def __init__(self):
Character.__init__(self)
Keylistener.__init__(self)
#TODO: These values are just for testing.
self.rect.x = 320
self.rect.y = 320
#
self.walk_speed = 256;
self.key_inputs = {'up': False,
'right': False,
'down': False,
'left': False,
'atk': False}
self.knife = weapons.Knife()
self.lock_face = False
self.swinging = False
self.holding = False
self.invulnerable = False
self.anim_timer = 0
self.hit_invuln_duration = 1024
self.invuln_flash_frequency = 32
self.take_damage_listeners = []
def __init__(self, scene):
size = (16,16)
color = (255,0,0)
name = "Player 1"
speed = 2
hp = 20
Character.__init__(self, scene, size, color, name, speed, hp)
def update(self, dt):
Character.update(self, dt)
self.midair = abs(self.body.linearVelocity[1]) > 0.01
self.time_since_jump += dt
if self.keys[2]:
self.body.linearVelocity = (-self.xspeed * Settings.B2SCALE, self.body.linearVelocity[1] )
if self.keys[3]:
self.body.linearVelocity = (self.xspeed * Settings.B2SCALE, self.body.linearVelocity[1] )
if self.keys[1]:
if not self.midair:
self.jump()
self.can_double_jump = True
self.time_since_jump = 0
elif self.can_double_jump and self.has_pickup("double_jump") and self.time_since_jump > 10:
self.jump()
self.can_double_jump = False
self.upsidedown = False
for contact_edge in self.body.contacts:
if contact_edge.contact.touching:
if contact_edge.other.position[1] - self.body.position[1] < 0:
self.upsidedown = True
self.going_left = self.body.linearVelocity[0] < -0.1
self.going_right = self.body.linearVelocity[0] > 0.1
self.update_animation(dt)
self.update_pickups(dt)
self.score += 0.01*(2**self.pickup_count("double_points"))
if self.rect.top < self.max_height:
self.max_height = self.rect.top
def key_control(self, key, event):
Character.key_control(self, key, event)
# Custom hero control
if (key == pygame.K_w):
if event == pygame.KEYDOWN:
self.vel = (self.vel[0], self.vel[1]-1)
elif event == pygame.KEYUP:
self.vel = (self.vel[0], self.vel[1]+1)
elif (key == pygame.K_s):
if event == pygame.KEYDOWN:
self.vel = (self.vel[0], self.vel[1]+1)
elif event == pygame.KEYUP:
self.vel = (self.vel[0], self.vel[1]-1)
elif (key == pygame.K_a):
if event == pygame.KEYDOWN:
self.vel = (self.vel[0]-1, self.vel[1])
elif event == pygame.KEYUP:
self.vel = (self.vel[0]+1, self.vel[1])
elif (key == pygame.K_d):
if event == pygame.KEYDOWN:
self.vel = (self.vel[0]+1, self.vel[1])
elif event == pygame.KEYUP:
self.vel = (self.vel[0]-1, self.vel[1])
elif (key == pygame.K_SPACE):
if event == pygame.KEYDOWN:
self.firing = True
elif event == pygame.KEYUP:
self.firing = False
def __init__(self, g, player_new, dimentions, p=0):
LevelBase.__init__(self, g, player_new, dimentions)
self.prevlevel = p
self.title = "Airport"
# current level
TW, TH = 32, 32
# load tile set
g.tga_load_tiles(os.path.join("textures", "tiles5.png"), (TW, TH), self.tdata)
g.tga_load_level(os.path.join("levels", "level29.tga"), 1)
g.bounds = pygame.Rect(TW, TH, (len(g.tlayer[0]) - 2) * TW, (len(g.tlayer) - 2) * TH)
g.code_events(self.edata)
self.g.player.hidden = 0
self.pan_camera(None)
self.doctor = Character("monster3a.png", "monster3a.png", self.g, "doctor")
self.doctor.pos((25, 20)) # 25, 20
self.doctor.health = 0
self.doctor.dead = 1
self.movie = 0
self.assistant = Character("assistant.png", "faceassistant.png", g)
self.assistant.pos((33, 27))
self.assistant.feeling = "coma"
self.nurse = Character("monster4.png", "facenurse.png", self.g, "nurse")
self.nurse.pos((29, 27))
self.nurse.direction = 0
if not "scene14" in g.saveData:
self.nurse.feeling = "dead"
g.run_codes(self.cdata, (0, 0, g.dimentions[0], g.dimentions[1]))
def __init__(self, g, player_new, dimentions, p = 0):
LevelBase.__init__(self, g, player_new, dimentions)
self.prevlevel = p
self.title = "Tree House"
# current level
currentLevel = os.path.join("levels", "level7.tga")
TW,TH = 32,32
# load tile set
tileTexture = os.path.join("textures", "tiles2.png")
g.tga_load_tiles(tileTexture, (TW,TH), self.tdata)
g.tga_load_level(currentLevel, 1)
g.bounds = pygame.Rect(TW,TH,(len(g.tlayer[0])-2)*TW,(len(g.tlayer)-2)*TH)
g.code_events(self.edata)
self.fox = Character("fox.png","facefox.tga", g, 'fox')
self.fox.pos((3, 9))
self.fox.direction = 0
self.fox.hidden = 1
self.assistant = Character("assistant.png","faceassistant.png", g)
self.assistant.pos((9, 10))
self.assistant.direction = 0
g.run_codes(self.cdata,(0,0,g.dimentions[0],g.dimentions[1]))
self.g.player.direction = 1
g.intermission = 1
if 'scene5' in g.saveData:
self.assistant.hidden = 1
self.fox.hidden = 1
self.dialog = 10
def __init__(self, world_map, path, shoottime): Character.__init__(self, world_map, world_map.group, world_map.enemies_group) self.path = path self.x = 0 self.y = 0 self.shoottime = shoottime self.frame_counter = 0
def __init__(self, g, player_new, dimentions, p = 0):
LevelBase.__init__(self, g, player_new, dimentions)
self.prevlevel = p
self.title = 'Underground'
# current level
TW,TH = 32,32
# load tile set
g.tga_load_tiles(os.path.join("textures", "tiles5.png"), (TW,TH), self.tdata)
g.tga_load_level(os.path.join("levels", "level24.tga"), 1)
g.bounds = pygame.Rect(TW,TH,(len(g.tlayer[0])-2)*TW,(len(g.tlayer)-2)*TH)
g.code_events(self.edata)
self.doctor = Character("monster3a.png", "monster3a.png", self.g, 'doctor')
self.doctor.pos((25, 20)) # 25, 20
self.assistant = Character("assistant.png","faceassistant.png", g)
self.assistant.pos((33, 27))
self.assistant.direction = 1
self.assistant.feeling = 'coma'
self.nurse = None # will get set by character.py later on
g.run_codes(self.cdata,(0,0,g.dimentions[0],g.dimentions[1]))
self.g.player.hidden = 0
self.movie = 0
# battled and destoryed the doctor
if 'scene13' in g.saveData:
self.doctor.health = 0
self.nurse = Character("monster4.png", "facenurse.png", self.g, 'nurse')
self.nurse.pos((29, 27))
if not 'scene14' in g.saveData:
self.nurse.feeling = 'dead'
def __init__(self, g, player_new, dimentions, p = 0):
LevelBase.__init__(self, g, player_new, dimentions)
self.prevlevel = p
self.title = 'Flooded Lab'
# current level
TW,TH = 32,32
# load tile set
g.tga_load_tiles(os.path.join("textures", "tiles6.png"), (TW,TH), self.tdata)
g.tga_load_level(os.path.join("levels", "level33.tga"), 1)
g.bounds = pygame.Rect(TW,TH,(len(g.tlayer[0])-2)*TW,(len(g.tlayer)-2)*TH)
g.code_events(self.edata)
self.stygian = Character('stygian.png', 'facestygian.png', g)
self.stygian.pos((8, 9))
self.stygian.direction = 1
self.boat = Character('boat.png', 'facestygian.png', g, 'boat')
self.boat.pos((9, 11))
self.professor = Character("professor.png","faceprofessor.tga", g)
self.professor.pos((5, 9))
self.professor.direction = 0
g.run_codes(self.cdata,(0,0,g.dimentions[0],g.dimentions[1]))
self.initBack('bg0.png', 140)
def __init__(self, characters):
"""Initialize all attributes and music.
utils -- SpriteGroup, contains background and timer
players -- SpriteGroup, contains two characters
skills -- SkillManager, contains the skills of both characters
"""
SpriteGroup.__init__(self)
self.background = Background(random.choice(glob.
glob("assets/fields/*")))
self.mana_time = 0
self.timer = Timer()
self.timer.position = Vec2D(DEFAULT_SCREEN_SIZE[0] / 2, 30)
self.mixer = Mixer(glob.glob("assets/sound/play_menu/*"))
self.mixer.play_random()
self.player1 = Character(1, characters[0], (0, 0))
self.player2 = Character(2, characters[1], DEFAULT_SCREEN_SIZE)
self.skills = SkillManager(self.player1.skills, self.player2.skills)
self.players = SpriteGroup(self.player1, self.player2)
self.utils = SpriteGroup(self.background, self.timer)
self.add(self.utils, self.players, self.skills)
def __init__(self, x, y, ai, level=None):
#general stuff
self.isFlying = False #is the player flying?
self.facingRight = False #player facing right?
self.peaking = False #is player at the peak of its jump?
self.canMove = False
self.canJump = False
self.player = None
self.ai = ai
#shooting timer
self.sattack_timer = 0
#level instance - pass if enemy interacts with level
self.level = level
#choose AI to implement
self.AI_implementations = { NONE: self.AI_nothing,
FLOOR: self.AI_floor,
PLATFORM: self.AI_platform,
JUMP: self.AI_jump,
HOP: self.AI_hop,
FLYVERT: self.AI_flyvert,
FLYHORIZ: self.AI_flyhoriz,
FLYSWOOP: self.AI_flyswoop,
FLYATTACK: self.AI_flyattack,
RPROJ: self.AI_rproj,
RPROJSTAND: self.AI_rprojstand,
SHY: self.AI_shy,
CUSTOM: None}
Character.__init__(self,x,y)
def update(self, dt):
if dt == 0:
return
#Set the walking state
self.setWalking(Character.Direction.UP, self.key_inputs['up'])
self.setWalking(Character.Direction.RIGHT, self.key_inputs['right'])
self.setWalking(Character.Direction.DOWN, self.key_inputs['down'])
self.setWalking(Character.Direction.LEFT, self.key_inputs['left'])
#Set the facing direction
if not self.lock_face:
if (not self.key_inputs['down']) and self.key_inputs['up']:
self.facing = Character.Direction.UP
if (not self.key_inputs['up']) and self.key_inputs['down']:
self.facing = Character.Direction.DOWN
if (not self.key_inputs['left']) and self.key_inputs['right']:
self.facing = Character.Direction.RIGHT
if (not self.key_inputs['right']) and self.key_inputs['left']:
self.facing = Character.Direction.LEFT
if self.key_inputs['atk']:
self.knife.attack(self, self.facing)
self.lock_face = True
else:
if self.knife.attacking:
self.knife.endAttack()
self.lock_face = False
#TODO: "holding" state determination code needs to be made better.
