def loadFrame():
def open_file_browser(arg):
d = gui.FileDialog('Load NoteMap file', path='records')
d.connect(gui.CHANGE, handle_file_browser_closed, d)
d.open()
def handle_file_browser_closed(dlg):
if dlg.value:
input_file.value = dlg.value
app.quit()
app = gui.Desktop()
main = gui.Container(width=500,
height=400) # , background=(220, 220, 220) )
# main.add(gui.Label("File Dialog Example", cls="h1"), 20, 20)
td_style = {'padding_right': 10}
t = gui.Table()
t.tr()
t.td(gui.Label('File Name:'), style=td_style)
input_file = gui.Input()
t.td(input_file, style=td_style)
b = gui.Button("Browse...")
t.td(b, style=td_style)
b.connect(gui.CLICK, open_file_browser, None)
main.add(t, 20, 100)
app.run(main)
return input_file.value
def run(self):
"""Run the item"""
# Initialize the item
self.set_item_onset()
# Create the app
self.app = gui.Desktop(item=self)
self.app.connect(gui.QUIT, self.app.quit, None)
pad = 0 # The maximum line length, used to pad the options
# Create an HTML document for the content
doc = html.HTML("")
for l in self.experiment.unsanitize(self.get("question")).split("\n"):
doc.add(gui.Label(l))
pad = max(pad, len(l))
doc.br(0)
# Create a 2-column table, start with the HTML on the first row
c = gui.Table()
c.tr()
c.td(doc, align=-1)
c.tr()
e = gui.Button(self.get("accept_text"))
e.connect(gui.CLICK, self.app.quit, None)
c.td(e, align=-1, height=32, valign=1)
self.app.run(c)
# Return success
return True
def file_treat():
global Window, Frame
#TODO Agregar imagen a botones y estilo a fondo
third_app = gui.Desktop(screen=Window, area=Frame)
third_app.connect(gui.QUIT, third_app.quit, None)
third_app.connect(gui.QUIT, app.quit, None)
my_container3 = gui.Container(width=670, height=500)
#Open button
open_btn = gui.Button("Abrir")
open_btn.connect(gui.CLICK, open_file_browser, True)
#Save button
save_btn = gui.Button("Guardar")
save_btn.connect(gui.CLICK, open_file_browser, False)
#Continue button / close file treatment
ok_btn = gui.Button("Listo!")
ok_btn.connect(gui.CLICK, third_app.quit, None)
ok_btn.connect(gui.CLICK, app.quit, None)
#Cancel button
cancel_btn = gui.Button("Cancelar")
cancel_btn.connect(gui.CLICK, third_app.quit, None)
cancel_btn.connect(gui.CLICK, app.quit, None)
#Add elements to container
my_container3.add(
gui.Image(const.imagespath + "Archivo_Background.png"), 0, 0)
my_container3.add(open_btn, 155, 330)
my_container3.add(save_btn, 455, 330)
my_container3.add(ok_btn, 310, 375)
my_container3.add(cancel_btn, 580, 10)
third_app.run(my_container3)
pygame.display.flip()
def init_gui():
#themes = cfg['theme'].split(",")
#gui.theme.load(themes)
#gui.theme.load(['default','tools'])
global top
top = gui.Desktop(theme=gui.Theme([
os.path.join('data', 'themes', 'default'),
os.path.join('data', 'themes', 'tools')
]))
def run(self):
"""Run the item"""
# Initialize the item
self.set_item_onset()
self.sri = self.time()
self.experiment.set("response", None)
self.experiment.set("response_time", None)
# Create the app
self.app = gui.Desktop(item=self)
self.app.connect(gui.QUIT, self.app.quit, None)
pad = 0 # The maximum line length, used to pad the options
# Create an HTML document for the content
doc = html.HTML("")
for l in self.experiment.unsanitize(self.get("question")).split("\n"):
doc.add(gui.Label(l))
pad = max(pad, len(l))
doc.br(0)
# Create a 2-column table, start with the HTML on the first row
c = gui.Table()
c.tr()
c.td(doc, colspan=self.get("maximum_rating") + 1, align=-1)
c.tr()
surf = pygame.image.load(
self.experiment.resource("rating_inactive.png"))
self.img_list = []
for i in range(self.get("maximum_rating")):
img = gui.Image(surf)
img.connect(gui.CLICK, self.set_response, i)
c.td(img, align=-1, width=64, height=64)
self.img_list.append(img)
c.tr()
e = gui.Button(self.get("accept_text"))
e.connect(gui.CLICK, self.app.quit, None)
c.td(e,
colspan=self.get("maximum_rating") + 1,
align=-1,
height=32,
valign=1)
# Keep running the app until a response has been received
while True:
self.app.run(c)
if self.get("response") != "None":
break
# Return success
return True
def run(self):
"""Run the item"""
# Initialize the item
self.set_item_onset()
self.sri = self.time()
self.experiment.set("response", None)
self.experiment.set("response_time", None)
# Create the app
self.app = gui.Desktop(item=self)
self.app.connect(gui.QUIT, self.app.quit, None)
pad = 0 # The maximum line length, used to pad the options
# Create an HTML document for the content
doc = html.HTML("")
for l in self.experiment.unsanitize(self.get("question")).split("\n"):
doc.add(gui.Label(l))
pad = max(pad, len(l))
doc.br(0)
# Create a 2-column table, start with the HTML on the first row
c = gui.Table()
c.tr()
c.td(doc, align=-1)
c.tr()
t = gui.TextArea(width=self.get("text_area_width"),
height=self.get("text_area_height"))
c.td(t, align=-1)
c.tr()
e = gui.Button(self.get("accept_text"))
e.connect(gui.CLICK, self.app.quit, None)
c.td(e, align=-1, height=32, valign=1)
# Keep running the app until a response has been received
while True:
self.app.run(c)
if t.value.strip() != "" or self.get("allow_empty") == "yes":
break
# Set the response and response time
self.experiment.set(
"response",
self.experiment.usanitize(unicode(QtCore.QString(
t.value.strip()))))
self.experiment.set("response_time", self.time() - self.sri)
# Return success
return True
def __init__(self, config):
self.config = config
self.running = True
self.form = gui.Form()
self.module = gui.Desktop()
self.module.connect(gui.QUIT, self.module.quit, None)
main = gui.Container(width=self.config['width'],
height=self.config['height'])
newdialog = NewKBDDialog(self.config)
newdialog.connect(gui.CHANGE, self.module.quit, None)
main.add(newdialog, 0, 0)
def init_gui():
#themes = cfg['theme'].split(",")
# themes2 = []
# for t in themes:
# if t[0] == "/" or t[0] == ".": themes2.append(t)
# else: themes2.append(dname+"/"+t)
#gui.theme.load(themes)
#gui.theme.load(['default','tools'])
global top
top = gui.Desktop(theme=gui.Theme([os.path.join('data','themes','default'),os.path.join('data','themes','tools')]))
#top.theme.load(['default','tools'])
pass
def __init__(self, game_screen, game_engine):
self._screen = game_screen
self._engine = game_engine
self._images = []
self._app = gui.Desktop()
self._app.connect(gui.QUIT, self._app.quit, None)
self._table = gui.Table()
#first row
self._table.tr()
if self._engine.time_of_day == game.TIME_DAY:
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_day_1_early_bird.png"))
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_day_2_rethink.png"))
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_day_3_mana_steal.png"))
elif self._engine.time_of_day == game.TIME_NIGHT:
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_night_1_from_the_dusk.png"))
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_night_2_long_night.png"))
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_night_3_mana_search.png"))
for img in self._images:
self._table.td(img)
#second row
self._table.tr()
self._radio = gui.Group()
self._table.td(gui.Radio(self._radio,value=1))
self._table.td(gui.Radio(self._radio,value=2))
self._table.td(gui.Radio(self._radio,value=3))
#third row
self._table.tr()
if self._engine.time_of_day == game.TIME_DAY:
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_day_4_planning.png"))
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_day_5_great_start.png"))
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_day_6_the_right_moment.png"))
elif self._engine.time_of_day == game.TIME_NIGHT:
