def main(stdscr):
if (curses.LINES < 50 or curses.COLS < 150):
closeGame()
return
curses.start_color()
curses.use_default_colors()
initColors()
loadgame = True
while loadgame: # MAIN MENU LOOP
choice = mainMenu() # do main menu everything
selectedMap = 0
if (choice == 3):
closeGame()
return
elif (choice == 1): # user has started a new game, go to first map
selectedMap = maps[0]
elif (choice == 2):
selectedMap = mapSelect()
loadgame = selectedMap is "BACK"
filename = selectedMap.replace(" ","") + ".scn"
mapx = (curses.COLS/2) - 10
mapy = 10
scenario = Scenario(filename,mapy,mapx) # Create the scenario
mapPan = scenario.mapPan()
mapPan.bottom()
mapPan.move(mapy,mapx)
curses.panel.update_panels()
# START PLAYING!
game = Game(scenario, mapPan)
while 1:
game.doNextTurn()
def loadScenFromFile(jsonFile):
s = Scenario()
with open(jsonFile, "r") as data_file:
data = json.load(data_file)
initial = data["Scenario"][0]["initial"]
s.initial = str(initial)
flavor = data["Scenario"][0]["flavorText"]
s.flavorText = str(flavor)
option1 = data["Scenario"][0]["option1"]
s.option1 = str(option1)
option2 = data["Scenario"][0]["option2"]
s.option2 = str(option2)
option3 = data["Scenario"][0]["option3"]
s.option3 = str(option3)
finish1 = data["Scenario"][0]["finish1"]
s.finish1 = finish1
finish2 = data["Scenario"][0]["finish2"]
s.finish2 = finish2
finish3 = data["Scenario"][0]["finish3"]
s.finish3 = finish3
finished = data["Scenario"][0]["finished"]
s.finished = bool(finished)
#s.loadCreature()
return s
def __init__(self, pl, sc_path):
self.sc = Scenario(sc_path)
self.pl = pl
# Automatically print the -1 scenario
print(self.sc.get_scenario_update(pl))
self.pl.direction = 0
def __init__(self):
self.p = Player(savedPlayerJSON)
#self.updatePlayer(self.p,True,0,0)
if self.p.isDead():
self.p = Player("./json/newPlayerTemplate.json")
self.trend = getTrend()
#print self.trend
self.scen = Scenario()
self.scen.loadFromFile(savedScenJSON)
if self.scen.finished:
option = getReplies(self.p.lastID)
self.followUpTweet(option)
if option == 1:
item = self.scen.finish1[1]
exp = self.scen.finish1[2]
health = self.scen.finish1[3]
elif option ==2:
item = self.scen.finish2[1]
exp = self.scen.finish2[2]
health = self.scen.finish2[3]
else:
item = self.scen.finish3[1]
exp = self.scen.finish3[2]
health = self.scen.finish3[3]
self.updatePlayer(self.p,item,exp,health)
tempEnviro = Environment(self.trend)
tempEnviro.generateScenario(self.trend).saveScenario()
self.scen = loadScenFromFile(savedScenJSON)
def loadCsv(file):
rides = []
with open(file, 'rb') as f:
lines = f.readlines()
scenario = Scenario(lines[0])
# skip first line in file
i = 0
iterlines = iter(lines)
next(iterlines)
for line in iterlines:
ride = Ride(line, i)
rides.append(ride)
i += 1
return scenario, rides
# example
# loadCsv('data/a_example.in')
# print(scenario)
# print(len(rides))
# for ride in rides:
# print(ride)
def __init__(self,
queries,
options,
scenario_plan,
samples=3):
self._queries = queries
self._samples = samples
self._options = options
self._scenario_plan = scenario_plan
self._scenarios = []
self._results = []
self._stats = []
# TODO (djrut): Implement more sophisticated scenario plans, with
# idioms such as: 'range(x..y) step z'
for scenario in scenario_plan.split(','):
self._scenarios.append(Scenario(threads=int(scenario),
samples=self._samples,
queries=self._queries,
options=self._options))
for stat_name, stat_function in stats_cfg.items():
self._stats.append(Statistic(name=stat_name,
function=stat_function))
def simulate_move(self, color):
new_scenarios = []
index = 0
for scenario in self.scenarios:
index = index + 1
acting_figures = []
for figure in scenario.get_figures():
if figure.color == color:
acting_figures.append(figure)
for figure in acting_figures:
[x, y] = figure.get_position()
possible_moves = figure.simulate_move(scenario.get_board())
for move in possible_moves:
new_board = copy_board(scenario.get_board())
new_board[y][x] = "--"
new_move = (columns[x] +
str(8-y) +
'->' +
columns[move[0]] +
str(8-move[1])
)
if figure.get_type() == 'p' and (move[1] == 7 or move[1] == 0):
new_board[move[1]][move[0]] = (figure.get_color() +
'q'
)
new_scenarios.append(Scenario(new_board, [], new_move, index))
new_scenarios[-1].update_figures(new_board)
new_board[move[1]][move[0]] = (figure.get_color() +
'k'
)
new_scenarios.append(Scenario(new_board, [], new_move, index))
new_scenarios[-1].update_figures(new_board)
else:
new_board[move[1]][move[0]] = (figure.get_color() +
figure.get_type()
)
new_scenarios.append(Scenario(new_board, [], new_move, index))
new_scenarios[-1].update_figures(new_board)
new_scenarios.append(Scenario(scenario.get_board(),
scenario.get_figures(),
scenario.get_move(),
index))
self.scenarios = new_scenarios.copy()
def create_scenario():
c = check_input(session.get('logged_in'))
if c != '':
return c
scen = Scenario()
scenario_id = db.add_scenario(scen) #add new scenario to db
#redirect to new scenario main page
return redirect(url_for('view_scenario', scenario_id=scenario_id))
def __init__(self, name: str="VR", debug: bool=False):
"""
コンストラクタ
:param name:
:param debug:
"""
self.isdebug = debug
self.vrName = name
self.log = Log()
self.scenario = Scenario(debug=True)
def init_scenario(self):
position = []
velocity = []
self.scenario = Scenario()
self.scenario.set_cols(self.cols)
self.scenario.set_rows(self.rows)
for i in range(self.rows):
tP = []
tV = []
for j in range(self.cols):
tP.append(0)
tV.append(0)
position.append(tP)
velocity.append(tV)
self.slide.set_timing(0)
self.slide.set_position(position)
self.slide.set_velocity(velocity)
self.scenario.set_slide(self.slide, 0)
self.lblNumOfSlides.setText(str(self.scenario.get_num_of_slides()))
class Simulation:
model = Model()
driver = Driver()
scanario = Scenario()
env = Env()
env = None
# Find way to do vector<samples> for line below with correct import
samples = np.array()
results = Results()
results = None
def Simulation(self, model):
self.model = model
driver = Driver(model, "Driver", 25, float(1.0), float(1.0))
scenario = Scenario()
env = Env(driver, scenario)
# samples.add(recordSample(env))
# Find way for syncrhonized to work
def synchronized_update(self):
self.env.update()
# samples.add (recordSample (env))
# analyze() defined below
def getResults(self):
self.results = analyze()
return self.results
def numSamples(self):
return self.samples.size()
def recordSample(self, env):
s = Sample()
s.time = env.time
s.simcarPos = env.simcar.p.myclone()
s.simcarHeading = env.simcar.h.myclone()
s.simcarFracIndex = env.simcar.fracIndex
s.simcarSpeed = env.simcar.speed
s.simcarRoadIndex = env.simcar.roadIndex
if(env.simcar.nearPoint == None):
s.nearPoint = env.simcar.nearPoint.myclone()
s.farPoint = env.simcar.farPoint.myclone()
s.carPoint = env.simcar.carPoint.myclone()
s.steerAngle = env.simcar.steerAngle
s.accelerator = env.simcar.accelerator
s.brake = env.simcar.brake
s.autocarPos = env.autocar.p.myclone()
s.autocarHeading = env.autocar.h.myclone()
s.autocarFracIndex = env.autocar.fracIndex
s.autocarSpeed = env.autocar.speed
s.autocarBraking = env.autocar.braking
def run_scenario_menu(self):
if None in [self.data.VR, self.data.RD, self.data.kf]:
print(' ')
print(
'Scenario not fully specified. Update scenario configuration and try again'
)
print(' ')
input("Press [Enter] to continue...")
