def startup(self):
# first read debug flags - before any logging
core.debugFlags(self.pluginPrefs)
# startup call
core.logger(traceLog = u"startup called")
interface.init()
corethread.init()
core.logger(traceLog = u"end of startup")
def start(agent, subscriber):
mib2_system.init(agent, subscriber)
mib2_interfaces.init(agent, subscriber)
mib2_ifMIB.init(agent, subscriber)
management.init(agent, subscriber)
interface.init(agent, subscriber)
stats.init(agent, subscriber)
device.init(agent, subscriber)
operate.init(agent, subscriber)
system.init(agent, subscriber)
def startup(self):
# first read debug flags - before any logging
core.debugFlags(self.pluginPrefs)
# startup call
core.logger(traceLog = u'startup called')
self.timerPlugin = indigo.server.getPlugin(u'com.perceptiveautomation.indigoplugin.timersandpesters')
self.timerPluginEnabled = self.timerPlugin.isEnabled()
interface.init()
core.logger(traceLog = u'end of startup')
def start(agent, subscriber):
mib2_system.init(agent, subscriber)
mib2_interfaces.init(agent, subscriber)
mib2_ifMIB.init(agent, subscriber)
operate.init(agent, subscriber)
interface.init(agent, subscriber)
linkagg.init(agent, subscriber)
management.init(agent, subscriber)
tapflow.init(agent, subscriber)
tapgroup.init(agent, subscriber)
stats.init(agent, subscriber)
system.init(agent, subscriber)
def bank():
"""Handles initialization, and the main menu"""
ci.init()
ci.startup()
opdc = {
0: new_account,
1: login,
2: simulate_time,
3: handle_currencies,
4: finish
}
while True:
op = ci.list_handler('', ['Open a new bank9000™ Account',
'Login with your existing bank9000™ Account',
'Simulate Passage of Time',
'Currency Conversions',
'Exit'])
opdc[op]()
def main():
global devices_id
if (len(sys.argv) != 1):
dev_id = checkArgv()
devices_id.append(dev_id)
else:
devices_id = loadDeviceID(file_deviceid)
initStatDict()
stat_dict_old = copy.deepcopy(stat_dict)
socket_broadcast = getBroadcastSocket(host, portS)
socket_udp = getUDPSocket(host, portC)
cnt_reboot = 0
dev_error = []
cnt_test = 0
interface.init(len(devices_id))
interface.printTitle(len(devices_id), len(dev_error), cnt_test, cnt_reboot)
interface.printInfo_plus(devices_id, -1, test_items, stat_dict,
stat_dict_old)
outputInfo("*** Start Test")
# exit(0)
while True:
for i in range(num_test_pre_reboot):
cnt_test += 1
for index, dev_id in enumerate(devices_id):
stat_dict_old[dev_id] = copy.deepcopy(stat_dict[dev_id])
ret = testOneDevice(socket_broadcast, socket_udp, i, dev_id)
if not ret and dev_id not in dev_error:
dev_error.append(dev_id)
interface.printTitle(len(devices_id), len(dev_error), cnt_test,
cnt_reboot)
interface.printInfo_plus(devices_id, index, test_items,
stat_dict, stat_dict_old)
# stat_dict_old[dev_id] = copy.deepcopy(stat_dict[dev_id])
time.sleep(time_interval)
# stat_dict_old = copy.deepcopy(stat_dict)
# mytelnet.reboot(dev_info)
time.sleep(20)
cnt_reboot += 1
def create_app(config_file="server.ini"):
#Check ini file for quick configuration
if not os.path.exists(config_file):
print "error: can't find ini file %s" % config_file
usage(2)
# Load settings from ini file
log_file, db_path, random_id, trace_path, option_path = load_inifile(config_file)
log.init_log(log_file)
interface.init(db_path, random_id, trace_path, option_path)
# Stop Werkzeug logging
wz_log = logging.getLogger('werkzeug')
wz_log.disabled = True
application = Flask(__name__)
application.register_blueprint(aa_bp)
application.register_blueprint(interface.if_blueprint)
return application
def __init__(self, photo_storage_path, video_storage_path):
try:
self.pi_camera_pres = True
import pi_camera
except:
print("WARN : no pi camera library detected !")
self.pi_camera_pres = False
try:
self.gphoto_lib_pres = True
import gphoto
except:
print("WARN : no gphoto library detected !")
