class LazorTouch: def __init__(self): self.laser_ready = False self.vplayer = VideoPlayer() self.laser = Laser() self.buttons = None self.oldbuttons = None # poll interval in msec. 40 would be good in use, 1000 when testing gobject.timeout_add(1000, self.poll_laser) def poll_laser(self): if not self.laser_ready: self.laser_ready = self.laser.is_ready() # print 'poll - laser not ready' return True self.oldbuttons = self.buttons self.buttons = self.laser.scan() if(self.oldbuttons is None): self.oldbuttons = self.buttons # print 'poll - buttons: ' + str(self.buttons) for i in range(len(self.buttons)): # print 'idx ' + str(i) + " is " + str(self.buttons[i]) + " was " + str(self.oldbuttons[i]) if self.oldbuttons[i] is 0 and self.buttons[i] is 1: self.button_pressed(i) return True def button_pressed(self, number): print 'button ' + str(number) + " pressed!" self.vplayer.play_video(number)
def __init__(self): self.laser_ready = False self.vplayer = VideoPlayer() self.laser = Laser() self.buttons = None self.oldbuttons = None # poll interval in msec. 40 would be good in use, 1000 when testing gobject.timeout_add(1000, self.poll_laser)
def __init__(self, parent, size, clbEnd = None, eventparent = None):
"""Initiate the player
Arguments
parent -- the parent frame of this player
size -- a tuple containing the size of this player
clbEnd -- a callback that will be called when a media item has stopped playing
eventparent -- Tkinter object used for binding and generating events
"""
#Initiate widget
tki.Frame.__init__(self, parent, width = size[0], height = size[1], bg="black")
#self.grid(row = 0, column = 0)
self.grid_propagate(0)
self.rowconfigure(0, weight = 1)
self.columnconfigure(0, weight = 1)
self._clbEnd = clbEnd
self._currentMediaType = ''
self._clbClicked = None
if(eventparent is not None):
self._eventparent = eventparent
else:
self._eventparent = parent
l = tki.Label(self, bd = 0, highlightthickness = 0)
l.bind("<Button-1>", self._ehClick)
self._il = l
v = VideoPlayer(self, size[0], size[1])
v.bind("<Button-1>", self._ehClick)
self._video = v
self._media = None
self._initSound()
from flask import Flask, render_template, redirect, url_for, session, request
from flask_bootstrap import Bootstrap
from youtube import YouTubeApi
from videoplayer import VideoPlayer
api = YouTubeApi()
player = VideoPlayer()
users = {"admin": {"username": "******", "password": "******"}}
host = {"localhost": "127.0.0.1", "networkhost": "0.0.0.0"}
class Webserver():
app = Flask(__name__,
static_url_path='/static',
template_folder='templates')
Bootstrap(app)
def __init__(self, playlist):
player.init(playlist)
# sites
@app.route('/')
@app.route('/index')
def index(self=None):
return render_template('index.html')
@app.route('/admin')
def admin(self=None):
blank[480:720, :] = (0, 0, 0xff)
cv2.imshow("test", blank)
cv2.waitKey(0)
exit()
def attach_audio(afile, vfile):
os.system(
f"ffmpeg -i {vfile} -i {afile} -c copy -map 0:v:0 -map 1:a:0 final_{vfile}"
)
# test()
main_video = VideoClip(_G.SourceFilename)
player = VideoPlayer(main_video, _G.TrackbarName, _G.SourceFilename)
def main_loop():
player.start()
while not _G.FLAG_STOP and not player.is_ended():
player.update()
def terminate():
videoclip.termiante()
cv2.destroyAllWindows()
main_loop()
terminate()
import pygame
from videoplayer import VideoPlayer
import random
pygame.init()
# todo create GUOI bindings
screen = pygame.display.set_mode((500, 500))
video = VideoPlayer("a.mp4",
path="resources",
resolution=(500, 500),
position=(0, 0))
print(video.video_data)
video.play()
# try multiprocessing
clock = pygame.time.Clock()
press = False
lowest = 100000
highest = 0
loops = 0
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
print(highest)
print(lowest)
pygame.quit()
quit()
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_s:
if video.isplaying:
def __init__(self):
app = QApplication(sys.argv)
app.setApplicationName('OpenDev Player')
player = VideoPlayer()
player.show()
app.exec_()
def __init__(self, glade_file, css_file, dir_config):
VideoPlayer.__init__(self)
# store init parameters
self.glade_file = glade_file
self.css_file = css_file
self.dir_config = dir_config
# set up Glade builder
builder = Gtk.Builder()
builder.add_from_file(glade_file)
builder.connect_signals(self)
self.builder = builder
# get elements by ID
self.video_store = builder.get_object("video_store")
self.kinematic_store = builder.get_object("kinematic_store")
self.gesture_store = builder.get_object("gesture_store")
self.main_window = builder.get_object("main_window")
self.scale_video_position = builder.get_object("scale_video_position")
self.video_player = builder.get_object("video_player")
self.label_subject = builder.get_object("label_subject")
self.gesture_diagram_box = builder.get_object("gesture_diagram_box")
self.gesture_playlist_selection = builder.get_object("gesture_playlist_selection")
self.export_dialog = builder.get_object("export_dialog")
self.export_query = builder.get_object("export_query")
self.export_filetype_default = builder.get_object("export_filetype_default")
self.ksp_checkbuttons = builder.get_object("ksp_box").get_children()
# gui styling
css_provider = Gtk.CssProvider()
css_provider.load_from_path(css_file)
style_context = self.main_window.get_style_context()
screen = self.main_window.get_screen()
style_context.add_provider_for_screen(screen, css_provider, Gtk.STYLE_PROVIDER_PRIORITY_APPLICATION)
# gui binding
self.register("video_name", self.main_window, set_converter=lambda x: '{} - staej'.format(x) if x else 'staej')
self.register_widget("task_name", "label_task_name")
self.register_widget("video_name", "label_video_name")
self.register_widget("video_length", "label_video_length", set_converter=framesToMinutesStr)
self.register_widget("video_position", "scale_video_position")
self.register_widget("video_search", "entry_video_search")
playpause_image = builder.get_object("button_playpause").get_child()
self.register("video_playing", lambda value: playpause_image.set_from_icon_name(
'media-playback-pause' if value else 'media-playback-start', Gtk.IconSize.BUTTON))
self.register("app_status", builder.get_object("status").get_children()[0].get_child().get_children()[0])
self.app_status = READY
getGestureConverter = lambda n, f = str, d = '' : lambda value :\
([f(x[n] if n else i) for i, x in enumerate(self.gesture_spans) if
x[GESTURE_START] <= value // Gst.FRAME <= x[GESTURE_END]] or [d])[0]
self.getGestureIndex = getGestureConverter(None, int, 0)
self.register_widget("video_position", "current_gesture_name", set_converter=getGestureConverter(GESTURE_NAME))
self.register_widget("video_position", "current_gesture_start",
set_converter=getGestureConverter(GESTURE_START, framesToMinutesStr))
self.register_widget("video_position", "current_gesture_end",
set_converter=getGestureConverter(GESTURE_END, framesToMinutesStr))
self.register("video_position", self.updateTime)
self.register_widget("export_filename_filter")
self.register_widget("export_filename_filter_regex")
# gui additional
self.live_diagram = livediagram.LiveDiagram(builder.get_object("live_diagram"))
self.gesture_plot = TrajectoryPlot().pack_into(self.gesture_diagram_box)
self.main_window.show_all()
# set up video store filter
self.video_store.filter = self.video_store.filter_new()
builder.get_object("treeview_video").set_model(self.video_store.filter)
self.video_store.filter.set_visible_func(self.videoStoreFilter)
# get task list
self.tasks = dict()
for task in model.database.Task.select():
self.tasks[task.id] = task.name
# fill list view with video names
root_iter = self.video_store.get_iter_first()
video_store_tasks = dict()
for task_id in self.tasks :
video_store_tasks[task_id] = self.video_store.append(root_iter, [self.tasks[task_id], task_id, False])
for video in model.database.Video.select():
if video.file_name :
self.video_store.append(video_store_tasks[video.task_id], [video.file_name, video.id, True])
# set up gesture dict
self.gestures = dict()
for x in model.database.Gesture.select():
self.gestures[x.id] = x.description
self.gesture_spans = list()
# kinematics
self.kinematics = dict()
# which kinematics trajectory to display (MTM or PSM; MTM is default)
self.arm_type = 'mtm'
# finalization
self.main_window.show_all()
self.main_window.maximize()
self.main_window.set_title('staej')
self.onKspToggled(checkbox_only=True)
# init export dialog
self.export_dialog.set_transient_for(self.main_window)
self.export_dialog.set_modal(self.main_window)
#self.export_dialog.run()
#self.export_dialog.hide()
self.export_accordion = Accordion(self.builder.get_object('export_builder_accordion'), True)