else:
answers = self.setup_plot_rt_q()
plot_rt = answers.get("plot_rt")
scen = Scenario(self.data.VR, self.data.rxn_temp,
self.data.rxn_time, self.data.XH2O2, self.data.mR,
self.data.D_RD, self.data.P_RD, self.data.P_BPR,
self.data.D_BPR, self.data.BPR_max_Cv,
self.data.P0, self.data.kf, self.data.T0,
self.data.Ux, self.data.AR, self.data.MAWP,
self.data.max_rate, self.data.Kp, self.data.Ki,
self.data.Kd, self.data.flow_regime, self.data.BPR,
self.data.RD, self.data.cool_time, self.data.TF)
ode1 = ODE.ODE(scen)
ode1.initialize_heatup()
print('Integrating Heatup...')
print(' ')
ode1.integrate(plot_rt)
tc = ode1.termination_code()
print(' ')
print(tc)
print(' ')
if self.data.RD is True and ode1.tc == 1:
print('Integrating ERS...')
print(' ')
ode1.initialize_vent(integrator='vode')
ode1.integrate(plot_rt)
tc = ode1.termination_code()
print(' ')
print(tc)
print(' ')
self.data.ode = ode1
self.summary_stats_menu()
def set_probability_for_each_scenario(ontology_manager):
scenarios = __generate_scenarios(ontology_manager)
# TODO trovare un modo migliore per gestire lo scenario vuoto
scenarios.__next__()
for scenario in scenarios:
scenario = list(scenario)
probability_to_assign_to_each_scenario = 1
for tm in scenario:
probability_to_assign_to_each_scenario = probability_to_assign_to_each_scenario * tm.probability
diff = __difference(scenario, ontology_manager.typical_members_list)
for key in diff:
typical_member = __get_typical_member(key, ontology_manager)
probability_to_assign_to_each_scenario = probability_to_assign_to_each_scenario * (
1 - typical_member.probability)
ontology_manager.scenarios_list.append(
Scenario(scenario, probability_to_assign_to_each_scenario))
def __update_raw_tests(self):
self.raw_test.scenarios.append(
Scenario(url=self.url,
feature_name=self.feature_name,
text="Example test scenario"))
for choice in self.cases[0].selected_expands:
self.raw_test.scenarios[0].steps.append(
Step(step_type=choice.parent.step_type,
feature_name=self.feature_name,
x_path=choice.parent.xpath,
input_type=choice.parent.input_type,
cases=[],
label="Element " + choice.parent.name +
" has value <choice{}>".format(choice.parent.id)))
for case in self.cases:
for i, choice in enumerate(case.selected_expands):
self.raw_test.scenarios[0].steps[i].cases.append(choice.choice)
def run_sensitivity_menu(self):
if None in [self.data.VR, self.data.RD, self.data.kf]:
print(' ')
print(
'Scenario not fully specified. Update scenario configuration and try again'
)
print(' ')
input("Press [Enter] to continue...")
elif None in [self.data.value]:
print(' ')
print(
'Sensitivity not specified. Update sensitivity configuration and try again'
)
print(' ')
input("Press [Enter] to continue...")
else:
scen = Scenario(self.data.VR, self.data.rxn_temp,
self.data.rxn_time, self.data.XH2O2, self.data.mR,
self.data.D_RD, self.data.P_RD, self.data.P_BPR,
self.data.D_BPR, self.data.BPR_max_Cv,
self.data.P0, self.data.kf, self.data.T0,
self.data.Ux, self.data.AR, self.data.MAWP,
self.data.max_rate, self.data.Kp, self.data.Ki,
self.data.Kd, self.data.flow_regime, self.data.BPR,
self.data.RD, self.data.cool_time, self.data.TF)
print(' ')
print('Starting Sensitivity Analysis for ' + str(self.data.name))
try:
self.sensitivity(scen, self.data.value, self.data.ranges)
self.stats_sensitivity()
except:
print('Something went wrong, please try again...')
print(' ')
input("Press [Enter] to continue...")
def main(algo_name, bound_name, scenario_name, setting_name):
assert(setting_name == "bandit" or setting_name == "finite")
scenario = Scenario(scenario_name)
print("Running scenario", scenario_name, "with algorithm", algo_name, "and bound", bound_name)
num_iterations = 100#1
algo = Algorithm.make(algo_name, bound_name, scenario)
width_avg, sample_avg, correct_avg, UB_avg, mean_avg = run(scenario, algo, setting_name, algo_name, scenario_name, bound_name)
for i in range(num_iterations - 1):
algo = Algorithm.make(algo_name, bound_name, scenario)
width_history, sample_history, correct_history, UB_history, mean_history = run(scenario, algo, setting_name, algo_name, scenario_name, bound_name)
width_avg += width_history
sample_avg += sample_history
correct_avg += correct_history
UB_avg += UB_history
mean_avg += mean_history
width_avg /= num_iterations
sample_avg /= num_iterations
correct_avg /= num_iterations
UB_avg /= num_iterations
mean_avg /= num_iterations
save_data(setting_name, algo_name, scenario_name, bound_name, ["widths", "samples", "correct", "UB", "mean"], [width_avg, sample_avg, correct_avg, UB_avg, mean_avg])
def doc_to_scenario(doc):
dialog_data = doc['dialog']
dialog = []
#create dialog list, but neighbor_ids is temporary
for response_text, questions, neighbor_ids, points in dialog_data:
dialog.append(
Response_Node(response_text, questions, neighbor_ids, points))
for response in dialog:
neighbors = []
neighbor_ids = response.get_neighbors() #indices of neighbors
for neighbor_id in neighbor_ids:
neighbors.append(
dialog[neighbor_id]) #use indices to find neighbors
response.set_neighbors(
neighbors) #store actual neighbors for this response
video_link = ''
if 'video_link' in doc:
video_link = doc['video_link']
return Scenario(doc['name'], doc['description'], doc['image'],
Dialog(dialog), video_link)
def __init__(self, user_id):
self.data = DataFromUser()
self.scenario = Scenario()
self.words = Words()
self.menu(user_id)
class CommandInterpreter:
#
sc = None
pl = None
# All of our acceptable words
sp_objects = ["inventory", "bag"]
sp_targets = ["left", "right"]
target = ["the", "at", "on", "around", "my"]
actions = ["use", "exit", "look", "open", "take", "turn"]
action_alt = {
"utilize,operate": "use",
"leave,go": "exit",
"inspect,view,observe": "look",
"grab,steal,borrow": "take",
"check": "open",
"rotate": "turn",
}
# Our escape characters for displaying terminal text
bc_ylwbld = "\033[1;33;20m"
bc_whtnrm = "\033[0;37;20m"
bc_grnbld = "\033[1;32;40m"
bc_lblnrm = "\033[1;34;20m"
def __init__(self, pl, sc_path):
self.sc = Scenario(sc_path)
self.pl = pl
# Automatically print the -1 scenario
print(self.sc.get_scenario_update(pl))
self.pl.direction = 0
def update(self, inp):
if inp.lower() == "exit":
return False
# Update will first parse the users
# text into chunks, then remove useless words,
# and finally push whats left as actions.
inp = self.__parse(inp)
# Remove Junk will return one array of three arrays
# The first containing all the actions
# One containing targets["on","the","at"]
# The other containing Objects for the target command
inp = self.__remove_junk(inp)
# Change the environment based on text input
self.__interpret(inp)
# Print scenario response to action
#print(self.sc.get_scenario_update(0,self.pl.direction,0))
# Continue the Game
return True
def get_challenge_text(self):
return self.bc_grnbld + "What will you do? " + self.bc_whtnrm
def __is_alternate(self, inp):
return False if self.__get_alternative(inp) == None else True
def __get_alternative_of(self, inp):
# Go over the dictionary
for key, val in self.action_alt.items():
# Split it up
chunks = key.split(",")
# Go over the splits
for x in chunks:
if x == inp:
return self.action_alt.get(x)
def __get_alternative(self, inp):
for key, val in self.action_alt.items():
#Split it Up
chunks = key.split(",")
# If the word entered exists as an alternative in
# the dictionary then cool beans.
if inp.lower() in chunks:
return val
def __interpret(self, inp):
if len(inp[0]) == 0:
a = random.randint(1, 3)
r = ""
if a == 1:
r = "Think..."
elif a == 2:
r = "If only it were that easy..."
elif a == 3:
r = "You are wasting time..."
print(r)
return
# Looking for certain commands
try:
# Attempt to find an alternative first
cmd = self.__get_alternative(inp[0][0])
# If there was no alternative for the word entered
# use the original.
if cmd == None:
cmd = inp[0][0]
# If the first index is a command
# feed the rest of the list to the command
if cmd in self.actions:
getattr(self, cmd)(inp[1], inp[2])
else:
print("Command {} not found".format(inp[0][0]))
except (AttributeError, IndexError) as ae:
print("Failed to parse command {}".format(ae))
def __parse(self, inp):
# Return a Lowercased version of the input with no
# new lines and split by spaces.
return inp.lower().replace("\n", "").split(" ")
def __remove_junk(self, inp):
#
arr = []
# Keep objects in the scenario
sc_list = []
# If the Scenario has objects
# that the input contains, do not remove them.
for c in self.sc.objects:
if c.name.lower() in inp:
sc_list.append(c.name.lower())
for i in self.pl.inventory:
if i.name.lower() in inp:
sc_list.append(i.name.lower())
# Remove all words in the array that aren't
# recognized by the targets and actions.
for x in inp:
# Allow for alternate versions of commands.
is_cmd = False if x not in self.actions and not self.__is_alternate(
x) else True
# If the current word is a target word
# or action(command) or an item in the scenario
# keep it.
if x in self.target or is_cmd or x in sc_list:
# Now check the scenario for items in view
arr.append(x)
# Remove all entries from the scene list
actions = [
a for a in arr if a in self.actions or self.__is_alternate(a)
]
targets = [t for t in arr if t not in sc_list and t not in actions]
objects = [o for o in arr if o not in targets and o not in actions]
# Add on Special Objects if we use the 'open' command
if self.__get_alternative_of(inp[0]) == "open" and ("inventory" in inp
or "bag" in inp):
objects.append("inventory")
elif inp[0] == "turn" or self.__get_alternative_of(inp[0]) == "turn":
for t in inp:
for p in self.sp_targets:
if t == p:
targets.append(p)
break
# Return the original chunks with the useless words removed.
return [actions, targets, objects]
def open(self, tar, obj):
if len(obj) > 0:
# Special case for the word inventory
if obj[0] == "inventory" and ("the" in tar or "my" in tar
or len(tar) == 0):
# Grab the inventory
p_objs = self.pl.inventory
#
f = None
#
print(self.bc_whtnrm + "You " + self.bc_ylwbld + "Open" +
self.bc_whtnrm + " your bag and see:")
# Grab all the items from the player's inventory
for x in p_objs:
f = x
print("A " + self.bc_lblnrm + x.name + self.bc_whtnrm)
if f == None:
print(self.bc_whtnrm + "Nothing but air." + self.bc_whtnrm)
else:
# Grab all the objects from the view
v_objs = self.sc.get_objects_in_view(self.pl)
else:
print(self.bc_ylwbld + "Check" + self.bc_whtnrm + " what?")
def turn(self, tar, obj):
# Current player context
# Turn only processes the first target
if len(obj) == 0:
if tar[0] == "left":
self.pl.direction = 3 if self.pl.direction == 0 else self.pl.direction - 1
print(self.sc.get_scenario_update(self.pl))
elif tar[0] == "right":
self.pl.direction = 0 if self.pl.direction == 3 else self.pl.direction + 1
print(self.sc.get_scenario_update(self.pl))
elif tar[0] == "around":
self.pl.direction = (self.pl.direction + 2) % 4
print(self.sc.get_scenario_update(self.pl))
def take(self, tar, obj):
# Eventually add context objects based on last successful command
if len(obj) == 0:
print(self.bc_ylwbld + "Take" + self.bc_whtnrm + " what?")
return
# Don't allow grabbing more than one item at a time.
elif len(obj) > 1:
print("You need more hands to grab all that at once.")
return
# Now Grab all those objects in our current view
v_objs = self.sc.get_objects_in_view(self.pl)
# Mull over the objects in the view
for x in v_objs:
# The item is in the state to be grabbed. (Implement Strength Values if RPG)
if x.status == 0 and x.name.lower() == obj[0]:
# Add the item to the player's inventory
self.pl.add_item(x)
# Play the Objects take text.
print(
str(self.bc_whtnrm + x.take +
self.bc_whtnrm).format(self.bc_ylwbld + x.name +
self.bc_whtnrm))
self.sc.remove_object_from_view(self.pl, x)
break
def look(self, tar, obj):
#
v_objs = self.sc.get_objects_in_view(self.pl)
# No target objects and no targeting words.
if len(obj) == 0 and len(tar) >= 1:
# Around is a special case.
if tar[0] == "around":
#
if len(v_objs) > 0:
#
print(self.bc_whtnrm + "You " + self.bc_ylwbld + "look" +
self.bc_whtnrm + " around and see:" + self.bc_whtnrm)
#
for v in v_objs:
print(self.bc_lblnrm + v.name + self.bc_whtnrm +
" - '" + v.desc + "'")
else:
print(self.bc_whtnrm + "There is nothing to see here." +
self.bc_whtnrm)
else:
print(self.bc_ylwbld + "Look" + self.bc_whtnrm + " at what?" +
self.bc_whtnrm)
elif len(obj) == 1 and len(tar) > 1:
found = False
for v in v_objs:
if v.name.lower() == obj[0]:
found = True
print(self.bc_lblnrm + v.desc + self.bc_whtnrm)
break
if found == False:
print("There is no " + self.bc_ylwbld + obj[0] +
self.bc_whtnrm + " nearby.")
def use(self, tar, obj):
# Use only accepts two values
# The object that is being used
# and the object it is being used on
if len(obj) == 0:
print(self.bc_ylwbld + "Use" + self.bc_whtnrm + " what?")
return
if len(self.pl.inventory) == 0:
print(self.bc_whtnrm + "You have nothing to " + self.bc_ylwbld +
"Use" + self.bc_whtnrm)
for o in self.pl.inventory:
# Cool Beans, the player has the item
if obj[0] == o.name.lower():
# Grab all the items in view
v_objs = self.sc.get_objects_in_view(self.pl)
# Two objects to act on
if len(obj) == 2:
#
for v in v_objs:
# The Scenario has the item we want to act on in view.
if v.name.lower() == obj[1].lower():
# Boom, interact with each other.
o.interact(v)
else:
print(
str(self.bc_ylwbld + "Use" + self.bc_whtnrm + " the " +
self.bc_lblnrm + o.name + self.bc_whtnrm +
" on what?"))
distances = list()
distances.append(1.2)
distances.append(5.3)
distances.append(6.6)
distances.append(3.3)
distances.append(9.7)
distances.append(2.1)
distances.append(7.5)
distances.append(4.3)
distances.append(7.7)
distances.append(5.0)
print 'Test 1:'
try:
scenario = Scenario(1, 5.0, '', '', '')
scenario.calculateMetrics(list(), distances)
print 'Test failed. Should throw an error if coreLogPath is empty'
except (IndexError), e:
print 'Empty coreLogPath error thrown successfully'
print 'Test 2:'
try:
scenario = Scenario(1, 5.0, '', '', '')
scenario.calculateMetrics(coreLogPath, list())
print 'Test failed. Should throw an error if distances is empty'
except (IndexError), e:
print 'Empty distances error thrown successfully'
print 'Test 3:'
try:
def run(config_file, args):
"""!
Run fire based on configuartion file and command line arguments
@param config_file Configuration file to read Scenario from
@param args argparser to pass to Scenario
@return None
"""
scenario = Scenario(config_file, args)
had_output = scenario.is_current()
ensure_dir(os.path.dirname(scenario.run_output))
sizes = None
# try to find a perimeter and import it
changed = False
def clean_flag():
if os.path.exists(scenario.mapflag):
os.remove(scenario.mapflag)
def cleanup():
if os.path.exists(scenario.run_output):
logging.error("Removing output after run failed for " + scenario.fire)
shutil.rmtree(scenario.run_output, True)
clean_flag()
if scenario.force or not (had_output or os.path.exists(scenario.runflag)):
# HACK: do this right away so that running more than once shouldn't do the same fire in both processes
try:
ensure_dir(scenario.run_output)
write_file(scenario.run_output, "running", " ")
stdout, stderr = runFire(scenario)
write_file(scenario.run_output, "output.txt", '\n'.join(stdout.split('\r\n')))
os.remove(scenario.runflag)
changed = True
except KeyboardInterrupt:
# this doesn't work for some reason
cleanup()
except Exception as e:
logging.fatal("Error running " + scenario.fire)
print(e)
traceback.print_exc()
cleanup()
return
# don't delete output if maps fail
if (changed or scenario.force_maps or scenario.check_maps) and not (scenario.no_maps or os.path.exists(scenario.runflag)):
t0 = timeit.default_timer()
try:
scenario.save_point_shp()
from mxd import makeMaps
pdf_out = makeMaps(scenario, scenario.run_output, scenario.force_maps or changed, scenario.hide)
except Exception as e:
logging.fatal(e)
traceback.print_exc()
cleanup()
# run didn't work before so run it now
run(config_file, args)
try:
if scenario.outbase == Settings.OUTPUT_DEFAULT:
district_folder = os.path.join(Settings.FIRE_ROOT, FOLDER_BY_TLA[scenario.fire[:3]])
to_folder = os.path.join(district_folder, scenario.fire)
to_file = os.path.join(to_folder, 'FireSTARR', os.path.basename(pdf_out))
if not os.path.exists(to_folder):
print("*********************************************")
print("Need to make fire folder for {}".format(scenario.fire))
print("*********************************************")
cmd = r'C:\Windows\System32\cscript.exe'
run_what = [cmd, os.path.join(district_folder, "CreateFireFolder.vbe"), str(int(scenario.fire[3:]))]
logging.debug("Running: " + ' '.join(run_what))
finish_process(start_process(run_what, Settings.PROCESS_FLAGS, district_folder))
if not os.path.exists(to_folder):
logging.fatal("MAKING FOLDER FAILED")
sys.exit(-1)
if not os.path.exists(to_file):
try_copy(pdf_out, to_file)
csv_out = os.path.splitext(pdf_out)[0] + "_assets.csv"
csv_to = os.path.splitext(to_file)[0] + "_assets.csv"
if not os.path.exists(csv_to):
try_copy(csv_out, csv_to)
except Exception as e:
logging.fatal("Couldn't copy to file plan")
print(e)
traceback.print_exc()
clean_flag()
t1 = timeit.default_timer()
logging.info("Took {}s to make maps".format(t1 - t0))
#Test 1 #Files: # - gps.log # - Corefile.log #Expected Results: # - To be filled out later import os.path, sys sys.path.append(os.path.join(os.path.dirname(os.path.realpath(__file__)), os.pardir)) from Scenario import Scenario s = Scenario(1, 8, 'gps.log', 'Corefile.log') s.run() s.export()
def Simulation(self, model):
self.model = model
driver = Driver(model, "Driver", 25, float(1.0), float(1.0))
scenario = Scenario()
env = Env(driver, scenario)
class Panel(QWidget):
def __init__(self):
super().__init__()
try:
with open("styles.css", "r") as fh:
self.setStyleSheet(fh.read())
except:
pass
self.lastPosEntered = 0
self.lastVelocityEntered = 0
self.scenario = None
self.slide = Slide()
self.rows = 5
self.cols = 10
self.currentSlide = 0
self.numOfSlides = 0
self.timingIncrement = 200
self.btnNew = QPushButton('NEW')
self.btnOpen = QPushButton('OPEN')
self.btnSave = QPushButton('SAVE')
self.btnSaveAs = QPushButton('SAVE AS')
self.lblNumOfRows = QLabel('0')
self.lblNumOfCols = QLabel('0')
self.btnSave.clicked.connect(self.save_clicked)
self.btnOpen.clicked.connect(self.open_clicked)
self.fileLayout = QHBoxLayout()
self.fileLayout.addWidget(self.btnNew)
self.fileLayout.addWidget(self.btnOpen)
self.fileLayout.addWidget(self.btnSave)
self.fileLayout.addWidget(self.btnSaveAs)
self.fileLayout.addSpacing(10)
self.fileLayout.addWidget(QLabel('ROWS:'))
self.fileLayout.addWidget(self.lblNumOfRows)
self.fileLayout.addSpacing(10)
self.fileLayout.addWidget(QLabel('COLS:'))
self.fileLayout.addWidget(self.lblNumOfCols)
self.fileLayout.addSpacing(10)
self.fileLayout.addWidget(QLabel('TYPE:'))
self.fileLayout.addWidget(QLabel('SQUARE'))
self.btnNew.clicked.connect(self.newScenarioClicked)
self.btnPrevSlide = QPushButton("BACK")
self.btnNextSlide = QPushButton("NEXT")
self.txtCurSlide = QLineEdit(str(self.currentSlide))
self.txtCurSlide.setFixedWidth(100)
self.lblNumOfSlides = QLabel(str(self.numOfSlides))
self.lblNumOfSlides.setAlignment(Qt.AlignLeft | Qt.AlignVCenter)
self.txtTimeIncrement = QLineEdit('0')
self.txtTimeIncrement.setFixedWidth(100)
self.txtTime = QLineEdit('0')
self.txtTime.setFixedWidth(100)
self.btnInsertSlide = QPushButton('Insert')
self.btnAppendSlide = QPushButton('Append')
self.btnAcceptSlide = QPushButton('Accept')
self.btnDeleteSlide = QPushButton('Delete')
self.txtCurSlide.editingFinished.connect(self.txtEditingFinished)
self.txtTime.editingFinished.connect(self.time_change)
self.btnPrevSlide.clicked.connect(self.prevSlideClicked)
self.btnNextSlide.clicked.connect(self.nextSlideClicked)
self.btnAppendSlide.clicked.connect(self.appendSlideClicked)
self.btnAcceptSlide.clicked.connect(self.acceptSlideClicked)
self.btnInsertSlide.clicked.connect(self.insert_clicked)
self.btnDeleteSlide.clicked.connect(self.delete_clicked)
self.controlBtnsLayout = QHBoxLayout()
self.controlBtnsLayout.addWidget(self.btnPrevSlide)
self.controlBtnsLayout.addWidget(self.btnNextSlide)
self.controlBtnsLayout.addWidget(self.txtCurSlide)
self.controlBtnsLayout.addWidget(QLabel('of'))
self.controlBtnsLayout.addWidget(self.lblNumOfSlides)
self.controlBtnsLayout.addStretch()
self.controlBtnsLayout.addWidget(QLabel('timing inc'))
self.controlBtnsLayout.addWidget(self.txtTimeIncrement)
self.controlBtnsLayout.addWidget(QLabel('timing'))
self.controlBtnsLayout.addWidget(self.txtTime)
self.controlBtnsLayout.addStretch()
self.controlBtnsLayout.addWidget(self.btnInsertSlide)
self.controlBtnsLayout.addWidget(self.btnAppendSlide)
self.controlBtnsLayout.addWidget(self.btnAcceptSlide)
