def cache_datewidget(self):
self.datewidget_cache = {}
datefont_size = self.ui.calculate_font_size(4)
datetime_text = (
datetime.now().strftime(self.config.setting["dateformat"]) + " " +
datetime.now().strftime(
self.config.setting["timeformat"])).upper()
self.datetime_text = datetime_text
date_text = datetime.now().strftime(
self.config.setting["dateformat"]).upper()
self.datewidget_cache["datetime_text"] = gui.Text(
datetime_text, datefont_size, self.ui.boldfont_file)
self.datewidget_cache["date_text"] = gui.Text(date_text, datefont_size,
self.ui.boldfont_file)
self.datewidget_cache[
"datetime_text"].Position = self.ui.calculate_position(
(1, -3), self.datewidget_cache["datetime_text"].Surface, "top",
"right")
self.datewidget_cache[
"date_text"].Position = self.ui.calculate_position(
(1, -3), self.datewidget_cache["date_text"].Surface, "top",
"right")
def cache_musicscreen(self):
self.musicscreen_cache = {}
self.musicplayer.trackdata_changed = False
if self.musicplayer.image != None:
albumart_image_size = (self.ui.display_size[0] * .25,
self.ui.display_size[1] * .5)
self.musicscreen_cache["albumart_image"] = gui.Image(
self.musicplayer.image, albumart_image_size)
else:
self.musicscreen_cache["albumart_image"] = gui.Image(
pygame.Surface((1, 1), flags=pygame.SRCALPHA))
self.musicscreen_cache[
"albumart_image"].Position = self.ui.calculate_position(
(0, 4), self.musicscreen_cache["albumart_image"].Surface,
"center", "left")
track = self.musicplayer.title
trackfont_size = self.ui.calculate_font_size(4)
self.musicscreen_cache["track_text"] = gui.Text(
track, trackfont_size, font=self.ui.boldfont_file, wrapwidth=16)
self.musicscreen_cache[
"track_text"].Position = self.ui.calculate_position(
(0, 0), self.musicscreen_cache["track_text"].Surface, "center",
"left")
self.musicscreen_cache["track_text"].Position = (
self.musicscreen_cache["albumart_image"].Position[0] +
self.musicscreen_cache["albumart_image"].Surface.get_size()[0] *
1.05, self.musicscreen_cache["track_text"].Position[1])
artistfont_size = self.ui.calculate_font_size(3)
self.musicscreen_cache["artist_text"] = gui.Text(
self.musicplayer.artist,
artistfont_size,
font=self.ui.basefont_file)
artist_text_y = self.musicscreen_cache["track_text"].Position[1] - (
self.ui.display_size[1] * 0.08)
self.musicscreen_cache["artist_text"].Position = (
self.musicscreen_cache["track_text"].Position[0], artist_text_y)
self.musicscreen_cache["album_text"] = gui.Text(
self.musicplayer.album,
artistfont_size,
font=self.ui.basefont_file)
album_text_y = ((self.ui.display_size[1] * 0.03) +
self.musicscreen_cache["track_text"].Rect.bottom)
self.musicscreen_cache["album_text"].Position = (
self.musicscreen_cache["track_text"].Position[0], album_text_y)
def cache_idlescreen(self):
self.idlescreen_cache = {}
time_string = datetime.now().strftime(
self.config.setting["timeformat"])
timefont_size = self.ui.calculate_font_size(30)
fontcolor = pygame.color.Color(50, 50, 50, 255)
self.idlescreen_cache["time_text"] = gui.Text(
time_string,
timefont_size,
color=fontcolor,
font=self.ui.basefont_file,
shadowoffset=(0.5, 0.5))
self.idlescreen_cache[
"time_text"].Position = self.ui.calculate_position(
(0, 0), self.idlescreen_cache["time_text"].Surface, "center",
"center")
empty_image = pygame.Surface(self.ui.display_size)
def reset_idle():
self.is_idle = False
self.idlescreen_cache["button"] = gui.Button(empty_image,
self.ui.display_size,
reset_idle)
self.idlescreen_cache["button"].Position = (0, 0)
def cache_alarm_widget(self, updatetime=False):
icon_size = (self.ui.display_size[0] * .05,
self.ui.display_size[1] * .05)
if not updatetime:
alarm_symbol_name = "alarm-symbolic.png" if self.alarm.enabled else "alarm-off-symbolic.png"
self.alarm_widget_cache = {}
self.alarm_widget_cache["alarm_image_button"] = gui.Button(
self.ui.image_cache[alarm_symbol_name], icon_size,
self.switch_to_alarmset_screen)
self.alarm_widget_cache[
"alarm_image_button"].Position = self.ui.calculate_position(
(1, 4),
self.alarm_widget_cache["alarm_image_button"].Surface,
"top", "left")
self.alarm_widget_cache["time"] = str(
self.alarm.alarmtime.strftime(
self.config.setting["timeformat"])).upper()
alarmfont_size = self.ui.calculate_font_size(4.5)
alarm_text = gui.Text(self.alarm_widget_cache["time"], alarmfont_size,
self.ui.boldfont_file)
self.alarm_widget_cache["alarm_text_button"] = gui.Button(
alarm_text.Surface, alarm_text.Surface.get_size(),
self.switch_to_alarmset_screen)
self.alarm_widget_cache["alarm_text_button"].Position = (
self.alarm_widget_cache["alarm_image_button"].Position[0] +
(icon_size[1] * 1.1),
self.alarm_widget_cache["alarm_image_button"].Position[1] * 1.2)
def __init__(self,
label,
value="",
bgcolor=None,
min=1,
max=32,
acceptable_chars="0123456789abcdefghijklmnopqrstuvwxyz-_."):
gui.EventHandler.__init__(self)
self.keyboard = resource_loader.loadImage("keyboard.png")
self.label = gui.Text(gui.res.font_messagebox)
self.label.setText(label, TextInputBox.WIDTH)
self.value = gui.EditText(gui.res.font_select_option, (96, 255, 96))
self.value.setText(value, TextInputBox.WIDTH)
self.value.showCaret(True)
self.value.setAcceptableChars(acceptable_chars)
gui.Window.__init__(
self,
(TextInputBox.WIDTH + 10, self.label.getHeight() +
self.value.getHeight() + 10 + 10 + self.keyboard.get_height()))
self.bgcolor = bgcolor if bgcolor != None else gui.res.color_dialog_positive
self.min = min
self.max = max
#self.available_chars = available_chars
self.addChild("label", self.label, (5, 5))