self.holding = self.key_inputs['atk']
self.swinging = self.knife.isSlashing()
Character.makeMove(self, dt)
def __init__(self, x, imgFile="npc_sprite.png"):
Character.__init__(self, imgFile)
self.images = [] # 0=idle, 1=running#1 , 2=running#2
for i in range(3):
image = pygame.Surface([100, 200], pygame.SRCALPHA, 32).convert_alpha()
image.blit(self.image, (0, 0), (i*100, 0, 100, 200))
self.images.append(image)
self.images.append(pygame.transform.flip(self.images[0], True, False))
self.images.append(pygame.transform.flip(self.images[1], True, False))
self.images.append(pygame.transform.flip(self.images[2], True, False))
self.rect = self.images[0].get_rect()
self.rect.x = x
self.home = x
self.rect.y = screen_h - 150
self.time = pygame.time.get_ticks()
self.state = "idle" # idle/moving idle == maksmata
self.idle_job = [0, 0] # [job, time when to stop] jobs: 0=right, 1=left, 2=wait
self.x_speed = 0
self.move_to = self.home
self.frame_counter = 0
def create_animated_sprite():
"""Create animation"""
char = Character()
sprites = char.create_sprites("Images/player.png", "Images/player2.png")
source = pyglet.image.Animation.from_image_sequence(sprites, 0.5, True)
sprite = pyglet.sprite.Sprite(source)
return sprite
def __init__(self, x, y):
self.direction = Direction.WEST
self.health = Zombie.START_HEALTH
self.img = Zombie.ORIGINAL_ZOMBIE_IMAGE
Character.__init__(self, x, y)
Zombie.list_.append(self)
def __init__(self, x, y):
self.health = Survivor.START_HEALTH
self.current = 0 # 0 -> pistol, 1 -> shotgun, 2 -> automatic
self.direction = Direction.WEST
self.img = pygame.image.load('images/survivor/survivor_w.png')
Character.__init__(self, x, y)
def attack(self, enemy):
"""
attack method that uses the method of the father class and makes a print
:param enemy: Character your going to attack
:return:
"""
Character.attack(self, enemy)
print "You attacked a " + enemy.character_type
def __init__(self, g, player_new, dimentions, p = 0):
LevelBase.__init__(self, g, player_new,dimentions)
self.prevlevel = p
self.title = 'Engineers Lab'
# current level
currentLevel = os.path.join("levels", "level2.tga")
TW,TH = 32,32
# load tile set
tileTexture = os.path.join("textures", "tiles0.png")
g.tga_load_tiles(tileTexture, (TW,TH), self.tdata)
g.tga_load_level(currentLevel, 1)
g.bounds = pygame.Rect(TW,TH,(len(g.tlayer[0])-2)*TW,(len(g.tlayer)-2)*TH)
g.code_events(self.edata)
self.microwave = Inventory(g, 'microwave')
self.microwave.pos((6, 9))
self.professor = Character("professor.png","faceprofessor.tga", g)
self.professor.pos((6, 9))
self.professor.direction = 0
self.assistant = Character("assistant.png","faceassistant.png", g)
self.assistant.pos((12, 9))
self.assistant.direction = 1
g.intermission = 1
# already done the cut scene
if 'scene1' in g.saveData:
g.intermission = 0
self.professor.pos((11, 9))
self.dialog = 9
self.g.sprites.remove(self.assistant)
# if you've put the transmitter in
if 'scene3' in g.saveData:
self.assistant = Character("assistant.png","faceassistant.png", g)
self.assistant.pos((13, 9))
self.professor.pos((8, 9))
self.assistant.direction = 1
self.dialog = 10
g.intermission = 1
# already had the talk after putting in the transmitter
if 'scene4' in g.saveData:
self.dialog = 19
g.intermission = 0
self.g.sprites.remove(self.assistant)
if 'scene5' in g.saveData:
self.dialog = 20
self.professor.pos((11,9))
self.professor.faceup = 1
g.run_codes(self.cdata,(0,0,g.dimentions[0],g.dimentions[1]))
def __init__(self):
Character.__init__(self)
self.setAbilities(str=13, con=12, dex=24, int=11, wis=15, cha=22)
self.setSkills(
acrobatics=True, athletics=True, bluff=True, perception=True, stealth=True, streetwise=True, thievery=True
)
# racial bonuses
self.skill["diplomacy"].miscBonus = 2
self.skill["insight"].miscBonus = 2
# Devastating Critical feat
self.extraCrit = "1d10"
# jet black stone bonus
self.skill["stealth"].miscBonus = 4
self.proficiency["dagger"] = 3 + 1 # proficient + rogue class bonus
self.proficiency["handCrossbow"] = 2
self.setLvl(17)
# at-wills
self.setPower(slyFlourish=SlyFlourish(), acrobaticStrike=AcrobaticStrike())
# encounters
self.setPower(
shadowJaunt=ShadowJaunt(),
fadingStrike=FadingStrike(),
jumpingBladeAssault=JumpingBladeAssault(),
escapeArtistsGambit=EscapeArtistsGambit(),
cleverMove=CleverMove(),
sneakInTheAttack=SneakInTheAttack(),
rockyIVPunch=RockyIVPunch(),
criticalOpportunity=CriticalOpportunity(),
tumblingDodge=TumblingDodge(),
combatTumbleset=CombatTumbleset(),
tornadoStrike=TornadoStrike(),
oathOfEnmity=OathOfEnmity(),
)
# dailies
self.setPower(
slayingStrike=SlayingStrike(),
aerialAssault=AerialAssault(),
trickStrike=TrickStrike(),
badIdeaFriend=BadIdeaFriend(),
)
self.setWeapon(
misericorde=Misericorde(),
poisonedCrossbow=PoisonedCrossbow(),
cloakedDagger=CloakedDagger(),
unarmed=Unarmed(),
)
self.setEquip(main="misericorde")
def draw(self,screen,viewport):
if self.has_pickup("trampoline"):
pygame.draw.line(screen, (0,255,255), (0, HEIGHT/2 + self.trampoline_height),(WIDTH, HEIGHT/2 + self.trampoline_height))
Character.draw(self, screen, viewport)
h = 0
for pickup in self.pickups:
text = PICKUP_NAMES[pickup.pickup_type] + " " + str(pickup.duration)
text_render = self.font.render(text, True, (255, 255, 255))
screen.blit(text_render, (600, h))
h += 20
def __init__(self, level, race, name='no name'): Character.__init__(self,level, race, name) self.cclass = "Mage" self.stats() self.hp(4) self.base_attack_bonus(.5) self.base_saves() self.equipment() self.skills() self.totaltohit = self.base_attack_bonus
def load(name, center=None, walkDelay=settings.fps):
jsonData = load_character_data(name)
self = DumbBattleNPC()
Character.__init__(self, center, jsonData['spritename'])
DumbNPC.__init__(self, walkDelay)
BattleCharacter.__init__(self, jsonData)
return self
def __init__(self, level, race, name='no name'): Character.__init__(self,level, race, name) self.cclass = "Rogue" self.stats() self.base_attack_bonus(.75) self.hp(6) self.base_saves() self.equipment() self.skills() self.totaltohit = int(self.stats.dexterity) + int(.75 * self.level)
def __init__(self, level, race, name='no name'): Character.__init__(self,level, race, name) self.cclass = "Priest" self.stats() self.hp(8) self.base_attack_bonus(.75) self.base_saves() self.equipment() self.skills() self.totaltohit = int((max(self.stats.strength, self.stats.dexterity) - 10 ) / 2) + int(self.level * .75)
def populateSynthMob(stage):
stageCounts = {0:1,1:2,2:2,3:3,4:3,5:4}
mob = []
for i in range (1,stageCounts[stage]+1):
nameString = "synth" + str(i)
synth = Character(nameString, endurance=19, agility=20, strength=22, dexterity=25, isPlayable=False, humanity=0.0)
possibleWeapons = [0,1,7]
selectedWeapon = RandUtils.pickRandomFromList(possibleWeapons)
synth.weapon = State.weapons[selectedWeapon]
mob.append(synth)
return mob
def __init__(self, level, race, name='no name'): Character.__init__(self,level, race, name) self.cclass = "Fighter" self.stats() self.hp(10) self.base_attack_bonus(1.0) self.base_saves() self.skills() self.ac = 10 + int((self.stats.dexterity - 10) / 2 ) self.equipment() self.totaltohit += int(1.0 * self.level) + int((self.stats.strength - 10) / 2)
def __init__(self):
Character.__init__(self)
self.setAbilities(str=12, con=10, dex=10, int=12, wis=18, cha=17)
self.setSkills(heal=True, insight=True, arcana=True, history=True,
religion=True)
#background trait
self.skill['insight'].miscBonus = 2
#combat medic feat bonus
self.skill['heal'].miscBonus = 2
#armor penalties
self.skill['acrobatics'].miscBonus = -1
self.skill['athletics'].miscBonus = -1
self.skill['endurance'].miscBonus = -1
self.skill['stealth'].miscBonus = -1
self.skill['thievery'].miscBonus = -1
#proficiencies (only bothering with relevant ones)
self.proficiency['staff'] = 2
self.proficiency['mace'] = 2
self.proficiency['implement'] = 1 #implement expertise feat
self.setLvl(5)
#at-wills
self.setPower(lanceOfFaith=LanceOfFaith(),
sacredFlame=SacredFlame(),
astralSeal=AstralSeal())
#encounters
self.setPower(shieldBearer=ShieldBearer(),
channelDivinityTurnUndead=ChannelDivinityTurnUndead(),
channelDivinityDivineFortune=ChannelDivinityDivineFortune(),
healingWord=HealingWord(),
hymnOfResurgence=HymnOfResurgence(),
radiantSmite=RadiantSmite())
#dailies
self.setPower(astralCondemnation=AstralCondemnation(),
shieldOfFaith=ShieldOfFaith(),
spiritualWeapon=SpiritualWeapon())
self.setWeapon(mace=Mace(),
orbOfLight=OrbOfLight())
self.setEquip(main='mace',
implement='orbOfLight')
def __init__(self, g, player_new, dimentions, p = 0):
LevelBase.__init__(self, g, player_new, dimentions)
self.prevlevel = p
self.title = 'Water of Leith'
# current level
currentLevel = os.path.join("levels", "level3.tga")
TW,TH = 32,32
# load tile set
tileTexture = os.path.join("textures", "tiles0.png")
g.tga_load_tiles(tileTexture, (TW,TH), self.tdata)
g.tga_load_level(currentLevel, 1)
g.bounds = pygame.Rect(TW,TH,(len(g.tlayer[0])-2)*TW,(len(g.tlayer)-2)*TH)
g.code_events(self.edata)
self.assistant = Character("assistant.png","faceassistant.png", g)
self.assistant.pos((3, 10))
self.assistant.direction = 0
g.intermission = 1
g.run_codes(self.cdata,(0,0,g.dimentions[0],g.dimentions[1]))
# already done the cut scene
if 'scene2' in g.saveData:
self.dialog = 5
if 'scene4' in g.saveData:
self.g.sprites.remove(self.assistant)
self.initBack('bg0.png', 180)
def configure(self): Character.configure(self) self.rect.x, self.rect.y = 10, 1000 self.gravity = 1 self.acceleration_x = 0 self.jumping = False self.blinking = False self.jump_energy_max = 3 self.jump_energy = self.jump_energy_max self.life_max = 5 self.life = self.life_max self.weapon = Weapon(self) self.JUMP_SPEED = 10
def setup(self): self.player = Character() self.monsters = [ Goblin(), Troll(), Dragon()] self.monster = self.get_next_monster()
def test_player_set_location(self):
f = open(os.path.join(parentdir, "data/character_data.json"), "r")
data = json.load(f)
f.close()
characters = data.keys()
for character in characters:
char = Character(type_=character)
player = Player(char)
prev_pos = player.pos
# invalid moves #
self.assertEqual(player.set_location(-1, 0), prev_pos)
self.assertEqual(player.set_location(0, -1), prev_pos)
self.assertEqual(player.set_location(config.display_width + 1, 0),
prev_pos)
self.assertEqual(player.set_location(0, config.display_height + 1),
prev_pos)
# valid moves #
self.assertEqual(player.set_location(100, 100), player.pos)
self.assertEqual(player.set_location(0, config.display_height),
player.pos)
self.assertEqual(player.set_location(config.display_width, 0),
player.pos)
def start_game(self):
"""Starts Game"""
"""Sets the number of guesses"""
used_lives = self.total_lives
"""Game loop"""
while True:
self.phrase_output(self.selected_phrase)
"""If no "_" in output then game is won"""
if "_" not in self.consol_output:
self.you_won()
self.guess_input()
"""Checks if guess input matches phrase in Character file and then counts down if not correct
"""
true_guess = Character(self.player_guess, self.selected_phrase)
if true_guess.was_guessed is False:
used_lives -= 1
"""If all 5 lives are used then end game"""
if used_lives <= 0:
self.better_luck()
"""Output how many lives are left"""
print('You have {} out of {} lives remaining!'.format(
used_lives, self.total_lives))
def update(self, frame_time):
global e_bullet, character
character = Character()
distance = Enemy.RUN_SPEED_PPS * frame_time
self.total_frames += Enemy.FRAMES_PER_ACTION * Enemy.ACTION_PER_TIME * frame_time
self.frame = int(self.total_frames) % 1
self.f_time += frame_time
self.x += (self.xdir * distance)
self.y += (self.ydir * distance)
if self.f_time >= 0.5:
e_bullet += [Enemy_Bullet(self.x, self.y - 70)]
self.f_time = 0
if self.stage2 == 1:
if self.f_time >= 0.5:
e_bullet += [Enemy_Bullet(self.x, self.y - 70)]
self.f_time = 0
if self.HP <= 0:
self.death = True
if self.x > 750:
self.xdir = -1
self.x = 750
self.state = self.LEFT_RUN
elif self.x < 50:
self.xdir = 1
self.x = 50
self.state = self.RIGHT_RUN
for i in e_bullet:
i.update(frame_time)
if collide(character, i):
print("character collision")
if character.C_HP <= 80:
print("gameover")
def __init__(self, ipAddr, portNum, parent=None):
QObject.__init__(self, parent)
self.ipAddr = ipAddr
self.portNum = portNum
controller = RobotController()
controller.reset_pos()
self.b = board.Board()
self.bot = Character(ipAddr, portNum, self.b, controller, self)
self.bot.changed_location.connect(self.change_picture)
self.startButton = QPushButton("Start the game!")