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_night_4_midnight_meditation.png"))
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_night_5_preparation.png"))
self._images.append(gui.Image("assets/images/cards/tactics/gui_tactics_night_6_sparing_power.png"))
for i in range(3, 6):
self._table.td(self._images[i])
#fourth row
self._table.tr()
self._table.td(gui.Radio(self._radio,value=4))
self._table.td(gui.Radio(self._radio,value=5))
self._table.td(gui.Radio(self._radio,value=6))
#fifth row
self._table.tr()
button = gui.Button("Select Tactics")
self._table.td(button, colspan=3)
button.connect(gui.CLICK, self._commit_values)
def main():
#initate pygame just for display window name
pygame.init()
#Set Window name
pygame.display.set_caption(
(u'Weibo sentiment analysis programme').encode('utf-8'))
app = gui.Desktop()
app.connect(gui.QUIT, app.quit, None)
main_frame = gui.Container(width=800, height=600)
main_frame.add(gui.Label("Network Sentiment Analysis", cls="h1"), 30, 30)
td_style = {'padding_right': 10}
######################
m_table = gui.Table(border="32", width=600, height=400)
m_table.tr()
m_table.td(gui.Label("Weibo meaning contrast", style=td_style, cls="h2"))
m_table.td(gui.Label("Dict Analysis", style=td_style, cls="h2"))
m_table.tr()
w_m_c_b = gui.Button("Click me")
w_m_c_dialog = MeaningContrast()
w_m_c_b.connect(gui.CLICK, w_m_c_dialog.open, None)
m_table.td(w_m_c_b, style=td_style)
d_a_b = gui.Button("Click me")
d_a_dialog = DictAnalysis(weiboid='123223')
d_a_b.connect(gui.CLICK, d_a_dialog.open, None)
m_table.td(d_a_b, style=td_style)
m_table.tr()
m_table.td(gui.Label("Weibo word contrast", style=td_style, cls="h2"))
m_table.td(gui.Label("Machine Learning Analysis", style=td_style,
cls="h2"))
m_table.tr()
w_w_c_b = gui.Button("Click me")
w_w_c_b_dialog = WeiboWordContrast()
w_w_c_b.connect(gui.CLICK, w_w_c_b_dialog.open, None)
m_table.td(w_w_c_b, style=td_style)
m_l_a_b = gui.Button("Click me")
m_l_a_b_dialog = MachineLearningAnalysis()
m_l_a_b.connect(gui.CLICK, m_l_a_b_dialog.open, None)
m_table.td(m_l_a_b, style=td_style)
##################################
main_frame.add(m_table, 70, 120)
app.run(main_frame)
def load(self):
# Create the top level widget
self._app = gui.Desktop(theme = gui.Theme("media/menu/defaultTheme"))
self._app.connect(gui.QUIT, self._noteWars.quit)
# Create a table to organise our menu
highScoreTable = gui.Table()
spaceLabel = gui.Label(' | ')
# Add the table header
highScoreTable.tr()
highScoreTable.td(gui.Label("Song"))
highScoreTable.td(spaceLabel)
highScoreTable.td(gui.Label("Name"))
highScoreTable.td(spaceLabel)
highScoreTable.td(gui.Label("Score"))
highScoreTable.td(spaceLabel)
highScoreTable.td(gui.Label("Date"))
# Load high scores into table
highScores = self._loadHighScores()
for highScore in highScores:
highScoreTable.tr()
highScoreTable.td(gui.Label(highScore[0]))
highScoreTable.td(spaceLabel)
highScoreTable.td(gui.Label(highScore[1]))
highScoreTable.td(spaceLabel)
highScoreTable.td(gui.Label(str(highScore[2])))
highScoreTable.td(spaceLabel)
highScoreTable.td(gui.Label(highScore[3]))
# Add a gap
highScoreTable.tr()
highScoreTable.td(gui.Label(), colspan=8)
# Add a back button
backButton = gui.Button("Return to main menu")
backButton.connect(gui.CLICK, self._displayMainMenu)
highScoreTable.tr() # New table row
highScoreTable.td(backButton, colspan = 8)
# Add the menu to the top level widget
self._app.init(highScoreTable)
# Signify that the high score menu is visible
self._isVisible = True
def __init__(self, game_screen):
self._screen = game_screen
self._app = gui.Desktop()
self._app.connect(gui.QUIT, self._app.quit, None)
self._table = gui.Table()
self._table.tr()
self._table.td(gui.Label("Select Player"))
self._select = gui.Select()
self._select.add("Arythrea", player.ARYTHREA)
self._table.tr()
self._table.td(self._select)
self._table.tr()
button = gui.Button("Start Solo Game")
self._table.td(button)
button.connect(gui.CLICK, self._commit_values)
def main_function():
# On évite PGU pour Michel
if len(sys.argv) >= 4 and sys.argv[1] == "--michel":
ip = sys.argv[2]
port = int(sys.argv[3])
jeu(ip, port)
else:
app = gui.Desktop(theme=gui.Theme("data/themes/clean"))
app.connect(gui.QUIT, app.quit, None)
table = gui.Table()
# Titre
table.tr()
table.td(gui.Label("Connexion au serveur"), colspan=4)
# IP
table.tr()
table.td(gui.Label("IP :"))
champ_ip = gui.Input(value="127.0.0.1", size=15)
table.td(champ_ip, colspan=3)
# Port d'écoute
table.tr()
table.td(gui.Label("Port : "))
champ_port = gui.Input(value="8888", size=5)
table.td(champ_port, colspan=3)
# Bouton connexion
table.tr()
bouton_conn = gui.Button("Connexion")
table.td(bouton_conn)
def lancer_jeu(valeurs):
(ip, port) = valeurs
jeu(ip.value, int(port.value))
sys.exit(0)
bouton_conn.connect(gui.CLICK, lancer_jeu, (champ_ip, champ_port))
app.run(table)
def help():
global Window, Frame, input_from_user
#Saves changes on the input
input_from_user = textarea_code.value
#App over toolbar
second_app = gui.Desktop(screen=Window, area=Frame)
my_container2 = gui.Container(width=670, height=500)
second_app.connect(gui.QUIT, second_app.quit, None)
second_app.connect(gui.QUIT, app.quit, None)
#Exit button
cancel_btn = gui.Button("Regresar")
cancel_btn.connect(gui.CLICK, second_app.quit, None)
cancel_btn.connect(gui.CLICK, app.quit, None)
#Add items to container
my_container2.add(
gui.Image(const.imagespath + "Instrucciones_Background.png"), 0, 0)
my_container2.add(cancel_btn, 575, 10)
second_app.run(my_container2)
pygame.display.flip()
def creationpopup(character):
app = gui.Desktop()
app.connect(gui.QUIT,app.quit,None)
c = gui.Table()
c.tr()
c.td(gui.Label("Character creation"),colspan=4)
c.tr()
c.td(gui.Label("Name :"))
w = gui.Input(value='noname',size=8)
c.td(w,colspan=3)
c.tr()
def doneit():
character.name=w.value
btn = gui.Button("Done")
btn.connect(gui.CLICK,doneit)
btn.connect(gui.CLICK,app.quit)
c.tr()
c.td(btn,colspan=4)
app.run(c)
def levelup(self):
self.lvl += 1
self.xp -= 100
app = gui.Desktop()
app.connect(gui.QUIT, app.quit, None)
c = gui.Table()
c.tr()
c.td(gui.Label("Character levelup"), colspan=4)
c.tr()
c.td(gui.Label("Name :" + self.name))
c.tr()
c.td(gui.Label("Level :" + str(self.lvl)))
c.tr()
c.td(gui.Label("Strength " + str(self.strength)))
c.td(gui.Label("Spirit " + str(self.spirit)))
c.td(gui.Label("Agility " + str(self.agility)))
c.tr()
g = gui.Group(value=1)
c.td(gui.Radio(g, value=1))
c.td(gui.Radio(g, value=2))
c.td(gui.Radio(g, value=3))
def doneit():
if globalconst.DEBUG:
print g.value
if g.value == 1:
self.strength += 1
self.healthmax = 5 * self.strength
if g.value == 2:
self.spirit += 1
self.energymax = 5 * (self.strength + self.spirit +
self.agility)
if g.value == 3:
self.agility += 1
btn = gui.Button("Done")
btn.connect(gui.CLICK, doneit)
btn.connect(gui.CLICK, app.quit)
c.tr()
c.td(btn, colspan=4)
app.run(c)
def update(self):
if self.health < 0:
self.health = 0
if self.energy < 0:
self.energy = 0
if self.health == 0:
app = gui.Desktop()
app.connect(gui.QUIT, app.quit, None)
e = gui.Button("Game Over")
e.connect(gui.CLICK, app.quit, None)
c = gui.Table()
c.tr()
c.td(gui.Label(self.name))
c.td(gui.Label(str(self.lvl)))
c.tr()
c.td(e, colspan=2)
app.run(c)
self.kill()
if self.xp >= 100:
self.levelup()
if globalconst.DEBUG:
print self.lvl
if self.health < self.healthmax:
t = time.time()
if globalconst.DEBUG:
print t - self.restTime
if (t - self.restTime) > (
30 - (30 / 10) * math.log(self.agility, 2)
): #this calcul should be an attribut or such thing ...
