Added a couple commands and fixed some pankration issues.

@@ -27,6 +27,7 @@ import wolframalpha
 import sqlite3
 from blackjack import Blackjack
 import data
+from pankration import Pankration, HuntResponse, Jobs
 
 VERSION = 2.3
 
@@ -82,6 +83,8 @@ registered_commands = {'!help': 'do_help', '!commands': 'do_help',
                        '!squid': 'do_squid',
                        '!stars': 'do_stars',
                        '!rigged': 'do_rigged',
+                       '!listzones': 'do_list_zones',
+                       '!huntmonster': 'do_hunt_monster',
                        }
 
 
@@ -1008,6 +1011,22 @@ def do_rigged(client, message_parts, message):
     send_message(client, message.channel, ":musical_note: {} :musical_note:".format(random.choice(lines)))
     return
 
+def do_hunt_monster(client, message_parts, message):
+    p = Pankration()
+    hunt_response = p.hunt_monster(' '.join(message_parts))
+    str_out = hunt_response.message
+    if hunt_response.result == HuntResponse.SUCCESS:
+        monster = hunt_response.monster
+        str_out += "\n\n**Stats:**\nFamily: {}\nLevel: {}\nMain Job: {}\nSupport Job: {}".format(monster.family_name, monster.level, Jobs().get_job_name(monster.main_job), Jobs().get_job_name(monster.support_job))
+    send_message(client, message.channel, str_out)
+    
+    return
+
+def do_list_zones(client, message_parts, message):
+    p = Pankration()
+    send_message(client, message.channel, ', '.join(p.list_zones()))
+    return
+
 def start_timer(client):
     needs_loot = True
     while not quitting:

@@ -52,28 +52,32 @@ exp_table = {
     -15: 40,
 }
 class Jobs:
-    WAR = 1
-    MNK = 2
-    BLM = 3
-    WHM = 4
-    THF = 5
-    RDM = 6
-    PLD = 7
+    BLM = 1
+    BLU = 2
+    BRD = 3
+    BST = 4
+    COR = 5
+    DNC = 6
+    DRG = 7
     DRK = 8
-    BST = 9
-    BRD = 10
-    RNG = 11
-    SAM = 12
-    NIN = 13
-    DRG = 14
-    SMN = 15
-    BLU = 16
-    COR = 17
-    PUP = 18
-    DNC = 19
-    SCH = 20
-    GEO = 21
-    RUN = 22
+    GEO = 9
+    MNK = 10
+    NIN = 11
+    PLD = 12
+    PUP = 13
+    RDM = 14
+    RNG = 15
+    RUN = 16
+    SAM = 17
+    SCH = 18
+    SMN = 19
+    THF = 20
+    WAR = 21
+    WHM = 22
+
+    def get_job_name(self, job):
+        members = [attr for attr in dir(Jobs()) if not callable(attr) and not attr.startswith("__") and not attr.startswith("get_job_name")]
+        return members[job-1]
 
 TemperamentPosture = {
     4: {"name": "Very Agressive", "message": "Show no mercy!", "value": 4},
@@ -232,10 +236,12 @@ class Pankration:
             weapon_base_damage = monster_data['weapon_base_damage']
             print("Monster: {} Data: {}".format(monster_name, monster_data))
             family_name = monster_data['family']
-            level = monster_data['initial_level']
             family = Families[family_name]
+            level = monster_data['initial_level']
             main_job = random.choice(family['available_main_job'])
             support_job = random.choice(family['available_support_job'])
+            while support_job == main_job:
+                support_job = random.choice(family['available_support_job'])
             feral_skills = []
             skills = random.sample(family['innate_feral_skills'], 3)
             if random.randint(1, 100) < SKILL_PERCENT:
@@ -246,9 +252,9 @@ class Pankration:
                         feral_skills.append(skills[2])
             dicipline_level = 1
 
-            monster = Monster(monster_name, family, hp, level, weapon_base_damage, main_job, support_job, feral_skills,
+            monster = Monster(monster_name, family_name, family, hp, level, weapon_base_damage, main_job, support_job, feral_skills,
                               [], dicipline_level)
-            return HuntResponse(HuntResponse.SUCCESS, "You captured the monster!",
+            return HuntResponse(HuntResponse.SUCCESS, "You captured a *{}*!".format(monster_name),
                                 monster)
         else:
             return HuntResponse(HuntResponse.FAILURE, "You were unable to capture a monster's soul.",
@@ -259,9 +265,10 @@ class Pankration:
 
 
 class Monster:
-    def __init__(self, monster_type, family, hp, level, weapon_base_damage, main_job, support_job, innate_feral_skills,
+    def __init__(self, monster_type, family_name, family, hp, level, weapon_base_damage, main_job, support_job, innate_feral_skills,
                  equipped_feral_skills, dicipline_level):
         self.monster_type = monster_type
+        self.family_name = family_name
         self.family = family
         self.max_hp = hp
         self.hp = hp
@@ -483,59 +490,60 @@ class Arena:
         return actions
 