self.startButton.clicked.connect(self.start_playing)
self.endButton = QPushButton("End the game!")
self.endButton.clicked.connect(self.end_game)
self.image_label = QLabel(self)
pixmap = QtGui.QPixmap("gui_images/entrance.jpg")
pixmap = pixmap.scaled(self.image_size,self.image_size, PyQt5.QtCore.Qt.KeepAspectRatio)
self.image_label.setPixmap(pixmap)
self.image_label.setAlignment(PyQt5.QtCore.Qt.AlignCenter)
# main layout
self.mainLayout = QVBoxLayout()
self.mainLayout.addWidget(self.image_label)
self.mainLayout.addWidget(self.startButton)
self.mainLayout.addWidget(self.endButton)
# central widget
self.centralWidget = QWidget()
self.centralWidget.setLayout(self.mainLayout)
# set central widget
self.setCentralWidget(self.centralWidget)
def __init__(self, id_: int, total: int):
_wave = uData.setting['wave']
self.id = id_
self.ch_id = 'right'
self.__chara_list = ['left', 'middle', 'right']
self.total = total
self.__myTurn_count = 0
self.auto = _wave[str(self.id)]['auto']
self.name = f'wave_{self.id}-{self.total}'
self.objects = Load_Objects("wave")
self.icon = Icon(f'{self.name}.png', uData.setting['confidence'])
if not self.auto:
self.characters = {
c: Character(c, self.id)
for c in self.__chara_list
}
self.chars_sp_order = self.__sp_order_init(
) if 'sp_weight_enable' in _wave[str(self.id)] and _wave[str(
self.id)]['sp_weight_enable'] else [] # noqa: E501
self.orbs = self.__orb_init()
self.__friend = uData.setting['friend_support'] if uData.setting[
'friend_support'] and uData.setting['friend_support'][
'wave_N'] == self.id else None # noqa: E501
self.__auto_button_multi_check = 0
def init_character_map():
char_map = {}
# add characters
char_map[clue.CHARACTER_NAME_MRS_WHITE] = Character(
clue.CHARACTER_NAME_MRS_WHITE,
clue.LOCATION_NAME_MRS_WHITE_HOME).__dict__
char_map[clue.CHARACTER_NAME_MR_GREEN] = Character(
clue.CHARACTER_NAME_MR_GREEN,
clue.LOCATION_NAME_MR_GREEN_HOME).__dict__
char_map[clue.CHARACTER_NAME_MRS_PEACOCK] = Character(
clue.CHARACTER_NAME_MRS_PEACOCK,
clue.LOCATION_NAME_MRS_PEACOCK_HOME).__dict__
char_map[clue.CHARACTER_NAME_PROF_PLUM] = Character(
clue.CHARACTER_NAME_PROF_PLUM,
clue.LOCATION_NAME_PROF_PLUM_HOME).__dict__
char_map[clue.CHARACTER_NAME_MISS_SCARLET] = Character(
clue.CHARACTER_NAME_MISS_SCARLET,
clue.LOCATION_NAME_MISS_SCARLET_HOME).__dict__
char_map[clue.CHARACTER_NAME_COLONEL_MUSTARD] = Character(
clue.CHARACTER_NAME_COLONEL_MUSTARD,
clue.LOCATION_NAME_COLONEL_MUSTARD_HOME).__dict__
return char_map
import pyglet
from pyglet.gl import *
from worldview import WorldView
from input import Input
from character import Character
window = pyglet.window.Window(600, 300)
input = Input(window)
char = Character(input)
wView = WorldView()
def init():
glEnable(GL_BLEND)
glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA)
glClearColor(1.0, 1.0, 1.0, 1.0)
char.init()
wView.init()
@window.event
def on_draw():
window.clear()
wView.draw()
char.draw()
def update(dt):
char.update(dt)
break
else:
process_player_autoturn(board, key, players)
if not game_continues(players):
break
else:
players.get(key).token = 0
for p in players.values():
p.endurance = p.max_endurance
if __name__ == '__main__':
dim = 8
board = Board(dim, dim)
player1 = Character(name="p1", pos=57, token='<', attack=1,
defense=1, speed=3, endurance=2, health=2, strategy='')
player2 = Character("p2", 63, 'V', 1, 1, 1, 1, 2, 'aggressive')
player3 = Character("p3", 49, '^', 1, 1, 1, 1, 2, 'defensive')
player4 = Character("p4", 4, '>', 1, 1, 1, 1, 2, 'aggressive')
player5 = Character("p5", 16, '<', 1, 1, 1, 1, 2, 'aggressive')
players = {'player1': player1, 'player2': player2, 'player3': player3, 'player4': player4, 'player5': player5}
board.update(players)
board.print_board()
while game_continues(players):
process_turns(players)
board.update(players)
print("player1 health " + str(player1.health))
def test_map_description_position_3_4(self, mock_stdout):
test_character = Character('Jihyo', 10, [3, 4], 0)
dialogue_and_scripts.map_description(test_character)
expected_stdout = "You look outside the window, there is a full moon tonight."
self.assertIn(expected_stdout, mock_stdout.getvalue())
class Game:
def steup(self):
self.player = Character()
self.monsters = [
Goblin(),
Troll(),
Dragon()
]
self.monster = self.get_next_monster()
def get_next_monster(self):
try:
return self.monsters.pop(0)
except IndexError:
return None
def monster_turn(self):
if self.monster.attack():
print("{} is attacking!".format(self.monster))
if input("Dodge? Y/N ").lower() == "y":
if self.player.dodge():
print("You dodged the attack!")
else:
print("You got hit anyway!")
self.player.hit_points -= 1
else:
print("{} hit you for 1 point!".format(self.monster))
self.player.hit_points -= 1
else:
print("{} isn't attacking this turn.".format(self.monster))
def player_turn(self):
player_choice = input("[A]ttack, [R]est, [Q]uit? ").lower()
if player_choice == 'a':
print("You're attacking {}!".format(self.monster))
if self.player.attack():
if self.monster.dodge():
print("{} dodged your attack!".format(self.monster))
else:
if self.player.leveled_up():
self.monster.hit_points -= 2
else:
self.monster.hit_points -= 1
print("You hit {} with your {}!".format(self.monster, self.player.weapon))
else:
print("You missed!")
elif player_choice == 'r':
self.player.rest()
elif player_choice == 'q':
sys.exit()
else:
self.player_turn()
def cleanup(self):
if self.monster.hit_points <= 0:
self.player.experience += self.monster.experience
print("You killed {}!".format(self.monster))
self.monster = self.get_next_monster()
def __init__(self):
self.steup()
while self.player.hit_points and (self.monster or self.monsters):
print('\n'+'='*20)
print(self.player)
self.monster_turn()
print('-'*20)
self.player_turn()
self.cleanup()
print('\n'+'='*20)
if self.player.hit_points:
print("You win!")
elif self.monsters or self.monster:
print("You lose!")
sys.exit()
class Game:
""" This class manages the game """
def __init__(self, level):
self.window = self.__define_window()
self.level = level
self.screen_interaction = pygame.Surface(
(X_SCREEN_INTERACTION, Y_SCREEN_INTERACTION))
self.labyrinth = Level(self.level)
self.hero = Character("hero")
self.bad_guy = Character("bad_guy")
self.needle = Item(NEEDLE_STRIPE)
self.tube = Item(TUBE_STRIPE)
self.ether = Item(ETHER_STRIPE)
self.selected_button = "play_game"
self.play_button_color = WHITE
self.quit_button_color = BLACK
self.menu_message = "READY TO PLAY?"
