diff --git a/atm.py b/atm.py
index 2738896..5d0d487 100644
--- a/atm.py
+++ b/atm.py
@@ -56,9 +56,7 @@ def retrieve_atms_info(self, atms):
 
     def calculate_possible_atms(self, closest_atms):
         logging.info("CALCULATING EXTRACTION PROBABILITIES FOR CLOSEST ATMS")
-        print(closest_atms)
         atms_info = self.retrieve_atms_info(closest_atms)
-        print(atms_info)
         if (len(closest_atms) > 3):
             logging.info("CHECKING ATMS TRANSACTIONS")
             atms_ids = list(map(lambda each: each[0],atms_info))
@@ -70,19 +68,17 @@ def calculate_possible_atms(self, closest_atms):
             atms_info = filter_atms_by_transactions(data,atms_info)
 
         atms_p_ids = list(map(lambda each: each[0],atms_info))
-        draw_probabilities = [0.7,0.2,0.1]
-        possibles = np.random.choice(atms_p_ids,len(atms_info), p = draw_probabilities)
+        draw_probabilities = probabilities_for_atms(len(atms_p_ids))
+
+        possibles = np.random.choice(atms_p_ids,len(atms_p_ids), p = draw_probabilities)
+
         self.db_transactions.add_transaction(possibles[0]) # not working query ?
 
+        atms_coords = list(map(lambda each: (each[7],each[8]),atms_info)) # (long, lat) -> desprolijisimo germo
 
-        print(atms_info)
-        atms_coords = list(map(lambda each: (each['long'],each['lat'],each['red']),atms_info))
-        print(atms_coords)
-        print(atms_coords)
 
-        result = (0,atms_info)
 
-        return atms_info
+        return (atms_coords,atms_info)
 
     def get_valid_atm(self, bot, update):
         atm_network = is_valid_input(update.message.text)
diff --git a/csv_reader.py b/csv_reader.py
index a62e888..8f49f52 100644
--- a/csv_reader.py
+++ b/csv_reader.py
@@ -19,5 +19,5 @@ def process_csv(self, data_dict):
             for row in atms_data:
                 transactions = 0
                 key = (float(row['long']),float(row['lat']),map_atm_code(row['red']))
-                values = [row['red'],row['banco'],row['ubicacion'],row['terminales'],row['calle'],row['altura'],row['id'],row['long'],row['lat']], transactions]
+                values = [row['id'],row['red'],row['banco'],row['ubicacion'],row['terminales'],row['calle'],row['altura'],row['long'],row['lat']]
                 data_dict[key] = values
diff --git a/db_service.py b/db_service.py
index 6bf93f9..9ea17b2 100644
--- a/db_service.py
+++ b/db_service.py
@@ -56,7 +56,7 @@ def get_atm_transactions(self, atm):
 
     def add_transaction(self, atm_id): # < cambiar atm
         logging.info('ADDING TRANSACTION TO ATM {}'.format(atm_id))
-        try: #tf is wrong with this query below 
+        try: #tf is wrong with this query below
             query = "INSERT INTO TRANSACTIONS (EXTRACTIONS) SELECT VALUES (1) WHERE ATM = {}".format(atm_id)
             self.conn.execute(query) #args)
             self.conn.commit()
diff --git a/utils.py b/utils.py
index a73a0f2..b385777 100644
--- a/utils.py
+++ b/utils.py
@@ -5,6 +5,11 @@
 from math import *
 from scipy.spatial import KDTree
 
+
+def probabilities_for_atms(atms):
+    #chances of drawing from a atm acording to how many 
+    return { 1: 1, 2: [0.75, 0.25], 3: [0.7,0.2,0.1] }[atms]
+
 def generate_reply(atms_info):
     message = "Here're nearby ATMS for you:\n\n"
     for atm in atms_info: