def perform_action(what):
global c, menu, menumusic, menulist, menupos, can_press_escape
try:
if what == 'play':
map.parsedata("inderion station")
menumusic.stop()
menu=False
menulist=list()
elif what == 'change language':
langlist=[]
for x in find_dirs("locale"):
langlist.append("language: "+x)
langlist.append("exit to main menu")
menulist=langlist
menupos=-1
speak(_("select a language"))
menu=True
can_press_escape=False
elif what[0:10] == "language: ":
language = what.replace("language: ", "")
global lang
lang=gettext.translation(language, localedir='locale', languages=[language])
lang.install()
auto.speak(_("language set to ")+_(language))
with open("locale/savedlng", "w") as f:
f.write(language)
main_menu()
elif what == "exit to main menu":
main_menu()
elif what == "exit":
exit()
except Exception as e:
log_add_entry("\r\n"+str(e), True)
def checkplatform():
try:
global jumping, WalkTime
if map.tile(me.x, me.y, me.z) != "" and jumping == 1:
if "wall" not in map.tile(me.x, me.y, me.z):
tempsplit=map.mytile().split("|")
landingsounds=list()
for x in tempsplit:
landingsounds.append("sounds/footsteps/"+x+"/landing/"+str(random.randint(1, len(find_files("sounds/footsteps/"+x+"/landing"))))+".wav")
for x in landingsounds:
landsound=oalOpen(x, ".wav")
landsound.set_source_relative(True)
sourcelist.append(landsound)
landsound.play()
jumping=0
WalkTime=MainWalkTime
global step
step=0
walktimer.restart()
global ascenddistance, descenddistance
ascenddistance=0
descenddistance=0
except Exception as e:
auto.speak("\r\nError acurd on landing: {0}".format(str(e)))
def cleanup():
try:
for a in sourcelist:
if a == None or a.get_state()==AL_STOPPED:
a.destroy()
sourcelist.remove(a)
except Exception as e:
auto.speak("\r\nError acurd on cleaning up sound sources: {0}".format(str(e)))
def mainmenu():
m=menu.menu()
m.add_item_tts("Start game","start")
m.add_item_tts("Exit game","exit")
obj=m.run("Main menu")
if obj.name=="start":
auto.speak("You selected start.")
time.sleep(2)
mainmenu()
def main_menu():
global menu, menulist, menupos, can_press_escape
reset()
menulist=['play', 'change language', 'exit']
menupos=-1
menu=True
can_press_escape=False
if menumusic.get_state() != AL_PLAYING:
menumusic.play()
auto.speak(_("Main menu. Select an item with up and down. Press enter to activate the item"))
def __init__(self, clicksound, edgesound, wrapsound, entersound, opensound, items, itempos=0, title="menu", fpscap=120): self.clicksound=clicksound self.edgesound=edgesound self.wrapsound=wrapsound self.entersound=entersound self.opensound=opensound self.itempos=itempos self.items=items auto.speak(title+". "+items[itempos]) # self.clock=pygame.time.Clock() self.fpscap=fpscap
def mainmenu():
m = menu.menu(select_sound="snd/Menu_Select.ogg",
move_sound="snd/Menu_Click.ogg",
disabled_text="This option is disabled.")
m.add_item_tts("Start game", "start")
m.add_item_tts("Exit game", "exit", enabled=False)
obj = m.run("Main menu")
if obj.name == "start":
auto.speak("You selected start.")
time.sleep(2)
mainmenu()
def falldown():
try:
if falltime.elapsed()>=60 and falling==1:
falltime.restart()
me.z-=1
global falldistance
falldistance+=1
if fallingwind.get_state() != AL_PLAYING:
fallingwind.play()
if fallingwind.gain<2.0:
fallingwind.set_gain(fallingwind.gain+0.01)
except Exception as e:
auto.speak("\r\nError acurd while falling down: {0}".format(str(e)))
def run(self): try: return self.loop() except Exception as e: auto.speak(str(e))
def log_add_entry(entry, should_speak=False, add_to_logger=False): if add_to_logger==True: log.add_entry(entry) logging.exception(entry) if should_speak: auto.speak(entry)
def speak(text):
try:
auto.speak(text)
except Exception as e:
auto.speak("Error on speaking a text: "+str(e))
#This example will show you how to speak a simple string through your currently selected screen reader
#import time, in order to delay the code while the screen reader speaks.
import time
#import the auto speaker from the speech module
from AGK.speech import auto
#speak the text.
auto.speak("This is a test.")
#Sleep so the speech has time to finish.
time.sleep(1)
def parsedata(mapname):
config = None
try:
config = configobj.ConfigObj("maps/" + mapname + ".map")
for m in config:
if m[0:7] == "console":
x = int(config[m]["x"])
y = int(config[m]["y"])
z = int(config[m]["z"])
name = config[m]["name"]
stations = config[m]["stations"].split(",")
consoles.append(console.console(x, y, z, name, stations))
if m[0:4] == "door":
x = int(config[m]["x"])
y = int(config[m]["y"])
z = int(config[m]["z"])
opensound = config[m]["opensound"]
closesound = config[m]["closesound"]
door.append(doors.door(x, y, z, opensound, closesound))
if m[0:4] == "wall":
x = int(config[m]["x"])
y = int(config[m]["y"])
z = int(config[m]["z"])
length = int(config[m]["length"])
side = int(config[m]["side"])
depth = int(config[m]["depth"])
spawn_tile(x, (x + side - 1), y, (y + -(length) + 1), z,
(z + depth), "wall")
if m[0:9] == "randomamb":
x = int(config[m]["x"])
y = int(config[m]["y"])
z = int(config[m]["z"])
sp = config[m]["sounds"].split(",")
time = int(config[m]["time"])
reference_distance = 1.0
rolloff_factor = 1.0
if "reference_distance" in config[m]:
reference_distance = float(config[m]["reference_distance"])
if "rolloff_factor" in config[m]:
rolloff_factor = float(config[m]["rolloff_factor"])
randomambs.append(
randomambience.RandomAmbience(x, y, z, sp, time,
reference_distance,
rolloff_factor))
if m[0:4] == "room":
roomx = int(config[m]["x"])
roomy = int(config[m]["y"])
roomz = int(config[m]["z"])
roomsound = config[m]["sound"]
roomtype = config[m]["type"]
roomlengthx = int(config[m]["lengthx"])
roomlengthy = int(config[m]["lengthy"])
roomdepth = int(config[m]["depth"])
if "description" in config[m]:
roomdesc = config[m]["description"]
spawn_room(roomx, (roomx + roomlengthx - 1), roomy,
(roomy + -(roomlengthy) + 1), roomz,
(roomz + roomdepth), roomsound)
spawn_tile(roomx, (roomx + roomlengthx - 1), roomy,
(roomy + -(roomlengthy) + 1), roomz,
(roomz + roomdepth), roomtype)
g.mapname = mapname
g.loaded = True
except Exception as e:
auto.speak("Error on parsing data: " + str(e))
#import
import pygame
from AGK.speech import auto
from AGK.mainframe import window, keyboard
#create a window.
w = window.window("test window")
w.show()
while 1:
#a test of key holder
if keyboard.down(pygame.K_a):
auto.speak("a")
if keyboard.pressed() == pygame.K_ESCAPE:
break