 
-#print Families
-
-p = Pankration()
-print("Zones: \n\n{}".format('\n'.join(p.list_zones())))
-hunt_zone = p.list_zones()[0]
-print("Hunting for monster in zone: {}\n".format(hunt_zone))
-hunt_response = p.hunt_monster(hunt_zone)
-print("hunt_response")
-print(str(hunt_response.result))
-time.sleep(0.5)
-if hunt_response.result == HuntResponse.SUCCESS:
-    print(hunt_response.message)
-    monster = hunt_response.monster
-    # print("The Soul Plate Shows: \n\n{}".format(monster))
-    # print(monster.set_strategy(4, 3))
-    # print(monster.set_strategy(1, 1))
-    # print(monster.set_strategy(1, 2))
-    #monster.add_xp(22900)
-    # phy_damage = monster.get_physical_base_damage(100, 'melee', -15)
-    # print("Phys Attack: {}".format(phy_damage))
-    # print(monster.get_base_defense())
-    # monster.add_xp(22900)
-    # print(monster.get_base_defense())
-    # monster.add_xp(222900)
-    # print(monster.get_base_defense())
-else:
-    print(hunt_response.message)
-
-
-hunt_zone = p.list_zones()[1]
-hunt_response = p.hunt_monster(hunt_zone)
-if hunt_response.result == HuntResponse.SUCCESS:
-    monster2 = hunt_response.monster
-    monster2.add_xp(16900)
-    phy_damage = monster2.attack(monster)
-    print("Phys Attack: {}".format(phy_damage))
-
-
-
-
-battle_arena = p.start_battle(monster, monster2, "derp")
-fighting = True
-while fighting:
-    actions = battle_arena.step()
-    time.sleep(2)
-    for action in actions:
-        if isinstance(action, AttackAction):
-            print("{} {} {} for {}.".format(action.attacker.monster_type, action.message, action.target.monster_type, action.damage))
-        if isinstance(action, DefeatAction):
-            print("{} {}. {} gains {} xp.".format(action.target.monster_type, action.message, action.attacker.monster_type, action.xp))
-            fighting = False
-            break
-    print("\n{} {}%    -    {}  {}%\n".format(monster.monster_type, monster.get_hp_percent(), monster2.monster_type, monster2.get_hp_percent()))
+if __name__ == "__main__":
+    #print Families
+
+    p = Pankration()
+    print("Zones: \n\n{}".format('\n'.join(p.list_zones())))
+    hunt_zone = p.list_zones()[0]
+    print("Hunting for monster in zone: {}\n".format(hunt_zone))
+    hunt_response = p.hunt_monster(hunt_zone)
+    print("hunt_response")
+    print(str(hunt_response.result))
+    time.sleep(0.5)
+    if hunt_response.result == HuntResponse.SUCCESS:
+        print(hunt_response.message)
+        monster = hunt_response.monster
+        # print("The Soul Plate Shows: \n\n{}".format(monster))
+        # print(monster.set_strategy(4, 3))
+        # print(monster.set_strategy(1, 1))
+        # print(monster.set_strategy(1, 2))
+        #monster.add_xp(22900)
+        # phy_damage = monster.get_physical_base_damage(100, 'melee', -15)
+        # print("Phys Attack: {}".format(phy_damage))
+        # print(monster.get_base_defense())
+        # monster.add_xp(22900)
+        # print(monster.get_base_defense())
+        # monster.add_xp(222900)
+        # print(monster.get_base_defense())
+    else:
+        print(hunt_response.message)
+
+
+    hunt_zone = p.list_zones()[1]
+    hunt_response = p.hunt_monster(hunt_zone)
+    if hunt_response.result == HuntResponse.SUCCESS:
+        monster2 = hunt_response.monster
+        monster2.add_xp(16900)
+        phy_damage = monster2.attack(monster)
+        print("Phys Attack: {}".format(phy_damage))
+
+
+
+
+    battle_arena = p.start_battle(monster, monster2, "derp")
+    fighting = True
+    while fighting:
+        actions = battle_arena.step()
+        time.sleep(2)
+        for action in actions:
+            if isinstance(action, AttackAction):
+                print("{} {} {} for {}.".format(action.attacker.monster_type, action.message, action.target.monster_type, action.damage))
+            if isinstance(action, DefeatAction):
+                print("{} {}. {} gains {} xp.".format(action.target.monster_type, action.message, action.attacker.monster_type, action.xp))
+                fighting = False
+                break
+        print("\n{} {}%    -    {}  {}%\n".format(monster.monster_type, monster.get_hp_percent(), monster2.monster_type, monster2.get_hp_percent()))