def printPath(path, direction):
library.printStrWithDelay(
"The {3} path is {0} units long and {1} obstacles, there is also {2}food.\n"
.format(path['length'],
"contains" if path['obstacle'] else "is free of",
str(path['food']) + "lbs of " if path['food'] else "no ",
direction))
def gameLoop(player, monster):
while player.checkStamina():
if not player.resting:
paths = getNewPaths()
library.printStrWithDelay("Which path do you take ?.. [R/L" +
("/Power]" if player.power else "]"))
u_input = raw_input()
u_input = 'R' if not len(u_input) else u_input.capitalize()[0]
if u_input == 'P':
library.printStrWithDelay(player.power_up)
player.power(paths['R'], player)
else:
player.move(u_input, paths[u_input])
monster.update(player.dist)
if monster.pos >= player.dist:
if not player.combat(monster):
return
library.printStrWithDelay(library.getStrikedSentence())
library.printStrWithDelay("You managed to make it flee but it will")
library.printStrWithDelay(" come back, more adamant to feast on you.")
monster.enrage(factor=15, reseted_speed=20, pos=player.dist-20)
player.printStatus()
player.rest()
player.checkStamina()
def gameLoop(player, monster):
while player.checkStamina():
if not player.resting:
paths = getNewPaths()
library.printStrWithDelay("Which path do you take ?.. [R/L" +
("/Power]" if player.power else "]"))
u_input = raw_input()
u_input = 'R' if not len(u_input) else u_input.capitalize()[0]
if u_input == 'P':
library.printStrWithDelay(player.power_up)
player.power(paths['R'], player)
else:
player.move(u_input, paths[u_input])
monster.update(player.dist)
if monster.pos >= player.dist:
if not player.combat(monster):
return
library.printStrWithDelay(library.getStrikedSentence())
library.printStrWithDelay(
"You managed to make it flee but it will")
library.printStrWithDelay(
" come back, more adamant to feast on you.")
monster.enrage(factor=15, reseted_speed=20, pos=player.dist - 20)
player.printStatus()
player.rest()
player.checkStamina()
def update(self, player_dist):
# Print msg depending on the pos of the monster
library.printStrWithDelay(
library.getPosMonsterSentence(player_dist - self.pos))
# Its coming
self.pos += self.speed
# increase speed according to player.distance
self.speed += self.acceleration
def update(self, player_dist):
# Print msg depending on the pos of the monster
library.printStrWithDelay(library.getPosMonsterSentence(
player_dist - self.pos))
# Its coming
self.pos += self.speed
# increase speed according to player.distance
self.speed += self.acceleration
def initGame():
options = {}
for string in library.text['start']:
if string[:5] == 'INPUT':
options[string.split(' ')[1]] = raw_input().capitalize()
else:
delay = float(string.split('%')[0])
library.printStrWithDelay(string.split('%')[1], delay)
player = globals().get(options['spec'].capitalize(), Player)(**options)
return player
def initGame():
options = {}
for string in library.text['start']:
if string[:5] == 'INPUT':
options[string.split(' ')[1]] = raw_input().capitalize()
else:
delay = float(string.split('%')[0])
library.printStrWithDelay(string.split('%')[1], delay)
player = globals().get(options['spec'].capitalize(), Player)(**options)
return player
def getNewPaths():
paths = {}
library.printStrWithDelay(("The branches of the narrow trees slap your \
face as you try to stay alive and two paths emerge before you.\n"))
paths['R'] = genNewPath()
paths['L'] = genNewPath(paths['R'])
printPath(paths['R'], "right")
printPath(paths['L'], "left")
return paths
def getNewPaths():
paths = {}
library.printStrWithDelay(("The branches of the narrow trees slap your \
face as you try to stay alive and two paths emerge before you.\n"))
paths['R'] = genNewPath()
paths['L'] = genNewPath(paths['R'])
printPath(paths['R'], "right")
printPath(paths['L'], "left")
return paths
def move(self, choice, path):
library.printStrWithDelay("You went " +
("right.\n" if choice == 'R' else "left.\n"))
# Update ressources
self.dist += path['length']
self.food += path['food']
self.stamina -= path['length']
# Cross obstacles
if path['obstacle']:
library.printStrWithDelay("Something blocks your way.\n" +
library.getWalkedSentence())
self.stamina -= self.action_cost
def move(self, choice, path):
library.printStrWithDelay(
"You went " + ("right.\n" if choice == 'R' else "left.\n"))
# Update ressources
self.dist += path['length']
self.food += path['food']
self.stamina -= path['length']
# Cross obstacles
if path['obstacle']:
library.printStrWithDelay("Something blocks your way.\n"
+ library.getWalkedSentence())
self.stamina -= self.action_cost
def checkStamina(self):
if self.stamina <= 0:
library.printStrWithDelay("You made it as far as {0}".format(self.dist))
library.printStrWithDelay(" miles but you are exhausted and can't go")
library.printStrWithDelay(" further.\nTonight, you will feed the beast.")
