def newSprintPost(handler, p_project, p_name, p_start, p_end, p_members = None, p_private = False, p_hidden = False):
def die(msg):
print msg
done()
handler.wrappers = False
p_project = int(p_project)
if not handler.session['user']:
die("You must be logged in to create a new sprint")
project = Project.load(p_project)
if not project:
die("Unknown project ID: %d" % p_project)
if p_name == '':
die("The sprint name cannot be empty")
try:
start = re.match("^(\d{1,2})/(\d{1,2})/(\d{4})$", p_start)
if not start:
raise ValueError
month, day, year = map(int, start.groups())
start = datetime(year, month, day)
except ValueError:
die("Malformed start date: %s" % stripTags(p_start))
try:
end = re.match("^(\d{1,2})/(\d{1,2})/(\d{4})$", p_end)
if not end:
raise ValueError
month, day, year = map(int, end.groups())
end = datetime(year, month, day, 23, 59, 59)
except ValueError:
die("Malformed end date: %s" % stripTags(p_end))
msg = Sprint.validateDates(start, end)
if msg:
die(msg)
members = set(User.load(int(memberid)) for memberid in p_members)
if None in members:
die("Unknown username")
if handler.session['user'] not in members:
die("The scrummaster (%s) must be a sprint member" % handler.session['user'])
sprint = Sprint(project.id, p_name, handler.session['user'].id, dateToTs(start), dateToTs(end))
sprint.members |= members
if p_private or p_hidden:
sprint.flags.add('private')
if p_hidden:
sprint.flags.add('hidden')
sprint.save()
# Make a default 'Miscellaneous' group so there's something to add tasks to
Group(sprint.id, 'Miscellaneous', 1, False).save()
# Make the standard set of sprint goals
Goal.newSet(sprint)
handler.responseCode = 299
print "/sprints/%d" % sprint.id
Event.newSprint(handler, sprint)
def __init__(self):
goal1 = Goal("Eat", 4)
goal2 = Goal("Sleep", 3)
self.goals = [goal1, goal2]
self.action_index = -1
game_state = self
# actions
action1 = Action("Get raw food", [{
"goal": goal1,
"insistance_change": -4
}], -3)
action2 = Action("Sleep in bed", [{
"goal": goal2,
"insistance_change": -2
}], -3)
action3 = Action("Get snack", [{
"goal": goal1,
"insistance_change": -2
}], -2)
self.base_action = Action("No action", [], 0)
self.actions = [action1, action2, action3]
self.strength = 5
def __init__(self):
goal1 = Goal("Health", 4)
goal2 = Goal("Have fun!", 3)
self.goals = [goal1, goal2]
self.action_index = -1
game_state = self
# actions
action1 = Action("Go out for dinner", [{
"goal": goal1,
"insistance_change": -4
}], -3)
action2 = Action("Party!!", [{
"goal": goal2,
"insistance_change": -2
}], -3)
action3 = Action("Eat at home", [{
"goal": goal1,
"insistance_change": -2
}], -2)
self.base_action = Action("No action", [], 0)
self.actions = [action1, action2, action3]
self.money = 5
def add(self,
idx=-1,
goalName="",
envName="",
newDefinition="",
newCategory="Maintain",
newPriority="Low",
newFitCriterion="None",
newIssue="None",
newOriginator=""):
envName = self.envCombo.GetValue()
parentGoalName = self.goalCombo.GetValue()
ep = GoalEnvironmentProperties(
envName, '', newDefinition, newCategory, newPriority,
newFitCriterion, newIssue,
[(parentGoalName, 'goal', 'and', 'No', 'None')])
g = Goal(-1, goalName, newOriginator, [], [ep])
gp = GoalParameters(goalName, newOriginator, [], [ep])
g.setId(self.dbProxy.addGoal(gp))
if (idx != -1):
self.goals.insert(idx, g)
else:
self.goals.append(g)
return g
def __init__(self):
pygame.init()
self.screen = pygame.display.set_mode((self.screen_w, self.screen_h))
self.fps_clock = pygame.time.Clock()
# 2D array containing arrays, to store object in the secotrs and optimise collisions
self.sectors = [[[]
for j in range(ceil(self.screen_h / self.sector_size))
]
for i in range(ceil(self.screen_w / self.sector_size))]
# create goals
screen_margin = (self.screen_h - self.pitch_h) / 2
self.goal_left = Goal(self, self.pitch_color_1,
(self.screen_w - self.pitch_w) / 2,
screen_margin + self.pitch_h * 6 / 16,
screen_margin + self.pitch_h * 10 / 16, 50, -1)
self.goal_right = Goal(
self, self.pitch_color_2,
self.pitch_w + (self.screen_w - self.pitch_w) / 2,
screen_margin + self.pitch_h * 6 / 16,
screen_margin + self.pitch_h * 10 / 16, 50, 0)
self.team_right = Team(self, self.team1_color, self.goal_right, 1)
self.team_left = Team(self, self.team2_color, self.goal_left, -1)
self.start_time = pygame.time.get_ticks()
def getTrophies(self) :
goalsCompleted = []
if self.error == True :
return jsonify(error="Run not found")
# Retrieve all uncompleted user goals
params = urllib.parse.urlencode({"where":json.dumps({
"completed" : False,
"userObjectID" : self.userId
})})
try :
connection.request('GET', '/1/classes/TrophyInformation?%s' % params, '', {
"X-Parse-Application-Id": os.environ['RUNMATE_CONST_APPID'],
"X-Parse-REST-API-Key": os.environ['RUNMATE_CONST_APIKEY']
})
trophyList = json.loads(connection.getresponse().read().decode('utf-8'))['results']
except http.client.RemoteDisconnected :
return self.getTrophies()
# Filter goals that shouldn't be considered
for t in trophyList :
goal = Goal(str(t['objectId']))
if self.checkTrophy(goal) :
goalsCompleted.append(goal.setCompleted())
if goalsCompleted == [] :
return jsonify(error="No goals completed")
else :
return jsonify(goals=goalsCompleted)
def setElements(self):
self.goal = Goal((int(self.width / 2), int(self.height * 0.05)))
self.goal.show(self.background)
# self.obstacles.append(Obstacle((0, 0, 255), (100, 300, 600, 30)))
#
# self.obstacles[0].show(self.background)
self.population = Population(
(int(self.width / 2), int(self.height * 0.95)), 1000,
self.goal.getPosition())
def add(self,idx=-1,goalName="",envName="",newDefinition="",newCategory="Maintain", newPriority="Low", newFitCriterion="None", newIssue="None", newOriginator=""):
envName = self.envCombo.GetValue()
parentGoalName = self.goalCombo.GetValue()
ep = GoalEnvironmentProperties(envName,'',newDefinition,newCategory,newPriority,newFitCriterion,newIssue,[(parentGoalName,'goal','and','No','None')])
g = Goal(-1,goalName,newOriginator,[ep])
gp = GoalParameters(goalName,newOriginator,[],[ep])
g.setId(self.dbProxy.addGoal(gp))
if (idx != -1):
self.goals.insert(idx,g)
else:
self.goals.append(g)
return g
def __init__(self, random_start = True, step_limit = None, ball_idle_limit = None, state_output_mode = 'pixels', rendering = True, frame_skip=4):
self.action_space = ActionSpace([Action.up, Action.down, Action.forward, Action.backward, Action.nomoveshoot, Action.nomove])
self.step_limit = step_limit
self.ball_idle_limit = ball_idle_limit
self.state_output_mode = state_output_mode
self.rendering = rendering
self.ball_idle = 0
self.step_limit = step_limit
if state_output_mode == 'pixels': self.rendering = True
self.step_count = 0
self.random_start = random_start
self.frame_skip = frame_skip
self.scene = Scene(c_width, c_height)
self.scene.add_object(Box(5, c_width - 5, 5, c_height - 5, 0))
self.scene.add_object(Disc(c_width / 2, c_height / 2, middle_field_radius, 10, 1, 1, Color.white).make_ghost().make_hollow().set_outer_color(Color.border))
self.scene.add_object(VerticalBorder(c_width / 2, c_height / 2, c_height - 2 * topbottom_margin, None).make_ghost())
self.scene.add_object(HorizontalBorder(c_width / 2, topbottom_margin, c_width - 2 * leftright_margin, border_restitution).extend_to(Way.up).set_collision_mask([Ball]))
self.scene.add_object(HorizontalBorder(c_width / 2, c_height - topbottom_margin, c_width - 2 * leftright_margin, border_restitution).extend_to(Way.down).set_collision_mask([Ball]))
self.scene.add_object(VerticalBorder(leftright_margin, (c_height / 2 - goal_length / 2 + topbottom_margin) / 2, c_height / 2 - topbottom_margin - goal_length / 2, border_restitution).extend_to(Way.left).set_collision_mask([Ball]))
self.scene.add_object(VerticalBorder(leftright_margin, c_height - (c_height / 2 - goal_length / 2 + topbottom_margin) / 2, c_height / 2 - topbottom_margin - goal_length / 2, border_restitution).extend_to(Way.left).set_collision_mask([Ball]))
self.scene.add_object(VerticalBorder(c_width - leftright_margin, (c_height / 2 - goal_length / 2 + topbottom_margin) / 2, c_height / 2 - topbottom_margin - goal_length / 2, border_restitution).extend_to(Way.right).set_collision_mask([Ball]))
self.scene.add_object(VerticalBorder(c_width - leftright_margin, c_height - (c_height / 2 - goal_length / 2 + topbottom_margin) / 2, c_height / 2 - topbottom_margin - goal_length / 2, border_restitution).extend_to(Way.right).set_collision_mask([Ball]))
self.goal1 = Goal(leftright_margin, c_height / 2, Way.left, goal_length)
self.goal2 = Goal(c_width - leftright_margin, c_height / 2, Way.right, goal_length)
self.player1 = Player(120, c_height / 2, player_radius, player_mass, \
player_restitution, player_damping, player_kick_damping, player_kick_power, Side.red)
self.player2 = Player(c_width - 120, c_height / 2, player_radius, player_mass, \
player_restitution, player_damping, player_kick_damping, player_kick_power, Side.blue)
self.ball = Ball(c_width / 2, c_height / 2, ball_radius, ball_mass, ball_restitution, ball_damping)
self.scene.add_object(self.goal1)
self.scene.add_object(self.goal2)
self.scene.add_object(self.player1)
self.scene.add_object(self.player2)
self.scene.add_object(self.ball)
self.sequence1 = StateSequence([84, 84, 4])
self.sequence2 = StateSequence([84, 84, 4])
def retrieve(name, todayMonth):
rList = []
r_file = open('file/addgoals.txt', 'r')
for rlist in r_file:
list = rlist.split(',')
savedate = list[6]
savedateStr = savedate.split('-')
dd = int(savedateStr[0])
mm = int(savedateStr[1])
yy = int(savedateStr[2])
print(mm)
if list[0] == name and mm == todayMonth:
goal = float(list[4])
saveTotal = retrieveHistory(list[0], list[5])
howmuchMore = goal - saveTotal
howmuchMore = '%.2f' % howmuchMore
monthly = 0.05 / 12
convert = monthly / 100
interest = saveTotal * convert
i = '%.2f' % interest
a = '%.2f' % goal
s = Goal(list[0], list[1], list[2], list[3], a, list[5], list[6],
list[7], howmuchMore, i, list[8], list[9], list[10])
rList.append(s)
return rList
def __init__(self, width, height):
Level.__init__(self, width, height)
##initialize blocks##
boxtop = Terrain(20, -19, 40, 2, 0, 0, 100, self, 0.5)
boxleft = Terrain(-1, -5, 2, 30, 0, 0, 100, self, 0.5)
boxbottom = Terrain(20, 9, 40, 2, 0, 0, 100, self, 0.5)
boxright = Terrain(41, -5, 2, 30, 0, 0, 100, self, 0.5)
barrbottom = Terrain(15, -6, 6, 1, 0, 0, 100, self, .5)
barrright = Terrain(18.5, -11, 1, 10, 0, 0, 100, self, .5)
goal = Goal(38, -15.5, 1, 5, 0, 0, 100, self, 0.5)
tramp1 = Trampoline(7, 7, 6, 1, 0, 0, 100, self, .5)
tramp2 = Trampoline(36, 7, 6, 1, 0, 0, 100, self, .5)
tramp3 = Trampoline(32, -8, 6, 1, 0, 0, 100, self, .5)
tramp4 = Trampoline(36, -23, 6, 1, 0, 0, 100, self, .5)
p = Player(2, 5, 1, 2, 0, 0, 1, self, 0.5)
g = GoalBlock(16.5, -7, 2, 2, 0, 0, 2, self, 0.5)
self.add_elem(p)
self.add_elem(barrbottom)
self.add_elem(barrright)
self.add_elem(tramp1)
self.add_elem(tramp2)
self.add_elem(tramp3)
self.add_elem(tramp4)
self.add_elem(g)
self.add_elem(boxtop)
self.add_elem(boxright)
self.add_elem(boxbottom)
self.add_elem(boxleft)
self.add_elem(goal)
def put_goal(self, command):
#PutGoal <lowercase_goal_name_without_spaces> <lowercase_description_without_spaces>
elements = command.split()
name = elements[1].lower()
description = "dummy_description"
goal = Goal.build_new_goal(name, description)
self.life.put_goal(goal)
def __init__(self):
if self.isMember():
filePath = "./user/profile.txt"
f = open(filePath, "r")
s = f.readlines()
self.name = s[0].split('\n')[0]
self.gender = s[1].split('\n')[0]
self.birth = s[2].split('\n')[0]
self.currentDate = s[3].split('\n')[0]
self.height = s[4].split('\n')[0]
self.weight = s[5].split('\n')[0]
self.goal = Goal(self)
self.workOut = WorkOut(self.gender)
self.activity = Activity()
f.close()
else:
self.name = None
self.gender = None
self.birth = None
self.currentDate = None
self.height = None
self.weight = None
self.goal = None
self.workOut = None
self.activity = None
def __init__(self, width, height):
Level.__init__(self, width, height)
##initialize blocks##
boxtop = Terrain(20, -19, 40, 2, 0, 0,100, self, 0.5)
boxleft= Terrain(-1,-5,2,30,0,0,100,self,0.5)
boxbottom= Terrain(27.0,9.0,54.0,2.0,0.0,0.0,100,self,0.5)
boxright= Terrain(55,-5,2,30,0,0,100,self,0.5)
goal= Goal(53,5,1,5,0,0,100,self,0.5)
b = Block(2, 2, 4, 1, 0, 0, 1, self, 0.5)
c = Player(7, 5, 1, 2, 0, 0, 1, self, 0.5)
d = Block(4, 2, 4, 1, 0, 5, 2, self, 0.5)
a = GoalBlock(4, 5, 2, 2, 0, 5, 2, self, 0.5)
m = Trampoline(30, -4, 2, 1, 0, 0, 1, self, 0.5)
e = Spike(30.0, 7.5, 41.0, 1.0, 0.0, 0.0, 100, self, 0.1)
f = Spike(29.0, 6.5, 1.0, 1.0, 0.0, 0.0, 100, self, 0.1)
self.add_elem(c)
self.add_elem(m)
self.add_elem(b)
self.add_elem(a)
self.add_elem(d)
self.add_elem(e)
self.add_elem(f)
self.add_elem(boxtop)
self.add_elem(boxright)
self.add_elem(boxbottom)
self.add_elem(boxleft)
self.add_elem(goal)
def __init__(self, frame_skip = 2):
height = 400
width = 600
goal_length = 300
self.scene = Scene(width, height)