def __init__(self):
self.init = False
self.gladefile = os.path.join(__location__, "gui/cave.glade")
self.builder = Gtk.Builder()
self.builder.add_from_file(self.gladefile)
# Automatically connect signals to functions defined above
self.builder.connect_signals(self)
#Set up the video tree
self.video_tree = self.builder.get_object("videoTreeView")
self.video_tree_manager = VideoTreeManager(self.video_tree, self)
#Set up the filter box
self.filter_box = self.builder.get_object("filterEntry")
#Create & link video display widget
self.video_box_container = self.builder.get_object("videoBox")
self.video_box = VideoBox(self)
self.video_box.show()
self.video_box_container.pack_start(self.video_box, True, True, 0)
#Create & Link timeline widget
self.timeline_box = self.builder.get_object("timelineBox")
self.timeline = Timeline(self)
self.timeline.show()
self.timeline_box.pack_start(self.timeline, True, True, 0)
self.timeline.cursor_change = self._change_frame #Register listener
self.video_box.length_listener = self.timeline.set_length #Register listener
#Initialize shared memory blocks for all cameras
CameraLink.preinit()
#Log playback
filter_file = os.path.expanduser(args.filter) if args.filter else ''
self.logplayer = LogPlayer(filter=filter_file)
# Get the main window
self.window = self.builder.get_object("caveWindow")
self.window.show()
#Initialize gtk's thread engine; add any threads after these lines
Gdk.threads_init()
GLib.threads_init()
#Start video player thread
self.video_player = VideoPlayer(self)
self.play_button = self.builder.get_object("playButton")
self.enable_button = self.builder.get_object("enableButton")
self.toggle_all_button = self.builder.get_object("toggleAllButton")
#Start video rendering thread
self.video_box.start_thread()
#Start video preview manager
self.video_preview_manager = VideoPreviewManager(
self.video_box.vmt) #link w/ video manager thread
self.video_preview_manager.register_callback(
self.timeline.preview_callback)
self.timeline.set_preview_manager(self.video_preview_manager)
#Create statusbar display thread
self.statusbar = StatusBarManager(self.builder.get_object("statusBar"))
self.statusbar.display("Welcome to CAVE!", 2)
self.db = None
self.loop_button = self.builder.get_object("loopButton")
#Load database file from arguments if present
if args.database:
self.load_db(args.database)
elif os.path.exists(os.path.expanduser(self.config_file)):
f = open(os.path.expanduser(self.config_file), "r")
self.load_db(f.read())
#Ctrl+C handling
def handler(signum, frame):
self.log.warning("INTERRUPT; stopping CAVE")
self.window_destroy(None)
signal.signal(signal.SIGTERM, handler)
signal.signal(signal.SIGINT, handler)
#This fairly pointless function is necessary to periodically wake up
#the gtk main thread to detect system interrupts even when not focused
#I believe this is due to a Gtk bug
GLib.timeout_add(500, lambda: True)
#Make the window more shrinkable
self.window.set_size_request(400, 400)
#Fire up the main window
self.log.info("Launching GUI. Welcome to CAVE!")
self.init = True
Gdk.threads_enter()
Gtk.main()
Gdk.threads_leave()
global ix, iy, drawing, mode
#Click
if event == cv2.EVENT_LBUTTONDOWN:
drawing = True
ix, iy = x, y
print("ix=", ix, "iy=", iy)
elif event == cv2.EVENT_LBUTTONUP:
drawing = False
if mode == True:
print("fx=", x, "fy=", y)
cv2.rectangle(frame, (ix, iy), (x, y), (0, 255, 255), 1)
player = VideoPlayer("video.mp4")
global px, py
drawing = False # true if mouse is pressed
mode = True # if True, draw rectangle. Press 'm' to toggle to curve
ix, iy = -1, -1
cv2.namedWindow('frame')
cv2.setMouseCallback('frame', draw_circle)
if __name__ == '__main__':
# 下面是使用PyQt5的固定用法
app = QApplication(sys.argv)
main_win = mainWin()
while (1):
if player.isStop == False:
import numpy as np
import re
import time
from videograbber import VideoGrabber
from videoplayer import VideoPlayer
import logger as Logger
# import encoder as encoder
# import buttons as buttons
log = Logger.new()
cam = VideoGrabber(0)
cam.start()
player = VideoPlayer(1)
player.start()
# available outputs to be rendered
outputs = [cam, player]
# output index
output = outputs[1]
draw_text = True
def destroy(args):
"""Exit the program."""
log.info("Closing app.")
cam.stop()
player.stop()
def __init__(self):
'''Initializes the client.'''
self.mode = "client"
self.oP = OutPipe("Client", 0)
self.eI = EngineInterface(objectMode=True)
self.vP = VideoPlayer()
self.sE = ScriptExecuter()
self.iR = InputReceiver()
self.l = Localizer(self)
self.pA = PhysicsApplicator(self)
self.sH = ShaderHandler()
self.nC = None
self.sE.addContext("Client", self)
self.cvars = {
#Low level settings
"cl_update": 1,
"cl_synced": 0,
"cl_addr": "0.0.0.0",
"cl_oport": 7777,
"cl_iport": 7778,
"cl_netlog": 0,
"cl_game": 0,
"cl_startscript": "",
"cl_master": 0,
"cl_predict": 1,
"cl_smooth": 0,
"cl_name": "Player",
"cl_password": "",
"cl_camera": "",
"cl_lockcontrols": 1,
"cl_showmouse": 1,
"cl_xsens": 50,
"cl_ysens": 50,
"cl_inverted": 0,
"cl_netping": 0,
#High level settings
"cl_language": "en",
"cl_subtitles": 1,
"cl_width": 1280,
"cl_height": 720,
"cl_fullscreen": 0,
"cl_motionblur": 0,
"cl_motionblur_amount": 0,
"cl_anisotropic": 1,
"cl_mipmap": "none",
"cl_vsync": "off",
"cl_musicvolume": 10,
"cl_dialogvolume": 10,
"cl_soundvolume": 10,
"cl_mastervolume": 10,
#Server shared settings
"sv_level": "",
"sv_gamemode": "",
"sv_game": 0,
"sv_background_red": 0,
"sv_background_green": 0,
"sv_background_blue": 0,
"sv_background_alpha": 0,
}
self.netVars = {}
self.chatMessages = []
self.interfaces = []
self.entities = []
self.level = None
self.gameEvents = []
self.updateNetwork()
#self.startLoop()
self.forceUpdateCVars()
self.keepAliveTicker = 0
self.trackedProperties = []
loadClient(self)
self.oP("Initialized.")
class Client(GameSide):
def __init__(self):
'''Initializes the client.'''
self.mode = "client"
self.oP = OutPipe("Client", 0)
self.eI = EngineInterface(objectMode=True)
self.vP = VideoPlayer()
self.sE = ScriptExecuter()
self.iR = InputReceiver()
self.l = Localizer(self)
self.pA = PhysicsApplicator(self)
self.sH = ShaderHandler()
self.nC = None
self.sE.addContext("Client", self)
self.cvars = {
#Low level settings
"cl_update": 1,
"cl_synced": 0,
"cl_addr": "0.0.0.0",
"cl_oport": 7777,
"cl_iport": 7778,
"cl_netlog": 0,
"cl_game": 0,
"cl_startscript": "",
"cl_master": 0,
"cl_predict": 1,
"cl_smooth": 0,
"cl_name": "Player",
"cl_password": "",
"cl_camera": "",
"cl_lockcontrols": 1,
"cl_showmouse": 1,
"cl_xsens": 50,
"cl_ysens": 50,
"cl_inverted": 0,
"cl_netping": 0,
#High level settings
"cl_language": "en",
"cl_subtitles": 1,
"cl_width": 1280,
"cl_height": 720,
"cl_fullscreen": 0,
"cl_motionblur": 0,
"cl_motionblur_amount": 0,
"cl_anisotropic": 1,
"cl_mipmap": "none",
"cl_vsync": "off",
"cl_musicvolume": 10,
"cl_dialogvolume": 10,
"cl_soundvolume": 10,
"cl_mastervolume": 10,
#Server shared settings
"sv_level": "",
"sv_gamemode": "",
"sv_game": 0,
"sv_background_red": 0,
"sv_background_green": 0,
"sv_background_blue": 0,
"sv_background_alpha": 0,
}
self.netVars = {}
self.chatMessages = []
self.interfaces = []
self.entities = []
self.level = None
self.gameEvents = []
self.updateNetwork()
#self.startLoop()
self.forceUpdateCVars()
self.keepAliveTicker = 0
self.trackedProperties = []
loadClient(self)
self.oP("Initialized.")
def forceUpdateCVars(self):
'''Forces all the cVars to run their updaters as though they had just been set.'''
for key in self.cvars.keys():
if not "sv_" == key[:3]:
self.configure(key, self.get(key), override=True)
self.oP("Force updated cVars.")
def configure(self, key, val, fromServer=False, override=False):
'''Configure a cVar.'''