self.addChild("value", self.value, (5, 5 + self.label.getHeight()))
def notify(self, subject):
"""
"""
## print "notify from: ", subject, " value: ", subject.get_current_value()
if subject == self.spinners[0]:
if len(self.spinners) - 1 > subject.get_current_value():
spinner = self.spinners.pop()
spinner.remove_observer(self)
events.RootEventSource().remove_listener(spinner)
self.texts.pop()
config.players.pop()
self.rand_lands()
elif len(self.spinners) - 1 < subject.get_current_value():
# add new spinner for player
xpos, ypos = self.spinners[-1].position
spinner = gui.Spinner(self.font, (xpos, ypos + 30))
for item in self.items:
spinner.add(item)
events.RootEventSource().add_listener(spinner)
self.spinners.append(spinner)
self.texts.append(gui.Text("Player "+str(len(self.spinners)-1)+\
": ", self.font, (xpos - 100, ypos + 30)))
config.players.append(Player(len(self.spinners) - 1))
self.rand_lands()
def __init__(self, container, rect, frame_rate, windows_controller):
gui.Window.__init__(self, container, rect, frame_rate,
windows_controller, "personal_window")
self.active_personal_events = [] # tuple (event, animation)
self.index_personal_event = 0
self.personal_next = gui.ImageButton(
self.rect, pygame.Rect(120, 95, 30, 30), 1,
os.path.join(BASEPATH, "assets/events/go-next.png"),
self._cb_button_click_personal_next)
self.personal_back = gui.ImageButton(
self.rect, pygame.Rect(5, 95, 30, 30), 1,
os.path.join(BASEPATH, "assets/events/go-back.png"),
self._cb_button_click_personal_back)
self.add_button(self.personal_next)
self.add_button(self.personal_back)
self.personal_next.visible = False
self.personal_back.visible = False
self.count_personal_events = gui.Text(self.rect, 60, 100, 1, "", 22,
TEXT_COLOR,
gui.Text.ALIGN_CENTER, True,
False)
self.add_child(self.count_personal_events)
self.current_animation = None # Visible event at panel
def __init__(self, container, rect, frame_rate, windows_controller,
character):
gui.Window.__init__(self, container, rect, frame_rate,
windows_controller, "customization_window")
self.set_bg_image(os.path.join(BASEPATH,
"assets/windows/window_2.png"))
kid_rect = pygame.Rect((20, 10), (1, 1))
self.kid = CustomizatedKid(self.rect, kid_rect, 1, character)
self.add_child(self.kid)
title = gui.Text(self.rect,
590,
60,
1,
_(u"Creá tu personaje"),
32,
pygame.Color("#0f5e65"),
alignment=gui.Text.ALIGN_CENTER,
bold=True)
self.add_child(title)
btn_close = utilities.get_accept_button(
self.rect, pygame.Rect((400, 500), (1, 1)), _("Continue"),
self._cb_button_click_close)
button_back = pygame.image.load(
os.path.join(
BASEPATH,
"customization/customization_button.png")).convert_alpha()
btn_hair = gui.TextButton2(self.rect, pygame.Rect((500, 100),
(70, 30)), 1,
_("Hair"), 28, (255, 255, 255), button_back,
self._cb_button_hair)
btn_skin = gui.TextButton2(self.rect, pygame.Rect((500, 170),
(70, 30)), 1,
_("Skin"), 28, (255, 255, 255), button_back,
self._cb_button_skin)
btn_sweater = gui.TextButton2(self.rect,
pygame.Rect((500, 240), (70, 30)), 1,
_("Sweater"), 28, (255, 255, 255),
button_back, self._cb_button_sweater)
btn_pants = gui.TextButton2(self.rect, pygame.Rect((500, 310),
(70, 30)), 1,
_("Pants"), 28, (255, 255, 255),
button_back, self._cb_button_pants)
btn_shoes = gui.TextButton2(self.rect, pygame.Rect((500, 380),
(70, 30)), 1,
_("Shoes"), 28, (255, 255, 255),
button_back, self._cb_button_shoes)
map(self.add_button,
[btn_close, btn_hair, btn_skin, btn_sweater, btn_pants, btn_shoes])
self.hair_color_index = 0
self.skin_color_index = 0
self.sweater_color_index = 0
self.pants_color_index = 0
self.shoes_color_index = 0
def cache_alarmscreen(self):
self.alarmscreen_cache = {}
icon_size = (self.ui.display_size[0] * .3,
self.ui.display_size[1] * .3)
epoch = int(time.time())
if (epoch % 2) == 0:
fgcolor = self.ui.bg_color
bgcolor = self.ui.fg_color
shadow = False
else:
fgcolor = self.ui.fg_color
bgcolor = pygame.Color(0, 0, 0, 0)
shadow = True
self.alarmscreen_cache["background"] = gui.GuiObject()
self.alarmscreen_cache["background"].Surface = pygame.Surface(
self.ui.display_size, flags=pygame.SRCALPHA)
self.alarmscreen_cache["background"].Position = (0, 0)
self.alarmscreen_cache["background"].Surface.fill(bgcolor)
current_time_text = str(datetime.now().strftime(
self.config.setting["timeformat"]))
self.alarmscreen_cache["alarm_button"] = gui.Button(
self.ui.image_cache["alarm-symbolic.png"], icon_size,
self.stop_alarm)
self.alarmscreen_cache[
"alarm_button"].Position = self.ui.calculate_position(
(0, -55), self.alarmscreen_cache["alarm_button"].Surface,
"center", "center")
timefont_size = self.ui.calculate_font_size(25)
time_text = gui.Text(current_time_text,
timefont_size,
font=self.ui.boldfont_file,
color=fgcolor,
shadow=shadow)
self.alarmscreen_cache["time_text_button"] = gui.Button(
time_text.Surface, time_text.Surface.get_size(), self.stop_alarm)
self.alarmscreen_cache[
"time_text_button"].Position = self.ui.calculate_position(
(0, -30), self.alarmscreen_cache["alarm_button"].Surface,
"center", "center")
self.alarmscreen_cache["time_text_button"].Position = (
self.alarmscreen_cache["alarm_button"].Position[0] +
icon_size[1] * 1.2,
self.alarmscreen_cache["alarm_button"].Position[1])
def __init__(self, mod: WorldSubjectMod):
super().__init__(self)
self.bomb_color = (3, 16, 8)
self._bg_color = (66, 66, 66) # red, green, blue format
ft = pygame.font.Font(None, 19)
self.img = ft.render('Inside the game', True, (0, 0, 0))
self.img_pos = (200, 60)