self.controlBtnsLayout.addWidget(self.btnDeleteSlide)
self.mainLayout = QVBoxLayout()
self.panelsLayout = QHBoxLayout()
self.positionTable = QGridLayout()
self.velocityTable = QGridLayout()
self.positionLayout = QVBoxLayout()
self.velocityLayout = QVBoxLayout()
self.btnsPositionLayout = QHBoxLayout()
self.btnsVelocityLayout = QHBoxLayout()
self.txtPosition = QLineEdit('0')
self.txtPosition.setFixedWidth(60)
self.btnSetPosition = QPushButton('Set')
self.btnSetPosition.clicked.connect(self.setPositionClicked)
self.btnsPositionLayout.addWidget(self.txtPosition)
self.btnsPositionLayout.addWidget(self.btnSetPosition)
self.btnsPositionLayout.addStretch()
self.txtVelocity = QLineEdit('0')
self.txtVelocity.setFixedWidth(60)
self.btnSetVelocity = QPushButton('Set')
self.btnSetVelocity.clicked.connect(self.setVelocityClicked)
self.btnsVelocityLayout.addWidget(self.txtVelocity)
self.btnsVelocityLayout.addWidget(self.btnSetVelocity)
self.btnsVelocityLayout.addStretch()
self.positionLayout.addLayout(self.btnsPositionLayout)
self.positionLayout.addLayout(self.positionTable)
self.velocityLayout.addLayout(self.btnsVelocityLayout)
self.velocityLayout.addLayout(self.velocityTable)
self.panelsLayout.setProperty("gridLayout", "panelsLayout")
self.panelsLayout.addLayout(self.positionLayout)
self.panelsLayout.insertSpacing(1, 20)
self.panelsLayout.addLayout(self.velocityLayout)
#self.redrawPanels()
self.btnDebug = QPushButton('Debug')
self.btnDebug.clicked.connect(self.debug_clicked)
self.btnProcess = QPushButton('Process')
self.btnProcess.clicked.connect(self.generate_clicked)
self.mainLayout.addLayout(self.fileLayout)
self.mainLayout.addSpacing(5)
self.mainLayout.addLayout(self.controlBtnsLayout)
self.mainLayout.addSpacing(20)
self.mainLayout.addLayout(self.panelsLayout)
self.mainLayout.addSpacing(20)
self.mainLayout.addWidget(self.btnDebug)
self.mainLayout.addSpacing(20)
self.mainLayout.addWidget(self.btnProcess)
self.setLayout(self.mainLayout)
self.setWindowTitle('Scenario generator panel')
self.show()
def delete_clicked(self):
slideIndex = int(self.txtCurSlide.text()) - 1
self.currentSlide = slideIndex + 1
if slideIndex == 0 and self.scenario.get_num_of_slides() == 1:
print('cant delete single slide')
return
elif slideIndex == 0:
nextSlide = 1
else:
nextSlide = slideIndex - 1
self.slide = self.scenario.get_slide(nextSlide)
self.scenario.delete_slide(slideIndex)
self.updateSlideNum()
self.txtCurSlide.setText(str(slideIndex + 1))
self.lblNumOfSlides.setText(str(self.scenario.get_num_of_slides()))
def insert_clicked(self):
slideIndex = int(self.txtCurSlide.text())
slide = deepcopy(self.scenario.get_slide(slideIndex - 1))
self.scenario.insert_slide(slideIndex, slide)
self.slide = slide
self.nextSlideClicked()
self.lblNumOfSlides.setText(str(self.scenario.get_num_of_slides()))
def save_clicked(self):
fileName, _ = QFileDialog.getSaveFileName(
self, "QFileDialog.getSaveFileName()", "",
"Scenario files (*.bsc)")
if fileName:
print(fileName)
pickle.dump(self.scenario, open(fileName, "wb"))
def open_clicked(self):
fileName, _ = QFileDialog.getOpenFileName(
self,
"QFileDialog.getOpenFileName()",
"",
"Scenario files (*.bsc)",
)
if fileName:
print(fileName)
self.scenario = pickle.load(open(fileName, "rb"))
if self.scenario.get_rows() < 1 or self.scenario.get_cols() < 1:
print('Wrong Scenario')
return
else:
self.scenario.print_info()
self.rows = self.scenario.get_rows()
self.cols = self.scenario.get_cols()
self.redrawPanels()
slideIndex = 1
slide = self.scenario.get_slide(slideIndex - 1)
self.txtCurSlide.setText(str(slideIndex))
self.numOfSlides = self.scenario.get_num_of_slides()
print("num os slides {0}".format(self.numOfSlides))
self.lblNumOfSlides.setText(str(self.numOfSlides))
if slide is not None:
self.slide = slide
self.slide.print()
self.txtTime.setText(str(self.slide.get_timing()))
for i in range(self.rows):
for j in range(self.cols):
self.listOfPos[i][j].setText(
str(self.slide.get_position()[i][j]))
self.listOfVel[i][j].setText(
str(self.slide.get_velocity()[i][j]))
def debug_clicked(self):
self.scenario.print_info()
def generate_clicked(self):
print('generate clicked')
fileName, _ = QFileDialog.getSaveFileName(
self, "QFileDialog.getSaveFileName()", "", "txt scenario (*.txt)")
if fileName:
print(fileName)
with open(fileName, 'w') as f:
for slide in self.scenario.slides:
msg = ""
msg += str(slide.timing)
msg += ":"
for i in range(len(slide.get_position())):
for j in range(len(slide.get_position()[0])):
msg += str(slide.get_position()[i][j])
msg += ","
msg += str(slide.get_velocity()[i][j])
if j != (len(slide.get_position()[0]) - 1):
msg += ";"
if i != (len(slide.get_position()) - 1):
msg += '\n'
f.write(msg)
def acceptSlideClicked(self):
pass
def appendSlideClicked(self):
slideIndex = self.scenario.get_num_of_slides()
self.timingIncrement = int(self.txtTimeIncrement.text())
timing = self.scenario.get_slide(slideIndex -
1).get_timing() + self.timingIncrement
self.slide = deepcopy(self.scenario.get_slide(slideIndex - 1))
self.slide.set_timing(timing)
self.scenario.append_slide(self.slide)
self.txtTime.setText(str(timing))
self.txtCurSlide.setText(str(slideIndex + 1))
self.lblNumOfSlides.setText(str(self.scenario.get_num_of_slides()))
self.numOfSlides = self.scenario.get_num_of_slides()
for i in range(self.rows):
for j in range(self.cols):
self.listOfPos[i][j].setText(
str(self.slide.get_position()[i][j]))
self.listOfVel[i][j].setText(
str(self.slide.get_velocity()[i][j]))
def time_change(self):
slideIndex = int(self.txtCurSlide.text()) - 1
slideTiming = int(self.txtTime.text())
if slideIndex > 0:
if slideTiming < self.scenario.get_slide(slideIndex -
1).get_timing():
print('wrong time')
self.txtTime.setText(
str(self.scenario.get_slide(slideIndex - 1).get_timing()))
return
prevSlideTiming = self.scenario.get_slide(slideIndex).get_timing()
deltaTiming = slideTiming - prevSlideTiming
self.scenario.get_slide(slideIndex).set_timing(slideTiming)
self.scenario.update_timings(startindex=slideIndex + 1,
delta=deltaTiming)
def newScenarioClicked(self):
dlg = CustomDialog(self)
if dlg.exec_():
print("Success!")
print(dlg.txtColsNumber.text())
print(dlg.txtRowsNumber.text())
try:
self.rows = int(dlg.txtRowsNumber.text())
self.cols = int(dlg.txtColsNumber.text())
except:
msg = QMessageBox()
msg.setIcon(QMessageBox.Critical)
msg.setText("Ошибка")
msg.setInformativeText('Введите числовые значения')
msg.setWindowTitle("Ошибка")
msg.exec_()
self.redrawPanels()
self.init_scenario()
else:
print("Cancel!")