self.health += self.spirit + self.strength
if self.health > self.healthmax:
self.health = self.healthmax
self.restTime = t
if self.health == self.healthmax and self.energy < self.energymax:
t = time.time()
if globalconst.DEBUG:
print t - self.restTime
if (t - self.restTime) > (5 -
(5 / 10) * math.log(self.agility, 2)):
self.energy += self.spirit
if self.energy > self.energymax:
self.energy = self.energymax
self.restTime = t
x, y = self.position
x += self.action[0] + self.action[1]
y += self.action[2] + self.action[3]
self.position = (x, y)
self.rect = self.image.get_rect()
self.rect.center = self.position
image = self.PILimage.copy()
manavoid = (float)(self.energymax - self.energy) / self.energymax
healthvoid = (float)(self.healthmax - self.health) / self.healthmax
beginPixelHealth = healthvoid * image.size[0]
beginPixelMana = manavoid * image.size[0]
beginPixelHealth = (int)(beginPixelHealth)
beginPixelMana = (int)(beginPixelMana)
boxhealth = (0, 0, image.size[0] - beginPixelHealth, 2)
boxmana = (0, 2, image.size[0] - beginPixelMana, 4)
healthbar = Image.new('RGB', (image.size[0] - beginPixelHealth, 2),
(0, 255, 0))
manabar = Image.new('RGB', (image.size[0] - beginPixelMana, 2),
(0, 0, 255))
image.paste(healthbar, boxhealth)
image.paste(manabar, boxmana)
#format==PNG
image = image.convert('RGBA')
imgstr = image.tostring()
self.image = pygame.image.fromstring(imgstr, image.size, 'RGBA')
self.event()
def main():
whereami = os.path.dirname(os.path.realpath(__file__))
# Parse arguments
p = argparse.ArgumentParser(description="A pygame GUI for Home Assistant.")
p_config = p.add_argument_group('Configuration')
p_config.add_argument('-c','--config',help="config file to use",required=True,type=argparse.FileType('r'))
p_config.add_argument('-f','--framebuffer',help="Use this framebuffer as output for the UI (defaults to window mode)",
default=None,type=str,metavar="/dev/fbX")
p_config.add_argument('-t','--touchscreen',help="Enable touchscreen integration. Use this as event input",
default=None,type=str,metavar="/dev/input/eventX")
p_config.add_argument('-n','--no-display',help="We don't have a display. Sets the SDL_VIDEODRIVER to \"dummy\". Usefull for testing",dest="dummy",action="store_true",
default=False)
p_homeassistant = p.add_argument_group('HomeAssistant'," (optional) Parameters to override the config file")
p_homeassistant.add_argument('-H','--homeassistant',default=None,help="The location of home-assistant",metavar="host.name")
p_homeassistant.add_argument('-p','--port',default=None,help="the port to use for home-assistant (default: 8123)",type=int)
p_homeassistant.add_argument('-k','--key',default=None,help="The api password to use (default: None)",type=str)
p_homeassistant.add_argument('-s','--ssl',help="Use ssl (default false)",default=False,action="store_true")
p_logging = p.add_argument_group('Logging'," (optional) Logging settings")
p_logging.add_argument('-v','--verbose',help="Log output",default=False,action="store_true")
p_logging.add_argument('-L','--logLevel',dest="logLevel",help="Log level to use (default: ERROR)",choices=["INFO","WARNING","ERROR","CRITICAL","DEBUG"],default="ERROR",type=str)
p_logging.add_argument('-l','--logfile',help="Instead of logging to stdout, log to this file",default=None)
args = p.parse_args();
# Setup logger
logFormatter = logging.Formatter("%(asctime)s [%(threadName)s:%(name)s] [%(levelname)-5.5s] %(message)s")
log = logging.getLogger("HUD")
log.setLevel(getattr(logging, args.logLevel.upper()))
if args.verbose:
if not args.logfile:
consoleHandler = logging.StreamHandler(sys.stdout)
consoleHandler.setFormatter(logFormatter)
log.addHandler(consoleHandler)
else:
fileHandler = logging.FileHandler(str(args.logfile))
fileHandler.setFormatter(logFormatter)
log.addHandler(fileHandler)
# Setup Home assistant config
log.info("Startup: Load config")
config = configparser.ConfigParser()
config.read(args.config.name)
print((config.sections()))
try:
haconfig = {
"host" : (args.homeassistant if args.homeassistant else config["HomeAssistant"]["Host"]),
"port" : (args.port if args.port else config["HomeAssistant"]["Port"]),
"ssl" : (args.ssl if args.ssl else config["HomeAssistant"]["SSL"]),
"key": (args.key if args.key else config["HomeAssistant"]["Password"])
}
except KeyError as e:
log.error("Cannot find section [{}] in config file '{}'!".format(str(e),str(args.config.name)))
exit(1)
# Setup home assistant connection
log.info("Startup: Create EventHandler")
hass = remote.API(haconfig['host'],haconfig['key'],haconfig['port'],haconfig['ssl'])
HAE = HAEventHandler(hass,settings=haconfig)
try:
validation = remote.validate_api(hass)
if str(validation) != "ok":
log.info("Startup: Successfully connected to HomeAssistant!")