self.frame_skip = frame_skip
self.ball_idle = 0
self.ball_idle_limit = 3
self.action_space = ActionSpace([Action.up, Action.down, Action.nomoveshoot])
self.box = Box(0, width, 0, height, 0)
self.goal1 = Goal(leftright_margin, height / 2, Way.left, goal_length)
self.player1 = Player(80, height / 2, player_radius, player_mass, \
player_restitution, player_damping, player_kick_damping, player_kick_power, Side.red)
self.ball = Ball(width - 100, height / 2, ball_radius, ball_mass, ball_restitution, ball_damping)
self.penalty_spot = Disc(self.ball.center.x, self.ball.center.y, 4, 0, 0, 0, Color.green).make_ghost().make_hollow()
# self.player_border_left = VerticalBorder(50, height / 2, height, 0, visible=True)
# self.player_border_right = VerticalBorder(100, height / 2, height, 0, visible=True)
self.scene.add_object(self.goal1)
self.scene.add_object(self.player1)
self.scene.add_object(self.ball)
self.scene.add_object(self.penalty_spot)
self.scene.add_object(self.box)
self.reset()
def taskEditPost(handler, ids, p_hours, p_status, p_goal, p_assigned=[], p_include={}):
handler.title("Edit tasks")
requirePriv(handler, "Write")
allIDs = map(int, uniq(ids.split(",")))
ids = map(lambda i: to_int(i, "include", ErrorBox.die), p_include.keys())
if not set(ids) <= set(allIDs):
ErrorBox.die("Included tasks don't match query arguments")
tasks = dict((id, Task.load(id)) for id in ids)
if not all(tasks.values()):
ids = [str(id) for (id, task) in tasks.iteritems() if not task]
ErrorBox.die(
"No %s with %s %s"
% ("task" if len(ids) == 1 else "tasks", "ID" if len(ids) == 1 else "IDs", ", ".join(ids))
)
tasks = [tasks[id] for id in ids]
if len(set(task.sprint for task in tasks)) > 1:
ErrorBox.die("All tasks must be in the same sprint")
sprint = (tasks[0] if len(tasks) > 0 else Task.load(allIDs[0])).sprint
if sprint.isHidden(handler.session["user"]):
ErrorBox.die(
"No %s with %s %s"
% ("task" if len(ids) == 1 else "tasks", "ID" if len(ids) == 1 else "IDs", ", ".join(ids))
)
if not sprint.canEdit(handler.session["user"]):
ErrorBox.die("You don't have permission to modify this sprint")
assignedids = set(to_int(i, "assigned", ErrorBox.die) for i in p_assigned)
changes = {
"assigned": False if assignedids == set() else {User.load(assignedid) for assignedid in assignedids},
"hours": False if p_hours == "" else int(p_hours),
"status": False if p_status == "" else p_status,
"goal": False if p_goal == "" else Goal.load(int(p_goal)),
}
if changes["assigned"] and not all(changes["assigned"]):
ErrorBox.die("Invalid assignee")
if changes["assigned"] and not set(changes["assigned"]).issubset(sprint.members):
ErrorBox.die("Unable to assign tasks to non-sprint members")
if changes["goal"] and changes["goal"].sprint != sprint:
ErrorBox.die("Unable to set goal to a goal outside the sprint")
changed = set()
for task in tasks:
for field, value in changes.iteritems():
if value is not False and getattr(task, field) != value:
setattr(task, field, value)
changed.add(task)
Event.taskUpdate(handler, task, field, value)
if len(changed) == 0:
delay(handler, WarningBox("No changes necessary", close=3, fixed=True))
else:
for task in changed:
task.saveRevision(handler.session["user"])
delay(handler, SuccessBox("Updated %d %s" % (len(changed), "task" if len(changed) == 1 else "tasks")))
redirect("/sprints/%d" % sprint.id)
def addGoal(self, _model, _goalInformation, _startDate, _dueDate):
goalList = _model.getGoalList() #retrieves goalList from the model
gid = _model.getNewGID() #retreieves a new goal id from the model
goal = Goal(gid, _goalInformation, _startDate,
_dueDate) #create new Goal object using _goalInformation
goalList.append(goal) #append new Goal to goalList
_model.setGoalList(goalList) #sets the updated goallist in the model
return _model #returns the model
def newTaskPost(handler, p_group, p_name, p_goal, p_status, p_hours, p_assigned=[]):
def die(msg):
print msg
done()
requirePriv(handler, "User")
handler.wrappers = False
groupid = to_int(p_group, "group", die)
group = Group.load(groupid)
if not group or group.sprint.isHidden(handler.session["user"]):
die("No group with ID <b>%d</b>" % groupid)
sprint = group.sprint
if not (sprint.isActive() or sprint.isPlanning()):
die("Unable to modify inactive sprint")
elif not sprint.canEdit(handler.session["user"]):
die("You don't have permission to modify this sprint")
if p_name.strip() == "":
die("Task must have a non-empty name")
assignedids = set(to_int(i, "assigned", die) for i in p_assigned)
assigned = set(User.load(assignedid) for assignedid in assignedids)
if assigned == set():
assigned.add(handler.session["user"] if handler.session["user"] in sprint.members else sprint.owner)
if not all(assigned):
die("Invalid assignee")
goalid = to_int(p_goal, "goal", die)
if goalid != 0:
goal = Goal.load(goalid)
if not goal:
die("No goal with ID <b>%d</b>" % goalid)
if goal.sprint != group.sprint:
die("Goal does not belong to the correct sprint")
hours = to_int(p_hours, "hours", die)
task = Task(groupid, group.sprintid, handler.session["user"].id, goalid, p_name, p_status, hours)
task.assigned |= assigned
task.save()
handler.responseCode = 299
delay(
handler,
"""
<script type=\"text/javascript\">
$(document).ready(function() {
$('#task%d').effect('highlight', {}, 3000);
});
</script>"""
% task.id,
)
delay(handler, SuccessBox("Added task <b>%s</b>" % task.safe.name, close=3, fixed=True))
Event.newTask(handler, task)
def processUser(userid):
usersList = []
user_file = open('file/addgoals.txt', 'r')
for ulist in user_file:
list = ulist.split(',')
if list[0] == userid:
s = Goal(list[0], list[1], list[2], list[3], int(list[4]), list[5],
list[6], list[7], list[8], list[9], list[10])
usersList.append(s)
return usersList
def countUser(userid):
countList = []
user_file = open('file/addgoals.txt', 'r')
for ulist in user_file:
list = ulist.split(',')
today = datetime.datetime.now().date()
if list[0] == userid and list[8] == 'A':
s = Goal(list[0], list[1], list[2], list[3], int(list[4]), list[5],
list[6], list[7], list[8], list[9], list[10])
countList.append(s)
return countList
def addGoal(self):
'''
@param: None
@return: None
@purpose: Creates a Goal object and then appends it to the goalList
'''
newGID = self.getNewGID() #gets a new id
self.goalList.append(
Goal(newGID)) #appends a new goal with the new id to the goallist
return newGID #returns the new gid
def add_Racers(self, players, positions):
'''
Takes in players; a dictionary of the players.