def txtEditingFinished(self):
self.currentSlide = int(self.txtCurSlide.text())
print(self.txtCurSlide.text())
def prevSlideClicked(self):
self.currentSlide = int(self.txtCurSlide.text())
if self.currentSlide > 1:
self.currentSlide -= 1
self.updateSlideNum()
def nextSlideClicked(self):
self.currentSlide = int(self.txtCurSlide.text())
if self.currentSlide < self.numOfSlides:
self.currentSlide += 1
self.updateSlideNum()
def updateNumOfSlides(self):
self.lblNumOfSlides.setText(str(self.numOfSlides))
def updateSlideNum(self):
self.txtCurSlide.setText(str(self.currentSlide))
#Достаем слайд из сценария и присваиваем его редактируемому слайду
slideIndex = int(self.txtCurSlide.text()) - 1
slide = self.scenario.get_slide(slideIndex)
if slide is not None:
self.slide = slide
self.slide.print()
self.txtTime.setText(str(self.slide.get_timing()))
for i in range(self.rows):
for j in range(self.cols):
self.listOfPos[i][j].setText(
str(self.slide.get_position()[i][j]))
self.listOfVel[i][j].setText(
str(self.slide.get_velocity()[i][j]))
else:
print('Получен пустой слайд')
def redrawPanels(self):
self.listOfPos = []
self.listOfVel = []
self.lblNumOfRows.setText(str(self.rows))
self.lblNumOfCols.setText(str(self.cols))
self.clearLayout(self.positionTable)
self.clearLayout(self.velocityTable)
for i in range(self.rows):
tP = []
tV = []
for j in range(self.cols):
lableP = QLineEdit('0')
# lableP.classes = "cssPanelLabel"
lableP.setProperty('cssPanelLabel', 'position')
lableP.setFixedSize(40, 20)
lableP.editingFinished.connect(
lambda: self.position_updated(i, j))
#lableP.mouseDoubleClicked.connect(lambda: self.panel_double_click(i, j, 'pos'))
lableV = QLineEdit('100')
lableV.setProperty('cssPanelLabel', 'velocity')
lableV.setFixedSize(40, 20)
lableV.editingFinished.connect(self.updatePanels)
tP.append(lableP)
tV.append(lableV)
self.listOfPos.append(tP)
self.listOfVel.append(tV)
for i in range(self.rows):
for j in range(self.cols):
self.positionTable.addWidget(self.listOfPos[i][j], i + 1, j)
self.velocityTable.addWidget(self.listOfVel[i][j], i + 1, j)
self.currentSlide = 0
self.txtCurSlide.setText(str(self.currentSlide + 1))
def panel_double_click(self, row, col, panel):
if panel == 'pos':
self.listOfPos[row][col].setText(str(self.lastPosEntered))
def position_updated(self, row, col):
self.lastPosEntered = int(self.listOfPos[row][col].text())
self.updatePanels()
def init_scenario(self):
position = []
velocity = []
self.scenario = Scenario()
self.scenario.set_cols(self.cols)
self.scenario.set_rows(self.rows)
for i in range(self.rows):
tP = []
tV = []
for j in range(self.cols):
tP.append(0)
tV.append(0)
position.append(tP)
velocity.append(tV)
self.slide.set_timing(0)
self.slide.set_position(position)
self.slide.set_velocity(velocity)
self.scenario.set_slide(self.slide, 0)
self.lblNumOfSlides.setText(str(self.scenario.get_num_of_slides()))
def setPositionClicked(self):
for i in range(self.rows):
for j in range(self.cols):
self.listOfPos[i][j].setText(self.txtPosition.text())
self.updatePanels()
def setVelocityClicked(self):
for i in range(self.rows):
for j in range(self.cols):
self.listOfVel[i][j].setText(self.txtVelocity.text())
self.updatePanels()
def updatePanels(self):
print("updating panels")
try:
self.slide.set_timing(int(self.txtTime.text()))
for i in range(self.rows):
for j in range(self.cols):
self.slide.position[i][j] = int(
self.listOfPos[i][j].text())
self.slide.velocity[i][j] = int(
self.listOfVel[i][j].text())
except:
print("error in updating")
currentSlideIndex = int(self.txtCurSlide.text()) - 1
self.scenario.set_slide(self.slide, currentSlideIndex)
self.slide.print()
def clearLayout(self, layout):
while layout.count() > 0:
item = layout.takeAt(0)
if not item:
continue
w = item.widget()
if w:
w.deleteLater()
class App:
def __init__(self):
if not DEBUG:
sys.stdout = None
# True : GPS
# False : Beacon
self.mode = True
self.initBtnLed()
self.initGPS()
self.initBLE()
self.initScenario()
def initBtnLed(self):
# Init GPIOs
GPIO.setmode(GPIO.BCM)
GPIO.setup(PIN_BTN, GPIO.IN) # Tell the button is an input
GPIO.setup(PIN_PWR_LED, GPIO.OUT) # Tell the led is an output
# Send an high level to the 5V pin of the led
GPIO.output(PIN_PWR_LED, True)
# Start up the led
# Adafruit_NeoPixel(LED_COUNT, LED_PIN, LED_FREQ_HZ, LED_DMA,
# LED_INVERT, LED_BRIGHTNESS)
self.led = Adafruit_NeoPixel(1, PIN_LED, 800000, 5, False, 100)
self.led.begin()
# This var is set False once the user shutdown the system
self.led.active = True
self.updateLed(COLOR_BOOT)
def initGPS(self):
self.gps = GPS()
self.gps.updatePosition()
self.latitude = self.gps.getLatitude()
self.longitude = self.gps.getLongitude()
def initBLE(self):
self.actualBeacon = None
self.validNewBeacon = 0
self.validNoBeacon = 0
self.ble = BLE()
def initScenario(self):
self.scenario = Scenario()
def main(self):
# Starting threads
threading.Thread(target=self.checkBtn).start()
threading.Thread(target=self.updateGPS).start()
threading.Thread(target=self.updateBLE).start()
def checkBtn(self):
while True:
durationPress = 0
while GPIO.input(PIN_BTN) > 0 and durationPress <= LONG_PRESS:
durationPress += 0.1
time.sleep(0.1)
# If it's a long press
if durationPress >= LONG_PRESS:
self.updateLed(COLOR_SHUTDOWN)
self.led.active = False
# Use subprocess instead of sys.os() to avoid the waiting of the return of the cmd
subprocess.Popen(['shutdown', 'now'])
# Use this instead of sys.exit() cause it will kill the thread only
os._exit(1)
# If it's a short press
elif durationPress >= SHORT_PRESS:
self.updateLed(COLOR_RESET)
self.scenario.resetScenario()
self.actualBeacon = None
time.sleep(0.1)
def updateLed(self, color):
if self.led.active:
# Setting the new color of the led
self.led.setPixelColor(0, color)
# Update the led
self.led.show()
def updateGPS(self):
while True:
time.sleep(0.5)
# if no beacon is detected
if self.mode:
self.updateLed(COLOR_GPS)
self.gps.updatePosition()
_latitude = self.gps.getLatitude()
_longitude = self.gps.getLongitude()
# If GPS position has been found
if _latitude is None or _longitude is None:
self.updateLed(COLOR_NOGPS)
continue
# Avoid some bugs when for example longitude is -1.2983687
# and the next time is 1.2983687
if int(self.latitude) != int(_latitude) or int(
self.longitude) != int(_longitude):
continue
self.latitude = _latitude
self.longitude = _longitude
print('Latitude : ', self.latitude)
print('Longitude : ', self.longitude)
self.scenario.calculGps(self.latitude, self.longitude)
def updateBLE(self):
while True:
# scan(timeout in seconds, UUID) - Here b9407f30f5f8466eaff925556b57fe6d is the default Estimote UUID
beaconsScanned = self.ble.scan(TIME_SCAN_BLE,
'b9407f30f5f8466eaff925556b57fe6d')
if beaconsScanned:
self.updateLed(COLOR_BEACON)
self.mode = False
self.validNoBeacon = 0
closestBeacon = None
# Get the closest beacon scanned (RSSI is the power receive indice)
for beacon in beaconsScanned:
if not closestBeacon:
closestBeacon = beacon
if beacon['RSSI'] > closestBeacon['RSSI']:
closestBeacon = beacon
# Check if there is a new beacon is detected closer, and start a new scan to be sure if so
if self.actualBeacon is not None and not closestBeacon[
'MACADDR'] == self.actualBeacon[
'MACADDR'] and self.validNewBeacon < 1:
self.validNewBeacon += 1
print('New beacon :', closestBeacon['MACADDR'], '(',
self.validNewBeacon, 'try)')
continue
self.actualBeacon = closestBeacon
self.validNewBeacon = 0
print('-------------')
print(self.actualBeacon['MACADDR'], ':')
print('Major :', self.actualBeacon['MAJOR'])
print('Minor :', self.actualBeacon['MINOR'])
print('RSSI :', self.actualBeacon['RSSI'])
# uid is the concat of major + minor in the scenario.xml
uid = int(
str(self.actualBeacon['MAJOR']) +
str(self.actualBeacon['MINOR']))