self.start_program = True
self.menu = True
self.play_game = False
def __define_window(self):
""" This method defines the window of the game """
window = pygame.display.set_mode((X_WINDOW_GAME, Y_WINDOW_GAME))
background = pygame.image.load(
"sources/background-jail-800x800.jpg").convert()
window.blit(background, (0, 0))
return window
def __prepare(self):
""" This method positions the characters and objects in the labyrinth structure """
# Be sure to initialize all the characteristic of the game_over
self.labyrinth = Level(self.level)
self.hero = Character("hero")
self.bad_guy = Character("bad_guy")
self.needle = Item(NEEDLE_STRIPE)
self.tube = Item(TUBE_STRIPE)
self.ether = Item(ETHER_STRIPE)
# Define Characters' position
for index_line, line in enumerate(self.labyrinth.structure):
for index_stripe, stripe in enumerate(line):
if stripe == HERO_STRIPE:
self.hero.x_index = index_stripe
self.hero.y_index = index_line
elif stripe == BAD_GUY_STRIPE:
self.bad_guy.x_index = index_stripe
self.bad_guy.y_index = index_line
# Define Objects' position
random_positions = self.__get_item_positions(3)
self.needle.x_index = random_positions[0][0]
self.needle.y_index = random_positions[0][1]
self.tube.x_index = random_positions[1][0]
self.tube.y_index = random_positions[1][1]
self.ether.x_index = random_positions[2][0]
self.ether.y_index = random_positions[2][1]
self.labyrinth.set_stripe(self.needle.x_index, self.needle.y_index,
NEEDLE_STRIPE)
self.labyrinth.set_stripe(self.tube.x_index, self.tube.y_index,
TUBE_STRIPE)
self.labyrinth.set_stripe(self.ether.x_index, self.ether.y_index,
ETHER_STRIPE)
def __get_item_positions(self, numb_position):
valid_location = []
for index_line, line in enumerate(self.labyrinth.structure):
for index_stripe, stripe in enumerate(line):
if stripe == self.labyrinth.floor_stripe_face:
valid_location.append((index_stripe, index_line))
winner_locations = random.sample(valid_location, numb_position)
return winner_locations
def __update_level_design(self, screen):
""" This method updates the image of labyrinth labyrinth_case according
the labyrinth structure """
labyrinth_case = pygame.Surface((X_LEVEL_DIM_CASE, Y_LEVEL_DIM_CASE))
num_line = 0
for line in self.labyrinth.structure:
num_stripe = 0
for stripe in line:
x_corner_top_left = num_stripe * X_LEVEL_DIM_CASE
y_corner_top_left = num_line * Y_LEVEL_DIM_CASE
if stripe == WALL_STRIPE:
labyrinth_case.blit(self.labyrinth.wall_image, (0, 0))
screen.blit(labyrinth_case,
(x_corner_top_left, y_corner_top_left))
elif stripe == FLOOR_STRIPE:
labyrinth_case.blit(self.labyrinth.floor_image, (0, 0))
labyrinth_case.blit(self.labyrinth.floor_image, (0, 20))
screen.blit(labyrinth_case,
(x_corner_top_left, y_corner_top_left))
elif stripe == HERO_STRIPE:
labyrinth_case.blit(self.labyrinth.floor_image, (0, 0))
labyrinth_case.blit(self.labyrinth.floor_image, (0, 20))
labyrinth_case.blit(
self.hero.image, (4, 0),
(0, 0, X_LEVEL_DIM_CASE, Y_LEVEL_DIM_CASE))
screen.blit(labyrinth_case,
(x_corner_top_left, y_corner_top_left))
elif stripe == BAD_GUY_STRIPE:
labyrinth_case.blit(self.labyrinth.floor_image, (0, 0))
labyrinth_case.blit(self.labyrinth.floor_image, (0, 20))
labyrinth_case.blit(
self.bad_guy.image, (4, 4),
(0, 0, X_LEVEL_DIM_CASE, Y_LEVEL_DIM_CASE))
screen.blit(labyrinth_case,
(x_corner_top_left, y_corner_top_left))
elif stripe == NEEDLE_STRIPE:
labyrinth_case.blit(self.labyrinth.floor_image, (0, 0))
labyrinth_case.blit(self.labyrinth.floor_image, (0, 20))
labyrinth_case.blit(self.needle.object_image, (4, 4))
screen.blit(labyrinth_case,
(x_corner_top_left, y_corner_top_left))
elif stripe == TUBE_STRIPE:
labyrinth_case.blit(self.labyrinth.floor_image, (0, 0))
labyrinth_case.blit(self.labyrinth.floor_image, (0, 20))
labyrinth_case.blit(self.tube.object_image, (4, 4))
screen.blit(labyrinth_case,
(x_corner_top_left, y_corner_top_left))
elif stripe == ETHER_STRIPE:
labyrinth_case.blit(self.labyrinth.floor_image, (0, 0))
labyrinth_case.blit(self.labyrinth.floor_image, (0, 20))
labyrinth_case.blit(self.ether.object_image, (4, 4))
screen.blit(labyrinth_case,
(x_corner_top_left, y_corner_top_left))
num_stripe += 1
num_line += 1
def __update_level_console(self, screen):
""" This method updates the console which contains the number and the
image of items collected by the Hero """
console = pygame.Surface((600, 50))
console.fill(BLACK)
title_console = pygame.Surface((200, 50))
font_text = pygame.font.SysFont('freesans', 36)
item_text = font_text.render(
"Item Number: " + str(self.hero.numb_items), True, WHITE)
title_console.blit(item_text, (0, 0))
console.blit(title_console, (0, 12))
if self.needle.found:
self.__update_item_console(self.needle, 200, console)
if self.ether.found:
self.__update_item_console(self.ether, 250, console)
if self.tube.found:
self.__update_item_console(self.tube, 300, console)
screen.blit(console, (0, 600))
def __update_item_console(self, item, x_position, surface):
""" This method loads the item surface in the console """
item_console = pygame.Surface((50, 50))
item_console.blit(item.object_image, (9, 9))
surface.blit(item_console, (x_position, 0))
def __update_menu_design(self, screen):
""" This method updates the menu selection """
# Get the fonts
choice_text = pygame.font.SysFont('freesans', 50)
# Creation of game statut
game_statut = pygame.Surface((X_MESSAGE, Y_MESSAGE))
game_statut.fill(DARKGRAY)
text_statut = choice_text.render(self.menu_message, True, WHITE)
text_statut_position = text_statut.get_rect()
text_statut_position.centerx = game_statut.get_rect().centerx
text_statut_position.centery = game_statut.get_rect().centery
game_statut.blit(text_statut, text_statut_position)
# Creation of play button
play_button = pygame.Surface((X_BUTTON, Y_BUTTON))
play_button.fill(DARKGRAY)
pygame.draw.rect(play_button, self.play_button_color,
(0, 0, X_BUTTON, Y_BUTTON), BORDER)
play_text = choice_text.render("PLAY", True, self.play_button_color)
play_text_position = play_text.get_rect()
play_text_position.centerx = play_button.get_rect().centerx
play_text_position.centery = play_button.get_rect().centery
play_button.blit(play_text, play_text_position)
# Creation of quit button
quit_button = pygame.Surface((X_BUTTON, Y_BUTTON))
quit_button.fill(DARKGRAY)
pygame.draw.rect(quit_button, self.quit_button_color,
(0, 0, X_BUTTON, Y_BUTTON), BORDER)
quit_text = choice_text.render("QUIT", True, self.quit_button_color)
quit_text_position = quit_text.get_rect()
quit_text_position.centerx = quit_button.get_rect().centerx
quit_text_position.centery = quit_button.get_rect().centery
quit_button.blit(quit_text, quit_text_position)
# Integration of the different elements into screen
screen.blit(game_statut, (20, 0))
screen.blit(play_button, (150, 300))
screen.blit(quit_button, (150, 425))
def __update_screen_interaction(self):
""" This method updates the labyrinth screens """
self.screen_interaction.fill(DARKGRAY)
if self.menu:
self.__update_menu_design(self.screen_interaction)
elif self.play_game:
self.__update_level_design(self.screen_interaction)
self.__update_level_console(self.screen_interaction)
self.window.blit(
self.screen_interaction,
(X_CORNER_SCREEN_INTERACTION, Y_CORNER_SCREEN_INTERACTION))
def __process_event_menu(self, event: pygame.event):
""" This method groups all the interaction the player can have with the menu """
self.__interact_with_button_menu(event)
self.__select_option_menu(event)
def __interact_with_button_menu(self, event: pygame.event):
""" This method manages the switch between menu button """
if self.selected_button == "play_game" and event.key == pygame.K_DOWN:
self.play_button_color = BLACK
self.quit_button_color = WHITE
self.selected_button = "quit_game"
elif self.selected_button == "quit_game" and event.key == pygame.K_UP:
self.play_button_color = WHITE
self.quit_button_color = BLACK
self.selected_button = "play_game"
def __select_option_menu(self, event: pygame.event):
""" This method manages the menu button selection """
if self.selected_button == "play_game" and event.key == pygame.K_RETURN:
self.menu = False
self.play_game = True
self.__prepare()
elif self.selected_button == "quit_game" and event.key == pygame.K_RETURN:
self.start_program = False
def __process_event_game(self, event: pygame.event):
""" This method manages the process of the game"""
if event.key == pygame.K_RIGHT:
self.hero.move("right", self.labyrinth)
self.labyrinth.update_labyrinth_structure(self.hero)
elif event.key == pygame.K_LEFT:
self.hero.move("left", self.labyrinth)
self.labyrinth.update_labyrinth_structure(self.hero)
elif event.key == pygame.K_UP:
self.hero.move("up", self.labyrinth)
self.labyrinth.update_labyrinth_structure(self.hero)
elif event.key == pygame.K_DOWN:
self.hero.move("down", self.labyrinth)
self.labyrinth.update_labyrinth_structure(self.hero)
def __get_status_game(self, event: pygame.event):
""" this method will determine the statut of the game when Mac Gyver
will touch Murdoc or an item """
game_status = ""
if event.key == pygame.K_RIGHT:
game_status = self.hero.touch_something("right", self.labyrinth)
elif event.key == pygame.K_LEFT:
game_status = self.hero.touch_something("left", self.labyrinth)
elif event.key == pygame.K_UP:
game_status = self.hero.touch_something("up", self.labyrinth)
elif event.key == pygame.K_DOWN:
game_status = self.hero.touch_something("down", self.labyrinth)
if game_status == "game_over":
self.play_game = False
self.menu = True
self.menu_message = "GAME OVER - ANOTHER ONE?"
elif game_status == "win":
self.play_game = False
self.menu = True
self.menu_message = "WINNER - ANOTHER ONE?"
elif game_status == "found_needle":
self.needle.found = True
elif game_status == "found_ether":
self.ether.found = True
elif game_status == "found_tube":
self.tube.found = True
def start(self):
""" This method loads the game """
while self.start_program:
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.start_program = False
elif event.type == pygame.KEYDOWN:
if self.menu:
self.__process_event_menu(event)
elif self.play_game:
self.__get_status_game(event)
self.__process_event_game(event)
else:
self.start_program = False
self.__update_screen_interaction()
pygame.display.flip()
class Game:
def setup(self):
self.player = Character()
self.monsters = [
Goblin(),
Troll(),
Dragon()
]
self.monster = self.get_next_monster()
def get_next_monster(self):
try:
return self.monsters.pop(0)
except IndexError:
return None
def monster_turn(self):
# check to see if the monster attacks
if self.monster.attack():
print("{} is attacking!".format(self.monster))
if input("Dodge? Y/N ").lower() == 'y':
if self.player.dodge():
print("You dodged the attack! ")
else:
print("You got hit anyway!")
self.player.hit_points -= 1
else:
print("{} hit you for 1 point!".format(self.monster))
self.player.hit_points -= 1
else:
print("{} isn't attacking this turn.".format(self.monster))
# If so, tell the player
# Check if the player wants to dodge
# If so, see if the dodge is successful
# If it is, move on
# If it's not, remove one player hit point
# If monster isn't attacking, tell that to the player too
def player_turn(self):
player_choice = input("[A]ttack, [R]est, [Q]uit? ").lower()
if player_choice == 'a':
print("You're attacking {}".format(self.monster))
if self.player.attack():
if self.monster.dodge():
print("{} dodged your attack!".format(self.monster))
else:
if self.player.leveled_up():
self.monster.hit_points -= 2
else:
self.monster.hit_points -= 1
print("You hit {} with your {}".format(self.monster,self.player.weapon))
else:
print("You missed!")