self._mod = mod
# load assets...
def open_sprsheet(filename):
with open(filename, 'r') as myimg:
surff = pygame.image.load(myimg)
return SpriteSheet(surff, (16, 16),
pygame.color.Color('blue'),
upscaling=4)
# -- load ASSETS (tileset, avatars) --
tileset = open_sprsheet(os.path.join('..', 'assets', 'tileset.png'))
self.floor_spr = tileset[369] # ou 553 pour du sol plus clair
self.weakwall_spr = tileset[342]
self.invblock_spr = tileset[370]
self.avatar_sprsheets = {
0: open_sprsheet(os.path.join('..', 'assets', 'avatar0.png')),
1: open_sprsheet(os.path.join('..', 'assets', 'avatar1.png')),
2: open_sprsheet(os.path.join('..', 'assets', 'avatar2.png')),
3: open_sprsheet(os.path.join('..', 'assets', 'avatar3.png')),
}
self.__plcode_to_gfxid = dict()
# -- end load assets
self._player_infos = list()
self._bomb_positions = list()
self._weakwall_positions = list()
self._invblock_positions = list()
self._refresh_block_n_walls()
# wait text
ft = pygame.font.Font(None, 77)
titlepos = [glvars.SCR_SIZE[0] // 2, glvars.SCR_SIZE[1] // 2]
titlepos[1] -= glvars.SCR_SIZE[1] // 3
self._plz_wait_label = gui.Text(
'Waiting for other players... Please wait',
ft,
titlepos,
anchortype=gui.Text.ANCHOR_CENTER)
def __init__(self,
container,
rect,
frame_rate,
windows_controller,
challenges_creator,
register_id,
bg_color=(0, 0, 0)):
gui.Window.__init__(self, container, rect, frame_rate,
windows_controller, register_id, bg_color)
self.set_bg_image(os.path.join(BASEPATH,
"assets/windows/window_1.png"))
###### Sounds ######
self.s_correct = pygame.mixer.Sound(S_CORRECT_PATH)
self.s_over = pygame.mixer.Sound(S_OVER_PATH)
self.s_incorrect = pygame.mixer.Sound(S_INCORRECT_PATH)
####################
self.topic = None # The topic is the bar whose we are playing
self.choices = []
self.correct = None
self.correct_index = 0
self.tries = 0
self.challenges_creator = challenges_creator
# If a question is setted, we have to "erase" the old challenge
self.question = None
self.title = gui.Text(self.rect,
30,
35,
1,
u"Elije la opción correcta",
24, (255, 255, 255),
bold=True)
self.add_child(self.title)
# Close Button
self.btn_close = gui.TextButton(self.rect,
pygame.Rect((910, 0),
(30, 30)), 1, "X", 32,
(0, 0, 0), self._cb_button_click_close)
#self.add_button(self.btn_close)
self.wait = 0
def __init__(self):
gui.Window.__init__(self, title='Functions', size=(500, 300))
box = gui.Box(self, 'horizontal')
# split = gui.Splitter(box, 'horizontal', stretch=1)
# self.categories = gui.List(split)
self.category = gui.List(box, model=RegModel(registry), stretch=1)
self.category.connect('selection-changed', self.on_select_function)
self.category.connect('item-activated', self.on_item_activated)
rbox = gui.Box(box, 'vertical', stretch=2)
toolbar = gui.Toolbar(rbox, stretch=0)
toolbar.append(gui.Command('New', '', self.on_new, 'new.png'))
toolbar.append(gui.Command('Delete', '', self.on_remove, 'remove.png'))
toolbar.append(gui.Command('Save', '', self.on_save, 'save.png'))
toolbar._widget.Realize()
book = gui.Notebook(rbox)
edit = gui.Box(book, 'vertical', page_label='edit')
g = gui.Grid(edit, 2, 2, stretch=0, expand=True)
g.layout.AddGrowableCol(1)
gui.Label(g, 'Name', pos=(0, 0))
gui.Label(g, 'Parameters', pos=(1, 0))
self.name = gui.Text(g, pos=(0, 1), expand=True)
self.params = gui.Text(g, pos=(1, 1), expand=True)
# self.text = gui.Text(edit, multiline=True, stretch=1)
self.text = gui.PythonEditor(edit, stretch=1)
extra = gui.Box(book, 'vertical', page_label='extra')
# self.extra = gui.Text(extra, multiline=True, stretch=1)
self.extra = gui.PythonEditor(extra, stretch=1)
self.functions = functions
self.function = None
def cache_clockscreen(self):
self.clockscreen_cache = {}
time_string = datetime.now().strftime(
self.config.setting["timeformat"])
timefont_size = self.ui.calculate_font_size(30)
self.clockscreen_cache["time_text"] = gui.Text(
time_string,
timefont_size,
font=self.ui.basefont_file,
shadowoffset=(0.5, 0.5))
self.clockscreen_cache[
"time_text"].Position = self.ui.calculate_position(
(0, 0), self.clockscreen_cache["time_text"].Surface, "center",
"center")
def __init__(self, windows_controller, container, name, root_bar, children_bar, size, position, icon_path):
rect = pygame.Rect(position, size)
gui.Window.__init__(self, container, rect, 1, windows_controller, "bar_section_window")