self.scenario.calculBeacon(uid)
else:
# If no beacon is detected, we check 5 times to be sure
if self.actualBeacon is not None and self.validNoBeacon < 5:
self.validNoBeacon += 1
print('No beacon detected,', self.validNoBeacon, 'try')
continue
self.validNoBeacon = 0
self.actualBeacon = None
self.mode = True
time.sleep(0.5)
class VR(object):
doexit: bool = False
BUFSIZ: int = 1024
logseq: int = 0
loglimit: int = 255
isdebug: bool = False
vrName: str = ""
scenario: Scenario = None
log: Log = None
def dp(self, log):
if self.isdebug:
pprint(log)
def __init__(self, name: str="VR", debug: bool=False):
"""
コンストラクタ
:param name:
:param debug:
"""
self.isdebug = debug
self.vrName = name
self.log = Log()
self.scenario = Scenario(debug=True)
def loadscenario(self, data):
self.dp("VR loadscenario() ")
self.scenario.read(data)
def send(self, s):
"""
新規入力受付時の処理。
:param s:
:return:
"""
self.dp("VR.send(): vrName[{0}] recv: {1}".format(self.vrName, s))
ret = self.scenario.send(s)
if ret.get("match", False):
print("match")
responseStr = "match"
else:
responseStr = False
return responseStr
def doCmd(self, key, p, args):
# 動作モードの確認
action = p.get("action", "writebuffer")
# exit: 即座にtelnet sessionを切断する
if action == "exit":
self.doexit = True
# writebuffer バッファリストからデータを取得
elif action == "writebuffer":
# 応答リストをfetchする
liStr = p.get("res", [])
# curargsにlocal変数を入れる
curargs = val
# curargsに「コマンドから取得した応答」を更新する
curargs.update(args)
# 応答文字列内の{value}を適切に変換する
s = liStr[0].format(**curargs)
# リストに後続がある場合はshift(pop)する
# 後続がない場合はそのまま＝最後の応答候補をそのまま返す
if len(liStr) > 1:
p["res"] = liStr[1:]
self.curBuffer[key] = p
# 応答を返す
self.write(s)
print(liStr)
class Driver:
p = None #the player
trend = "" #the Trending topic
scen = None #the scenerio to do next
"""
Constructor
"""
def __init__(self):
self.p = Player(savedPlayerJSON)
#self.updatePlayer(self.p,True,0,0)
if self.p.isDead():
self.p = Player("./json/newPlayerTemplate.json")
self.trend = getTrend()
#print self.trend
self.scen = Scenario()
self.scen.loadFromFile(savedScenJSON)
if self.scen.finished:
option = getReplies(self.p.lastID)
self.followUpTweet(option)
if option == 1:
item = self.scen.finish1[1]
exp = self.scen.finish1[2]
health = self.scen.finish1[3]
elif option ==2:
item = self.scen.finish2[1]
exp = self.scen.finish2[2]
health = self.scen.finish2[3]
else:
item = self.scen.finish3[1]
exp = self.scen.finish3[2]
health = self.scen.finish3[3]
self.updatePlayer(self.p,item,exp,health)
tempEnviro = Environment(self.trend)
tempEnviro.generateScenario(self.trend).saveScenario()
self.scen = loadScenFromFile(savedScenJSON)
def updatePlayer(self,player,item,exp,health):
#print item , exp, health
if item:
player.item = Items(None)
player.giveExperiencePoints(int(exp)/int(player.level))
if health>0:
player.giveHealth(int(health))
else:
player.removeHealth(int(health))
player.savePlayer()
"""
Method to post the Announce Tweet using API
"""
def announceTweet(self):
msg = "The trend for this encounter is {}! Prepare for adventure!"
msg = msg.format(self.trend)
print msg #api.update_status(status = msg)
time.sleep(sleepTime)
"""
Method to post the Scenario Tweet using API
"""
def scenarioTweet(self):
msg = self.scen.getInitial()
print msg #api.update_status(status = msg)
time.sleep(sleepTime)
"""
Method to post the Status Tweet using API
"""
def statusTweet(self):
msg = "You have {0.currentHealth} Health, {0.experiencePoints} XP, and are level {0.level}."
if self.p.item.name != "":
msg+=" You currently have the {0.item.name} Item."
msg = msg.format(self.p)
print msg #api.update_status(status = msg)
time.sleep(sleepTime)
"""
Method to post the Option Tweet using API
"""
def optionsTweet(self):
temp = self.scen.getEncounterText()
msg = ""
if self.scen.option1 == "Fight":
msg+= "A {} attacks! ".format(self.scen.creature.getCreatureType())
msg += "Follow and reply with #1 to {0.option1}"
if self.scen.option2 != "":
msg+=", #2 to {0.option2}"
if self.scen.option3 != "":
msg+=" , or #3 to {0.option3}"
msg+= "! {}".format(self.trend)
msg = msg.format(self.scen)
self.scen.finished = True
print temp
print msg
api.update_status(status = temp)
time.sleep(sleepTime)
return api.update_status(status = msg)
def followUpTweet(self, option):
msg = "{}"
temp = self.scen.getFinished(option)[0]
msg = msg.format(temp)
msg2 = " You have {0.currentHealth} Health, {0.experiencePoints} XP, and are level {0.level}."
if self.p.item.name != "":
msg2+=" You currently have the {0.item.name} Item."
msg2 = msg2.format(self.p)
msg += msg2
print msg
api.update_status(status = msg)
time.sleep(sleepTime)
def main():
parser = argparse.ArgumentParser(prog='TRACES GENERATOR')
#abs params
parser.add_argument('--providers', type=int, help="Number of local telco providers" )
parser.add_argument('--intermidiaries', type=int, help="Number of intermidiary providers" )
parser.add_argument('--calls', type=int, help="Number of calls" )
parser.add_argument('--hops', type=int, help="Numer of hops per call" )
#percentage params
parser.add_argument('--fraudsters', type=float, help="Percentage of fraudolent intemidiaraies" )
parser.add_argument('--frauds', type=float, help="Percentage of fraud calls. " )
parser.add_argument('--pcoop', type=float, help="Percentage of cooperation provider " )
parser.add_argument('--icoop', type=float, help="Percentage of cooperation intermidiaries. " )
parser.add_argument('--cycles', type=int, help="Number of traces to simulate" )
parser.add_argument('--scenario', help="Name of the simulation directory" )
parser.add_argument('--useblacklist', dest='blacklist', action='store_true')
parser.add_argument('--no-useblacklist', dest='blacklist', action='store_false')
parser.set_defaults(blacklist=True)
args = parser.parse_args()
#create an istance of TraceGenerator with the params from cli
scenario = Scenario(n_providers=int(args.providers),
n_intermidiaries=int(args.intermidiaries),
n_calls=int(args.calls),
l_chain = int(args.hops),
fraudsters_percentage=float(args.fraudsters),
frauds_percentage=float(args.frauds),
provider_participation = int(args.pcoop),
intermidiaries_participation = int(args.icoop),
cycles = int(args.cycles),
blacklist=args.blacklist)
print('\n\nstart simulation: ' + args.scenario +'\n')
N = scenario.n_providers + scenario.n_intermidiaries
cycles = int(args.cycles)
sources = [x for x in range(0,scenario.n_providers,10)]
step = 1
targets = [(x+scenario.n_providers) for x in range(0,scenario.n_intermidiaries,step)]
for f in range(scenario.n_fraudsters):
targets[scenario.n_intermidiaries//step-f-1] = N-f-1
results = np.zeros((cycles,len(targets)))
revenues = np.zeros((3,cycles))
days=0
blacklist_history = []
for c in range(cycles):
scenario_directory = 'simulation/' + args.scenario
trace_file = scenario_directory + '/' + str(c) + '/traces.csv'
result_file = scenario_directory + '/results/result.txt'
dataset = Dataset(N, scenario_directory, c)
dataset.destroy()
dataset.create()
if (c)%4 == 0 and scenario.use_blacklist:
scenario.reset_blacklist()
traceGenerator = TraceGenerator(scenario=scenario)
traceGenerator.createCsv(file=trace_file)
manager = TrustMan(scenario=scenario, dataset=dataset)
manager.createFeedbackMatrix(infile=trace_file)
manager.updateFeedbackMatrix(scenario_directory=scenario_directory, cycle=c)
result = Result(scenario=scenario,dataset=dataset, manager=manager)
days+=result.calcDelay()
print("\n\nPERIOD: "+str(days))
print("Blacklisted operators are:")
blacklist_history.append(scenario.blacklist[:])
print(scenario.blacklist)
trust = TNSLA(scenario=scenario, dataset=dataset)
for i in range(len(targets)):
Tools.printProgress( i, len(targets))
for j in range(len(sources)):
if scenario.isCoopProvider(sources[j]):