raise Exception(validation)
except Exception as e:
log.error("hass connection verification failed: {}".format(str(validation)))
exit(1)
log.info("Startup: Setting screen")
if args.framebuffer:
log.info("Startup: Setting framebuffer")
os.putenv('SDL_VIDEODRIVER', 'fbcon')
os.putenv('SDL_FBDEV' , args.framebuffer)
if args.touchscreen:
log.info("Startup: Setting up touchscreen support")
os.putenv('SDL_MOUSEDRV' , 'TSLIB')
os.putenv('SDL_MOUSEDEV' , args.touchscreen)
if args.dummy:
os.putenv('SDL_VIDEODRIVER', 'dummy')
if args.framebuffer:
pygame_opts = FULLSCREEN | HWSURFACE | DOUBLEBUF
# ^UNTESTED!^
else:
pygame_opts = SWSURFACE
screen = pygame.display.set_mode((320,480),pygame_opts)
if args.touchscreen:
## Hide the mouse cursor if we have a touchscreen
pygame.mouse.set_visible(False)
log.info("Startup: Load Theme")
app = gui.Desktop(theme=gui.Theme(whereami+"/pgu.theme"))
app.connect(gui.QUIT,app.quit,None)
container=gui.Table(width=230,vpadding=0, hpadding=0)
for section in config.sections():
if section != "HomeAssistant":
log.info("Startup: Loading section {}".format(str(section)))
c = container
c.tr()
state = remote.get_state(hass,"group.{}".format(str(config[section]["group"])))
header = elements.rowHeader(hass,state,table=c)
HAE.add_listener(state.entity_id,header.set_hass_event)
c.td(header.draw(),align=-1)
c.tr()
if state == None:
log.warning("Startup: Unable to find group.{}".format(str(config[section]["group"])))
c.td(gui.Label("Startup: Unable to find group.{}".format(str(config[section]["group"]))))
else:
log.info("Startup: Fetching entity statusses")
# get all states from entities & add to the list if entity is not None (eg. not found)
entities = [e for e in [remote.get_state(hass,eid) for eid in state.attributes['entity_id']] if e != None]
for entity in entities:
log.info("Startup: Loading entity {}".format(entity.entity_id))
# Changeable, lights are hmmMMmmm
if (entity.domain == "light"):
row = elements.rowLight(hass,entity,last=(True if entity == entities[-1] else False),table=c)
log.info("Startup: Adding Event listener for {}".format(entity.entity_id))
HAE.add_listener(entity.entity_id,row.set_hass_event)
#row.draw()
c.td(row.draw(),align=-1)
elif (entity.domain in ('sensor','device_tracker')):
# widget = gui.Label("{} : {}".format(str(entity.name),str(entity.state)))
# c.td(widget)
row = elements.rowSensor(hass,entity,last=(True if entity == entities[-1] else False))
log.info("Startup: Adding Event listener for {}".format(entity.entity_id))
HAE.add_listener(entity.entity_id,row.set_hass_event)
c.td(row.draw(),align=-1)
c.tr()
container.td(gui.Spacer(height=4,width=320))
log.info("Startup: Load elements onto surface")
main = gui.Container(width=320,height=480)
header = elements.Header("Home Assistant",width=320,height=40)
main.add(header,0,0)
main.add(container,0,60)
# Start the EventDaemon
log.info("Startup: start HAEventHandler")
HAE.start()
RunPlease = True
while RunPlease:
try:
log.info("Start screen")
app.run(main,screen=screen )
except (KeyboardInterrupt, SystemExit):
log.warning("Got Exit or Ctrl-C. Stopping.")
RunPlease = False
pass
except AttributeError as e:
log.error("AttributeError, restarting")
pass
HAE.stop()
sys.exit(0)
'''
Simple example showing:
- Change to a custom theme.
- Using Table widget to arrange the menu.
'''
from pgu import gui
if __name__ == '__main__':
# Creating an App
app = gui.Desktop(theme=gui.Theme('clean'))
# Creating the widgets
label1 = gui.Label('Mi super juego')
#label1.background = gui.Color((255,255,255), width=100,height=100)
button1 = gui.Button('Testing')
button2 = gui.Button('Quit')
# Adding widgets to a container
container = gui.Table(width=500, height=500)
container.tr()
container.td(label1)
container.tr()
container.td(button1)
container.tr()
container.td(gui.Spacer(10, 50))
container.tr()
container.td(button2)
# Enabling quit, connecting the "quit" button's click event to the app's quit function.
button2.connect(gui.CLICK, app.quit, None)
pygame.display.flip()
if __name__ == "__main__":
# On évite PGU pour Michel
if len(sys.argv) >= 4 and sys.argv[1] == "--michel":
ip = sys.argv[2]
port = int(sys.argv[3])
if len(sys.argv) == 5:
nb = int(sys.argv[4])
else:
nb = 2
MyServer(localaddr=(ip, port), nb_joueurs=nb)
else:
# Les autres ont le droit à une interface jolie
app = gui.Desktop(title="coucou", theme=gui.Theme("data/themes/clean"))
app.connect(gui.QUIT, app.quit, None)
table = gui.Table()
# Titre
table.tr()
table.td(gui.Label("Config serveur"), colspan=4)
# IP du serveur
table.tr()
table.td(gui.Label("IP : "))
champ_ip = gui.Input(value="0.0.0.0", size=15)
table.td(champ_ip, colspan=3)
def init_gui():
#themes = cfg['theme'].split(",")
#gui.theme.load(themes)
#gui.theme.load(['default','tools'])
global top
top = gui.Desktop(theme=gui.Theme(['default', 'tools']))
def main():
whereami = os.path.dirname(os.path.realpath(__file__))
# Parse arguments
p = argparse.ArgumentParser(description="A pygame GUI for Home Assistant.")
p_config = p.add_argument_group('Configuration')
p_config.add_argument('-c',
'--config',
help="config file to use",
required=True,
type=argparse.FileType('r'))
p_config.add_argument('-f',
'--framebuffer',
help="Use this framebuffer as output for the UI\
(defaults to window mode)",
default=None,
type=str,
metavar="/dev/fbX")
p_config.add_argument('-t',
'--touchscreen',
help="Enable touchscreen integration.\
Use this as event input",
default=None,
type=str,
metavar="/dev/input/eventX")
p_config.add_argument('-n',
'--no-display',
help="We don't have a display. Sets the\
SDL_VIDEODRIVER to \"dummy\". Usefull for testing",
dest="dummy",
action="store_true",
default=False)
p_config.add_argument('--width',
help="The width of the display or window",
dest="width",
type=int,
default=False)
p_config.add_argument('--heigth',
help="The height of the display or window",
dest="height",
type=int,
default=False)
p_homeassistant = p.add_argument_group(
'HomeAssistant', " (optional) Parameters to override the config file")
p_homeassistant.add_argument('-H',
'--homeassistant',
default=None,
help="The location of home-assistant",
metavar="host.name")
p_homeassistant.add_argument('-p',
'--port',
default=None,
help="the port to use for home-assistant\
(default: 8123)",
type=int)
p_homeassistant.add_argument(
'-k',
'--key',
default=None,
help="The api password to use (default: None)",
type=str)
p_homeassistant.add_argument('-s',
'--ssl',
help="Use ssl (default false)",
default=False,
action="store_true")
p_logging = p.add_argument_group('Logging', " (optional) Logging settings")
p_logging.add_argument('-v',
'--verbose',
help="Log output",
default=False,
action="store_true")
p_logging.add_argument(
'-L',
'--logLevel',
dest="logLevel",
help="Log level to use (default: ERROR)",
choices=["INFO", "WARNING", "ERROR", "CRITICAL", "DEBUG"],
default="ERROR",
type=str)
p_logging.add_argument(
'-l',
'--logfile',
help="Instead of logging to stdout, log to this file",
default=None)
args = p.parse_args()
# Setup logger
logFormat = "%(asctime)s [%(threadName)s:%(name)s]\
[%(levelname)-5.5s] %(message)s"
logFormatter = logging.Formatter(logFormat)
log = logging.getLogger("HUD")
log.setLevel(getattr(logging, args.logLevel.upper()))
if args.verbose:
if not args.logfile:
consoleHandler = logging.StreamHandler(sys.stdout)
consoleHandler.setFormatter(logFormatter)
log.addHandler(consoleHandler)
else:
fileHandler = logging.FileHandler(str(args.logfile))
fileHandler.setFormatter(logFormatter)
log.addHandler(fileHandler)
# Setup Home assistant config
log.info("Startup: Load config")
config = configparser.ConfigParser()
config.read(args.config.name)
print(config.sections())
try:
haconfig = {
"host": (args.homeassistant if args.homeassistant else
config["HomeAssistant"]["Host"]),
"port":
(args.port if args.port else config["HomeAssistant"]["Port"]),
"ssl": (args.ssl if args.ssl else config["HomeAssistant"]["SSL"]),
"key":
(args.key if args.key else config["HomeAssistant"]["Password"])
}
except KeyError as e:
log.error("Cannot find section [{}] in config file '{}'!".format(
str(e), str(args.config.name)))
exit(1)
# Setup home assistant connection
log.info("Startup: Create EventHandler")
hass = remote.API(haconfig['host'], haconfig['key'], haconfig['port'],
haconfig['ssl'])
HAE = HAWebsocketEventHandler(settings=haconfig)
try:
validation = remote.validate_api(hass)
if str(validation) != "ok":
log.info("Startup: Successfully connected to HomeAssistant!")