# section attributes
self.name = name
self.root_bar = root_bar
self.children_bar = children_bar
font = utilities.get_font(16, True, True)
#label_render = font.render(self.name, 1, pygame.Color(TEXT_COLOR))
#label_rect = pygame.Rect((0,0), label_render.get_size())
#label_rect.right = self.rect.right - 8
pos = self.rect.right - 8, 0
label_widget = gui.Text(self.rect, pos[0], pos[1], 1, self.name, 16, pygame.Color(TEXT_COLOR), "normal", gui.Text.ALIGN_RIGHT, True, True)
# visuals
self.root_bar_display = BarDisplay(BAR_HEIGHT, BAR_WIDTH, (BAR_OFFSET_X, SECTION_TOP_PADDING), self.root_bar, ROOT_BAR_PARTITIONS)
self.root_bar_display.show_name = False
self.displays_list = self.__get_displays() # obtengo los displays para cada barra.
self.fixed_widgets = [label_widget, self.root_bar_display]
if icon_path:
icon = pygame.image.load(icon_path).convert_alpha()
self.icon = gui.Widget(self.rect, pygame.Rect((0, 0), icon.get_size()), 1, icon)
self.icon.keep_dirty = True
self.fixed_widgets.append(self.icon)
else:
self.icon = None
# visuals constant
self.init_top = self.rect[1]
self.init_height = size[1]
self.max_expand = len(children_bar) * BAR_HEIGHT
self.expanded = False # Este flag se activa cuando se están mostrando las sub-barras
self.__calculate() # calculo la posición de cada barra en la sección
def __init__(self,
container,
rect,
frame_rate,
windows_controller,
challenges_creator,
text_intro,
text_result_good,
text_result_bad,
slide=None,
bg_color=(0, 0, 0)):
gui.Window.__init__(self, container, rect, frame_rate,
windows_controller, "info_challenge_window",
bg_color)
self.set_bg_image(os.path.join(BASEPATH,
"assets/windows/window_2.png"))
self.challenges_creator = challenges_creator
self.rect = rect
self.btn_continue = utilities.get_accept_button(
self.rect, pygame.Rect((400, 500), (1, 1)), _("Continue"),
self._cb_button_click_continue)
self.add_button(self.btn_continue)
# Texts
self.title = gui.Text(rect, 40, 40, 1, "Verdadero o Falso", 45,
TITLE_COLOR)
self.text = gui.TextBlock(rect, 40, 120, 1, "", 35, TEXT_COLOR,
"normal", False)
self.image = gui.Image(
rect, pygame.Rect(640, 240, 80, 80), 1,
os.path.join(BASEPATH, "assets/challenges/ninio_normal.png"))
self.add_child(self.title)
self.add_child(self.text)
self.add_child(self.image)
def __init__(self,
label,
value="",
min=1,
max=32,
acceptable_chars="0123456789abcdefghijklmnopqrstuvwxyz-_",
password_mode=False):
self.label = gui.Text(gui.res.font_system.getFont(22), (0, 0, 0))
self.label.setText(label, TextInputBox.CONTENTS_WIDTH)
self.value = gui.EditText(gui.res.font_select_option, (0, 128, 0))
self.value.setPasswordMode(password_mode)
self.value.setText(value, TextInputBox.CONTENTS_WIDTH)
self.value.showCaret(True)
self.value.setCaretColor((0, 0, 0))
if acceptable_chars != None:
self.value.setAcceptableChars(acceptable_chars)
self.dialog = dialogbox.DialogBase(
(TextInputBox.CONTENTS_WIDTH,
self.label.getHeight() + self.value.getHeight() + 8))
(ox, oy) = self.dialog.getContentsOffset()
self.dialog.addChild("label", self.label, (ox, oy))
self.dialog.addChild("value", self.value,
(ox, oy + self.label.getHeight() + 8))
self.keyboard = gui.Bitmap(gui.res.keyboard)
gui.EventHandler.__init__(self)
gui.Window.__init__(self,
(self.dialog.getWidth(), self.dialog.getHeight() +
self.keyboard.getHeight() - 10))
self.addChild("dialog", self.dialog, (0, 0), 2)
self.addChild("keyboard", self.keyboard,
((self.getSize()[0] - self.keyboard.getWidth()) / 2,
self.dialog.getHeight() - 10), 1)
self.min = min
self.max = max
import math
# preperation
dir_name = os.path.dirname(__file__)
pygame.init()
pygame.freetype.init()
pygame.mixer.init()
clock = pygame.time.Clock()
screen = pygame.display.set_mode((width, height)) # + log_width
pygame.display.set_caption('Smart Sheep')
americano_active = False
buttons = [
gui.Text("START"),
gui.Text("Start manual"),
gui.Text("Settings"),
gui.Text("Stop music")
]
my_hot_mixtape = os.path.join(dir_name, 'sound/sheep-theme.mp3')
pygame.mixer.music.load(my_hot_mixtape)
pygame.mixer.music.play(-1)
def render_buttons():
buttons[0].render(black, 10, 420, 22, screen)
buttons[1].render(black, 210, 420, 22, screen)
buttons[2].render(black, 410, 420, 22, screen)
buttons[3].render(black, 610, 420, 22, screen)
def _(text):
return gui.Text(interface, text, align="right")