changed = False
if key in self.cvars.keys() and (not "sv_" == key[:3] or fromServer):
#Switch for int
if type(self.cvars[key]) == type(0):
val = int(val)
#Used for functions
if type(self.cvars[key]) == type(self.configure):
self.cvars[key](val)
self.oP("CVar %s executed." % key)
else:
if val != self.cvars[key] or override:
changed = True
self.cvars[key] = val
self.oP("CVar %s configured to %s (%s)." %
(key, val, str(type(val)).replace(
"<class '", "").replace("'>", "")))
elif "sv_" == key[:3] and not fromServer and key in self.cvars.keys(
) and self.cvars[key] != val:
self.sendEvent(["SYSTEM", "CVARS", [key, val]])
self.oP("Asking server to change CVar %s." % key)
else:
self.oP("CVar %s not present." % key)
if changed:
self.updateGame(key)
def connectGame(self):
'''Connects to a game.'''
self.oP("Connecting to game.")
self.nC.connect((self.get("cl_addr"), self.get("cl_oport")))
self.configure("cl_game", 1)
self.configure("cl_synced", 0)
def disconnectGame(self):
'''Disconnects from a game.'''
self.oP("Disconnecting from a game.")
self.updateNetwork()
self.configure("cl_game", 0)
self.configure("cl_synced", 0)
self.configure("cl_update", 1)
self.oP("Disconnected from game.")
def updateGame(self, key):
'''Reacts to changes to the cVars.'''
if key == "cl_startscript":
self.sE.addContext("Client", self)
self.sE.execute(self.get("cl_startscript"))
elif key in ["cl_iport"]:
self.updateNetwork()
elif key == "cl_addr":
if self.get("cl_addr") == "0.0.0.0":
self.configure("cl_addr", "127.0.0.1")
elif key == "cl_name":
self.sendEvent(["SYSTEM", "NAME", self.get("cl_name")])
elif key == "sv_level" and not self.get("cl_master"):
if self.get("sv_game"):
self.setLevel(self.get("sv_level"))
elif key == "sv_game" and not self.get("cl_master"):
if self.get("sv_game"):
self.setLevel(self.get("sv_level"))
else:
self.endLevel()
elif key in [
"sv_background_red", "sv_background_green",
"sv_background_blue", "sv_background_alpha"
] and not self.get("cl_master"):
self.eI.setBackgroundColor((self.getBackgroundColor()))
elif key == "cl_width" or key == "cl_height":
self.eI.setResolution(self.get("cl_width"), self.get("cl_height"))
elif key == "cl_fullscreen":
self.eI.setFullscreen(self.get("cl_fullscreen"))
elif key == "cl_motionblur" or key == "cl_motionblur_amount":
self.eI.setMotionBlur(self.get("cl_motionblur"),
self.get("cl_motionblur_amount"))
elif key == "cl_anisotropic":
self.eI.setAnisotropic(self.get("cl_anisotropic"))
elif key == "cl_mipmap":
self.eI.setMipmapping(self.get("cl_mipmap"))
elif key == "cl_vsync":
self.eI.setVSync(self.get("cl_vsync"))
elif key == "cl_camera" and self.get("cl_camera") != "":
self.eI.setCamera(self.get("cl_camera"))
elif key == "cl_mastervolume":
launcher = self.eI.getGlobal("launcher")
if launcher:
launcher.sound.setMasterVolume(self.get("cl_mastervolume"))
elif key == "cl_musicvolume":
launcher = self.eI.getGlobal("launcher")
if launcher:
launcher.sound.setMusicVolume(self.get("cl_musicvolume"))
elif key == "cl_dialogvolume":
launcher = self.eI.getGlobal("launcher")
if launcher:
launcher.sound.setDialogVolume(self.get("cl_dialogvolume"))
elif key == "cl_soundvolume":
launcher = self.eI.getGlobal("launcher")
if launcher:
launcher.sound.setSoundVolume(self.get("cl_soundvolume"))
elif key == "cl_subtitles":
launcher = self.eI.getGlobal("launcher")
if launcher:
launcher.sound.subtitles = self.get("cl_subtitles")
elif key == "cl_language":
launcher = self.eI.getGlobal("launcher")
if launcher:
launcher.sound.language = self.get("cl_language")
elif key == "cl_lockcontrols":
self.iR.locked = self.get("cl_lockcontrols")
elif key == "cl_showmouse":
self.eI.setMouseState(self.get("cl_showmouse"))
elif key == "cl_xsens":
self.iR.xsens = self.get("cl_xsens")
elif key == "cl_ysens":
self.iR.ysens = self.get("cl_ysens")
elif key == "cl_inverted":
self.iR.inverted = self.get("cl_inverted")
elif key == "cl_predict":
self.iR.predict = self.get("cl_predict")
if not self.get("cl_predict"):
for GUID in self.pA.blacklistedGUIDs:
self.removeFromRotationBlacklist(GUID)
elif key == "cl_smooth":
self.pA.smooth = self.get("cl_smooth")
elif key == "cl_netlog":
if self.get("cl_netlog"):
self.nC.configure("DEBUG", True)
self.nC.configure("VERBOSE", True)
else:
self.nC.configure("DEBUG", False)
self.nC.configure("VERBOSE", False)
elif key == "cl_netping":
self.nC.pingcount = self.get("cl_netping")
def updateNetwork(self):
'''Update the network module for changes to port or addr'''
self.purgeNetwork()
self.nC = NetCore()
if self.get("cl_netlog"):
self.nC.configure("DEBUG", True)
self.nC.configure("VERBOSE", True)
else:
self.nC.configure("DEBUG", False)
self.nC.configure("VERBOSE", False)
self.nC.pingcount = self.get("cl_netping")
self.nC.configure("NAME", "Client")
self.nC.setProtocol("UDP")
self.nC.configure("PORT", self.get("cl_iport"))
self.nC.initialize()
def purgeNetwork(self):
'''Destroys the NetCore once and for all.'''