raise Exception(validation)
except Exception as e:
log.error("hass connection verification failed: {}".format(
str(validation)))
exit(1)
# Start the EventDaemon
log.info("Startup: start HAWebsocketEventHandler")
HAE.start()
log.info("Startup: start EventWorker")
eventWorker.start(1, HAE)
log.info("Startup: Setting screen")
width = args.width
height = args.height
if args.framebuffer:
log.info("Startup: Setting framebuffer")
os.putenv('SDL_VIDEODRIVER', 'fbcon')
os.putenv('SDL_FBDEV', args.framebuffer)
if args.touchscreen:
log.info("Startup: Setting up touchscreen support")
os.putenv('SDL_MOUSEDRV', 'TSLIB')
os.putenv('SDL_MOUSEDEV', args.touchscreen)
if args.dummy:
os.putenv('SDL_VIDEODRIVER', 'dummy')
if args.framebuffer:
pygame_opts = FULLSCREEN | HWSURFACE | DOUBLEBUF
# ^UNTESTED!^
else:
pygame_opts = SWSURFACE
screen = pygame.display.set_mode((width, height), pygame_opts)
if args.touchscreen:
# Hide the mouse cursor if we have a touchscreen
pygame.mouse.set_visible(False)
pygame.display.set_caption("HUD")
screen.fill([200, 200, 200])
pygame.display.update()
log.info("Startup: Load Theme")
app = gui.Desktop(theme=gui.Theme(whereami + "/elements/pgu.theme"))
app.connect(gui.QUIT, app.quit, None)
timeout = 5
while timeout != 0:
if HAE.authenticated:
pygame_print("Connected. Loading view...", screen, 10, height / 2)
break
else:
timeout -= 1
log.info("Waiting for connection")
pygame_print("Connecting to home assistant", screen, 10,
height / 2)
time.sleep(1)
if not HAE.authenticated:
log.error("Connection failed")
pygame_print("Connection failed", screen, 10, height / 2)
time.sleep(2)
sys.exit(1)
view = renderer.renderConfig(remote.get_states(hass), width, height,
config, HAE)
RunPlease = True
while RunPlease:
try:
app.run(view, screen=screen)
except (KeyboardInterrupt, SystemExit):
log.warning("Got Exit or Ctrl-C. Stopping.")
RunPlease = False
pass
except AttributeError as e:
log.exception(e)
log.error("AttributeError, restarting")
sys.exit(1)
HAE.stop()
eventWorker.stop()
sys.exit(0)
def GuiSetup():
global app
global MotorMin, MotorMax
global LSlider, RSlider, FSlider, ASlider
global speedLbl, depLbl, preLbl, depInput
global pSwitch, Pbox, Ibox, Dbox
app = gui.Desktop()
app.connect(gui.QUIT, app.quit, None)
Main = gui.Table(width=900)
Main.tr()
# c.tr() makes a row
# c.td(component) creates a cell
# Top panel for displaying network status and emergancy options
n = gui.Table()
n.tr()
n.td(gui.Label("Network: Status"), height=40)
n.td(gui.Label(" "))
emergeButton = gui.Button("In Case of Emergency")
emergeButton.connect(gui.CLICK, emergeClick)
n.td(emergeButton)
#Make sub tabels to be put into c that hold seperate elements.
#tabel on the "west" side of the frame.
w = gui.Table()
w.tr()
#Radio button group
w.tr()
w1 = gui.Table()
w1.tr()
w1.td(gui.Label("PID Controls"), colspan=5, height=50)
w1.tr()
pidSwitch = gui.Switch(value=False)
pidSwitch.connect(gui.CLICK, arm_disarm_Component, 0)
w1.td(pidSwitch)
w1.td(gui.Label("Arm "))
w1.td(gui.Label(""), width=95, height=30)
pidButton1 = gui.Button("Hover")
pidButton1.connect(gui.CLICK, pidHover)
w1.td(pidButton1, align=1)
w.td(w1, align=-1)
w.tr()
w2 = gui.Table()
w2.tr()
depInput = gui.Input(size=6)
w2.td(depInput, align=-1)
w2.td(gui.Label("m "), align=-1, width=30, height=30)
pidButton2 = gui.Button("Go to depth")
pidButton2.connect(gui.CLICK, pidGoDepth)
w2.td(pidButton2, align=1)
w.td(w2, align=-1)
#Sliders to control coeficients
w.tr()
w3 = gui.Table()
#P
w3.tr()
#w3.td(gui.Label("Stable "))
Pbox = gui.Input(value="0", height=16, width=120)
w3.td(Pbox)
w3.td(gui.Label(" Quick"), align=-1)
#I
w3.tr()
#w3.td(gui.Label("Stable "))
Ibox = gui.Input(value="0", height=16, width=120)
w3.td(Ibox)
w3.td(gui.Label(" Accurate"), align=-1)
#D
w3.tr()
#w3.td(gui.Label("Cautious "))
Dbox = gui.Input(value="0", height=16, width=120)
w3.td(Dbox)
w3.td(gui.Label(" Responsive"), align=-1)
w.td(w3, align=-1)
#Restore PID defaults button
w.tr()
w4 = gui.Table()
w4.tr()
pidButton3 = gui.Button("Restore PID Defaults")
pidButton3.connect(gui.CLICK, pidDefault)
w4.td(pidButton3, valign=1)
w4.td(gui.Label(""), height=30)
## w4.tr()
## pidButton4 = gui.Button("Auto-Calibrate")
## pidButton4.connect(gui.CLICK, pidCalibrate)
## w4.td(pidButton4)
## w4.td(gui.Label(""), height = 30)
w.td(w4, align=-1)
#Second panel under top panel for depth, pressure, and subsytems label
w.tr()
w5 = gui.Table()
w5.tr()
w5.td(gui.Label("Depth "), height=30, align=-1)
depLbl = gui.Input("0", size=6)
w5.td(depLbl, align=1)
w5.td(gui.Label(" m"))
w5.tr()
w5.td(gui.Label("Pressure "), align=-1)
preLbl = gui.Input("0", size=6)
w5.td(preLbl, align=1)
w5.td(gui.Label(" kPa"))
w.td(w5, align=-1)
#Soleniod controls
w.tr()
w.td(gui.Label("Solenoid Controls "), height=30, align=-1)
w.tr()
w6 = gui.Table()
w6.tr()
sol0 = gui.Switch(false)
sol0.connect(gui.CLICK, fireSol, 0)
w6.td(sol0)
sol1 = gui.Switch(false)
sol1.connect(gui.CLICK, fireSol, 1)
w6.td(sol1)
sol2 = gui.Switch(false)
sol2.connect(gui.CLICK, fireSol, 2)
w6.td(sol2)
sol3 = gui.Switch(false)
sol3.connect(gui.CLICK, fireSol, 3)
w6.td(sol3)
sol4 = gui.Switch(false)
sol4.connect(gui.CLICK, fireSol, 4)
w6.td(sol4)
sol5 = gui.Switch(false)
sol5.connect(gui.CLICK, fireSol, 5)
w6.td(sol5)
sol6 = gui.Switch(false)
sol6.connect(gui.CLICK, fireSol, 6)
w6.td(sol6)
sol7 = gui.Switch(false)
sol7.connect(gui.CLICK, fireSol, 7)
w6.td(sol7)
sol8 = gui.Switch(false)
sol8.connect(gui.CLICK, fireSol, 8)
w6.td(sol8)
sol9 = gui.Switch(false)
sol9.connect(gui.CLICK, fireSol, 9)
w6.td(sol9)
w.td(w6, align=0)
w.tr()
w.td(gui.Label("0 1 2 3 4 5 6 7 8 9"), height=30, align=0)
# Center tabel that holds all the navigation data.
c = gui.Table()
#verticle sliders for motor bars and space for surface.