def manual():
global screen
if not americano_active:
screen = pygame.display.set_mode((width, height))
sheep = gui.Object(['img/sheep1.png', 'img/sheep2.png'], 100, ground_y)
wolf = gui.Object(['img/wolf1.png', 'img/wolf2.png'], width + 1, ground_y)
food = gui.Object(['img/food1.png', 'img/food2.png', 'img/food3.png'],
width + 1, ground_y)
ground = gui.Object(['img/background.png'], 0, ground_y + 10)
hunger_text = gui.Text("0")
score_text = gui.Text("0")
step = 0
while True:
step += 1
# collisions
if sheep.collision(wolf):
text = gui.Text("Game Over")
text.render(black, 1 / 3 * width, 50, 22, screen)
pygame.display.flip()
pygame.time.delay(2000)
# don't overuse it ;)
manual()
return -1
buttons[1].string = "Start manual"
if sheep.collision(food):
if food.surface_counter == 0:
sheep.hunger = 0
food.animate()
# increase the hunger
sheep.hunger += 1
# check for max hunger
if sheep.hunger > 600:
text = gui.Text("Game Over")
text.render(black, 1 / 3 * width, 50, 22, screen)
pygame.display.flip()
pygame.time.delay(2000)
# don't overuse it ;)
manual()
return -1
buttons[1].string = "Start manual"
# input
event = events()
if event == 11:
buttons[1].string = "Start manual"
return -1
keys = pygame.key.get_pressed()
if keys[pygame.K_SPACE]:
if sheep.mask.bottom == ground_y:
sheep.vy = -18
if event == 13:
if buttons[3].string == "Stop music":
pygame.mixer.music.pause()
buttons[3].string = "Start music"
else:
pygame.mixer.music.unpause()
buttons[3].string = "Stop music"
# movement
if not wolf.x_bounds():
if random.randint(1, wolf_spawn_chance) == 2:
wolf.move_to_x(width - 1)
if not food.x_bounds():
if random.randint(1, food_spawn_chance) == 2:
food.surface_counter = 0
food.move_to_x(width - 1)
if ground.mask.x < -800:
ground.move_to(0, ground.mask.y)
wolf.move_by(wolf_speed, 0)
food.move_by(food_speed, 0)
ground.move_by(food_speed, 0)
sheep.move_by(0, sheep.vy)
sheep.vy += g
# if sheep is too low
if sheep.mask.bottom > ground_y:
sheep.vy = 0
sheep.mask.y = ground_y - sheep.mask.height
# rendering
if food.mask.right < sheep.mask.x and food.surface_counter == 1:
food.animate()
if step % anime_speed == 0:
wolf.animate()
sheep.animate()
score_text.string = "score: " + str(step)
hunger_text.string = "hunger: " + str(sheep.hunger)
screen.fill(background_color)
score_text.render(black, 650, 5, 18, screen)
if sheep.hunger > 500:
hunger_text.render((255, 10, 10), 650, 30, 18, screen)
else:
hunger_text.render(black, 650, 30, 18, screen)
wolf.render(screen)
food.render(screen)
sheep.render(screen)
ground.render(screen)
pygame.time.delay(17)
render_buttons()
pygame.display.flip()
UDivisions = gui.IntNumber(interface, 'U: ', 16, 3, 1024)
VDivisions = gui.IntNumber(interface, 'V: ', 16, 3, 1024)
Smooth = gui.Toggle(interface, 'Smooth', True)
Create = gui.Button(interface, 'Create', callback=create)
Hemisphere = gui.Toggle(interface, 'Hemisphere', False)
Cap = gui.Toggle(interface, 'Cap', True)
CapMethod = gui.MultipleToggle(interface, ['simple', 'symmetrical'], 0)
Percent = gui.FloatSlider(interface, '', 50, 0, 100)
Origin = gui.MultipleToggle(interface, [ ('World center',CENTER), ('3D cursor',CURSOR) ], 0, tooltip="Origin")
Orientation = gui.RadioButtons(interface, [('xz',XZ), ('xy',XY), ('yz',YZ)], XZ, tooltip="Orientation")
rows = gui.Rows(interface, 10, 10, 300, 20, padx=4)
rows.addrow( gui.Text(interface, 'Sphere radius') )
rows.addvspace("quarter")
rows.addrow( Radius )
rows.addvspace()
rows.addrow( gui.Text(interface, 'Divisions:') )
rows.addvspace("quarter")
rows.addrow( UDivisions )
rows.addvspace("quarter")
rows.addrow( VDivisions )
rows.addvspace()
rows.addrow( [Hemisphere, Cap, CapMethod] )
rows.addvspace("quarter")
rows.addrow( Percent )
def cache_alarmset_screen(self):
self.alarmset_screen_cache = {}
def changeAlarmTime(m):
delattr(self, 'alarmset_screen_cache')
self.alarm.changeAlarm(m)
alarmtime_text = self.alarm.time.strftime(
self.config.setting["timeformat"])
alarmtime_size = self.ui.calculate_font_size(22)
self.alarmset_screen_cache["alarmtime"] = gui.Text(
alarmtime_text,
alarmtime_size,
self.ui.boldfont_file,
shadowoffset=(0.5, 0.5))
self.alarmset_screen_cache[
"alarmtime"].Position = self.ui.calculate_position(
(0, -34), self.alarmset_screen_cache["alarmtime"].Surface,
"center", "right")
icon_size = (self.ui.display_size[0] * .25,
