_cmd(filename, opponent, ct.MATCHES_PER_OPPONENT)
         p = subprocess.Popen(cmd, cwd=ct.FORGE_PATH, stdout=subprocess.PIPE)
         for line in p.stdout:
             line = line.decode("utf-8").strip()
-            #print(line)
-            # if 'combat damage to Ai(2' in line:
-            #     hit_event = line.split(' ')
-            #     # print(hit_event) #For debugging
-            #     damage_index = hit_event.index('deals') + 1
-            #     damage = int(hit_event[damage_index])
-            #     total_damage += damage
             if 'Match result' in line:
                 result = line.split(' ')
         wins += int(result[3])
         p.wait()
-    fitness = wins  # (wins/float(MATCHES_PER_OPPONENT*len(opponents)))*damage
+    fitness = wins
     return fitness,  # MUST BE TUPLE!
diff --git a/EA/logger.py b/EA/logger.py
index ef3c838..852752f 100644
--- a/EA/logger.py
+++ b/EA/logger.py
@@ -55,8 +55,7 @@ def write_log(top_list, median_list, worst_list, global_maximum, time_to_complet
 
 
 def write_graph(top_list, median_list, worst_list, filename):
-
-    plt.plot((top_list), 'blue')
+    plt.plot(top_list, 'blue')
     plt.plot(median_list, 'green')
     plt.plot(worst_list, 'red')
     plt.xlabel('Generations')
diff --git a/EA/main.py b/EA/main.py
index a06b980..5b3e702 100644
--- a/EA/main.py
+++ b/EA/main.py
@@ -70,8 +70,9 @@ def mate_individuals(ind1, ind2):
 
 def main():
     # TODO: VELG BREEDING OG MUTASJONSSTRATEGI
-
+    number_of_matches = int(ct.MATCHES_PER_OPPONENT) * len(ct.OPPONENTS) * ct.NUMBER_OF_GENERATIONS * ct.POPSIZE
     print('Starting experiment {}'.format(ct.EXPERIMENT_TIMESTAMP))
+    print('Doing {} matches'.format(number_of_matches))
 
     start_time = time.time()
     first_gen_decks = generate_first_generation_decks(ct.CARD_POOL)