c.tr()
c1 = gui.Table()
c1.tr()
LSlider = gui.VSlider(value=0,
min=Motormin,
max=Motormax,
size=20,
height=120,
width=16)
RSlider = gui.VSlider(value=0,
min=Motormin,
max=Motormax,
size=20,
height=120,
width=16)
FSlider = gui.VSlider(value=0,
min=Motormin,
max=Motormax,
size=20,
height=120,
width=16)
ASlider = gui.VSlider(value=0,
min=Motormin,
max=Motormax,
size=20,
height=120,
width=16)
c1.td(LSlider, width=20, valign=1)
c1.td(RSlider, width=20, valign=1)
c1.td(gui.Label(" Surface "), height=180, width=240)
c1.td(FSlider, width=20, valign=1)
c1.td(ASlider, width=20, valign=1)
c1.tr()
c1.td(gui.Label("L"))
c1.td(gui.Label("R"))
c1.td(gui.Label(""))
c1.td(gui.Label("F"))
c1.td(gui.Label("A"))
c.td(c1)
# Motor duty cycle bar.
c.tr()
c2 = gui.Table()
c2.tr()
c2.td(gui.Label(" Motor Duty Cycle "), height=50, colspan=3, valign=1)
c2.tr()
c2.td(gui.Label("0 "), height=30)
MotormaxS = gui.HSlider(value=25,
min=0,
max=127,
size=20,
height=16,
width=120)
MotormaxS.connect(gui.CHANGE, setMotorMax, MotormaxS)
c2.td(MotormaxS)
c2.td(gui.Label(" 100"))
c.td(c2)
#motor configuration graphic
c.tr()
c3 = gui.Table()
c3.tr()
c3.td(gui.Label(""), height=30)
c3.tr()
c3.td(gui.Label(" Motor Configuration "))
c3.tr()
c3.td(gui.Label(" Surface "), height=150, width=150)
c3.tr()
c3.td(gui.Label(""), height=30)
c.td(c3)
#Radio Buttons for controling pitch and button for speed cycle.
c.tr()
c4 = gui.Table()
c4.tr()
pSwitch = gui.Switch(value=False)
pSwitch.connect(gui.CLICK, arm_disarm_Component, 4)
c4.td(pSwitch)
c4.td(gui.Label("Pitch on"))
c4.td(gui.Label(" "))
spdCycButton = gui.Button("Speed Cycle")
spdCycButton.connect(gui.CLICK, speedCycle)
c4.td(spdCycButton)
c4.tr()
speedLbl = gui.Input("1/1", size=4, align=1)
c4.td(speedLbl, colspan=4, align=1)
c.td(c4)
# East tabel for hold all the subsystems functions.
e = gui.Table(width=200)
e.tr()
e.td(gui.Label(" Subsystems "), height=50)
e.tr()
sysSelectGroup = gui.Group(value=0)
disarmRadio = gui.Radio(sysSelectGroup, value=0)
disarmRadio.connect(gui.CLICK, arm_disarm_Component, 5)
e0 = gui.Table()
e0.tr()
e0.td(disarmRadio, width=20)
e0.td(gui.Label("Disarm All"))
e.td(e0)
# Critter Getter functions.
e.tr()
e1 = gui.Table()
e1.tr()
e1a = gui.Table()
e1a.tr()
e1a.td(gui.Label("Critter Getter"), height=29, align=-1)
e1a.td(gui.Label(), width=30)
cgRadio = gui.Radio(sysSelectGroup, value=1)
cgRadio.connect(gui.CLICK, arm_disarm_Component, 1)
e1a.td(cgRadio)
e1a.td(gui.Label("Arm "))
e1a.td(gui.Label(""), height=29, width=20)
e1.td(e1a, align=-1)
e1.tr()
e1b = gui.Table()
e1b.tr()
e1b.td(gui.Label("Status: "), height=29, align=-1)
critLbl = gui.Input(size=15)
e1b.td(critLbl)
e1.td(e1b, align=-1)
e1.tr()
e1b = gui.Table()
e1b.tr()
cgButton1 = gui.Button("Flush")
cgButton2 = gui.Button("Extend")
cgButton1.connect(gui.CLICK, operateWC, 1)
cgButton2.connect(gui.CLICK, operateWC, 2)
e1b.td(cgButton1)
e1b.td(gui.Label(""), height=29)
e1b.td(cgButton2)
e1.td(e1b, align=-1)
e.td(e1, height=120, align=-1)
#Water Collecter functions.
e.tr()
e2 = gui.Table()
e2.tr()
e2a = gui.Table()
e2a.tr()
e2a.td(gui.Label("Water Collecter"), height=29, align=-1)
e2a.td(gui.Label(), width=30)
wcRadio = gui.Radio(sysSelectGroup, value=2)
wcRadio.connect(gui.CLICK, arm_disarm_Component, 2)
e2a.td(wcRadio)
e2a.td(gui.Label("Arm "))
e2a.td(gui.Label(""), height=29, width=20)
e2.td(e2a, align=-1)
e2.tr()
e2b = gui.Table()
e2b.tr()
e2b.td(gui.Label("Status: "), height=29, align=-1)
wcLbl = gui.Input(size=15)
e2b.td(wcLbl)
e2.td(e2b, align=-1)
e2.tr()
e2c = gui.Table()
e2c.tr()
wcButton = gui.Button("Operate")
e2c.td(wcButton, height=29)
e2.td(e2c, align=-1)
e.td(e2, height=120, align=-1)
#Cap and trade functions.
e.tr()
e3 = gui.Table()
e3.tr()
#CandTarm_disarm = gui.Group(value = 2)
e3a = gui.Table()
e3a.tr()
e3a.td(gui.Label("Cap and Trade"), height=29, align=-1)
e3a.td(gui.Label(), width=30)
ctRadio = gui.Radio(sysSelectGroup, value=3)
ctRadio.connect(gui.CLICK, arm_disarm_Component, 3)
e3a.td(ctRadio)
e3a.td(gui.Label("Arm "))
e3a.td(gui.Label(""), height=29, width=20)
e3.td(e3a, align=-1)
e3.tr()
e3b = gui.Table()
e3b.tr()
e3b.td(gui.Label("Status: "), height=29, align=-1)
ctLbl = gui.Input(size=15)
e3b.td(ctLbl)
e3.td(e3b, align=-1)
e3.tr()
ctButton1 = gui.Button("Operate")
e3.td(ctButton1, height=29, align=-1)
e.td(e3, height=120, align=-1)
#put it together.