self.ui.display_size[1] * .25)
big_icon_size = (self.ui.display_size[0] * .33,
self.ui.display_size[1] * .33)
self.alarmset_screen_cache["addminute_button"] = gui.Button(
self.ui.image_cache["add.png"], icon_size,
lambda: changeAlarmTime(1), lambda: changeAlarmTime(5))
self.alarmset_screen_cache[
"addminute_button"].Position = self.ui.calculate_position(
(-15, -40),
self.alarmset_screen_cache["addminute_button"].Surface,
"center", "right")
self.alarmset_screen_cache["subminute_button"] = gui.Button(
self.ui.image_cache["sub.png"], icon_size,
lambda: changeAlarmTime(-1), lambda: changeAlarmTime(-5))
self.alarmset_screen_cache[
"subminute_button"].Position = self.ui.calculate_position(
(15, -40),
self.alarmset_screen_cache["subminute_button"].Surface,
"center", "right")
self.alarmset_screen_cache["addhour_button"] = gui.Button(
self.ui.image_cache["add.png"], icon_size,
lambda: changeAlarmTime(60))
self.alarmset_screen_cache[
"addhour_button"].Position = self.ui.calculate_position(
(-15, -85),
self.alarmset_screen_cache["addhour_button"].Surface, "center",
"right")
self.alarmset_screen_cache["subhour_button"] = gui.Button(
self.ui.image_cache["sub.png"], icon_size,
lambda: changeAlarmTime(-60))
self.alarmset_screen_cache[
"subhour_button"].Position = self.ui.calculate_position(
(15, -85),
self.alarmset_screen_cache["subhour_button"].Surface, "center",
"right")
self.alarmset_screen_cache["cancel_button"] = gui.Button(
self.ui.image_cache["cancel.png"], big_icon_size, self.reset_alarm)
self.alarmset_screen_cache[
"cancel_button"].Position = self.ui.calculate_position(
(-15, 8), self.alarmset_screen_cache["cancel_button"].Surface,
"center", "left")
self.alarmset_screen_cache["ok_button"] = gui.Button(
self.ui.image_cache["ok.png"], big_icon_size, self.set_alarm)
self.alarmset_screen_cache[
"ok_button"].Position = self.ui.calculate_position(
(15, 8), self.alarmset_screen_cache["ok_button"].Surface,
"center", "left")
self.alarmset_screen_cache["off_button"] = gui.Button(
self.ui.image_cache["off.png"], icon_size, self.switch_alarm_off)
self.alarmset_screen_cache[
"off_button"].Position = self.ui.calculate_position(
(15, -5), self.alarmset_screen_cache["off_button"].Surface,
"center", "right")
def test(generation, generation_size, nets):
text = [
gui.Text("Generation " + str(generation)),
gui.Text(
str(generation_size) + " out of " + str(generation_size) + "alive")
]
delay = 0
screen.fill(white)
welcome = gui.Text("Testing generation " + str(generation))
welcome.render(black, 1 / 10 * width, 2 / 3 * height, 40, screen)
pygame.display.flip()
pygame.time.delay(500)
screen.fill(background_color)
# we are testing all the sheep in the same time
sheep = [
gui.Object(['img/sheep1.png', 'img/sheep2.png'], 100, ground_y)
for i in range(generation_size)
]
# number of sheeps alive
sheep_alive = generation_size
# there is only 1 wolf and 1 package of food on the screen at the same time, so we dont need to create new
wolf = gui.Object(['img/wolf1.png', 'img/wolf2.png'], width + 1, ground_y)
food = gui.Object(['img/food1.png', 'img/food2.png', 'img/food3.png'],
width + 1, ground_y)
ground = gui.Object(['img/background.png'], 0, ground_y + 10)
fitness = [1 for i in range(generation_size)]
# game loop
step = 0
while True:
step += 1
# check for collisions
for i in range(generation_size):
if not sheep[i].alive:
continue
if sheep[i].collision(food) and food.surface_counter == 0:
food.animate()
fitness[i] += food_value
sheep[i].hunger = 0
if sheep[i].collision(wolf) and wolf.x_bounds():
sheep_alive -= 1
sheep[i].kill()
if wolf.x_bounds() and wolf.mask.right < 100:
for i in range(generation_size):
if sheep[i].alive:
fitness[i] += wolf_value
pygame.time.delay(delay)
# check for jumping
# using NN
# one node in first layer contains the distance to the wolf ahead ( if any), the other one to the food package
input_layer = np.ndarray(shape=(2, 1))
if wolf.mask.x > 100 + sheep[0].mask.height and wolf.x_bounds():
input_layer[0][0] += 1 / math.sqrt(wolf.mask.x - 100 -
sheep[0].mask.height)
else:
input_layer[0][0] = 0
if food.mask.x > 100 + sheep[0].mask.height and food.x_bounds():
input_layer[1][0] += 1 / math.sqrt(food.mask.x - 100 -
sheep[0].mask.height)
else:
input_layer[1][0] = 0
for i in range(generation_size):
if not sheep[i].alive:
continue
# increase fitness !!
fitness[i] += step_value
output = nets[i].feed_forward(input_layer)
if output[0][0] > output[1][0] and sheep[i].vy == 0 and sheep[
i].mask.bottom == ground_y:
sheep[i].vy = sheep_jump
# move
if not wolf.x_bounds():
if random.randint(1, wolf_spawn_chance) == 2:
wolf.move_to_x(width - 1)
if not food.x_bounds():
if random.randint(1, food_spawn_chance) == 2:
food.surface_counter = 0
food.move_to_x(width - 1)
ground.move_by(food_speed, 0)
if ground.mask.x < -800:
ground.move_to(0, ground.mask.y)
if food.x_bounds():
food.move_by(food_speed, 0)
if wolf.x_bounds():
wolf.move_by(wolf_speed, 0)
for i in sheep:
if i.alive:
i.move_by(0, i.vy)
if i.mask.bottom < ground_y:
i.vy += g
if i.mask.bottom > ground_y or (i.vy >= 0
and i.mask.bottom == ground_y):
i.mask.y = ground_y - i.mask.height
i.vy = 0
# hunger
for i in sheep:
i.hunger += hunger_value
if i.hunger > max_hunger:
i.kill()
# events
speed = events()
if speed == -1:
return fitness
if speed == 1:
delay = 0
if speed == 2:
delay = 30
if speed == 3:
delay = 500
if speed == 4:
delay -= 10
if speed == 5:
delay += 10
if speed == 10:
buttons[0].string = "START"
fitness = []
return fitness
if speed == 13:
if buttons[3].string == "Stop music":
pygame.mixer.music.pause()
buttons[3].string = "Start music"
else:
pygame.mixer.music.unpause()
buttons[3].string = "Stop music"
# animations
if food.mask.right < 100 and food.surface_counter == 1:
food.animate()
if step % anime_speed == 0:
wolf.animate()
for i in sheep:
i.animate()
# rendering
screen.fill(background_color)
food.render(screen)
for i in sheep:
i.render(screen)
wolf.render(screen)
ground.render(screen)
# text
text[1].string = str(sheep_alive) + " out of " + str(
generation_size) + " alive"
text[0].render(black, 2 / 3 * width, 50, 20, screen)
text[1].render(black, 2 / 3 * width, 100, 18, screen)
render_buttons()
pygame.display.flip()
if sheep_alive <= 0:
return fitness
def cache_alarm_widget(self, updatetime=False):
icon_size = (self.ui.display_size[0] * .05,
self.ui.display_size[1] * .05)
icon_size_enable = (self.ui.display_size[0] * .1,
self.ui.display_size[1] * .1)
if not updatetime:
self.alarm_widget_cache = {}
self.alarm_widget_cache["alarm_image_button"] = gui.Button(
self.ui.image_cache["alarm-symbolic.png"], icon_size,
self.switch_to_alarmset_screen)
self.alarm_widget_cache[
"alarm_image_button"].Position = self.ui.calculate_position(
(1, 4),
self.alarm_widget_cache["alarm_image_button"].Surface,
"top", "left")
self.alarm_widget_cache[
"alarm_image_disabled_button"] = gui.Button(
self.ui.image_cache["alarm-disabled-symbolic.png"],
icon_size, self.switch_to_alarmset_screen)
self.alarm_widget_cache[
"alarm_image_disabled_button"].Position = self.ui.calculate_position(
(1, 4), self.
alarm_widget_cache["alarm_image_disabled_button"].Surface,
"top", "left")
self.alarm_widget_cache["alarm_snooze_button"] = gui.Button(
self.ui.image_cache["alarm-snooze.png"], icon_size,
self.alarm.turnOffSnooze)
self.alarm_widget_cache[
"alarm_snooze_button"].Position = self.ui.calculate_position(
(1, 4),
self.alarm_widget_cache["alarm_snooze_button"].Surface,
"top", "left")
self.alarm_widget_cache["time"] = str(
self.alarm.alarmtime.strftime(
self.config.setting["timeformat"])).upper()
alarmfont_size = self.ui.calculate_font_size(4.5)
alarm_text = gui.Text(self.alarm_widget_cache["time"], alarmfont_size,
self.ui.boldfont_file)
self.alarm_widget_cache["alarm_text_button"] = gui.Button(
alarm_text.Surface, alarm_text.Surface.get_size(),
self.switch_to_alarmset_screen)
self.alarm_widget_cache["alarm_text_button"].Position = (
self.alarm_widget_cache["alarm_image_button"].Position[0] +
(icon_size[1] * 1.1) + 20,
self.alarm_widget_cache["alarm_image_button"].Position[1] * 1.2)
self.alarm_widget_cache["alarm_edit_enabled_button"] = gui.Button(
self.ui.image_cache["alarm-edit-enabled.png"], icon_size_enable,
self.disable_alarm)
self.alarm_widget_cache[
"alarm_edit_enabled_button"].Position = self.ui.calculate_position(
(0, 0),
self.alarm_widget_cache["alarm_edit_enabled_button"].Surface,
"top", "center")
self.alarm_widget_cache["alarm_edit_disabled_button"] = gui.Button(
self.ui.image_cache["alarm-edit-disabled.png"], icon_size_enable,
self.enable_alarm)
self.alarm_widget_cache[
"alarm_edit_disabled_button"].Position = self.ui.calculate_position(
(0, 0),
self.alarm_widget_cache["alarm_edit_disabled_button"].Surface,
"top", "center")
def __init__(self, container, rect, frame_rate, windows_controller):
self.timing = 1 # la idea de timing es llevar una cuenta adentro, de los frames que fueron pasando
gui.Window.__init__(self, container, rect, frame_rate,
windows_controller, "panel_window")
self.set_bg_image(PANEL_BG_PATH, False)
# Actions
self.rect_action = pygame.Rect((560, 36), (310, 124))
self.on_animation = False
self.current_action = None
self.current_animation = None
self.action_progress_bar = None