elif player_choice == 'r':
self.player.rest()
elif player_choice == 'q':
sys.exit()
else:
self.player_turn()
# Let the player attack, rest, or quit
# If they attack:
# See if the attack is successful
# If so, see if the monster dodges
#If dodged, print that
#If not dodged, subtract the right num of hit points from the monster
# If not a good attack, tell the player
# If they rest:
# Call the player.rest() method
# If they quit, exit the game
# If they pick anything else, re-run this method
def cleanup(self):
if self.monster.hit_points <= 0:
self.player.experience += self.monster.experience
print("You killed {}!".format(self.monster))
self.monster = self.get_next_monster()
# If the monster has no more hit points:
#Up the player's experience
# print a message
# get a new monster
def __init__(self):
self.setup()
while self.player.hit_points and (self.monster or self.monsters):
print("\n"+"="*20)
print(self.player)
self.monster_turn()
print('-'*20)
self.player_turn()
self.cleanup()
print("\n"+"="*20)
if self.player.hit_points:
print("You win!")
elif self.monsters or self.monster:
print("You lose!")
sys.exit()
def comm(request):
input = request.POST.get('i')
_in = str(input).lower()
print 'input: %s => %s' % (str(input), str(_in))
session = request
print 'session:'
pprint(session)
res = response()
_character = Character()
res.update({'character': _character.dump()})
print 'input: %s' % _in
if not _in:
res['output'] = {
'klass': 'red',
'data': 'Sorry, I do not recognize that request',
}
if _in.isalnum():
words = _in.split(' ')
print 'words: %s' % str(words)
if isinstance(words, list):
if len(words) != 1:
#error... at the moment
"""
at some point this is where the nltk would come into play
"""
res['output'].update({
'klass':
'red',
'data': [
'Please state one word commands,',
'I am a basic program.', 'Thank you.'
]
})
else:
word = str(words[0])
if word == '0':
res['output'].update({
'klass': 'yellow',
'data': 'Welcome to Catacombs!!!'
})
elif word in res['character']['commands']:
res.update({'output': _character.fetch(word)})
elif word in ['north', 'south', 'east', 'west', 'up', 'down']:
res.update({'output': 'heading %s' % word})
else:
#error
res.update({
'color': 'red',
'output': 'unrecognized command.'
})
else:
#error
res.update({
'color':
'red',
'output': [
'Letters and numbers only please...',
'Special characters are rejected.'
]
})
return res
def generateCharacters(self, actors):
characters = []
for ii in range(0, actors):
name = "Actor " + str(ii+1)
characters.append(Character(name))
return characters
def main():
screen_width = 80
screen_height = 50
cardtable_width = 18
cardtable_height = screen_height
cardtable_x = screen_width - cardtable_width
panel_height = 10
panel_y = screen_height - panel_height
panel_width = screen_width - cardtable_width
map_width = screen_width - cardtable_width
map_height = screen_height - panel_height
message_x = 2
message_width = panel_width - 2
message_height = panel_height - 1
message_log = MessageLog(message_x, message_width, message_height)
panel = tcod.console.Console(panel_width, panel_height)
mapcon = tcod.console.Console(map_width, map_height)
cardtable = tcod.console.Console(cardtable_width, cardtable_height)
# number of dice, sideness of dice. values used taken from gunslinger pregen, pg88
player_charactersheet = Character()
print(player_charactersheet)
player = Entity(int(screen_width / 2), int(screen_height / 2), '@', tcod.white, 'Player', True, RenderOrder.ACTOR, Fighter(6))
entities = [player]
game_map = tcod.map.Map(map_width, map_height)
generate_map(game_map, player, entities)
fov_recompute = True
fate_pot = Counter({'white': 50, 'red': 25, 'blue':10})
player_fate = Counter()
player_fate.update(sample(list(fate_pot.elements()), 3))
fate_pot.subtract(player_fate)
# FIXME: Currently, this does not include Jokers, which are required
# for decks used in Deadlands. The class can be instantiated to
# use jokers, but its use of jokers does not differentiate between
# red and black jokers (as required in Deadlands) so the issue of
# jokers is left to another day.
# Also probably the suit hierarchy is not the same as Deadlands; that should be easy
# to fix when I get to it.
marshal_deck = pydealer.Deck()
posse_deck = pydealer.Deck()
marshal_deck.shuffle()
posse_deck.shuffle()
player_hand = pydealer.Stack() # pydealer.Stack()
marshal_hand = pydealer.Stack()
player_hand.sort()
posse_discard = pydealer.Stack()
marshal_discard = pydealer.Stack()
tcod.console_set_custom_font('cp437_10x10.png', tcod.FONT_TYPE_GREYSCALE | tcod.FONT_LAYOUT_CP437)
root_console = tcod.console_init_root(screen_width, screen_height, 'Deadlands Duel', False, tcod.RENDERER_SDL2, vsync=True)
player_round_movement_budget = player_charactersheet.get_movement_budget()
move_this_action = 0
active_card = pydealer.Stack() # posse_deck.deal(1)
colt_army = {'shots': 6,
'max_shots': 6,
'range': 10,
'damage': {'number_of_dice': 3, 'sideness_of_dice': 6}}
game_state = GameStates.PLAYERS_TURN
# FIXME: There's probably an elegant solution to be found in generalizing this
# list to include the player, and sorting it by action cards, or something.
enemy_combatants = []
while True:
if fov_recompute:
game_map.compute_fov(player.x, player.y, algorithm=tcod.FOV_PERMISSIVE(5))
if game_state ==GameStates.PLAYERS_TURN:
for entity in entities:
if entity.name == 'Bandit' and game_map.fov[entity.y, entity.x]:
game_state = GameStates.BEGIN_DETAILED_COMBAT_ROUND
break
if game_state ==GameStates.ROUNDS_PLAYERS_ACTION:
enemies_in_view = False
for entity in entities:
if entity.name == 'Bandit' and game_map.fov[entity.y, entity.x]:
enemies_in_view = True
if enemies_in_view == False:
message_log.add_message(Message("All visible bandits dead, leaving combat rounds..."))
posse_discard.add(active_card.deal(active_card.size))
posse_discard.add(player_hand.deal(player_hand.size))
game_state =GameStates.PLAYERS_TURN
enemy_combatants = []
if game_state == GameStates.ENEMY_TURN:
for entity in entities:
if (entity.name == 'Bandit') and (not game_map.fov[entity.y, entity.x]):
if entity.fighter.shots < 6:
# When the player ducks behind a wall to reload their revolver,
# the bandits also take advantage of the opportunity!
entity.fighter.shots += 1
game_state = GameStates.PLAYERS_TURN
if game_state == GameStates.BEGIN_DETAILED_COMBAT_ROUND:
# Let the player know what's going on
message_log.add_message(Message("Beginning of combat round!"))
# Deal the player a hand from the posse deck and calc their movement
player_round_movement_budget = player_charactersheet.get_movement_budget()
roll_new_round(player_hand, player_charactersheet, posse_deck, posse_discard, message_log)
# We *should* deal the enemies an action hand, and calc their movement.
# FIXME: Currently, we use the ultra-simple shortcut for enemies
# from the Marshal Tricks section of the rules, dealing them a single card.
# This combat really isn't on a scale where that is justified, at least not until
# more enemies are clued in to the combat via sound or a vague awareness metric.
# Also, enemy movement is not yet implemented, so we don't calc their move rate.
for entity in entities:
if entity.name == 'Bandit' and game_map.fov[entity.y, entity.x]:
entity.fighter.action_hand = marshal_deck.deal(1)
enemy_combatants.append(entity)
game_state = GameStates.MEDIATE_COMBAT_ROUNDS
if game_state == GameStates.MEDIATE_COMBAT_ROUNDS:
# FIXME: Should we keep track of a list of combat activated enemies?
# As a quick hack, right now it's just FOV.
# (calculated in BEGIN_DETAILED_COMBAT_ROUNDS conditional above)
remaining_enemy_cards = False
for combatant in enemy_combatants:
if combatant.fighter.action_hand.size > 0:
# print(combatant.fighter.action_hand.size)
remaining_enemy_cards = True
if remaining_enemy_cards or (player_hand.size > 0): # and (active_card.size > 0)):
highest_player = None
if player_hand.size > 0:
highest_player = player_hand[player_hand.size - 1]
# print("highest player card " + str(highest_player))
highest_combatant = None
highest_comb_card = None
if remaining_enemy_cards:
for combatant in enemy_combatants:
print("combatant card: " + str(combatant.fighter.action_hand[combatant.fighter.action_hand.size - 1]))
if highest_comb_card == None:
highest_combatant = combatant
highest_comb_card = combatant.fighter.action_hand[combatant.fighter.action_hand.size - 1]
elif combatant.fighter.action_hand[combatant.fighter.action_hand.size - 1] > highest_comb_card:
highest_combatant = combatant
highest_comb_card = combatant.fighter.action_hand[combatant.fighter.action_hand.size - 1]
# print("highest combatant card " + str(highest_comb_card))
if remaining_enemy_cards and ((highest_combatant) and ((highest_player == None)) or (highest_comb_card > highest_player)):
# Enemy turn, in combat rounds. Placeholder.
message_log.add_message(Message("The " + highest_combatant.name + " acts on a " + str(highest_comb_card) + "!", tcod.orange))
if highest_combatant.fighter.shots > 0:
tn = 5
modifier = 0 - highest_combatant.fighter.get_most_severe_wound()[1]
range_increments = (highest_combatant.distance_to(player) / 3) // colt_army['range']
tn += range_increments
shootin_roll = skill_roll(2, 8, tn, modifier)
success = shootin_roll.get('success')
if success:
vital_hit = False
body_part = None
hitlocation = unexploding_roll(20)
if (hitlocation == 20):
vital_hit = True
body_part = 'head'
elif 15 <= hitlocation <= 19:
body_part = 'guts' #upper
elif 11 <= hitlocation <= 14:
body_part = '_arm'
if unexploding_roll(2) == 1:
body_part = 'left' + body_part
else:
body_part = 'right' + body_part
elif hitlocation == 10:
vital_hit = True
body_part = 'guts' #gizzards
elif 5 <= hitlocation <= 9:
body_part = 'guts' #lower
else:
body_part = '_leg'
if unexploding_roll(2) == 1:
body_part = 'left' + body_part
else:
body_part = 'right' + body_part
message_log.add_message(Message("The bandit takes aim and shoots, hitting you in the " + body_part + "!", tcod.red))
dmg = ranged_weapon_damage_roll(colt_army['damage']['sideness_of_dice'], colt_army['damage']['number_of_dice'], vital_bonus = vital_hit)
message_log.add_message(player.fighter.take_positional_damage(dmg, body_part, fate_pot, player_fate))
if (player.fighter.body_wounds['guts'] >= 5) or (player.fighter.body_wounds['head'] >= 5):
message_log.add_message(kill_monster(player))
game_state = GameStates.PLAYER_DEAD
else:
message_log.add_message(Message("The bandit takes aim and shoots! The bullet whizzes past you!", tcod.orange))
highest_combatant.fighter.shots -= 1
else:
message_log.add_message(Message("The bandit loads his revolver..."))