Main.tr()
Main.td(n, colspan=3)
Main.tr()
Main.td(gui.Label(""), height=30)
Main.tr()
Main.td(w, valign=-1)
Main.td(c, valign=-1)
Main.td(e, valign=-1)
Main.tr()
Main.td(gui.Label(""), height=30)
app.init(Main) #Main is main tabel.
def start(self, score):
self.highEnd = 0
clock = pygame.time.Clock()
if (score > 0):
position = self.myScores.check(score)
if (position != None):
app = gui.Desktop()
app.connect(gui.QUIT, app.quit, None)
main = gui.Container(
width=500, height=400) #, background=(220, 220, 220) )
positionText = "You are " + PositionText(
position) + " on the High Score table!!"
main.add(gui.Label(positionText, cls="h1"), 20, 20)
td_style = {'padding_right': 10}
t = gui.Table()
t.tr()
t.td(gui.Label('Type your name:'), style=td_style)
userName = gui.Input()
t.tr()
t.td(userName, style=td_style)
b = gui.Button("Done")
b.connect(gui.CLICK, app.quit, None)
t.td(b, style=td_style)
main.add(t, 20, 100)
app.run(main)
if (userName.value != ""):
position = self.myScores.submit(score,
userName.value[0:15], None)
else:
app = gui.Desktop()
app.connect(gui.QUIT, app.quit, None)
main = gui.Container(
width=500, height=400) #, background=(220, 220, 220) )
main.add(
gui.Label("Sorry you didn't get a high score", cls="h1"),
20, 20)
td_style = {'padding_right': 10}
t = gui.Table()
t.tr()
b = gui.Button("Done")
b.connect(gui.CLICK, app.quit, None)
t.td(b, style=td_style)
main.add(t, 20, 100)
app.run(main)
#Draw background
pygame.draw.rect(self.screen, (255, 255, 255),
pygame.Rect(0, 0, self.SCREEN_W, self.SCREEN_H))
#Draw Highscore Table
self.scoretable = ""
#data contains the html to be parsed on to the screen. This section sets up the table and the table headers
data = "<table border=1 width=100% align='center' style='border:1px; border-color: #000088; background: #ccccff; margin: 20px; padding: 20px;'>"
data += "<tr><td width=100%><b>Position</b></td><td width=100%><b>Player</b></td><td width=100%><b>Score</b></td></tr>"
count = 0
#Iterate each item in the high score list and add each as a row to the table
for e in self.myScores:
data += "<tr>"
data += "<td>"
data += PositionText(count)
data += "</td>"
data += "<td>"
data += e.name
data += "</td>"
data += "<td>"
data += str(e.score)
data += "</td>"
data += "</tr>"
count = count + 1
#Close the table
data += "</table>"
#Now that we've finished readin from the highscores, save it back to the .txt file
self.hiScore.save()
#Display the table until the user exits
while (self.highEnd == 0):
self.__handleUserInteraction()
html.write(self.screen, self.font, pygame.Rect(300, 25, 700, 700),
data)
pygame.display.flip()
pygame.event.clear()
return self.highEnd
def gen_gui(self):
from omnitool.shared import theme, lang, exit_prog
from omnitool.pgu_override import Quitbutton
pygame.display.init()
pygame.display.set_caption("Maze World Generator")
app = gui.Desktop(theme=theme)
main = gui.Table(width=800)
app.connect(gui.QUIT, exit_prog, None)
main.td(gui.Label("Maze Blocks: "))
tileFrom = gui.List(300, 150)
for tile in db.tiles:
if db.tiles.index(tile) not in db.multitiles and db.tiles.index(
tile) in clib.data:
tileFrom.add(gui.Label(tile), value=db.tiles.index(tile))
main.td(tileFrom)
# main.td(gui.Label("Light up maze?"))
# polkaDotButton = (gui.Switch(False))
# main.td(polkaDotButton)
main.tr()
main.td(gui.Label("Maze BackWalls: "))
tileInto = gui.List(300, 150)
for wall in db.walls:
if db.walls.index(wall) in clib.walldata:
tileInto.add(gui.Label(wall), value=db.walls.index(wall))
main.td(tileInto)
# main.td(gui.Label("View generation?"))
viewGenButton = (gui.Switch(False))
# main.td(viewGenButton)
main.tr()
main.td(gui.Label("World Size: "))
size = gui.List(110, 50)
size.add("Tiny", value=3)
size.add("Small", value=0)
size.add("Medium", value=1)
size.add("Large", value=2)
main.td(size)
main.td(gui.Label("Complexity: "))
scale = gui.List(110, 50)
scale.add("Insane", value=3)
scale.add("Medium", value=6)
scale.add("Easy", value=9)
main.td(scale)
main.tr()
main.td(Quitbutton(app, lang.pt_start), colspan=4)
app.run(main)
pygame.display.quit()
self.tileFrom = clib.data[tileFrom.value]
self.tileInto = clib.walldata[tileInto.value]
self.size2 = size.value
self.scale2 = scale.value
self.viewGen = viewGenButton.value
def run(main=None):
from omnitool.shared import lang, theme, exit_prog, __version__
from omnitool.pgu_override import Quitbutton
pygame.display.init()
pygame.display.set_caption("Planetoids & Terra Generator")
if main == None:
app = gui.Desktop(theme=theme)
main = gui.Table()
app.connect(gui.QUIT, exit_prog, None)
else:
main = gui.Table()
app = gui.Dialog(gui.Label("Planetoids and Terra Generator"), main)
main.td(gui.Label(lang.pt_name), align=-1)
nameinput = gui.Input("Planetoids OT-V" + str(__version__), width=237)
main.td(nameinput, colspan=2)
main.tr()
main.td(gui.Label(lang.pt_mode), align=-1)
method = gui.Select(width=250)
method.add(lang.pt_small, (1, 0))
method.add(lang.pt_medium, (2, 0))
method.add(lang.pt_large, (3, 0))
method.add(lang.pt_square, (4, 0))
method.add(lang.pt_both, (3, 1))
method.add(lang.pt_square_terra, (4, 2))
method.value = (3, 0)
main.td(method, colspan=2)
main.tr()
main.td(gui.Label(lang.pt_start_sel), align=-1)
time = gui.Select(width=250)
time.add(lang.pt_morning, 2)
time.add(lang.pt_day, 1)
time.add(lang.pt_night, 3)
time.add(lang.pt_bloodmoon, 4)
time.value = 1
main.td(time, colspan=2)
main.tr()
main.td(gui.Spacer(1, 24))
main.tr()
main.td(gui.Label(lang.pt_extras), align=-1, colspan=3)
main.tr()
main.td(gui.Label(lang.pt_sun), align=-1)
darkness = gui.Switch()
darkness.value = True
main.td(darkness, colspan=2)
main.tr()
main.td(gui.Label(lang.pt_atlantis), align=-1)
atlantis = gui.Switch()
atlantis.value = False
main.td(atlantis, colspan=2)
main.tr()
main.td(gui.Label(lang.pt_merchant), align=-1)
merch = gui.Switch()
merch.value = True
main.td(merch, colspan=2)
main.tr()
main.td(gui.Label(lang.pt_lloot), align=-1)
loot = gui.Switch()
loot.value = False
main.td(loot, colspan=2)
main.tr()
main.td(gui.Label("Hardmode:"), align=-1)
hard = gui.Switch()
hard.value = False
main.td(hard, colspan=2)
main.tr()
main.td(gui.Label(lang.pt_mirror), align=-1)
mirror = gui.Switch()
mirror.value = False
main.td(mirror, colspan=2)
main.tr()
# main.td(gui.Label(lang.pt_pre), align = -1)
pre = gui.Switch()
pre.value = False
#main.td(pre, colspan = 2)
#main.tr()
main.td(gui.Spacer(1, 12))
main.tr()
main.td(Quitbutton(app, lang.pt_start), colspan=3)
main.tr()
main.td(gui.Spacer(1, 12))
if app.__class__.__name__ == "Desktop":
app.run(main)