self.gphoto_lib_pres = False
# Display warning for deprecated Picamera functions (since v1.8)
warnings.filterwarnings('default', category=DeprecationWarning)
# Init pygame
pygame.init()
# GPIO
self.gpio = gpio.init(self.gpio_callback_func)
# Storage init
self.photo_storage = storage.init(photo_storage_path)
self.video_storage = storage.init(video_storage_path)
# Intialize gphoto library
if self.gphoto_lib_pres:
self.gp = gphoto.gphoto();
# Picamera object / objet Picamera
if self.pi_camera_pres:
self.pi_camera = pi_camera.camera()
# Start camera preview / Demarre affichage en direct
if self.pi_camera_pres:
self.pi_camera.start()
# Create interface
self.ihm = interface.init(pygame, self.pi_camera, "../images/fond.png", "../sounds/snapshot.wav")
self.capture = capture.init(self.photo_storage, self.video_storage, self.pi_camera)
# Initialize dubsmash
self.dubsmash = dubsmash.init(pygame, self.ihm, self.pi_camera, self.capture)
# Internal flag
self.led_garland_process_started = False
self.protect_gpio_double_press = False
def main():
global devices_id
if (len(sys.argv) != 1):
dev_id = checkArgv()
devices_id.append(dev_id)
else:
devices_id = loadDeviceID(file_deviceid)
initStatDict()
stat_dict_old = copy.deepcopy(stat_dict)
socket_broadcast = getBroadcastSocket(host, portS)
socket_udp = getUDPSocket(host, portC)
cnt_reboot = 0
dev_error = []
cnt_test = 0
interface.init(len(devices_id))
interface.printTitle(len(devices_id), len(dev_error), cnt_test, cnt_reboot)
interface.printInfo_plus(devices_id, -1, test_items, stat_dict, stat_dict_old)
outputInfo("*** Start Test")
# exit(0)
while True:
for i in range(num_test_pre_reboot):
cnt_test += 1
for index, dev_id in enumerate(devices_id):
stat_dict_old[dev_id] = copy.deepcopy(stat_dict[dev_id])
ret = testOneDevice(socket_broadcast, socket_udp, i, dev_id)
if not ret and dev_id not in dev_error:
dev_error.append(dev_id)
interface.printTitle(len(devices_id), len(dev_error), cnt_test, cnt_reboot)
interface.printInfo_plus(devices_id, index, test_items, stat_dict, stat_dict_old)
# stat_dict_old[dev_id] = copy.deepcopy(stat_dict[dev_id])
time.sleep(time_interval)
# stat_dict_old = copy.deepcopy(stat_dict)
# mytelnet.reboot(dev_info)
time.sleep(20)
cnt_reboot += 1
from gameclass import *
import physics_engine
import objects
import maps
import interface
pygame.init()
width = 1800
height = 700
display = pygame.display.set_mode((width, height))
clock = pygame.time.Clock()
physics_engine.init(display)
objects.init(display)
maps.init(display)
interface.init(display)
background = (51, 51, 51)
def close():
pygame.quit()
sys.exit()
def start_game(map):
map.draw_map()
def GAME():
map = maps.Maps()
welcome = interface.Label(700, 100, 400, 200, None, background)
welcome.add_text("ANGRY BIRDS", 80, "Fonts/arfmoochikncheez.ttf", (236, 240, 241))
def main():
global options
try:
longopts = ["help", "verbose", "load=", "save=", "density", "density-range:"
"density-step=", "which=", "epsilon=", "moments=", "prombsTest",
"savefig=", "threads=", "stacksize=", "algorithm=",
"mgs-samples=", "no-model-posterior", "hmm", "rho="]
opts, tail = getopt.getopt(sys.argv[1:], "mr:s:k:bhvt", longopts)
except getopt.GetoptError:
usage()
return 2
output = None
for o, a in opts:
if o in ("-v", "--verbose"):
sys.stderr.write("Verbose mode turned on.\n")
options["verbose"] = True
if o in ("-t", "--prombsTest"):
sys.stderr.write("Testing prombs.\n")
options["prombsTest"] = True
if o in ("-m", "--density"):
options["density"] = True
if o in ("-r", "--density-range"):
options['density_range'] = tuple(map(float, a[1:-1].split(',')))
if o in ("-s", "--density-step"):
options["density_step"] = float(a)
if o in ("-k", "--moments"):
if int(a) >= 2:
options["n_moments"] = int(a)
else:
usage()
return 0
if o in ("-h", "--help"):
usage()
return 0
if o == "-b":
options["bprob"] = True
if o == "--load":
options["load"] = a
if o == "--save":
options["save"] = a
if o == "--savefig":
options["savefig"] = a
if o == "--which":
options["which"] = int(a)
if o == "--epsilon":