highest_combatant.fighter.shots += 1
marshal_discard.add(highest_combatant.fighter.action_hand.deal(1))
enemy_combatants.remove(highest_combatant)
else:
# FIXME: This erroneously includes tied situations, which the rules say
# should result in simultaneous actions.
# Player's turn, in combat rounds.
game_state = GameStates.ROUNDS_PLAYERS_ACTION
else:
game_state = GameStates.BEGIN_DETAILED_COMBAT_ROUND
if game_state == GameStates.ROUNDS_ENEMY_ACTION:
print("Shouldn't be possible???")
render_all(root_console, entities, mapcon, game_map, cardtable, cardtable_x, player_hand, active_card, player_fate, panel, panel_y, message_log, player.fighter.body_wounds)
tcod.console_flush()
action = handle_events()
move = action.get('move')
activate_card = action.get('activate_card')
shoot = action.get('shoot')
pass_turn = action.get('pass_turn')
reload = action.get('reload')
if move and (game_state == GameStates.PLAYERS_TURN):
dx, dy = move
destination_x = player.x + dx
destination_y = player.y + dy
if (0 <= destination_x < game_map.width) and (0 <= destination_y < game_map.height):
if game_map.walkable[destination_y, destination_x]:
target = get_blocking_entities_at_location(entities, destination_x, destination_y)
if target:
message_log.add_message(Message('You kick the ' + target.name + ' in the shins, much to its annoyance!'))
else:
player.move(dx, dy)
fov_recompute = True
game_state = GameStates.ENEMY_TURN
if pass_turn and (game_state == GameStates.ROUNDS_PLAYERS_ACTION): # pass action would be more accurate, for how i have modified this since creating it
# if active_card.size == 0:
# posse_discard.add(player_hand.deal(player_hand.size))
#
# player_round_movement_budget = player_charactersheet.get_movement_budget()
# roll_new_round(player_hand, player_charactersheet, posse_deck, posse_discard, message_log)
#elif
if active_card.size > 0:
posse_discard.add(active_card.deal(active_card.size))
game_state = GameStates.MEDIATE_COMBAT_ROUNDS
# The following should be covered by the MEDIATE_COMBAT_ROUNDS
# if player_hand.size == 0:
# posse_discard.add(player_hand.deal(player_hand.size))
#
# player_round_movement_budget = player_charactersheet.get_movement_budget()
# roll_new_round(player_hand, player_charactersheet, posse_deck, posse_discard, message_log)
if activate_card and (active_card.size == 0) and (game_state == GameStates.ROUNDS_PLAYERS_ACTION):
#nominate new active card. (test-only terminiology)
if activate_card == -1:
move_this_action = 0
if player_hand.size > 0:
active_card.add(player_hand.deal(1, 'top'))
# player_hand.sort()
if reload and ((game_state == GameStates.ROUNDS_PLAYERS_ACTION) or (game_state ==GameStates.PLAYERS_TURN)):
if colt_army['shots'] == colt_army['max_shots']:
message_log.add_message(Message("Your revolver is fully loaded.", tcod.blue))
elif (game_state ==GameStates.PLAYERS_TURN) or ((game_state == GameStates.ROUNDS_PLAYERS_ACTION) and (active_card.size > 0)):
colt_army['shots'] += 1
message_log.add_message(Message("You load a bullet into your revolver.", tcod.green))
if (game_state ==GameStates.ROUNDS_PLAYERS_ACTION):
posse_discard.add(active_card.deal(active_card.size))
game_state = GameStates.MEDIATE_COMBAT_ROUNDS
# if player_hand.size == 0:
# player_round_movement_budget = player_charactersheet.get_movement_budget()
# roll_new_round(player_hand, player_charactersheet, posse_deck, posse_discard, message_log)
if shoot and (game_state == GameStates.ROUNDS_PLAYERS_ACTION):
if (active_card.size > 0) and (colt_army['shots'] == 0):
message_log.add_message(Message("You need to reload!", tcod.red))
elif (active_card.size > 0) and (colt_army['shots'] > 0):
# Shoot is currently the only "real" action that uses up the active card.
modifier = 0
if move_this_action > ((player_charactersheet.pace * 3) // 5):
message_log.add_message(Message("You attempt to draw a bead while running...", tcod.orange))
modifier = -4
elif move_this_action > 0:
message_log.add_message(Message("You fire while walking...", tcod.yellow))
modifier = -2
wound_modifier = 0 - player.fighter.get_most_severe_wound()[1]
modifier += wound_modifier
nearest_target = None
nearest_distance = 999
for entity in entities:
if game_map.fov[entity.y, entity.x]:
if entity.fighter:
if not entity.name is 'Player':
new_distance = entity.distance_to(player)
if new_distance < nearest_distance:
nearest_distance = new_distance
nearest_target = entity
tn = 5
range_increments = (nearest_distance / 3) // colt_army['range']
tn += range_increments
shootin_roll = skill_roll(player_charactersheet.shootin_pistol['trait'], player_charactersheet.shootin_pistol['aptitude'], tn, modifier)
bust = shootin_roll.get('bust')
failure = shootin_roll.get('failure')
success = shootin_roll.get('success')
message_log.add_message(Message("BANG!!", tcod.brass))
colt_army['shots'] -= 1
if colt_army['shots'] == 0:
message_log.add_message(Message("That was your last loaded bullet!", tcod.red))
if bust:
message_log.add_message(Message("You went bust, and narrowly avoided shooting your own foot!", tcod.red))
else:
if not nearest_target:
if failure:
message_log.add_message(Message("You shoot the broad side of a barn!"))
elif success:
if success == 1:
message_log.add_message(Message("You shoot some bottles for target practice!", tcod.green))
else:
message_log.add_message(Message("You put a bullet hole in the forehead of a Wanted poster!", tcod.blue))
else:
if failure:
message_log.add_message(Message("The bullet whizzes past your target!"))
elif success:
vital_hit = False
hitlocation = unexploding_roll(20)
if (hitlocation == 20) or (hitlocation == 10):
vital_hit = True
if success == 1:
message_log.add_message(Message("You manage to hit your target!", tcod.green))
else:
if ((20 - hitlocation) <= success) or (0 < (10 - hitlocation) <= success) or (0 < (hitlocation - 10) <= success):
vital_hit = True
message_log.add_message(Message("You accurately shoot your target!", tcod.blue))
dmg = ranged_weapon_damage_roll(colt_army['damage']['sideness_of_dice'], colt_army['damage']['number_of_dice'], vital_bonus = vital_hit)
message_log.add_message(nearest_target.fighter.take_simple_damage(dmg))
if nearest_target.fighter.get_most_severe_wound()[1] >= 5:
message_log.add_message(kill_monster(nearest_target))
marshal_discard.add(nearest_target.fighter.action_hand.deal(nearest_target.fighter.action_hand.size))
posse_discard.add(active_card.deal(1))
game_state = GameStates.MEDIATE_COMBAT_ROUNDS
# if player_hand.size == 0:
# player_round_movement_budget = player_charactersheet.get_movement_budget()
# roll_new_round(player_hand, player_charactersheet, posse_deck, posse_discard, message_log)
# FIXME: As currently written, this lets you move both before and after an action card.
# First, the game lets you move a partial movement,
# then, you can use your single card to initate a "new" action and reset the
# tracking of movements per action,
# which lets you evade potential running penalties in some situations (penalty not implemented yet)
if (move and (player_round_movement_budget > 0) and (active_card.size > 0) and (game_state ==GameStates.ROUNDS_PLAYERS_ACTION)):
dx, dy = move
destination_x = player.x + dx
destination_y = player.y + dy
if (0 <= destination_x < game_map.width) and (0 <= destination_y < game_map.height):
if game_map.walkable[destination_y, destination_x]:
target = get_blocking_entities_at_location(entities, destination_x, destination_y)
if target:
message_log.add_message(Message('You kick the ' + target.name + ' in the shins, much to its annoyance!'))
else:
player.move(dx, dy)
player_round_movement_budget -= 1
# We track our movement taking place in this action card.
# We can move up to twice our pace the whole round spread across all our actions.
# We incur a running penalty on an action where we have also moved more than our pace;
# ie, more than half our full movement budget
# (which is calculated to a maximum with running in mind)
move_this_action += 1
# pace in yards. yds->ft ft->squares
if move_this_action > ((player_charactersheet.pace * 3) // 5):
message_log.add_message(Message("Running!!!", tcod.orange))
else:
message_log.add_message(Message("Walking...", tcod.yellow))
fov_recompute = True
vt_oh = lines[i]
if vt_oh[0:1] != '~' and vt_oh[0:1] != '-' and vt_oh[0:2] != 'KD':
vt_oh = "+" + vt_oh
i += 1
vt_ob = lines[i]
if vt_ob[0:1] != '~' and vt_ob[0:1] != '-' and vt_ob[0:2] != 'KD':
vt_ob = "+" + vt_ob
i += 1
if len(startup) > 0:
move = Move(notation, startup, active, recovery, h, b, damage,
stun, knd, vt_oh, vt_ob)
character.add_move(move)
abigail = Character("Abigail", 1100, 1050)
my_char.append(abigail.name)
char_dict[abigail.name] = abigail
file_reader(abigail, "abigail.txt")
alex = Character("Alex", 1050, 1075)
my_char.append(alex.name)
char_dict[alex.name] = alex
file_reader(alex, "alex.txt")
akuma = Character("Akuma", 900, 900)
my_char.append(akuma.name)
char_dict[akuma.name] = akuma
file_reader(akuma, "akuma.txt")
balrog = Character("Balrog", 1025, 1050)
def test_map_description_position_1_1(self, mock_stdout):
test_character = Character('Jihyo', 10, [1, 1], 0)
dialogue_and_scripts.map_description(test_character)
expected_stdout = "You are at the northwest corner of the house. You feel weird facing a corner."
self.assertIn(expected_stdout, mock_stdout.getvalue())
knife = Item("knife")
ballroom.add_items(knife)
refrigerator = Container("refrigerator")
refrigerator.add_properties("too heavy")
refrigerator.add_contents(cheese, pizza)
refrigerator.key = knife
kitchen.add_items(refrigerator, cheese, pizza)
book = Item("book")
dining_hall.add_items(book)
# define characters and enemies
mike = Character("Mike", "a computer programmer")
mike.conversation = ["You never know when you could use some cheese.", "And you can't use cheese after you've eaten it."]
mike.QA = ({"what", "favorite", "language"}, "Python, of course!")
kitchen.inhabitants.add(mike)
dave = Enemy("Dave", "a smelly zombie")
dave.conversation = ["What's up, dude! I'm hungry.", "What do you call cheese that isn't yours?", "Nacho cheese!"]
dave.weakness = cheese
dining_hall.inhabitants.add(dave)
eddie = Enemy("Eddie", "another smelly zombie")
eddie.conversation = ["I'm not really hungry.", "Ok, I'm a zombie. I'm always hungry.", "But for what?!"]
eddie.weakness = pizza
dining_hall.inhabitants.add(eddie)
tabitha = Enemy("Tabitha", "an enormous spider with countless eyes and furry legs.")