positions, a list of integer postions for the
turtle's track lines
'''
self.racers = [
] # Keeps track of the turtles that are created to be racers
with open('src/score.txt', 'w') as edit: # Creates the stats sheet
i = 0 # Match the positions with the players
for player in players.keys():
new_turtle = Turtle(player, players[player])
new_turtle.setpos(positions[i], 30)
new_turtle.write(new_turtle.name,
font=("Verdana", 8, "bold"),
align='center',
move=False)
new_turtle.showturtle()
new_goal = Goal()
new_goal.color(new_turtle.col)
new_goal.setpos(positions[i], self.s.window_height() - 50)
self.racers.append(new_turtle) # Append the new racer
self.player_scores[player] = 0
# Write the turtle's name in the stats sheet
edit.write(player + ' 0 \n')
i += 1 # Increment the index for the position
def __init__(self, width, height):
Level.__init__(self, width, height)
##initialize blocks##
boxtop = Terrain(20, -19, 40, 2, 0, 0, 100, self, 0.5)
boxleft = Terrain(-1, -5, 2, 30, 0, 0, 100, self, 0.5)
boxbottom = Terrain(20, 9, 40, 2, 0, 0, 100, self, 0.5)
boxright = Terrain(41, -5, 2, 30, 0, 0, 100, self, 0.5)
goal = Goal(38, 5, 1, 5, 0, 0, 100, self, 0.5)
b10 = Block(1, 7, 2, 2, 0, 0, 1, self, 0.5)
b20 = Block(3, 7, 2, 2, 0, 0, 1, self, 0.5)
b30 = Block(5, 7, 2, 2, 0, 0, 1, self, 0.5)
b40 = Block(7, 7, 2, 2, 0, 0, 1, self, 0.5)
b50 = Block(9, 7, 2, 2, 0, 0, 1, self, 0.5)
b11 = Block(1, 5, 2, 2, 0, 0, 1, self, 0.5)
b21 = Block(3, 5, 2, 2, 0, 0, 1, self, 0.5)
b31 = Block(5, 5, 2, 2, 0, 0, 1, self, 0.5)
b41 = Block(7, 5, 2, 2, 0, 0, 1, self, 0.5)
b51 = Block(9, 5, 2, 2, 0, 0, 1, self, 0.5)
b12 = Block(1, 3, 2, 2, 0, 0, 1, self, 0.5)
b22 = Block(3, 3, 2, 2, 0, 0, 1, self, 0.5)
b32 = Block(5, 3, 2, 2, 0, 0, 1, self, 0.5)
b42 = Block(7, 3, 2, 2, 0, 0, 1, self, 0.5)
b52 = Block(9, 3, 2, 2, 0, 0, 1, self, 0.5)
p = Player(15, 5, 1, 2, 0, 0, 1, self, 0.5)
g = GoalBlock(17, 5, 2, 2, 0, 0, 2, self, 0.5)
barrier = Terrain(35, -3, 1, 22, 0, 0, 100, self, 0.5)
self.add_elem(p)
self.add_elem(b10)
self.add_elem(b20)
self.add_elem(b30)
self.add_elem(b40)
self.add_elem(b50)
self.add_elem(b11)
self.add_elem(b21)
self.add_elem(b31)
self.add_elem(b41)
self.add_elem(b51)
self.add_elem(b12)
self.add_elem(b22)
self.add_elem(b32)
self.add_elem(b42)
self.add_elem(b52)
self.add_elem(barrier)
self.add_elem(g)
self.add_elem(boxtop)
self.add_elem(boxright)
self.add_elem(boxbottom)
self.add_elem(boxleft)
self.add_elem(goal)
def __init__(self, numPlayers, mapInstance):
self.endGame = False
self.num = 0
self.numPlayers = numPlayers
self.turnList = list(range(1, numPlayers + 1))
random.shuffle(self.turnList)
self.numTerritories = mapInstance.numTerritories
self.players = []
for k in range(0, numPlayers):
self.players.append(Player(k + 1, mapInstance, self))
# assigns player goals
self.goal = Goal(mapInstance, self)
for k in range(0, numPlayers):
self.players[k].obj = Objective(self.goal, self.players[k])
self.id_turnList = 0
self.map = mapInstance
self.list_phase = ["Placement", "Attack", "Movement"]
self.phase = 0
self._player_ = self.turnList[self.id_turnList]
def __init__(self,
inpParam=None,
outParam=None,
functionToCall=None,
feasibleVal=0.0,
tolerance=1.0E-6,
maxLoops=40,
failValue=None):
'''Initialize parameter properties
@param inpParam: input parameter object (InputParam)
@param outParam: output parameter object (OutputParam)
@param functionToCall: function using InputParam to calc OutputParam (callable)
@param feasibleVal: feasible value that OutputParam Must have (float)
@param tolerance: allowable error of OutputParam.val (float)
@param maxLoops: maximum loops in root solver
@param failValue: returned value if solution attempt fails,
(if not input use inpParam.minVal)
'''
self.inpParam = inpParam #: InputParam object
self.outParam = outParam #: OutputParam object
self.functionToCall = functionToCall #: function using InputParam to calc OutputParam
self.feasibleVal = floatDammit(
feasibleVal) #: feasable value of OutputParam.val
self.tolerance = floatDammit(
tolerance) #: allowable error of OutputParam.val
self.maxLoops = intDammit(maxLoops) #: maximum loops in root solver
if failValue == None:
failValue = inpParam.minVal
self.failValue = failValue #: returned value if solution attempt fails
self.G = Goal(goalVal=feasibleVal,
minX=inpParam.minVal,
maxX=inpParam.maxVal,
funcOfX=self.feasibleFunc,
tolerance=tolerance,
maxLoops=maxLoops,
failValue=failValue)
def assignGroupGoalPost(handler, id, p_goal):
def die(msg):
print msg
done()
handler.title('Manage Group')
requirePriv(handler, 'User')
handler.wrappers = False
id = int(id)
group = Group.load(id)
if not group:
ErrorBox.die('Invalid Group', "No group with ID <b>%d</b>" % id)
if p_goal == '0':
goal = None
else:
goal = Goal.load(int(p_goal))
if not goal:
ErrorBox.die('Invalid Goal', "No goal with ID <b>%d</b>" % int(p_goal))
elif not goal.sprint == group.sprint:
ErrorBox.die('Invalid Goal', "Selected goal is not part of the correct sprint")
for task in group.getTasks():
if task.goal != goal:
task.goal = goal
if task.creator == handler.session['user'] and (dateToTs(getNow()) - task.timestamp) < 5*60:
task.save()
else:
task.saveRevision(handler.session['user'])
#TODO Event
# NO
redirect("/sprints/%d#group%d" % (group.sprintid, group.id))
# load a path file
#p = Path("Path-around-table.json")
p = Path("Path-around-table-and-back.json")
#p = Path("Path-from-bed.json")
#p = Path("Path-to-bed.json")
path = p.getPath()
print("Path length = " + str(len(path)))
print("First point = " + str(path[0]['X']) + ", " + str(path[0]['Y']))
# make a robot to move around
robot = Robot()
converter = AngleConverter()
pathHandler = PathHandler()
navigator = Navigator()
goal = Goal()
#### Intialize variables
position = robot.getPosition()
speed = 0.25
heading = 0
nextPoint = 0
dropOut = 0
lookAheadDistance = 0.85
while (goal.notGoal(position, nextPoint, path)):
### get current status (position, heading)
position = robot.getPosition()
heading = converter.convertToDegree(robot.getHeading())
def __init__(self, gameInfo):
"""Méthode pour initialiser le but"""
Goal.__init__(self, gameInfo)
self.goalString = "KillAnyone"
def sprintPost(handler, sprintid, p_id, p_rev_id, p_field, p_value):
def die(msg):
print msg
done()
handler.wrappers = False
sprintid = to_int(sprintid, 'sprintid', die)
p_id = to_int(p_id, 'id', die)
p_rev_id = to_int(p_rev_id, 'rev_id', die)
if not handler.session['user']:
die("You must be logged in to modify tasks")
sprint = Sprint.load(sprintid)
if not sprint or sprint.isHidden(handler.session['user']):