pygame.display.quit()
return (nameinput.value, method.value, time.value, darkness.value,
atlantis.value, merch.value, loot.value, hard.value,
mirror.value, pre.value)
else:
app.open()
def genGui(self):
from omnitool import themename, Theme, lang, exit_prog
theme = Theme(themename)
class Quitbutton(gui.Button):
def __init__(self, value="Finish"):
gui.Button.__init__(self, value, width=60, height=40)
try:
self.connect(gui.CLICK, app.quit, None)
except AttributeError:
self.connect(gui.CLICK, app.close, None)
pygame.display.init()
pygame.display.set_caption("Header Modifier")
app = gui.Desktop(theme=theme)
main = gui.Table(width=300)
app.connect(gui.QUIT, exit_prog, None)
main.td(gui.Label("Spawn Point: "))
X = gui.Input(value=self.header["spawn"][0], size=5)
Y = gui.Input(value=self.header["spawn"][1], size=4)
main.td(X)
main.td(Y)
main.tr()
main.td(gui.Label("Hardmode: "))
hardmode = gui.Switch(self.header["hardmode"])
main.td(hardmode)
main.td(gui.Label("Day: "))
daytime = gui.Switch(self.header["is_day"])
main.td(daytime)
main.tr()
main.td(gui.Label("Eye of Cthulhu killed: "))
eoc = gui.Switch(self.header["bosses_slain"][0])
main.td(eoc)
main.td(gui.Label("Eater of Worlds killed: "))
eow = gui.Switch(self.header["bosses_slain"][1])
main.td(eow)
main.tr()
main.td(gui.Label("Skeletron killed: "))
skelly = gui.Switch(self.header["bosses_slain"][2])
main.td(skelly)
main.td(gui.Label("Saved Goblin Tinkerer: "))
tinkerbell = gui.Switch(self.header["npcs_saved"][0])
main.td(tinkerbell)
main.tr()
main.td(gui.Label("Saved Mechanic: "))
mech = gui.Switch(self.header["npcs_saved"][1])
main.td(mech)
main.td(gui.Label("Saved Wizard: "))
wizziewizz = gui.Switch(self.header["npcs_saved"][2])
main.td(wizziewizz)
main.tr()
main.td(gui.Label("Bloodmoon: "))
bloodz = gui.Switch(self.header["is_bloodmoon"])
main.td(bloodz)
main.td(gui.Label("World Name: "))
worldName = gui.Input(value=self.header["name"], size=8)
main.td(worldName)
main.tr()
main.td(gui.Label("Invasion Type: "))
# invasion = gui.Select()
#invasion.add("None",0)
#invasion.add("Goblin Invasion",1)
#invasion.add("Frost Legion",2)
invType = gui.List(110, 50)
invType.add("None", value=0)
invType.add("Goblin Invasion", value=1)
invType.add("Frost Legion", value=2)
if invType.value == None:
invType.value = 0
#main.td(invasion)
main.td(invType)
main.td(gui.Label("Invasion Amount (0-1000): "))
invSize = (gui.Input(value=self.header["gob_inv_size"], size=8))
main.td(invSize)
main.tr()
main.tr()
main.td(Quitbutton(), colspan=4)
app.run(main)
pygame.display.quit()
bosses = (int(eoc.value), int(eow.value), int(skelly.value))
npcSaved = (int(tinkerbell.value), int(mech.value),
int(wizziewizz.value))
self.header["spawn"] = (int(X.value), int(Y.value))
self.header["hardmode"] = int(hardmode.value)
self.header["is_day"] = int(daytime.value)
self.header["bosses_slain"] = bosses
self.header["is_bloodmoon"] = int(bloodz.value)
self.header["name"] = worldName.value
self.header["gob_inv_size"] = int(invSize.value)
self.header["gob_inv_type"] = int(invType.value)
self.header["npcs_saved"] = npcSaved
import pygame
from pygame.locals import *
# the following line is not needed if pgu is installed
import sys
sys.path.insert(0, "..")
from pgu import gui
# Load an alternate theme to show how it is done. You can also
# specify a path (absolute or relative) to your own custom theme:
#
# app = gui.Desktop(theme=gui.Theme("path/to/theme"))
#
app = gui.Desktop()
app.connect(gui.QUIT, app.quit, None)
##The table code is entered much like HTML.
##::
c = gui.Table()
c.tr()
c.td(gui.Label("Gui Widgets"), colspan=4)
def cb():
print("Clicked!")
btn = gui.Button("Click Me!")
def gen_gui(self):
#get theme, language and end process function from omnitool API
from omnitool.shared import lang, theme, exit_prog, exit_prog
from omnitool.pgu_override import Quitbutton
#initilize pygame renderer
pygame.display.init()
#set window title to Flatworld, from language file
pygame.display.set_caption(lang.flat)
#application interface
app = gui.Desktop(theme=theme)
#main container, table
main = gui.Table(width=800)
#connect the QUIT event with Omnitool API exit_prog
app.connect(gui.QUIT, exit_prog, None)
#add label size to table
main.td(gui.Label(lang.fw_size))
#size drop down selection
size = gui.Select(width=300)
size.add(lang.fw_tiny, 4)
size.add(lang.fw_small, 0)
size.add(lang.fw_medium, 1)
size.add(lang.fw_large, 2)
size.add(lang.fw_square, 3)
size.value = 0
#add it to the table
main.td(size)
#surface label
main.td(gui.Label(lang.fw_surf))
surf = [
"Grass Block", "Corrupt Grass Block", "Jungle Grass Block",
"Mushroom Grass Block", "Hallowed Grass Block"
]
#surface drop down menu
sur = gui.Select(width=300)
sur.add("None", None)
for grass in surf:
sur.add(grass, tiles.index(grass))
sur.value = None
#add surface selection to table
main.td(sur)
#go to next line in table
main.tr()
#add tile label to table
main.td(gui.Label(lang.fw_tile))
#create tile list
tiles_ = gui.List(300, 150)
for tile in tiles:
if tiles.index(tile) not in multitiles:
tiles_.add(gui.Label(tile), value=tiles.index(tile))
#add tile list to table
main.td(tiles_)
#add wall label to table
main.td(gui.Label(lang.fw_wall))
#create wall list
guiwalls = gui.List(300, 150)
for wall in walls:
guiwalls.add(gui.Label(wall), value=walls.index(wall))
#add wall list to table
main.td(guiwalls)
#next row
main.tr()
#Generate! button
main.td(Quitbutton(app, lang.pt_start), colspan=4)
#run the application and open the window
app.run(main)
#when it's done, instruct pygame to clean up
pygame.display.quit()
#attach data to plugin, to be used in run()
self.surface = sur.value
self.wall = guiwalls.value
self.tile = tiles_.value
self.size = size.value
if self.wall == 0:
self.wall = None
"""<title>an example of html within gui</title>"""
import pygame
from pygame.locals import *
# the following line is not needed if pgu is installed
import sys
sys.path.insert(0, "..")
from pgu import gui
from pgu import html
app = gui.Desktop(width=780, height=500)
data = """
<h1>header 1</h1>
<h2>header 2</h2>
<h3>header 3</h3>
<p>this is normal <b>this is bold</b> <i>this is italic</i> <u>this is underline</u></p>
<table border=1 bgcolor='yellow' width=200 align=center>
<tr>
<th bgcolor='#ffffee'>pgu
<th bgcolor='red'>red
<th bgcolor='green'>green
<th bgcolor='blue'>blue
<tr>
<td bgcolor='white' border=1><img src='logo.gif'>
<td border=1 style='padding:4px'>things:<br>apples,<br>fire trucks,<br>crabs,<br>and cherries
<td border=1 style='padding:4px'>things: <ul>
<li>grass