def run (self):
# -- add data directory to python search path
sys.path.insert (0, "data")
# -- load quest tree
rpg.quest.get_state ()
# -- setup some quest events
factory = event.factory ()
# -- one that detects all changes to the children of Quest_1
capture_all_event = rpg.quest_event ("Quest_1.>")
listener = factory.add (capture_all_event)
listener.connect_callback ("quest_events", "event_callbacks", "capture_all")
# -- one that detects changes of Quest_1
quest_1_event = rpg.quest_event ("Quest_1")
listener = factory.add (quest_1_event)
listener.connect_callback ("quest_events", "event_callbacks", "quest_1")
# -- start completing quest steps
rpg.quest.set_completed ("Quest_1.Part_1.Step_3")
rpg.quest.set_completed ("Quest_1.Step_1")
# -- TODO: save and reload, then continue ...
# -- complete remaining quest steps
rpg.quest.set_completed ("Quest_1.Part_1.Step_5")
rpg.quest.set_completed ("Quest_1.Step_2")
rpg.quest.set_completed ("Quest_1.Part_1.Step_4")
return 0
def run(self):
# -- add data directory to python search path
sys.path.insert(0, "data")
# -- load quest tree
rpg.quest.load()
# -- setup some quest events
factory = event.factory()
# -- one that detects all changes to the children of Quest_1
capture_all_event = rpg.quest_event("Quest_1.>")
listener = factory.add(capture_all_event)
listener.connect_callback("quest_events", "event_callbacks",
"capture_all")
# -- one that detects changes of Quest_1
quest_1_event = rpg.quest_event("Quest_1")
listener = factory.add(quest_1_event)
listener.connect_callback("quest_events", "event_callbacks", "quest_1")
# -- start completing quest steps
rpg.quest.set_completed("Quest_1.Part_1.Step_3")
rpg.quest.set_completed("Quest_1.Step_1")
# -- TODO: save and reload, then continue ...
# -- complete remaining quest steps
rpg.quest.set_completed("Quest_1.Part_1.Step_5")
rpg.quest.set_completed("Quest_1.Step_2")
rpg.quest.set_completed("Quest_1.Part_1.Step_4")
return 0
def eventtest (self):
#Add data to the path
path = "data"
sys.path.insert (0, path)
self.init_modules (main.app.AUDIO)
self.sound = audio.sound('at-demo-1.ogg')
self.sound.play()
fty = event.factory ()
svd = 0
music = bgmusic()
# -- first event
ev1 = event.time_event ("0m30s")
ev1.set_repeat ("10m00s", -1)
lst = fty.add (ev1)
if not lst.connect_callback ("audio_events", "event_script", "timer", (music, )):
event_script_error()
# run for a while
while True:
base.Timer.update ()
event.date.update ()
audio.update ()
def __init__(self):
self.sound = None
self.sounds = [self.loadfile('at-demo-%x.ogg'%x) for x in range(2,10)]
self.fty = event.factory ()
for s in self.sounds:
# -- end of sound event
ev2 = audio.audio_event (s)
lst = self.fty.add (ev2)
if not lst.connect_callback ("audio_events", "event_script", "endsong", (self, )):
event_script_error()
def __init__(self, schedule):
"""
ctor
"""
# -- the map for this schedule
self.schedule = schedule
# -- The NPC map character instance ...
self.chr = schedule.get_owner()
self.fty = event.factory()
lst = self.fty.add(world.move_event(self.chr.map(), "NPC"))
lst.connect_callback("move_events", "move_test", "moving")
def __init__(self):
# -- init base class
item.item.__init__(self)
# -- we need an event factory for storing time events
self.Events = event.factory ()
# -- duration of a charge (as gametime format string)
self.Duration = "5m"
# -- flag to indicate whether the torch is on or off
self.IsBurning = 0
def __init__(self):
# -- init base class
item.item.__init__(self)
# -- we need an event factory for storing time events
self.Events = event.factory()
# -- duration of a charge (as gametime format string)
self.Duration = "5m"
# -- flag to indicate whether the torch is on or off
self.IsBurning = 0
def __init__ (self, schedule):
"""
ctor
"""
# -- the map for this schedule
self.schedule = schedule
# -- The NPC map character instance ...
self.chr = schedule.get_owner()
self.fty = event.factory()
lst = self.fty.add (world.move_event (self.chr.map(), "NPC"))
lst.connect_callback ("move_events", "move_test", "moving")
def eventtest(self):
filename = sys.path[0] + "/data/eventtest.data"
# -- add data directory to python search path
sys.path.insert(0, "data")
fty = event.factory()
svd = 0
# -- first event
ev1 = event.time_event("0m30s")
ev1.set_repeat("30s", 6)
lst = fty.add(ev1)
lst.connect_callback("time_events", "event_script", "callback_1",
("#1", 1))
# -- second event
ev2 = event.time_event("1m05s")
ev2.set_repeat("30s", 4)
lst = fty.add(ev2)
lst.connect_callback("time_events", "event_script", "callback_2")
# -- run for 3:20 gametime minutes
while event.date.time() < 200:
# -- save factory to disk
if event.date.time() == 100 and svd == 0:
print " Saving state"
record = base.diskio(base.diskio.GZ_FILE)
fty.put_state(record)
record.put_record(filename)
svd = 1
base.Timer.update()
event.date.update()
# -- resume with saved state
print " Returning to previously saved state"
fty.clear()
# -- need absolute filename for loading or file has to sit in
# Adonthell's search path
record = base.diskio(base.diskio.GZ_FILE)
record.get_record(filename)
success = fty.get_state(record)
if success == 1: print "OK"
else:
def eventtest (self):
filename = sys.path[0] + "/data/eventtest.data"
# -- add data directory to python search path
sys.path.insert (0, "data")
fty = event.factory ()
svd = 0
# -- first event
ev1 = event.time_event ("0m30s")
ev1.set_repeat ("30s", 6)
lst = fty.add (ev1)
lst.connect_callback ("time_events", "event_script", "callback_1", ("#1", 1))
# -- second event
ev2 = event.time_event ("1m05s")
ev2.set_repeat ("30s", 4)
lst = fty.add (ev2)
lst.connect_callback ("time_events", "event_script", "callback_2")
# -- run for 3:20 gametime minutes
while event.date.time () < 200:
# -- save factory to disk
if event.date.time () == 100 and svd == 0:
print " Saving state"
record = base.diskio (base.diskio.GZ_FILE)
fty.put_state (record)
record.put_record (filename)
svd = 1
base.Timer.update ()
event.date.update ()
# -- resume with saved state
print " Returning to previously saved state"
fty.clear ()
# -- need absolute filename for loading or file has to sit in
# Adonthell's search path
record = base.diskio (base.diskio.GZ_FILE)
record.get_record (filename)
success = fty.get_state (record)
if success == 1: print "OK"
else:
def __init__ (self, initiator, other):
self.factory = event.factory()
self.initiator = initiator
self.other = other
def __init__(self, initiator, other):
self.factory = event.factory()
self.initiator = initiator
self.other = other
