def spacePort(player):
new_enemy = newEnemy()
print("""You head down to the Space Port.
Location: Space Port
\"What do you think you're doing here?\" asks a {0.name}
as he pulls out a laser rifle.
""".format(new_enemy))
battle(player, new_enemy)
def spaceBar(player):
new_enemy = newEnemy()
print("""You head over to the Space Bar.
Location: Space Bar
Walking into the bar you find a fight going on. A {0.name}
pulls out a laser rifle and points it at you.
""".format(new_enemy))
battle(player, new_enemy)
def restaurant(player):
new_enemy = newEnemy()
print("""You head up to a local restaurant.
Location: Restaurant
A bunch of species clamor for deals. Stepping in,
you bump into one. \"You're not getting out of here
alive.\" says a {0.name}, pulling out
a force knife.
""".format(new_enemy))
battle(player, new_enemy)
def corridor(player):
new_enemy = newEnemy()
print("""As you head back to the bar, you notice someone
following you.
Location: Corridor
You stop and turn, asking him what he is doing?
\"I'm robbing you, but you'll probably end up dead,\"
says the {0.name}, Needler in his hand.
""".format(new_enemy))
battle(player, new_enemy)
def main():
global p_eqArmor
global p_eqWeapon
runtime = 1
while runtime == 1:
choice = input("Commands Test: >> ").lower()
print("")
commands(choice)
if runtime == 2:
battle()
def addBattle(self,
battle_id,
battle_type,
natType,
founder,
host_ip,
port,
maxplayers,
password,
rank,
mapname,
name,
mod,
lan=False):
exists = False
host = self.userFromName(founder)
if host == None:
print "Couldn't find ", founder
return False
#does this battle already exist? if so, do not add it again!
for x in self.battleList:
if x.server_id == int(battle_id):
x.name = name
x.host = host
x.host_ip = host_ip
x.port = int(port)
x.battle_type = int(battle_type)
x.natType = int(natType)
x.maxplayers = int(maxplayers)
x.passworded = bool(int(password))
x.rank = int(rank)
x.mapName = mapname
x.modName = mod
x.lan = lan
print "Battle ", x.server_id, "'s fields were updated!"
exists = True
if not exists:
self.battleList.append(
battle(self.parent_window, self, int(battle_id),
int(battle_type), int(natType),
host, host_ip, int(port), int(maxplayers),
bool(int(password)), rank, mapname, name, mod, lan))
index = self.indexFromBattleId(int(battle_id))
if index == -1:
return False
self.battleList[index].Id = index
# Update the list display (set more elements, and sort which also refreshes)
#self.parent_window.list_lobby_1_games.SetItemCount(len(self.battleList))
self.parent_window.list_lobby_1_games.InsertImageItem(
index, self.battleList[index].passworded_int)
self.parent_window.list_lobby_1_games.Sort()
return True
def main(first_time):
"""
Runs the main game functions, such as movement and geospatial location of the player, and checks for battle probability.
"""
print("\nNow, what would you like to do?")
time.sleep(1)
movement = input(
"\nMove forward (f), backward (b), leftward(l), or rightward(r): "
).lower()
paces = random.randint(4, 10)
moved = True
if players_pokemon.max_hp > players_pokemon.hp:
players_pokemon.hp += paces
if players_pokemon.hp > players_pokemon.max_hp:
players_pokemon.hp = players_pokemon.max_hp
if movement in 'f':
moved = player.assess_geospace(1, paces)
elif movement in 'b':
moved = player.assess_geospace(1, paces / -1)
elif movement in 'l':
moved = player.assess_geospace(0, paces / -1)
elif movement in 'r':
moved = player.assess_geospace(0, paces)
else:
print("Invalid entry. Try again.\n")
time.sleep(1)
return
time.sleep(1)
if moved:
if assess_encounter_probability(paces, first_time):
battle()
return
def encounter(character):
"""
Encounter an enemy
:param character:
:return:
"""
location = character["location"]
locations = process_json("locations.json")
enemies = process_json("enemies.json")
curr_location = locations["locations"][location]
location_enemies = list(curr_location["enemies"].keys())
location_rates = list(curr_location["enemies"].values())
max_rate = 0
for item in location_rates:
max_rate += item
if max_rate != 1 and max_rate > 0:
none_rate = 1 - max_rate
location_rates.append(none_rate)
location_enemies.append("none")
if len(location_enemies) > 0:
print("You look around for enemies...")
choice = numpy.random.choice(location_enemies, 1, location_rates)
if choice[0] != "none":
print("###########################")
print("##########BATTLE###########")
print("###########################")
print(choice[0] + " wants to fight")
enemy = enemies["enemies"][choice[0]]
battle(character, enemy)
else:
print("No enemies were found")
else:
print("There are no enemies in this area.")