die("There is no sprint with ID %d" % sprintid)
elif not (sprint.isActive() or sprint.isPlanning()):
die("Unable to modify inactive sprint")
elif not sprint.canEdit(handler.session['user']):
die("You don't have permission to modify this sprint")
# Special case group moves; p_id is the group ID, not task
task = None
if p_field != 'groupmove':
task = Task.load(p_id)
if not task:
die("Task %d does not exist" % p_id)
if task.sprint != sprint:
die("Attempting to modify task outside the specified sprint")
if task.revision != p_rev_id: #TODO Implement collision support
die("Collision with %s detected. Changes not saved" % task.creator)
if p_value.strip() == '':
die("Value cannot be empty")
if p_field in ['status', 'name', 'goal', 'assigned', 'hours', 'deleted']:
for case in switch(p_field):
if case('status') or case('name'):
parsedValue = p_value
break
elif case('goal'):
parsedValue = None
if p_value != '0':
parsedValue = Goal.load(to_int(p_value, 'goal', die))
if not parsedValue:
die("Unknown goal: <b>%s</b>" % stripTags(p_value))
if parsedValue.sprint != sprint:
die("Attempting to use goal outside the specified sprint")
break
elif case('assigned'):
parsedValue = set(User.load(username = username) for username in p_value.split(' '))
if not all(parsedValue):
die("Unknown user(s): <b>%s</b>" % stripTags(p_value))
break
elif case('hours'):
parsedValue = int(p_value)
break
elif case('deleted'):
parsedValue = True if p_value == 'true' else False if p_value == 'false' else die("Bad value for field 'deleted'")
break
if task.__getattribute__(p_field) != parsedValue: # Only save if the field has changed
task.__setattr__(p_field, parsedValue)
# Is this within the 5-minute window, by the same user?
# If we're in pre-planning, the task's timestamp will be in the future, so (ts - task.timestamp) will be negative, which satisfies the check
if task.creator == handler.session['user'] and (dateToTs(getNow()) - task.timestamp) < 5*60:
task.save()
else:
task.saveRevision(handler.session['user'])
Event.taskUpdate(handler, task, p_field, parsedValue)
elif p_field == 'taskmove':
if ':' not in p_value:
die("Malformed value")
newGroupID, newSeq = map(lambda i: to_int(i, 'value', die), p_value.split(':', 1))
newGroup = Group.load(newGroupID)
if not newGroup:
die("No group with ID %d" % newGroupID)
maxSeq = len(Task.loadAll(groupid = newGroup.id))
if task.group != newGroup:
maxSeq += 1
if not 1 <= newSeq <= maxSeq:
die("Bad sequence number")
task.move(newSeq, newGroup)
elif p_field == 'groupmove':
group = Group.load(p_id)
if not group:
die("Group %d does not exist" % p_id)
if group.sprint != sprint:
die("Attempting to modify group outside the specified sprint")
newSeq = to_int(p_value, 'value', die)
if not 1 <= newSeq <= len(sprint.getGroups()):
die("Bad sequence number")
group.move(newSeq)
else:
die("Unexpected field name: %s" % stripTags(p_field))
handler.responseCode = 299
if task is not None:
print task.revision
def sprintInfoPost(handler, id, p_name, p_start, p_end, p_goals, p_members = None, p_clear = [], p_private = False, p_hidden = False):
def die(msg):
print msg
done()
handler.wrappers = False
if not handler.session['user']:
die("You must be logged in to modify sprint info")
id = to_int(id, 'id', die)
p_members = to_int(p_members, 'members', die)
sprint = Sprint.load(id)
if not sprint or sprint.isHidden(handler.session['user']):
die("There is no sprint with ID %d" % id)
if sprint.owner != handler.session['user']:
die("You must be the scrummaster to modify sprint information")
try:
start = re.match("^(\d{1,2})/(\d{1,2})/(\d{4})$", p_start)
if not start:
raise ValueError
month, day, year = map(int, start.groups())
start = datetime(year, month, day, 0, 0, 0)
except ValueError:
die("Malformed start date: %s" % stripTags(p_start))
try:
end = re.match("^(\d{1,2})/(\d{1,2})/(\d{4})$", p_end)
if not end:
raise ValueError
month, day, year = map(int, end.groups())
end = datetime(year, month, day, 23, 59, 59)
except ValueError:
die("Malformed end date: %s" % stripTags(p_end))
msg = Sprint.validateDates(start, end, tsToDate(sprint.start), tsToDate(sprint.end))
if msg:
die(msg)
goals = map(Goal.load, to_int(p_goals.keys(), 'goals', die))
if not all(goals):
die("One or more goals do not exist")
members = set(map(User.load, p_members)) if p_members else set()
if not all(members):
die("One or more members do not exist")
if sprint.owner not in members:
die("The scrummaster (%s) must be a sprint member" % sprint.owner)
tasks = sprint.getTasks()
changedTasks = set()
avail = Availability(sprint)
addMembers = set(members) - set(sprint.members)
delMembers = set(sprint.members) - set(members)
for user in delMembers:
for task in filter(lambda task: user in task.assigned, tasks):
print "Removing %s from %d<br>" % (user, task.id)
task.assigned -= {user}
if len(task.assigned) == 0:
print "Adding %s to %d<br>" % (sprint.owner, task.id)
task.assigned = {sprint.owner}
changedTasks.add(task)
avail.delete(user)
sprint.members -= {user}
# For event dispatching
changes = OrderedDict([
('name', None if sprint.name == p_name else p_name),
('start', None if tsToDate(sprint.start) == start else start),
('end', None if tsToDate(sprint.end) == end else end),
('addMembers', addMembers),
('delMembers', delMembers),
# Updated later
('addGoals', []),
('removeGoals', []),
('addFlags', []),
('removeFlags', []),
])
sprint.members |= addMembers
sprint.name = p_name
p_private = (p_private or p_hidden) # Hidden implies Private
for flagName, flagValue in (('private', p_private), ('hidden', p_hidden)):
if flagValue and flagName not in sprint.flags:
sprint.flags.add(flagName)
changes['addFlags'].append(flagName)
elif not flagValue and flagName in sprint.flags:
sprint.flags.remove(flagName)
changes['removeFlags'].append(flagName)
if dateToTs(start) != sprint.start or dateToTs(end) != sprint.end:
sprint.start = dateToTs(start)
sprint.end = dateToTs(end)
avail.trim()
sprint.save()
for id in p_goals:
goal = Goal.load(int(id))
if goal.name != p_goals[id]:
if goal.name:
changes['removeGoals'].append(goal.name)
if p_goals[id]:
changes['addGoals'].append(p_goals[id])
goal.name = p_goals[id]
goal.save()
if start:
for task in sprint.getTasks(includeDeleted = True):
for rev in task.getRevisions():
if rev.timestamp < sprint.start:
rev.timestamp = sprint.start
rev.save()
else:
break
for task in changedTasks:
if task.timestamp < sprint.start:
task.timestamp = sprint.start
if p_clear:
ids = [to_int(goalid, 'p_clear', die) for goalid in p_clear]
for task in tasks:
if task.goal and task.goal.id in ids:
task.goal = None
changedTasks.add(task)
for task in changedTasks:
print "Saving new revision for %d<br>" % task.id
task.saveRevision(handler.session['user'])
handler.responseCode = 299
delay(handler, SuccessBox("Updated info", close = 3, fixed = True))
Event.sprintInfoUpdate(handler, sprint, changes)
def __init__(self, gameInfo):
"""Méthode pour initialiser le but"""
Goal.__init__(self, gameInfo)
self.goalString = "KillSpecificDefender"
from Goal import Goal
from Action import Action
from GameState import GameState
working = True
if working:
goal1 = Goal("Get a high distinction", 1)
goal2 = Goal("Have fun!",5)
goal3 = Goal("Sleep",0)
goals = [goal1,goal2,goal3]
game_state = GameState(goals)
#actions
action1 = Action("Study...",game_state,[
{"goal":goal1,"insistance_change": -2},
{"goal":goal2,"insistance_change": 1},
{"goal":goal3,"insistance_change": 3},
])
action2 = Action("Party!!",game_state,[
{"goal":goal2,"insistance_change": -3},
{"goal":goal3,"insistance_change": 3},
])
action3 = Action("Go to bed",game_state,[
{"goal":goal3,"insistance_change": -7},
])
actions = [action1, action2, action3]
else:
goal1 = Goal("Get a high distinction", 10)
goal2 = Goal("Sleep", 3)
#Check mainly if isComplete properly returns false for y
def test_SubGoal_isComplete():
assert x.isComplete()
assert not (y.isComplete())
#Check if the string representations are correct
def test_SubGoal_toString():
assert "Name: test | Status: Complete" == x.toString()
assert "Name: test | Status: Incomplete" == y.toString()
#Test Goals
a = Goal(1)
b = Goal(2)
c = Goal(3)
#Update all the goals and assert information from the dictionaries
def test_update():
a.update(agoalInformation)
b.update(bgoalInformation)
c.update(cgoalInformation)
assert a.name == agoalInformation["name"]
assert b.category == bgoalInformation["category"]
assert c.priority == cgoalInformation["priority"]
assert a.memo == agoalInformation["memo"]
assert a.initialDueDate == agoalInformation["dueDate"]
c.update(bgoalInformation)
def __init__(self, gameInfo):
"""Methode pour initialiser le but"""
Goal.__init__(self, gameInfo)
self.goalString = "BringBackEnemyFlag"
def prepare_new_goal(self):
new_goal_refinements = [
[
"PreventUnauthorised Certificate Access",
"goal",
"or",
"No",
"None"
]
]
new_subgoal_refinements = [
[
"PreventUnauthorised Certificate Access",
"goal",
"or",
"No",
"None"
]
]
new_goal_props = [
GoalEnvironmentProperties(
environmentName=self.existing_environment_name_1,
lbl='Test 1',
definition='This is a first test property',
category=self.existing_category,
priority='Medium',
fitCriterion='None',
issue='None',
goalRefinements=new_goal_refinements,
subGoalRefinements=new_subgoal_refinements,
concs=[],cas=[]
),
GoalEnvironmentProperties(
environmentName=self.existing_environment_name_2,
lbl='Test 2',
definition='This is a second test property',
category=self.existing_category,
priority='Low',
fitCriterion='None',
issue='Test issue',
goalRefinements=new_goal_refinements,
subGoalRefinements=new_subgoal_refinements,
concs=[],cas=[]
)
]
new_goal = Goal(
goalId=-1,
goalName='Test goal',
goalOrig='',
tags=['test', 'test123'],
environmentProperties=[]
)
new_goal.theEnvironmentProperties = new_goal_props
new_goal.theEnvironmentDictionary = {}
new_goal.theGoalPropertyDictionary = {}
delattr(new_goal, 'theEnvironmentDictionary')
delattr(new_goal, 'theGoalPropertyDictionary')
return new_goal
def deserialize_goal(dict):
goal = Goal(dict['theId'], dict['theName'], dict['theOriginator'],
dict['theTags'], dict['theEnvironmentProperties'])
return goal
# Create an object to help track time
clock = pygame.time.Clock()
# Objects
board = Board(50, 50, 16, 32, 0, STANDARD_COLOR)
# Player sprite
player = Player(board)
player.rect.x = 25
player.rect.y = 25
# Sprite list
sprite_list = pygame.sprite.Group()
# Fruits sprite
fruit_list = []
for i in range(80):
grape = Grape(board, player)
fruit_list.append(grape)
sprite_list.add(grape)
# Goal
for i in range(10):
goal = Goal(board, player)
fruit_list.append(goal)
sprite_list.add(goal)
player_movement = 3
sprite_list.add(player)
def getGoals(self): from Goal import Goal return Goal.loadAll(sprintid = self.id)
class GameEngine(object):
# object containing Game's data
screen_w = 1100
screen_h = int(screen_w / 1.57)
pitch_w = int(screen_w * 0.8)
pitch_h = int(pitch_w / 1.57)
back_color = (164, 143, 91)
pitch_color_1 = (113, 152, 63)
pitch_color_2 = (134, 185, 80)
border_width = 2
border_color = (174, 202, 137)
sector_size = 50
fps = 60
bots_timer = 0
test_mode = False
wall_bounce = 1.0
goal_delay = 2000 # in miliseconds
start_delay = 2000 # in miliseconds
delay_counter = 0
play_mode = 1
# play_mode flags states:
# play_mode = 0 => game running
# play_mode = -2 => game freezed, players and ball not set on the right positions, waiting time not initialized (set after goal score)
# play_mode = -1 => game freezed, players and ball not set on the right positions, waiting time initialized (set after goal score and -2 state)
# play_mode = 1 => game freezed, players and ball set on the right positions, waiting time not initialized (set at the beginning of the game and after -1 state (after goal score cooldown))
# play_mode = 2 => game freezed, players and ball set on the right positions, waiting time initialized (set after 1 state; after time counter drops to 0, game starts)
balls = [] # list containing balls
players = [] # list containing players
team1_color = (0, 0, 255)
team2_color = (255, 0, 0)
def __init__(self):
pygame.init()
self.screen = pygame.display.set_mode((self.screen_w, self.screen_h))
self.fps_clock = pygame.time.Clock()
# 2D array containing arrays, to store object in the secotrs and optimise collisions
self.sectors = [[[]
for j in range(ceil(self.screen_h / self.sector_size))
]
for i in range(ceil(self.screen_w / self.sector_size))]
# create goals
screen_margin = (self.screen_h - self.pitch_h) / 2
self.goal_left = Goal(self, self.pitch_color_1,
(self.screen_w - self.pitch_w) / 2,
screen_margin + self.pitch_h * 6 / 16,
screen_margin + self.pitch_h * 10 / 16, 50, -1)
self.goal_right = Goal(
self, self.pitch_color_2,
self.pitch_w + (self.screen_w - self.pitch_w) / 2,
screen_margin + self.pitch_h * 6 / 16,
screen_margin + self.pitch_h * 10 / 16, 50, 0)
self.team_right = Team(self, self.team1_color, self.goal_right, 1)
self.team_left = Team(self, self.team2_color, self.goal_left, -1)
self.start_time = pygame.time.get_ticks()
def reset(self):
pygame.quit()
if self.team_left.score > self.team_right.score:
print('Team red won!')