#ssss these aren't real test
from character import Character
from character import Hero
from character import Monster
# Characters can be instantiated with avatar and name
arya = Character("Arya Stark", "arya.png")
jon = Character("Jon Stark", "jon.png")
print(arya.name, arya.avatar)
print(jon.name, jon.avatar)
# After adding stuff two inventory
# length of inventory should == 2
arya.inventory.append('Needle')
arya.inventory.append('Mask')
print(len(arya.inventory))
# aray should have a `greet` method
# and when called should return
# "hello, I am arya start?"
#when i call it with `arya.greet_charactor(jon)
# should return
# 'hello jon snow, i'm arya starK?`
print(arya.greet())
print(arya.greet_character(jon))
print(arya.greet_character())
class ArenaEngine():
"""Accepts commands and executes game funtions"""
def __init__(self, currentcharacter, roundnum):
self.mainchar = currentcharacter
self.round = roundnum
self.gameover = False
self.nextenemy = 0
self.victories = 0
self.COMMANDS = ("New Game", "Fight", "Next Round", "Stats",
"Inventory")
self.COMMAND_PROMPT = ("(F)ight", "(N)ext Round", "(S)tats",
"(I)nventory")
self.STATES = ("Startup", "Management", "Battle")
self.currentstate = self.STATES[0]
self.currentcommand = 0
def accept_command(self, command):
"""Responds to user commands"""
if self.currentstate == self.STATES[0]:
self.execute_new_game()
elif self.currentstate == self.STATES[1]:
if command.lower() == self.COMMANDS[3].lower() or command.lower(
) == self.COMMANDS[3][0].lower():
self.execute_stats()
elif command.lower() == self.COMMANDS[4].lower() or command.lower(
) == self.COMMANDS[4][0].lower():
self.execute_inventory()
elif command.lower() == self.COMMANDS[2].lower() or command.lower(
) == self.COMMANDS[2][0].lower():
self.execute_next_round()
elif command.lower() == self.COMMANDS[1].lower() or command.lower(
) == self.COMMANDS[1][0].lower():
self.execute_fight()
#test for valid command input
else: #self.currentstate == self.STATES[2]:
#test for valid command input
if command.lower() == self.COMMANDS[1].lower() or command.lower(
) == self.COMMANDS[1][0].lower():
self.execute_fight()
def execute_new_game(self):
"""Sets up new game"""
self.round = 1
newname = raw_input("Name your character:")
self.mainchar = Character(newname)
self.mainchar.roll_character()
defaultweapon = Weapon(1, traits[0])
self.mainchar.equipment["Weapon"] = defaultweapon
defaultarmor = Armor(1)
self.mainchar.equipment["Armor"] = defaultarmor
self.currentstate = self.STATES[1]
print("Prepare to face 10 rounds of challengers.")
print("You can face as many challengers in a round as you wish.")
print("However, you mus defeat at least 5 before you can move on\n")
def execute_next_round(self):
"""Moves to next round"""
if self.victories >= 5:
print("Round " + str(self.round) + " complete!!\n")
self.round += 1
if self.round < 11:
print("Starting round " + str(self.round) + "\n")
self.victories = 0
self.mainchar.hp = self.mainchar.maxhp
self.mainchar.sp = self.mainchar.maxsp
else:
print("You WIN!!")
self.gameover = True
self.currentState = self.STATES[0]
#Consider adding output of chracter stats
else:
print("Not enough victories! Keep fighting.\n")
def execute_stats(self):
"""Displays character stats"""
print("********\n")
print(self.mainchar.name + " Level " + str(self.mainchar.level) +
" \n")
for trait in traits:
print(trait + ": " + str(self.mainchar.stats[trait]) + "\n")
print("Total Experience: " + str(self.mainchar.experience))
print("Next Level at: " + str((self.mainchar.level + 1)**2))
print("Victories: " + str(self.victories))
print("********\n")
while self.mainchar.experience >= (self.mainchar.level + 1)**2:
#if self.mainchar.experience >= (self.mainchar.level+1)**2: #self.mainchar.is_ready_to_level:
print("You have gained a level\n What stat would you like to" +
" increase\n")
choice = raw_input("Str, Speed, Con, Skill:")
if choice.lower() == "str":
self.mainchar.stats["Strength"] += 1
print("Stat increased by one \n")
self.mainchar.level += 1
elif choice.lower() == "speed":
self.mainchar.stats["Speed"] += 1
print("Stat increased by one \n")
self.mainchar.level += 1
elif choice.lower() == "con":
self.mainchar.stats["Constitution"] += 1
self.mainchar.maxhp += 10
self.mainchar.hp += 10
print("Stat increased by one \n")
self.mainchar.level += 1
elif choice.lower() == "skill":
self.mainchar.stats["Skill"] += 1
self.mainchar.sp += 10
self.mainchar.maxsp += 10
print("Stat increased by one \n")
self.mainchar.level += 1
else:
print("Not a valid request")
break
def execute_inventory(self):
"""Allows selection of inventory"""
#display all items
print("Equipment: ")
for key, value in self.mainchar.equipment.items():
print(value.get_description() + "\n")
print("Inventory: ")
for item in self.mainchar.inventory:
print(item.get_description() + "\n")
#prompt for action: equip, exit...consider adding drop
options = ("(1) Equip,(2) Drop,(3) Exit \n")
choice = raw_input(options)
if choice == "1":
whichone = raw_input("Name the Item you would like to wear \n")
found = False
for item in self.mainchar.inventory:
if whichone.lower() == item.get_description().lower():
self.mainchar.equip(item)
print("You have equipped " + item.get_description())
found = True
if not found:
print("You don't have that in your inventory")
elif choice == '2':
whichone = raw_input("Name the Item you would like to drop \n")
found = False
for item in self.mainchar.inventory:
if whichone.lower() == item.get_description().lower():
self.mainchar.inventory.remove(item)
print("You have dropped: " + item.get_description())
found = True
break
if not found:
print("You don't have that")
def execute_fight(self):
"""Starts Battle state"""
#create enemy and display
self.generate_enemy()
victorious = False
print("You have encountered a " + self.nextenemy.name + "\n")
#give choices of action
options = "(1) Attack, (2) Flee \n"
#action loop
while self.nextenemy.hp > 0 and self.mainchar.hp > 0:
choice = raw_input(options)
maininit = self.mainchar.roll_initiative()
foeinit = self.nextenemy.roll_initiative()
#attack sequence with messages
if choice == "1":
#describe round of battle
if maininit > foeinit:
damage = self.attack_attempt(self.mainchar, self.nextenemy)
hitdesc = " strikes "
if damage == 0:
hitdesc = " misses "
print(self.mainchar.name + hitdesc + self.nextenemy.name +
" for " + str(damage) + " damage")
if self.nextenemy.hp <= 0 and self.mainchar.hp > 0:
victorious = True
break
damage = self.attack_attempt(self.nextenemy, self.mainchar)
hitdesc = " strikes "
if damage == 0:
hitdesc = " misses "
print(self.nextenemy.name + hitdesc + self.mainchar.name +
" for " + str(damage) + " damage")
else:
damage = self.attack_attempt(self.nextenemy, self.mainchar)
hitdesc = " strikes "
if damage == 0:
hitdesc = " misses "
print(self.nextenemy.name + hitdesc + self.mainchar.name +
" for " + str(damage) + " damage")
if self.nextenemy.hp <= 0 and self.mainchar.hp > 0:
victorious = True
break
damage = self.attack_attempt(self.mainchar, self.nextenemy)
hitdesc = " strikes "
if damage == 0:
hitdesc = " misses "
print(self.mainchar.name + hitdesc + self.nextenemy.name +
" for " + str(damage) + " damage")
elif choice == "2": #choice 2 flee
if maininit > foeinit:
#successful flee
print("You flee the battle \n")
break
else:
#failed fleeing
print("You failed to flee the battle \n")
#special attack
else:
#invalid choice
print("Not a valid option...it is time to do battle \n")
#if battle not over show enemy stats based on skill check
if self.mainchar.skill_check() >= self.nextenemy.skill_check():
print(self.nextenemy.name + " has " + str(self.nextenemy.hp) +
" hit points \n")
else:
print(self.nextenemy.name +
" is concealing the extent of his injuries... \n")
#if battle not over show character vital prompt
print(self.mainchar.get_prompt())
if self.nextenemy.hp <= 0 and self.mainchar.hp > 0:
#catch all to make sure victory conditions are properly met
victorious = True
if victorious == True:
#if battle over,(win) - give exp and reward if enemy has something
self.mainchar.experience += self.nextenemy.experience
print("Victory. You earn " + str(self.nextenemy.experience) +
" exp\n")
self.victories += 1
if len(self.nextenemy.inventory) > 0:
isnew = True
newitem = self.nextenemy.inventory.pop()
for item in self.mainchar.inventory:
if item.name == newitem.name:
isnew = False
if isnew:
self.mainchar.inventory.append(newitem)
print("New item added to inventory!! " +
newitem.get_description())
self.state = self.STATES[1]
print(self.mainchar.get_prompt())
elif self.mainchar.hp <= 0:
#if battle over,(loss) - game over, go to start up state
print("You lose. You will be remembered.. \n")
self.gameover = True
self.state = self.STATES[0]
else: #if fled
self.state = self.STATES[1]
print(self.mainchar.get_prompt())
def generate_enemy(self):
"""Creates Enemy"""
types = ("Spider", "Snake", "Wolf", "Bear", "Rhino", "Panther", "Lion",
"Griffin", "Dragon", "Legendary Hydra")
die = Dice(self.round)
enemynum = die.roll()
self.nextenemy = Enemy(types[enemynum - 1], enemynum)
for key, value in self.nextenemy.stats.items():
self.nextenemy.stats[key] = enemynum
#compensate for default armor
self.nextenemy.stats[traits[0]] += 1
self.nextenemy.level = enemynum
self.nextenemy.experience = enemynum
die = Dice(10)
if die.roll() == 10:
if die.roll() > 5:
traitdie = Dice(4)
self.nextenemy.inventory.append(
Weapon(enemynum, traits[traitdie.roll() - 1]))
else:
self.nextenemy.inventory.append(Armor(enemynum))
hpmod = 5
if enemynum > 4:
hpmod = 10
elif enemynum > 9:
hpmod = 20 #end game bonus to enemy health
self.nextenemy.stats[
"Strength"] += 5 #end game damage output increased
self.nextenemy.hp = hpmod * self.nextenemy.stats["Constitution"]
def attack_attempt(self, attacker, defender):
"""Calculates hit success and applies damage if needed"""
if attacker.to_hit() >= defender.calc_defense():
armorvalue = 0
if defender.equipment["Armor"] != 0:
armorvalue = defender.equipment["Armor"].defense
damage = attacker.calc_damage() - armorvalue
if damage > 0:
defender.hp -= damage
return damage
else:
return 0
# Contrib Modules - stuff we had to install
#Core Modules - stuff thats already part of python, that we need
import os #operating system
from random import randint #get specifically the randint method from the random class