options["epsilon"] = float(a)
if o == "--threads":
if int(a) >= 1:
options["threads"] = int(a)
else:
usage()
return 0
if o == "--stacksize":
if int(a) >= 1:
options["stacksize"] = int(a)
else:
usage()
return 0
if o == "--algorithm":
options["algorithm"] = a
if o == "--mgs-samples":
options["mgs_samples"] = tuple(map(int, a.split(":")))
if o == "--no-model-posterior":
options["model_posterior"] = False
if o == "--hmm":
options["hmm"] = True
if o == "--rho":
options["rho"] = float(a)
if len(tail) != 1:
usage()
return 1
interface.init(options['epsilon'])
parseConfig(tail[0])
interface.free()
return 0
def setUp(self):
interface.init(None)
def init(screen):
global width, height, display
display = screen
(width, height) = display.get_rect().size
height -= ground
interface.init(display)
def main(video_path):
# Detector configs
per_frame = 10
series_frame = 1
detector_confidence_threshold = 0.5
# Load detectable classes
with open("./yolo/yolov3.txt", 'r') as f:
classes = [line.strip() for line in f.readlines()]
classes = ['person', 'car']
detect_time = False
# Tracker configs
frame_id = 0
round_frame = 0
# Synchronizer configs
fail_synchronize_threshold = series_frame * 3
interface.init(classes)
cap = cv2.VideoCapture(video_path)
r, frame = cap.read()
# Create collision areas
areas = interface.create_areas(frame)
while True:
# Exit if Q pressed or end of file
k = cv2.waitKey(1) & 0xFF
if k == ord('q') or r is False:
break
# Detect series
if round_frame > 0:
round_frame -= 1
detect_time = True
if frame_id % per_frame == 0:
round_frame = series_frame
detect_time = True
# Get tracked objects
tracked_objects = tracker.get_tracked(frame)
# Detect objects and match them with tracked one
if detect_time is True:
detected_objects = detector.detect(frame,
detector_confidence_threshold,
classes, frame_id, video_path)
# TODO: remove frame
synchronized_objects = synchronize\
.synchronize_objects(detected_objects, tracked_objects, fail_synchronize_threshold, frame)
tracker.set_tracked(frame, synchronized_objects)
tracked_objects = synchronized_objects
detect_time = False
collisions_objects, info, triggers = collision.detect_collisions(
tracked_objects, areas, frame_id)
interface.draw_obj(frame, tracked_objects)
interface.draw_collisions(frame, collisions_objects)
interface.draw_collisions_info(frame, info)
interface.draw_triggers(frame, triggers)
interface.show(frame)
r, frame = cap.read()
frame_id += 1
interface.close()
delta = 0.01 #Variable égale au temps entre deux images, servant à adapter la vitesse #du jeu pour qu'elle soit toujours identique quel que soit le framerate deltaMultiplieur = 1 #Permettant de modifier le delta (pour ralentir ou accélérer le temps par exemple) tempsDerniereImage = 0 #Contient le temps écoulé durant le dernier rendu, permet de calculer le delta images.init() #On charge toutes les textures du jeu joueur.init() #On initialise le joueur... monstres.init()#...les monstres... boulesdefeu.init()#... et les boules de feu. bonus.init() niveaux = ["tutoriel", "niveau1", "niveau2", "niveau3", "fin du jeu"]#Liste des niveaux niveauActuel = 0 #Niveau dans lequel le joueur se trouve actuellement interface.init() #Initialisation de l'interface (compteurs de bonus) carte.init(niveaux[niveauActuel],True) #On charge le terrain du jeu depuis un fichier cache.init(largeur,hauteur,niveaux[niveauActuel]) #On initialise la camera, la centrant sur le joueur et lui mettant les dimensions de la fenêtre: camera.init(joueur.x,joueur.y,largeur,hauteur,carte.w*32,carte.h*32) #On initialise l' "afficheur", qui permettra le rendu des textures à l'écran afficheur.init(0,0) afficheur.mettreWindow(window) afficheur.update(camera.x, camera.y) musiquelancee = False end = False
def reinitialiserNiveau():#Permet de réinitialiser tout sauf l'état de la carte
joueur.init()
monstres.init()
boulesdefeu.init()
bonus.init()
interface.init()