self.info_button_event = None
self.image_info_blink = os.path.join(BASEPATH,
"assets/layout/info.png")
TEXT_COLOR = pygame.Color("#0f5e65")
text = gui.Text(self.rect,
145,
22,
1,
_("Clima"),
18,
TEXT_COLOR,
type="normal",
alignment=gui.Text.ALIGN_CENTER,
bold=True,
italic=True)
self.add_child(text)
text = gui.Text(self.rect,
300,
22,
1,
_("Personal"),
18,
TEXT_COLOR,
type="normal",
alignment=gui.Text.ALIGN_CENTER,
bold=True,
italic=True)
self.add_child(text)
text = gui.Text(self.rect,
465,
22,
1,
_("Social"),
18,
TEXT_COLOR,
type="normal",
alignment=gui.Text.ALIGN_CENTER,
bold=True,
italic=True)
self.add_child(text)
text = gui.Text(self.rect,
705,
22,
1,
_(u"Acción"),
18,
TEXT_COLOR,
type="normal",
alignment=gui.Text.ALIGN_CENTER,
bold=True,
italic=True)
self.add_child(text)
### Events ###
# Personal
self.personal_window = PersonalWindow(
self.rect, pygame.Rect((224, 35), (142, 127)), 1,
self.windows_controller)
self.add_window(self.personal_window)
# Social
self.social_window = SocialWindow(self.rect,
pygame.Rect((391, 35), (142, 127)),
1, self.windows_controller)
self.add_window(self.social_window)
# Customization
customization_button = gui.ImageButton(
self.rect, pygame.Rect(953, 0, 1, 1), 1,
os.path.join(BASEPATH, "assets/layout/customization.png"),
self._cb_button_click_customization)
customization_button.set_tooltip(_("Customization module"))
self.add_button(customization_button)
# Info
self.info_button = gui.ImageButton(
self.rect, pygame.Rect(885, 0, 1, 1), 1,
os.path.join(BASEPATH, "assets/layout/info.png"),
self._cb_button_click_info)
self.add_button(self.info_button)
self.info_button.visible = False
self.info_button_blink_timeout = 0
# Environment
self.weather_widget = None
self.set_weather()
0.0,
100.0,
callback=live_update)
Axis = gui.RadioButtons(interface, [('X', AXIS_X), ('Y', AXIS_Y),
('Z', AXIS_Z)],
AXIS_Y,
callback=live_update)
Angle = gui.FloatSlider(interface,
'Angle: ',
0.0,
0.0,
360.0 * 100,
callback=live_update)
LiveUpdate = gui.Toggle(interface, 'Live update', False)
Info = gui.Text(interface, 'No mesh selected', align='center')
GetMesh = gui.Button(interface, 'Get mesh', callback=get_selected)
Cancel = gui.Button(interface, 'Cancel', callback=cancel)
Apply = gui.Button(interface, 'Apply', callback=apply)
Update = gui.Button(interface, 'Update', callback=update)
rows = gui.Rows(interface, 10, 10, 250, 20)
rows.addrow(Info).addvspace('half')
rows.addrow(StartFrom)
rows.addrow(EndAt).addvspace('half')
rows.addrow(Axis)
rows.addrow(Angle).addvspace('half')
def _(text): return gui.Text(interface, text, align="right")
rows.addrow( [ (_("Inner radius: "), 0.4), InnerRadius ] ).addvspace("quarter")
def __init__(self):
"""
"""
events.EventEnabled.__init__(self)
font = pygame.font.Font(None, 25)
self.font = font
# create gui elements
self.buttons = []
self.buttons.append(
gui.Button(font, "randomize map", (50, 350), self.rand_map))
self.buttons.append(
gui.Button(font, "randomize regions", (200, 350), self.rand_lands))
self.buttons.append(gui.Button(font, "exit", (500, 350), self.quit))
self.buttons.append(
gui.Button(font, "start", (600, 350), self.start_game))
self.spinners = []
self.texts = []
# number of players
xpos = 500
ypos = 30
self.texts.append(gui.Text("number of Players: ", font, (xpos, ypos)))
spinner = gui.Spinner(font, (xpos + 180, ypos), False)
for num in range(2, 9):
spinner.add(gui.Item(str(num), num))
spinner.register_observer(self)
self.spinners.append(spinner)
# player config
self.items = []
self.items.append(gui.Item("human", player.HUMAN))
self.items.append(gui.Item("passive AI", player.AI_PASSIVE))
self.items.append(gui.Item("expander AI", player.AI_DUMB))
self.items.append(gui.Item("AI 1", player.AI_1))
self.items.append(gui.Item("none", None))
for num in range(2):
ypos += 30
spinner = gui.Spinner(font, (xpos + 100, ypos))
if num == 2:
self.items.insert(0, self.items.pop(-1))
for item in self.items:
spinner.add(item)
## spinner.register_observer(self)
self.spinners.append(spinner)
self.texts.append(gui.text.Text("Player "+str(num+1)+": ", font, \
(xpos, ypos)))
self.texts.append(gui.text.Text( \
"Quick instructions", font, (10, 460)))
self.texts.append(gui.text.Text( \
"Right click to end turn, Left click to select regions", font, \
(10, 500)))
self.texts.append(gui.text.Text( \
"You have to first select any of your regions with more than 1 dice on it, then you can attack an", font, (10, 530)))
self.texts.append(gui.text.Text( \
"adjacent region of different colour/player" , font, (10, 560)))
# data
self._running = True
self._preview = pygame.Surface((0, 0))
self._preview.fill((255, 255, 255))
# events
self.reg_event_func(pygame.KEYDOWN, self.on_keydown)
self.reg_event_func(pygame.QUIT, self.quit)
for spinner in self.spinners:
events.RootEventSource().add_listener(spinner)
for button in self.buttons:
events.RootEventSource().add_listener(button)
self.setup_map()