# Custom modules - python modules we made!
#from FILENAME.py import CLASS/member
#basics of inheritance in Python
from character import Character
from Goblin import Goblin
heroName = raw_input("What is thy name, brace adventurer? ")
theHero = Character(heroName, 10, 5)
# print theHero.name
goblin = Goblin()
# print goblin.health
while goblin.is_alive() and theHero.is_alive():
print "You have %d health and %d power." % (theHero.health, theHero.power)
print "%s has %d health and %d power" % (goblin.name, goblin.health, goblin.power)
user_input = raw_input()
if user_input == "1"
goblin.take_damage(theHero.power)
theHero.take_damage(goblin.power)
import pygame
import os
from world import World
from character import Character
from weapon import Weapons
from data import SCREEN_WIDTH, SCREEN_HEIGHT, FPS, BULLET_VEL, BLOCKS, BLOCKS_POS
import csv_handler
pygame.init()
screen = pygame.display.set_mode((SCREEN_WIDTH + 100, SCREEN_HEIGHT))
pygame.display.set_caption('Factory Trick-Shot Level Editor')
clock = pygame.time.Clock()
world = World(screen)
character = Character(bottomleftpos=(200, 200))
weapons = Weapons()
delay = 20
def drawTiles():
start_x = 1200
block = 1
for i in range(12):
for j in range(2):
try:
if block <= 2:
screen.blit(BLOCKS[block], (start_x + j * 50, i * 50))
elif block == 10 or block == 7:
screen.blit(BLOCKS[block], (start_x + j * 50, i * 50))
elif block == 8:
screen.blit(BLOCKS[block][0],
(start_x + j * 50, i * 50 - 50))
solids.append(plank)
movingPlank = MovingSolidX(color_palette.BROWN, startX, startY, plankLength,
plankThickness, xEnds, False)
solids.append(movingPlank)
goalWidth = 100
goalHeight = 150
goal = Goal(
color_palette.WHITE,
[(correctionTerm2 + plankThickness + 7 * plankLength + plankThickness * 2 +
plankThickness * 3 + plankLength,
waterLevel + plankThickness * 7 + goalHeight, goalWidth, goalHeight)])
solids.append(goal)
secretPlatform = Solid(
color_palette.BROWN,
[(STAGE_WIDTH - secretGapWidth, 110, secretGapWidth, 50)])
solids.append(secretPlatform)
solids.append(water)
startX = plankThickness + plankLength / 2
startY = int(HEIGHT / 2)
character = Character(screen, startX, startY, (255, 215, 0), 50)
isPeriodic = False
stage = Stage(screen, character, isPeriodic, STAGE_WIDTH, STAGE_HEIGHT, solids)
if __name__ == '__main__':
stage.DrawStage(1200)
input('press anything to exit')
def __init__(self, name, tower, **kargs):
self._tower = tower
for key, value in kargs.items():
exec('self._' + key + '=' + value)
Character.__init__(self, self._i, self._j, name, tower.current)
def main(genomes, config):
running = True
platforms = []
bullets = []
enemies = []
platforms.append(Platform(0, 300, PLATFORM_WIDTH, PLATFORM_HEIGHT))
platforms.append(Platform(300, 300, PLATFORM_WIDTH, PLATFORM_HEIGHT))
platforms.append(Platform(600, 300, PLATFORM_WIDTH, PLATFORM_HEIGHT))
#platforms.append(Platform(800, 300, PLATFORM_WIDTH, PLATFORM_HEIGHT))
nets = []
ge = []
characters = []
bullet_counter = 0
for g in genomes:
net = neat.nn.FeedForwardNetwork.create(g[1], config)
nets.append(net)
char = Character(platforms, bullets)
characters.append(char)
g[1].fitness = 0
ge.append(g[1])
#loop vars
counter = 0
last_platform_height = 300
new_platform_mod = 15
score = 0
clock = pygame.time.Clock()
while running:
for event in pygame.event.get():
if event.type == pygame.QUIT:
running = False
pygame.quit()
if not len(characters):
running = False
break
tick = clock.tick(30)
for i in range(len(platforms)):
try:
if platforms[i].move(tick):
platforms.remove(platforms[i])
i -= 1
except:
pass
for enemy in enemies:
enemy.move(tick)
if bullet_counter % 100 == 0:
bullets.append(enemy.shoot())
SCREEN.fill(sky)
SCREEN.blit(further_background, (0, Y - 520))
SCREEN.blit(background, (0, Y - 460))
SCREEN.blit(ground_tiles, (0, Y - 400))
#generate new platforms
counter += 1
bullet_counter += 1
if (counter % new_platform_mod == 0):
plat = GENERATOR.add_platform(last_platform_height)
last_platform_height = plat.rect.y
platforms.append(plat)
new_platform_mod = random.randint(50, 100)
counter = 0
score += 1
print(score)
if random.randint(1, 3) == 1:
print('new enemy')
enemies.append(Enemy(plat.rect.x + 100, plat.rect.y - 50))
#blit platforms
for o in platforms:
SCREEN.blit(o.image, o.rect)
for enemy in enemies:
SCREEN.blit(enemy.image, enemy.rect)
for bullet in bullets:
SCREEN.blit(bullet.image, bullet.rect)
for i in range(len(bullets)):
try:
bullets[i].move()
if bullets[i].rect.x > WIDTH or bullets[i].rect.x < 0:
bullets.remove(bullets[i])
i -= 1
except:
pass
for enemy in enemies:
enemy.move(tick)
if bullet_counter % 100 == 0:
bullets.append(enemy.shoot())
for i, character in enumerate(characters):
#ge[i].fitness += character.rect.x / 200
p_index = 0
for p in platforms:
if character.rect.x > p.rect.left:
p_index += 1
#ge[i].fitness += 1
else:
break
ge[i].fitness += .01
b_index = 0
for b in bullets:
if character.rect.x > b.rect.left:
b_index += 1
#ge[i].fitness += 1
else:
break
e_index = 0
for e in enemies:
if character.rect.x > e.rect.left:
e_index += 1
#ge[i].fitness += 1
else:
break
try:
output = nets[i].activate(
(character.rect.x, character.rect.y,
platforms[p_index - 1].rect.left,
platforms[p_index - 1].rect.right, platforms[p_index -
1].rect.y,
platforms[p_index].rect.left,
platforms[p_index].rect.right, platforms[p_index].rect.y,
bullets[b_index].rect.x, bullets[b_index].rect.x,
enemies[e_index].rect.x, enemies[e_index].rect.y,
875 - character.rect.x))
except:
try:
output = nets[i].activate(
(character.rect.x, character.rect.y,
platforms[p_index - 2].rect.left,
platforms[p_index - 2].rect.right,
platforms[p_index - 2].rect.y, platforms[p_index -
1].rect.left,
platforms[p_index - 1].rect.right,
platforms[p_index - 1].rect.y, 0, 0,
enemies[e_index].rect.x, enemies[e_index].rect.y,
875 - character.rect.x))
except:
output = nets[i].activate(
(character.rect.x, character.rect.y,
platforms[p_index - 2].rect.left,
platforms[p_index - 2].rect.right,
platforms[p_index - 2].rect.y,
platforms[p_index - 1].rect.left,
platforms[p_index - 1].rect.right,
platforms[p_index - 1].rect.y, 0, 0, 0, 0,
875 - character.rect.x))
soft = neat.math_util.softmax(output)
class_output = np.argmax(((soft / np.max(soft)) == 1).astype(int))
#print(class_output)
if not class_output:
character.left_bool = False
character.right_bool = True
pass
elif class_output == 1:
character.move(10, 0)
character.left_bool = False
character.right_bool = True
character.chillCount = 0
elif class_output == 2:
character.move(-10, 0)
character.left_bool = True
character.right_bool = False
character.chillCount = 0
else:
if not character.jumping and character.can_jump:
character.jumping = True
character.chillCount = 0
else:
character.left_bool = False
character.right_bool = False
ge[i].fitness += character.update(tick)
if character.rect.y > HEIGHT:
ge[i].fitness -= 1
char = characters.pop(i)
nets.pop(i)
ge.pop(i)
continue
if character.rect.x > 825:
ge[i].fitness -= .1
character.rect.x = 875 - character.width
if character.rect.x == 0:
ge[i].fitness -= 5
char = characters.pop(i)
nets.pop(i)
ge.pop(i)
continue
if character.hit:
ge[i].fitness -= 10
char = characters.pop(i)
nets.pop(i)
ge.pop(i)
continue
character.redrawGameWindow()
SCREEN.blit(character.image, character.rect)
pygame.display.flip()
def characterMenuHandler(gamespace, characterCreator, eventPosition):
displaySurf = gamespace.viewscreen.displaySurf
characterSpace = gamespace.characterSpace
pressedButton = characterCreator.buttonList[
characterCreator.getButtonCollision(eventPosition)].name
global characterSize, newCharacterName
# If 'Exit' is pressed close the menu and reset everything
if pressedButton == 'Exit':
return True
#Size Handling
#If Size is Increased or Decreased then change the size image and Draw it
elif pressedButton == 'SizeDecrease' and characterSize > 1:
characterSize -= 1
characterCreator.imageList["Size"].update(characterSize, True)
elif pressedButton == 'SizeIncrease' and characterSize < 4:
characterSize += 1
characterCreator.imageList["Size"].update(characterSize, True)
#'CharacterName' is pressed
elif pressedButton == 'CharacterName':
result = characterCreator.buttonList['CharacterName'].getInput()
if result != None: #handles mouse clicks from inside getInput loop
pygame.event.post(result)
#'NewCharacter' is pressed
#Create new character, add them to the character space and then exit
elif pressedButton == "NewCharacter":
characterName = characterCreator.buttonList['CharacterName'].text
if len(characterName) > 0 and characterSpace.nameIsNotTaken(
characterName):
newChar = Character(
characterName, displaySurf,
toDisplayCoordinates(
characterCreator.buttonList['CharacterIcon'].rect.topleft,
characterCreator.rect.topleft), gamespace.characterColor,
characterSize)
newCharacterName = characterName
characterSpace.addToSpace(newChar)
characterCreator.buttonList['CharacterIcon'].update(
newChar.images[1])
characterCreator.buttonList['CharacterName'].reset()
characterCreator.redraw()
elif (pressedButton == "CharacterIcon" and newCharacterName != None
and gamespace.zoomLevel == 1):
pygame.draw.rect(characterCreator.surface, characterCreator.color,
characterCreator.buttonList['CharacterIcon'].rect)
characterCreator.redraw()
if characterMovement.moveCharacter(newCharacterName, eventPosition,
gamespace, True):
newCharacterName = None
#If the character is not added to the board we need to keep the icon where it was
#With the draw-rect above, we did not wipe out the character icon in the button,
#so we just re-blit the button and the icon returns.
else:
characterCreator.reblit()
characterCreator.redraw()
return False
def insert(self, character):
if not hasattr(character, 'character'):
character = Character(character)
self.characters.insert(self.cursor.position, character)
self.cursor.forward()
def test_map_description_position_3_3(self, mock_stdout):
test_character = Character('Jihyo', 10, [3, 3], 0)
dialogue_and_scripts.map_description(test_character)
expected_stdout = "You look around the house, to the south is the master bedroom."
self.assertIn(expected_stdout, mock_stdout.getvalue())
def test_map_description_position_3_2(self, mock_stdout):
test_character = Character('Jihyo', 10, [3, 2], 0)
dialogue_and_scripts.map_description(test_character)
expected_stdout = "You are between the living room and the kitchen. The living room is to your north"
" and to the south is the kitchen."
self.assertIn(expected_stdout, mock_stdout.getvalue())
def test_map_description_position_4_1(self, mock_stdout):
test_character = Character('Jihyo', 10, [4, 1], 0)
dialogue_and_scripts.map_description(test_character)
expected_stdout = "You enter the kitchen and opened one of the cabinets, "
"considering to choose another weapon.\nYou decided to stick with the kitchen knife."
self.assertIn(expected_stdout, mock_stdout.getvalue())