import twisted import time from twisted.internet import reactor # from game import game import graphics import interface import messaging #------------------------------------------------------------------------------- #Initialization graphics.show_splash_screen() clock=game.clock=pygame.time.Clock() graphics.init() interface.init() time.sleep(2) #More loading goes in this area! graphics.finalize() #------------------------------------------------------------------------------- while game.running: game.frame_time=game.clock.tick(60) #Handle user input interface.handle_events() #Deal with any timed events (MAYBE THIS SHOULD BE DEALT WITH IN THE REACTOR.ITERATE BIT?) messaging.pump_messaging() #Handle internet events (and eventually game logic)
import streamlit as st
import interface
import defaults as DFT
from tasks import (load, preprocess, prepare, cluster, customize, save, visual)
st.set_page_config(page_title='Mosaic', layout='wide')
interface.init()
interface.subheader('GUI for Mosaic built using Streamlit')
interface.status('v0.1.2')
sample, should_save, save_name = load.run()
current_assay, available_assays = preprocess.run(sample)
prepare.run(current_assay, available_assays)
cluster.run(current_assay, available_assays)
customize.run(current_assay)
save.run(sample, save_name, should_save)
visual.run(sample, current_assay)
for a in available_assays:
a.add_metadata(DFT.INITIALIZE, False)
def main():
global options
try:
longopts = ["help", "verbose", "load=", "save=", "density", "density-range=",
"density-step=", "which=", "epsilon=", "moments", "look-ahead=",
"savefig=", "lapsing=", "port=", "threads=", "stacksize=",
"strategy=", "kl-psi", "kl-multibin", "algorithm=", "samples=",
"mgs-samples", "no-model-posterior", "video=", "hmm", "rho=",
"path-iteration", "distances" ]
opts, tail = getopt.getopt(sys.argv[1:], "mr:s:k:n:bhvt", longopts)
except getopt.GetoptError:
usage()
return 2
output = None
for o, a in opts:
if o in ("-v", "--verbose"):
sys.stderr.write("Verbose mode turned on.\n")
options["verbose"] = True
if o in ("-t", "--prombsTest"):
sys.stderr.write("Testing prombs.\n")
options["prombsTest"] = True
if o == "--look-ahead":
options["look_ahead"] = int(a)
if o in ("-n", "--samples"):
options["samples"] = int(a)
if o in ("-m", "--density"):
options["density"] = True
if o in ("-r", "--density-range"):
options['density_range'] = tuple(map(float, a[1:-1].split(',')))
if o in ("-s", "--density-step"):
options["density_step"] = float(a)
if o in ("-k", "--moments"):
if int(a) >= 2:
options["n_moments"] = int(a)
else:
usage()
return 0
if o in ("-h", "--help"):
usage()
return 0
if o == "--distances":
options["distances"] = True
if o == "-b":
options["bprob"] = True
if o == "--lapsing":
options["lapsing"] = float(a)
if o == "--strategy":
options["strategy"] = a
if o == "--kl-psi":
options["kl_psi"] = True
if o == "--kl-multibin":
options["kl_multibin"] = True
if o == "--load":
options["load"] = a
if o == "--port":
options["port"] = int(a)
if o == "--save":
options["save"] = a
if o == "--savefig":
options["savefig"] = a
if o == "--which":
options["which"] = int(a)
if o == "--epsilon":
options["epsilon"] = float(a)
if o == "--threads":
if int(a) >= 1:
options["threads"] = int(a)
else:
usage()
return 0
if o == "--stacksize":
if int(a) >= 1:
options["stacksize"] = int(a)
else:
usage()
return 0
if o == "--algorithm":
options["algorithm"] = a
if o == "--mgs-samples":
options["mgs_samples"] = tuple(map(int, a.split(":")))
if o == "--no-model-posterior":
options["model_posterior"] = False
if o == "--video":
options["video"] = a
if o == "--hmm":
options["hmm"] = True
if o == "--rho":
options["rho"] = float(a)
if o == "--path-iteration":
options["path_iteration"] = True
if (options["strategy"] == "kl-divergence" and
options["kl_psi"] == False and
options["kl_multibin"] == False):
# set default kl divergence
options["kl_psi"] = True
if options["strategy"] == "effective-counts":
options["effective_counts"] = True
if options["strategy"] == "effective-posterior-counts":
options["effective_posterior_counts"] = True
if len(tail) != 1:
usage()
return 1
interface.init(options['epsilon'])
parseConfig(tail[0])
interface.free()
return 0