if self.nC:
self.nC.clear()
self.nC.destroy()
self.nC = None
def startGameRemote(self):
'''Used to connect to another person's game.'''
self.oP("Starting game (remote)...")
self.configure("cl_master", 0)
self.configure("cl_update", 1)
self.configure("cl_predict", 1)
self.connectGame()
def startGameFull(self):
'''Used if you want the lobby when you start up a game.'''
self.oP("Starting game (full)...")
self.configure("cl_master", 1)
self.configure("cl_update", 0)
self.configure("cl_predict", 0)
launcher = self.eI.getGlobal("launcher")
if launcher:
launcher.bootServer()
self.oP("Booted server from client (Full).")
self.configure("cl_addr", launcher.s.get("sv_addr"))
self.connectGame()
def startGameFast(self, level, gamemode, singleplayer=True):
'''Used if you want to go straight to the game, usually used for singleplayer.'''
self.oP("Starting game (fast)...")
self.configure("cl_master", 1)
self.configure("cl_update", 0)
self.configure("cl_predict", 0)
self.configure("cl_game", 1)
self.updateNetwork()
launcher = self.eI.getGlobal("launcher")
if launcher:
launcher.bootServer()
self.oP("Booted server from client (Fast).")
launcher.s.configure("sv_level", level)
launcher.s.configure("sv_gamemode", gamemode)
launcher.s.configure("sv_game", 1)
if singleplayer:
launcher.s.configure("sv_singleplayer", 1)
else:
launcher.s.configure("sv_singleplayer", 0)
self.configure("cl_addr", launcher.s.get("sv_addr"))
self.connectGame()
def endGame(self):
'''Ends the game instance and disconnects.'''
self.oP("Ending game session...")
self.disconnectGame()
self.endLevel()
launcher = self.eI.getGlobal("launcher")
if launcher and self.get("cl_master") and launcher.s:
launcher.s.quitGame()
launcher.s = None
def quitGame(self):
'''Quits the game completely.'''
self.oP("Shutting down...")
self.endGame()
self.purgeNetwork()
self.eI.quitGame()
def setMusic(self, music):
'''Sets the music track.'''
launcher = self.eI.getGlobal("launcher")
launcher.sound.playMusic(music)
self.oP("Set music to %s." % music)
def stopMusic(self):
'''Stops the music track.'''
launcher = self.eI.getGlobal("launcher")
launcher.sound.stopMusic()
self.oP("Stopped music.")
def playSound(self, sound, emitter=None):
'''Plays the sound.'''
launcher = self.eI.getGlobal("launcher")
if emitter:
launcher.sound.playSound(sound, emitter.gameObject)
else:
launcher.sound.playSound(sound)
self.oP("Started playing sound %s." % sound)
def stopSound(self, handle):
'''Stops a sound.'''
launcher = self.eI.getGlobal("launcher")
GUID, name = launcher.sound.stopSound(handle)
self.oP("Stopped sound %s." % name)
def stopSoundByGUID(self, GUID, name):
'''Stops a sound.'''
launcher = self.eI.getGlobal("launcher")
launcher.sound.stopSoundByGUID(GUID, name)
self.oP("Stopped sound %s." % name)
def playDialog(self, sound, emitter):
'''Plays a dialog line.'''