return False
return True
def checkStamina(self):
if self.stamina <= 0:
library.printStrWithDelay("You made it as far as {0}".format(
self.dist))
library.printStrWithDelay(
" miles but you are exhausted and can't go")
library.printStrWithDelay(
" further.\nTonight, you will feed the beast.")
return False
return True
def rest(self):
library.printStrWithDelay("The hollowed tree looks comfortable, ")
library.printStrWithDelay("do you want to rest a bit ?..[Y/N] ")
u_input = raw_input()
self.resting = True if u_input[0] == "Y" else False
if self.resting:
self.stamina += 10 if self.food >= 10 else self.food
self.food -= 10 if self.food >= 10 else self.food
self.stamina += self.stamina * self.rest_rate
library.printStrWithDelay(library.getRestedSentence())
def rest(self):
library.printStrWithDelay("The hollowed tree looks comfortable, ")
library.printStrWithDelay("do you want to rest a bit ?..[Y/N] ")
u_input = raw_input()
self.resting = True if u_input[0] == "Y" else False
if self.resting:
self.stamina += 10 if self.food >= 10 else self.food
self.food -= 10 if self.food >= 10 else self.food
self.stamina += self.stamina * self.rest_rate
library.printStrWithDelay(library.getRestedSentence())
def combat(self, opponent):
library.printStrWithDelay(
"You can't run anymore, take your {0} and fight !\n".format(
self.weapon))
difficulty = 4
res = random.randrange(0, difficulty)
while not res:
library.printStrWithDelay(library.getMissedSentence())
self.stamina -= opponent.attack + self.action_cost
library.printStrWithDelay(library.getHitSentence())
if not self.checkStamina(): return False
difficulty -= 1
res = random.randrange(0, difficulty)
return True
def combat(self, opponent):
library.printStrWithDelay(
"You can't run anymore, take your {0} and fight !\n".format(
self.weapon))
difficulty = 4
res = random.randrange(0,difficulty)
while not res:
library.printStrWithDelay(library.getMissedSentence())
self.stamina -= opponent.attack + self.action_cost
library.printStrWithDelay(library.getHitSentence())
if not self.checkStamina(): return False
difficulty -= 1
res = random.randrange(0,difficulty)
return True
def printStatus(self):
library.printStrWithDelay("Stamina {0}, food left {1}\n".format(
self.stamina, self.food))
def printPath(path, direction):
library.printStrWithDelay(
"The {3} path is {0} units long and {1} obstacles, there is also {2}food.\n".format(
path['length'], "contains" if path['obstacle'] else "is free of",
str(path['food']) + "lbs of " if path['food'] else "no ", direction))
def printStatus(self):
library.printStrWithDelay("Stamina {0}, food left {1}\n".format(
self.stamina, self.food))