def attacks(self, victim):
if battle(self, victim):
if victim.player is not None: #this was occupied by some player, that player must reliquish control
victim.player.relinqishControl(victim)
victim.belongsTo(self.player)
pygame.mixer.music.load('SoundEffects/March.wav')
pygame.mixer.music.play(0)
victim.army = self.army
self.army = 0
victim.color_surface()
victim.updateTroopDisplay()
self.updateTroopDisplay()
else:
victim.updateTroopDisplay()
self.updateTroopDisplay()
def addBattle(self, battle_id, battle_type, natType, founder, host_ip, port, maxplayers, password, rank, mapname, name, mod, lan=False):
exists = False
host = self.userFromName(founder)
if host == None:
print "Couldn't find ", founder
return False
#does this battle already exist? if so, do not add it again!
for x in self.battleList:
if x.server_id == int(battle_id):
x.name = name
x.host = host
x.host_ip = host_ip
x.port = int(port)
x.battle_type = int(battle_type)
x.natType = int(natType)
x.maxplayers = int(maxplayers)
x.passworded = bool(int(password))
x.rank = int(rank)
x.mapName = mapname
x.modName = mod
x.lan = lan
print "Battle ", x.server_id, "'s fields were updated!"
exists = True
if not exists:
self.battleList.append(battle(self.parent_window, self, int(battle_id), int(battle_type), int(natType), host, host_ip, int(port), int(maxplayers), bool(int(password)), rank, mapname, name, mod, lan))
index = self.indexFromBattleId(int(battle_id))
if index == -1:
return False
self.battleList[index].Id = index
# Update the list display (set more elements, and sort which also refreshes)
#self.parent_window.list_lobby_1_games.SetItemCount(len(self.battleList))
self.parent_window.list_lobby_1_games.InsertImageItem(index, self.battleList[index].passworded_int)
self.parent_window.list_lobby_1_games.Sort()
return True
import tree # Create a knight sir_cumstance = generateKnightStats() # Tell us about him print "Sir Cumstance is ", statsToString(sir_cumstance) # Have an adventure print "he was exploring the glade and meet an evil wizard, who atacked..." # With a battle # Python note: The * notation is unpacking e.g. # battle(*sir_cumstance) = battle(sir_cumstance[0], sir_cumstance[1], sir_cumstance[2], sir_cumstance[3]) result = battle(*sir_cumstance) print "the result is..." print battleResultToText(result) # Have 100 battles to collect some data to learn from knightStats, battleResults = haveSomeBattles(1000) i = 4 print "One of the battles (number %s) was %s resulting in %s" %(i, statsToString(knightStats[i]), battleResultToText(battleResults[i])) print "%s%% of battles won" % (100*sum(battleResults)/len(battleResults)) # Create a decision tree by learning from the battle data battleTree = tree.makeTree(knightStats, battleResults, 4) # We can experiment with different tree depths, this can lead to over fitting the data,
import pprint
import tree
# Create a knight
sir_cumstance = generateKnightStats()
# Tell us about him
print "Sir Cumstance is ", statsToString(sir_cumstance)
# Have an adventure
print "he was exploring the glade and meet an evil wizard, who atacked..."
# With a battle
# Python note: The * notation is unpacking e.g.
# battle(*sir_cumstance) = battle(sir_cumstance[0], sir_cumstance[1], sir_cumstance[2], sir_cumstance[3])
result = battle(*sir_cumstance)
print "the result is..."
print battleResultToText(result)
# Have 100 battles to collect some data to learn from
knightStats, battleResults = haveSomeBattles(1000)
i = 4
print "One of the battles (number %s) was %s resulting in %s" % (
i, statsToString(knightStats[i]), battleResultToText(battleResults[i]))
print "%s%% of battles won" % (100 * sum(battleResults) / len(battleResults))
# Create a decision tree by learning from the battle data
battleTree = tree.makeTree(knightStats, battleResults, 4)
# We can experiment with different tree depths, this can lead to over fitting the data,
# especially if we have a small data set.
from alchemy import *
from battle import *
from userinput import *
from locations import *
from windows import *
loadMap("world.txt")
MakeMiniMap()
placeingredients()
print "PYGAME GAME BY CASEY YARDLEY"
clock = pygame.time.Clock()
var.cx = 17 * var.tilepix
var.cy = 20 * var.tilepix
while var.run == True:
pygame.display.set_caption("PYGAME GAME")
# User Input
myEvents()
movement()
userInKey()
var.imouse = MouseItems()
DropPickItems()
# Actions
togMiniMap()
alchemy()
battle()
towns()
# Windows
windowAll()
pygame.display.flip()
clock.tick(40)
def go_to(character):
"""
Travel to an adjacent location
:param character:
:return:
"""
locations = process_json("locations.json")
old_location = character["location"]
accesses = character["access"]
loc_list = locations["locations"][old_location]["adjacent"]
enemies = process_json("enemies.json")
while True:
print(', '.join(loc_list))
new_location = input("Choose a location (q to quit): ")
for loc in locations["xref"]:
if loc.startswith(new_location):
new_location = loc
break
if "Recall" in character[
"skills"] and new_location not in loc_list and new_location == "Starterville":
if character["mp"] > 10:
character["location"] = new_location
character["mp"] -= 10
print("You are now in " + new_location)
print("You used 10 mana")
break
else:
print("You do not have enough mana for Recall!")