launcher = self.eI.getGlobal("launcher")
if emitter:
launcher.sound.playDialog(sound, emitter.gameObject)
else:
launcher.sound.playDialog(sound)
self.oP("Playing dialog %s." % sound)
def stopDialog(self, handle):
'''Stops a dialog line.'''
launcher = self.eI.getGlobal("launcher")
GUID, name = launcher.sound.stopDialog(handle)
self.oP("Stopped dialog %s." % name)
def stopDialogByGUID(self, GUID, name):
'''Stops a dialog line.'''
launcher = self.eI.getGlobal("launcher")
launcher.sound.stopDialogByGUID(GUID, name)
self.oP("Stopped dialog %s." % name)
def enableShader(self, index, name, mode):
'''Enables a shader as a filter for the entire screen.'''
self.sH.enableShader(index, name, mode)
def disableShader(self, index):
'''Disables a shader that was filtering the entire screen.'''
self.sH.disableShader(index)
def playVideo(self, video):
'''Plays a video.'''
self.vP.playVideo(video)
self.oP("Started video %s." % video)
def stopVideo(self):
'''Stops a video.'''
self.vP.stopVideo()
self.oP("Stopped video.")
def replaceMesh(self, ent, meshName):
'''Replaces the mesh of an Entity.'''
cR = self.load("Mesh", meshName)
name = cR.get("name")
resourcePath = cR.get("resourcePath")
self.loadLibrary("Mesh", resourcePath, mesh=True)
ent.gameObject.replaceMesh(meshName, True, True)
self.oP("Replaced mesh of %s with %s." % (ent.GUID, meshName))
def addInterface(self, name):
'''Adds an interface.'''
if not self.getInterfaceByName(name):
cR = self.load("UI", name)
name = cR.get("name")
resource = cR.get("resourcePath")
scriptName = cR.get("scriptPath")
#self.loadLibrary("UI", resource)
self.oP("Creating interface %s." % name)
self.interfaces.append(Interface(name, resource, scriptName))
else:
self.oP("Interface %s already exists, not created." % name)
def removeInterface(self, name):
'''Removes an interface.'''
interface = self.getInterfaceByName(name)
if interface:
self.oP("Removing interface %s." % name)
self.interfaces.remove(interface)
interface.kill()
def removeAllInterfaces(self):
'''Removes all interfaces.'''
self.oP("Removing all interfaces.")
names = []
for interface in self.interfaces:
names.append(interface.name)
for name in names:
self.removeInterface(name)
def getInterfaceByName(self, name):
'''Gets an interface by name.'''
for interface in self.interfaces:
if interface.name == name:
return interface
def addMarker(self, name, GUID):
'''Adds a marker tracking the specified Entity.'''
cR = self.load("UI", name)
name = cR.get("name")
resource = cR.get("resourcePath")
self.eI.getGlobal("addToWaypoints")(resource, name, GUID)
self.oP("Added waypoint %s tracking %s." % (name, GUID))
def removeMarker(self, GUID):
'''Removes all markers tracking an Entity.'''
for obj in self.eI.getWaypointsScene().objects:
if "targetGUID" in obj and obj["targetGUID"] == GUID:
obj.endObject()
self.oP("Removed waypoints tracking %s." % GUID)
def inputClick(self, keyCode, pos):
'''Checks for the interface clicks.'''
obj, scene = self.eI.getMouseOverObjectScene(pos)
if obj and scene:
for interface in self.interfaces:
if interface.name == self.eI.getTerminalParent(obj).name:
interface.onClick(obj.name)
return True
for i in self.entities:
if obj == i.gameObject or obj in i.gameObject.childrenRecursive:
i.onClick(obj.name)
return True
return False
def getDisconnectReaction(self):
'''Gets the reaction function for disconnecting from the server.'''
self.sE.execute(NETSCRIPT_PATH + "disconnect")
return self.disconnectReaction
def addToRotationBlacklist(self, GUID):
'''Adds a GUID to the rotation blacklist.'''
if not GUID in self.pA.blacklistedGUIDs:
self.pA.blacklistedGUIDs.append(GUID)
def removeFromRotationBlacklist(self, GUID):
'''Removes a GUID from the rotation blacklist.'''
if GUID in self.pA.blacklistedGUIDs:
self.pA.blacklistedGUIDs.remove(GUID)
def sendInterfaceEvent(self, event, aux=None):
'''Sends an interface event.'''
self.sendEvent(["INPUT", "INTERFACE", [event, aux]])
def sendChatMessage(self, msg):
'''Sends a chat message.'''