results[c][i] = trust.computeTrust2(sources[j], targets[i])
#print("\nTrust from "+str(sources[j])+" to "+str(targets[i])+" at period "+str(c)+"th is "+str(results[c][i]))
res = result.fraudsterClassifier2(targets[i], results[c][i])
if res and scenario.use_blacklist: #is Fraudster
scenario.push_in_blacklist(targets[i])
result.printRes()
scenario.revenue_termin += manager.revenue_termin
scenario.revenue_transit += manager.revenue_transit
scenario.revenue_fraudster += manager.revenue_fraudster
revenues[0][c]=scenario.revenue_termin
revenues[1][c]=scenario.revenue_transit
revenues[2][c]=scenario.revenue_fraudster
plot = Plot(scenario=scenario)
#plot.plotDetectResult(blacklist_history, result.getFraudBehaviour())
plot.plotPie(result)
'''
from GameScraper import GameScraper
from Scenario import Scenario
def _smallandfew(items):
return items["Size"] == "Small" and items["Number of Enemies"] == "Few"
def _levelover7000(items):
return items["Enemy LV"] > 7000 and items["Main Object"] == "Grass"
if __name__ == "__main__":
from Scenario import Scenario
import dolphininput
import time
smallandfew = Scenario(("Number of Enemies", "Size"), _smallandfew)
levelover7000 = Scenario(
("Enemy LV", "Size", "Floor Number", "Main Object",
"Number of Enemies", "Main Enemy", "EXP"), _levelover7000)
gameScraper = GameScraper("randomdungeon", levelover7000)
for i in xrange(50):
gameScraper.scrape()
dolphininput.tap(dolphininput.B, .1)
time.sleep(.1)
dolphininput.tap(dolphininput.A, .1)
gameScraper.exit()
def initScenario(self):
self.scenario = Scenario()
from Scenario import Scenario
from DQNAgent import DQNAgent
import numpy as np
EPISODES = 2000
if __name__ == "__main__":
env = Scenario()
state_size = env.state_size
action_size = env.action_size
agent = DQNAgent(state_size, action_size)
done = False
batch_size = 32
for e in range(EPISODES):
state = env.reset()
print("Size: " + str(state.shape))
state = np.reshape(state, [1, state_size])
time = 0
done = 0
while not done:
action = agent.act(state)
next_state, reward, done = env.step(action)
next_state = np.reshape(next_state, [1, state_size])
agent.remember(state, action, reward, next_state, done)
state = next_state
if done:
agent.update_target_model()
print("episode: {}/{}, score: {}, e: {:.2}"
.format(e, EPISODES, time, agent.epsilon))
break
time = time + 1
coreLogPath.append(Coordinate(23*3600 + 31*60 + 22.000, 3,0,0,0,0)) #23:31:22.000 coreLogPath.append(Coordinate(23*3600 + 34*60 + 22.000, 5,0,0,0,0)) #23:34:22.000 distances = list() distances.append(1.2) distances.append(5.3) distances.append(6.6) distances.append(3.3) distances.append(9.7) distances.append(2.1) distances.append(7.5) distances.append(4.3) distances.append(7.7) distances.append(5.0) scenario = Scenario(1, 5.0, '', '', '') scenario.calculateMetrics(coreLogPath, distances) print 'Overall Results' print 'Start Time: ', scenario.timeToString(scenario.totalResult.startTime) #expected: 230000.000 print 'End Time: ', scenario.timeToString(scenario.totalResult.endTime) #expected: 233422.000 print 'Detection percent: ', scenario.totalResult.detectionPercent, '%' #expected: 100% print 'ID changes: ', scenario.totalResult.idChanges #expected: 9 print 'Min distance', scenario.totalResult.minPositonalAccuracy #expected: 1.2 print 'Max distance', scenario.totalResult.maxPositionalAccuracy #expected: 9.7 print 'Average postional Accuracy', scenario.totalResult.averagePositionalAccuracy #expected: 5.27 print 'Percent within ', scenario.maxRadius, 'm: ', scenario.totalResult.percentWithinMaxRadius, '%' #expected: 50% #20 minute segments print '\nNumber of 20 minute segments: ', len(scenario.twentyMinuteResults) for i in range(0, len(scenario.twentyMinuteResults)): #expected: two 20 minute segments
contents_per_slot_per_user = OrderedDict()
rzs_per_slot_per_user = OrderedDict()
contact_len_mean = OrderedDict()
contact_mean = OrderedDict()
nodes_in_zoi = OrderedDict()
probabilities = OrderedDict()
c = 1 # Slot number
a_per_content = OrderedDict()
replicas = OrderedDict()
a_per_content_only_value = OrderedDict()
num_users = density_users
num_zois = density_zois
# CREATION OF SCENARIO With num_zois number of zois
scenario = Scenario(radius_of_replication, max_area, delta, radius_of_tx,
channel_rate, num_users, num_zois, traces_folder,
num_slots, algorithm, max_memory, max_time_elapsed, gamma,
statis, alp)
# From here on, start printing out to an external file called 'out'
orig_stdout = sys.stdout
f = open('results/' + str(uid) + '/out.txt', 'w')
sys.stdout = f
################## Parse traces in case we are using them
if "Paderborn" in traces_folder:
scenario.parsePaderbornTraces(traces_folder, traces_file)
if traces_folder == "Rome":
scenario.parseRomaTraces(traces_folder, traces_file)
if traces_folder == "SanFrancisco":
usr_list = [] # list of users in the entire scenario
availabilities_list_per_slot = []
nodes_in_zoi = OrderedDict()
attempts = []
a_per_model = OrderedDict()
a_per_obs = OrderedDict()
models_contributions = OrderedDict()
models_freshness = OrderedDict()
nodes_future = OrderedDict()
c = 1
# CREATION OF SCENARIO
scenario = Scenario(radius_of_interest, radius_of_replication, max_area,
min_speed, max_speed, delta, radius_of_tx, channel_rate,
num_users, num_zois, traces_folder, num_slots,
list_of_static_nodes, computing_time, num_landmarks,
merging_time)
scenario.max_memory = num_models * model_size
################## Parse traces in case we are using them
if traces_folder == "Rome":
scenario.parseRomaTraces(traces_folder, traces_file)
if traces_folder == "Luxembourg":
scenario.parseLuxembourgTraces(traces_folder, traces_file)
if traces_folder == "none":
for i in range(0, scenario.num_users):
user = User(i, np.random.uniform(-max_area, max_area),
np.random.uniform(-max_area, max_area), scenario,
num_models_node * model_size)
scenario.usr_list.append(user)
from Verifier import SPRT
from Property import MCIProperty
'''Input generation'''
fireFighterPr = 0.8
numOfFireFighters = 3
CSs = [FireFighter(str(i), fireFighterPr) for i in range(numOfFireFighters)]
mapSize = 20
MCIMap = [0 for i in range(mapSize)]
MCISoS = SoS(CSs, MCIMap)
MCIEvents = []
numOfPatients = 20
for i in range(numOfPatients):
MCIEvents.append(
Event(PatientOccurrence('patient +1', MCIMap), ConstantTimeBound(0)))
MCIScenario = Scenario(MCIEvents)
'''Simulation'''
simulationTime = 15
MCISim = Simulator(simulationTime, MCISoS, MCIScenario)
repeatSim = 2000
MCILogs = []
for i in range(repeatSim):
MCILog = MCISim.run()
MCILogs.append(MCILog)
'''
print('log print (only last log)')
for log in MCILogs:
print(log[-1], sum(log[-1][0]), sum(log[-1][1]))
'''
'''
response = Response_Node(
"because that is the solution we have been looking for", questions, [], 4)
responses.append(response)
questions = []
questions.append('What would you see as the ideal solution?')
questions.append('What is the best solution in your eyes')
questions.append('What would you like the outcome to be?')
neighbors = []
neighbors.append(response)
response = Response_Node("The ideal solution", questions, neighbors, 5)
responses.append(response)
questions = []
questions.append('why')
response = Response_Node("because it is", questions, [], 6)
responses.append(response)
questions = []
questions.append('what color is the sky')
questions.append('is the color of the sky green?')
neighbors = []
neighbors.append(response)
response = Response_Node("the sky is blue", questions, neighbors, 7)
responses.append(response)
dialog = Dialog(responses)
scenario = Scenario("mike", "test description", None, dialog)
db.add_scenario(scenario)
def __init__(self, board):
self.board = board
self.scenarios = [Scenario(board, [], "", 0)]
self.scenarios[0].update_figures(board)