break
if new_location in loc_list:
if new_location not in accesses and len(
list(locations["locations"][new_location]
["enemies"].keys())) > 0:
print("You do not have access to this location!")
while True:
challenge = input(
"Would you like to attempt clear this location?(y/n): "
)
if challenge == "y":
location_enemies = list(
locations["locations"][new_location]
["enemies"].keys())
if len(location_enemies) > 0:
for i in range(0, 5):
if len(location_enemies) != 1:
random = numpy.random.randint(
0,
len(location_enemies) - 1)
enemy = enemies["enemies"][
location_enemies[random]]
else:
enemy = enemies["enemies"][
location_enemies[0]]
if character["hp"] > 0:
battle(character, enemy)
else:
print("You were defeated!")
break
if character["hp"] > 0:
print("You defeated the gauntlet")
print("You now have access to this location!")
accesses.append(new_location)
break
elif challenge == "n":
break
if old_location in locations["locations"][new_location][
"adjacent"]:
if new_location in accesses or len(
list(locations["locations"][new_location]
["enemies"].keys())) == 0:
character["location"] = new_location
print("You are now in " + new_location)
break
else:
print("You can not go back the same way!")
while True:
cont = input("Continue?(y/n): ")
if cont == "y":
character["location"] = new_location
print("You are now in " + new_location)
break
elif cont == "n":
break
else:
print("Invalid option!")
break
elif new_location == "q":
break
else:
print("Invalid location, please try again")
if self.attack_start.collidepoint(event.pos):
print("attack_start was pressed")
print(self.damage["atk_hp"], self.damage["def_hp"])
self._finish()
if self.command_mind.collidepoint(event.pos):
print("command_of_mind was pressed")
def displayupdate(self):
pygame.display.update()
if __name__ == '__main__':
atk = {"name":"name", "hit": 400, "avoid": 300, "geo": 1.1, "map_geo": 1.1,
"HP": 4500, "EN": 200, "ARMOR": 1450, "MOBILE": 120,
"weapon":"w_name", "w_atk": 3500, "w_hit": 30, "w_geo": 1.0,
"counter": False
}
_def = {"name":"name", "hit": 300, "avoid": 300, "geo": 1.1, "map_geo": 1.1,
"HP": 4500, "EN": 200, "ARMOR": 1450, "MOBILE": 120,
"weapon":"w_name", "w_atk": 3500, "w_hit": 30, "w_geo": 1.0,
"counter": True
}
battle = battle.Battle()
result_damage = battle(atk, _def)
# {atk_hp, def_hp, atk_hit, def_hit}
disp = DisplayWindow(atk, _def, result_damage)
disp()
#!/usr/bin/env python3
from intro import intro
from choose1 import prebattle
from battle import *
rival_name = intro()
answer = 'y'
while (answer == 'y'):
chosen_Pokemon = prebattle(rival_name)
battle([chosen_Pokemon[0]], rival_name, [chosen_Pokemon[1]])
answer = input("\nWould you like to battle again? ('y' or 'n') ")
while (answer != 'n' and answer != 'y'):
answer = input("That's not a valid answer. Would you like to battle again? ('y' or 'n') ")
print("\nThanks for playing!")
if kills == 1:
print("You killed {0} mob.".format(kills))
else:
print("You killed {0} mobs.".format(kills))
# Start of Game
new_enemy = newEnemy()
showIntro(new_enemy)
tempCash = int(random.randint(1, 25) + 75) + 200
# Creates New Player
# (block, health, maxhealth, defense, kills, biocort, cash, exp, seu, seutotal, weapondmg, weapontype, clips, healtimes, level, nextlevel):
# weapontype: 1 = pistol / 2 = rifle
new_player = Player(0, 100, 100, 35, 0, 2, tempCash, 0, 3, 10, "laser pistol",
30, 1, 5, 0, 1, 100)
battle(new_player, new_enemy)
if new_player.health <= 0:
endGame(new_player.kills)
gameState = 0
else:
new_player.kills += 1
new_player.healtimes = 0
gameState = 1
oldInput = "1"
# Game Loop
while gameState:
# After Returning To Main Game Loop, Print Out One Of These
if oldInput == "1":
print("Dusting yourself off, you decide where to go.")
player.statsRefresh()
area1 = area('A',1,area1mobs)
area2 = area('B',1,area2mobs)
area3 = area('C',1,area3mobs)
area4 = area('Home',0,None)
areaIndex = [area1, area2, area3, area4]
currentArea = area4
print('Welcome to RPG v0.2')
while player.alive():
newArea = mainMenu(areaIndex,currentArea)
currentArea = newArea
print currentArea.name
print currentArea.flag
if area.checkAreaType(currentArea):
mob = currentArea.generateMonster()
battle(player,mob)
'''starter = raw_input('Where would you like to go?')
goto(starter)'''
'''
while True:
battle(player,poring)
poring = monster('Poring',1,[4,4,4,4,4,4],50)
'''