self.sendEvent(["SYSTEM", "CHAT", msg])
def sendGameEvent(self, mode, data):
'''Sends a game event.'''
self.sendEvent(["GAME", mode, data])
def sendEvent(self, event):
'''Sends an event to the server.'''
if event[0] == "INPUT" or event == "KEEPALIVE":
mode = "FAF"
elif event[0] in ["SYSTEM", "GAME", "NETWORK"]:
mode = "RT"
if self.nC.clients:
server = self.nC.clients[0]
server.send(event, mode)
def recvEvent(self, event):
'''Handles an event from the server.'''
if event[0] == "PHYSICS" and self.get("cl_update"):
self.pA.update(event)
if event[0] == "SYSTEM":
if event[1] == "CVARS":
self.configure(event[2][0], event[2][1], fromServer=True)
elif event[1] == "NETVARS":
self.netVars[event[2][0]] = event[2][1]
elif event[1] == "SOUND_PLAY" and self.get("cl_update"):
entity = self.getEntityByGUID(event[2][0])
self.playSound(event[2][1], entity)
elif event[1] == "SOUND_STOP" and self.get("cl_update"):
self.stopSoundByGUID(event[2][0], event[2][1])
elif event[1] == "DIALOG_PLAY" and self.get("cl_update"):
entity = self.getEntityByGUID(event[2][0])
self.playDialog(event[2][1], entity)
elif event[1] == "DIALOG_STOP" and self.get("cl_update"):
self.stopDialogByGUID(event[2][0], event[2][1])
elif event[1] == "MUSIC_PLAY" and self.get("cl_update"):
self.setMusic(event[2][0])
elif event[1] == "MUSIC_STOP" and self.get("cl_update"):
self.stopMusic()
elif event[1] == "SET_CAMERA":
self.configure("cl_camera", event[2])
elif event[1] == "INTERFACE_CREATE":
self.addInterface(event[2])
elif event[1] == "INTERFACE_REMOVE":
self.removeInterface(event[2])
elif event[1] == "CHAT":
self.chatMessages.append(event[2])
def loop(self):
'''Does everything basically.'''
#cl = OptiClock()
#Detector Index
if not self.get("cl_master"):
self.updateDetectorIndex()
#cl.clockIn("DetectorIndex")
#KEEP ALIVE
self.keepAliveTicker += 1
if self.keepAliveTicker % 600 == 0:
self.sendEvent("KEEPALIVE")
#cl.clockIn("KeepAlive")
#Do Things#######################
#Read in controls
self.iR.checkControls()
#cl.clockIn("Input")
#Update Video Player
self.vP.loop()
#cl.clockIn("VideoPlayer")
if self.get("cl_update"):
#Update localization
self.l.loop()
#cl.clockIn("Localization")
#Apply shaders
self.sH.loop()
#cl.clockIn("Shaders")
#Run object code
for ent in self.entities:
if hasattr(ent, "loop"):
ent.checkAnimation()
ent.loop(self, "client")
#Run interface code
#cl.clockIn("Entities")
if self.level:
if hasattr(self.level, "loop"):
self.level.loop(self, "client")
#cl.clockIn("Level")
for interface in self.interfaces:
if hasattr(interface, "loop"):
try:
interface.loop()
except:
pass
#cl.clockIn("Interface")
if self.nC:
#Send Things#####################
for key in self.iR.keyEvents:
self.sendEvent(key)
for event in self.gameEvents:
self.sendEvent(event)
self.gameEvents = []
self.iR.keyEvents = []
#cl.clockIn("SendLoop")
#Recv Things#####################
if self.nC.clients:
server = self.nC.clients[0]
packet = server.recv()
if packet:
payload = packet.getPayload()
try:
data = eval(payload)
except:
data = None
if data:
self.recvEvent(data)
#cl.clockIn("RecvLoop")
#Initial sync
if self.nC.clients:
server = self.nC.clients[0]
if not self.get("cl_synced"):
server.disconnectFunc = self.getDisconnectReaction()
self.sendEvent(["SYSTEM", "NAME", self.get("cl_name")])
self.sendEvent(
["SYSTEM", "PASSWORD",
self.get("cl_password")])
self.sendEvent(["SYSTEM", "PHYSICS", "FORCEUPDATE"])
self.configure("cl_synced", 1)
#cl.clockIn("Sync")
#KILL THINGS###################################################
kill = self.nC.pullKillQueue()
if kill:
kill()
#cl.clockIn("Kill")
self.nC.loop()