elif self.team_left.score < self.team_right.score:
print('Team blue won!')
else:
print('It is a tie!')
del self.sectors[:]
del self.goal_left
del self.goal_right
del self.team_right
del self.team_left
del self.balls[:]
del self.players[:]
def draw_background(self):
# draw backgroud
self.screen.fill(self.back_color)
# draw score
font = pygame.font.Font(pygame.font.get_default_font(), 30)
score_left = font.render(str(self.team_left.score), True,
self.team_left.color)
score_right = font.render(str(self.team_right.score), True,
self.team_right.color)
self.screen.blit(score_left, ((self.screen_w - self.pitch_w) / 4,
(self.screen_h - self.pitch_h) / 4))
self.screen.blit(score_right, (self.pitch_w +
(self.screen_w - self.pitch_w) * 3 / 4,
(self.screen_h - self.pitch_h) / 4))
# draw status message
if self.play_mode == -1:
status_message = font.render('GOAL!', True, (0, 0, 0))
status_message_rect = status_message.get_rect(
center=(self.screen_w / 2, (self.screen_h - self.pitch_h) / 4))
self.screen.blit(status_message, status_message_rect)
elif self.play_mode == 2 and self.delay_counter < 500:
status_message = font.render('PLAY!', True, (0, 0, 0))
status_message_rect = status_message.get_rect(
center=(self.screen_w / 2, (self.screen_h - self.pitch_h) / 4))
self.screen.blit(status_message, status_message_rect)
# measure time
time = pygame.time.get_ticks() - self.start_time
# draw time
time_message = font.render(
str(datetime.timedelta(seconds=int(time / 1000)))[-5:], True,
(0, 0, 0))
time_message_rect = time_message.get_rect(
center=(self.screen_w / 2,
self.pitch_h + (self.screen_h - self.pitch_h) * 3 / 4))
self.screen.blit(time_message, time_message_rect)
# draw pitch border
pygame.draw.rect(self.screen, self.border_color, \
((self.screen_w - self.pitch_w) / 2 - self.border_width, \
(self.screen_h - self.pitch_h) / 2 - self.border_width, \
self.pitch_w + self.border_width * 2 - 1, \
self.pitch_h + self.border_width * 2 - 1), \
self.border_width)
# draw pitch stripes
for i in range(0, 10):
if i % 2:
pygame.draw.rect(self.screen, self.pitch_color_1, \
((self.screen_w - self.pitch_w) / 2 + i * self.pitch_w / 10, \
(self.screen_h - self.pitch_h) / 2, self.pitch_w / 10, \
self.pitch_h))
else:
pygame.draw.rect(self.screen, self.pitch_color_2, \
((self.screen_w - self.pitch_w) / 2 + i * self.pitch_w / 10, \
(self.screen_h - self.pitch_h) / 2, self.pitch_w / 10, \
self.pitch_h))
### draw pitch lines
# middle line
pygame.draw.rect(self.screen, self.border_color, \
((self.screen_w / 2) - self.border_width + 1, \
(self.screen_h - self.pitch_h) / 2, \
self.border_width * 2, self.pitch_h))
# circle
pygame.gfxdraw.aacircle(self.screen, \
int(self.screen_w / 2), \
int(self.screen_h / 2), \
int(self.pitch_w / 8), self.border_color)
pygame.gfxdraw.aacircle(self.screen, \
int(self.screen_w / 2), \
int(self.screen_h / 2), \
int(self.pitch_w / 8 - 1), self.border_color)
pygame.gfxdraw.aacircle(self.screen, \
int(self.screen_w / 2), \
int(self.screen_h / 2), \
int(self.pitch_w / 8 - 2), self.border_color)
# dot
pygame.gfxdraw.filled_circle(self.screen, \
int(self.screen_w / 2), \
int(self.screen_h / 2), \
self.border_width * 3, self.border_color)
# draw goals and borders
pygame.draw.rect(
self.screen, self.border_color,
(self.goal_left.get_px() - self.border_width,
self.goal_left.get_py() - self.border_width,
self.goal_left.get_width() + self.border_width - 1,
self.goal_left.get_height() + self.border_width * 2 - 1),
self.border_width)
pygame.draw.rect(
self.screen, self.goal_left.color,
(self.goal_left.get_px(), self.goal_left.get_py(),
self.goal_left.get_width(), self.goal_left.get_height()))
pygame.draw.rect(
self.screen, self.border_color,
(self.goal_right.get_px(),
self.goal_right.get_py() - self.border_width,
self.goal_right.get_width() + self.border_width - 1,
self.goal_right.get_height() + self.border_width * 2 - 1),
self.border_width)
pygame.draw.rect(
self.screen, self.goal_right.color,
(self.goal_right.get_px(), self.goal_right.get_py(),
self.goal_right.get_width(), self.goal_right.get_height()))
# draw posts
pygame.gfxdraw.filled_circle(self.screen,
int(self.goal_left.post_up.p.x),
int(self.goal_left.post_up.p.y),
self.goal_left.post_up.size,
self.goal_left.post_up.color)
pygame.gfxdraw.aacircle(self.screen, int(self.goal_left.post_up.p.x),
int(self.goal_left.post_up.p.y),
self.goal_left.post_up.size,
self.goal_left.post_up.color)
pygame.gfxdraw.filled_circle(self.screen,
int(self.goal_left.post_down.p.x),
int(self.goal_left.post_down.p.y),
self.goal_left.post_down.size,
self.goal_left.post_down.color)
pygame.gfxdraw.aacircle(self.screen, int(self.goal_left.post_down.p.x),
int(self.goal_left.post_down.p.y),
self.goal_left.post_down.size,
self.goal_left.post_down.color)
pygame.gfxdraw.filled_circle(self.screen,
int(self.goal_right.post_up.p.x),
int(self.goal_right.post_up.p.y),
self.goal_right.post_up.size,
self.goal_right.post_up.color)
pygame.gfxdraw.aacircle(self.screen, int(self.goal_right.post_up.p.x),
int(self.goal_right.post_up.p.y),
self.goal_right.post_up.size,
self.goal_right.post_up.color)
pygame.gfxdraw.filled_circle(self.screen,
int(self.goal_right.post_down.p.x),
int(self.goal_right.post_down.p.y),
self.goal_right.post_down.size,
self.goal_right.post_down.color)
pygame.gfxdraw.aacircle(self.screen,
int(self.goal_right.post_down.p.x),
int(self.goal_right.post_down.p.y),
self.goal_right.post_down.size,
self.goal_right.post_down.color)
def draw_graphics(self):
#ball
for obj in self.balls:
self.screen.blit(
obj.ballImage,
pygame.rect.Rect(obj.p.x - obj.size, obj.p.y - obj.size,
obj.size, obj.size))
# goal left
self.screen.blit(
self.goal_left.goal,
pygame.rect.Rect(self.goal_left.get_px(),
self.goal_left.get_py() - 3,
self.goal_left.get_width(),
self.goal_left.get_height()))
#goal right
self.screen.blit(
self.goal_right.goal,
pygame.rect.Rect(self.goal_right.get_px(),
self.goal_right.get_py() - 3,
self.goal_right.get_width(),
self.goal_right.get_height()))
def clock_tick(self):
return self.fps_clock.tick(self.fps)
def new_player(self, player, team_number=None):
# add new player to the game and team
self.players.append(player)
if team_number == None:
if self.team_left.size() >= self.team_right.size():
self.team_right.add_player(player)
else:
self.team_left.add_player(player)
else:
if team_number == 1:
self.team_left.add_player(player)
elif team_number == 2:
self.team_right.add_player(player)
else:
print('ERROR: Wrong team number!')
def new_ball(self, ball):
self.balls.append(ball)
def redraw(self):
# control game states
self.game_state_manager()
# dt is time since last tick
dt = self.clock_tick()
self.bots_timer += dt
if self.delay_counter != 0:
self.delay_counter -= dt
if self.delay_counter < 0:
self.delay_counter = 0
if self.play_mode == 0:
# update objects positions and redraw players
self.update()
# redraw whole board
self.display_redraw()
# update the screen
pygame.display.update()
def update(self):
# update object's positions
for obj in self.players:
obj.update()
for obj in self.balls:
obj.update()
def display_redraw(self):
# redraw board and players
# draw static background
self.draw_background()
### if test mode is on, draw additional markers on screen
if self.test_mode:
# draw sectors around ball and players
for obj in self.players:
sector_num = int(obj.size * 4 / self.sector_size)
for i in range(
int(obj.p.x / self.sector_size) - sector_num,
int(obj.p.x / self.sector_size) + sector_num + 1):
for j in range(
int(obj.p.y / self.sector_size) - sector_num,
int(obj.p.y / self.sector_size) + sector_num + 1):
pygame.draw.rect(
self.screen, (0, 255 - ((i + j) % 2) * 50, 0),
(i * self.sector_size, j * self.sector_size,
int(self.sector_size), int(self.sector_size)))
for obj in self.balls:
sector_num = int(obj.size * 4 / self.sector_size)
for i in range(
int(obj.p.x / self.sector_size) - sector_num,
int(obj.p.x / self.sector_size) + sector_num + 1):
for j in range(
int(obj.p.y / self.sector_size) - sector_num,
int(obj.p.y / self.sector_size) + sector_num + 1):
pygame.draw.rect(
self.screen, (0, 255 - ((i + j) % 2) * 50, 0),
(int(obj.p.x / self.sector_size) *
self.sector_size,
int(obj.p.y / self.sector_size) *
self.sector_size, int(
self.sector_size), int(self.sector_size)))
# draw hitboxes
for obj in self.players:
pygame.gfxdraw.aacircle(self.screen, int(obj.p.x),
int(obj.p.y), obj.hitbox, (0, 0, 255))
for obj in self.balls:
pygame.gfxdraw.aacircle(self.screen, int(obj.p.x),
int(obj.p.y), obj.hitbox, (0, 0, 255))
# check collisions and redraw all players
for obj in self.players:
Collision.collide(obj)
pygame.gfxdraw.filled_circle(self.screen, int(obj.p.x),
int(obj.p.y), obj.size, obj.color)
pygame.gfxdraw.aacircle(self.screen, int(obj.p.x), int(obj.p.y),
obj.size, obj.border_color)
pygame.gfxdraw.aacircle(self.screen, int(obj.p.x), int(obj.p.y),
obj.size - 1, obj.border_color)
# check collisions with posts
self.goal_left.goal_collide()
self.goal_right.goal_collide()
# draw graphics on top of the screen
self.draw_graphics()
# fix objects position, to prevent walls collisions
def walls_collision(self, obj):
Collision.walls_collision(obj, self)
# set game state to -2
# add point to team which scored
def goal_scored(self, goal):
if goal == self.goal_left:
self.team_right.add_point()
else:
self.team_left.add_point()
self.play_mode = -2
def game_state_manager(self):
if self.play_mode == -2:
# after goal score, prepare delay
self.play_mode = -1
self.delay_counter = self.goal_delay
elif self.play_mode == -1 and self.delay_counter == 0:
# if delay passed, reset positions and set mode to 1
self.play_mode = 1
elif self.play_mode == 1:
# if game started (or is after goal), prepare delay
self.positions_reset()
self.team_left.reset_positions()
self.team_right.reset_positions()
self.play_mode = 2
self.delay_counter = self.start_delay
elif self.play_mode == 2 and self.delay_counter == 0:
# if delay passed, start the game
self.play_mode = 0
def positions_reset(self):
for obj in self.balls:
obj.set_move((0, 0), (self.screen_w / 2, self.screen_h / 2))
def deserialize(self, data):
data = self.balls[0].deserialize(data)
data = self.team_left.deserialize(data)
data = self.team_right.deserialize(data)
def main():
# try to parse the program
# if I fail, give up and die
try:
program = parse(open(argv[1], 'r').read())
query = argv[2]
except (LexException, ParseException) as e:
print(e)
return
# Print out the program
print("Program:")
for (p, clauses) in program.items():
for clause in clauses:
if len(clause) == 0:
print(p + ".")
else:
print(p + " :- " + ", ".join(clause) + ".")
print("\n")
goalStack = [Goal(query)]
while len(goalStack) != 0:
print("GS = " + ",".join([str(g) for g in goalStack]) + ".")
# get the current goal
goal = goalStack.pop(0)
# If the goal is a choice, then our goal stack looks like
# ?<[a,b], [c,d]>, e ...
# We want to remove the first option
# and put that on the goal stack
# so It should look like
# a,b, ?<[c,d]>, e ...
#
# If the choice becomes empty, we discard it
# ?<[a,b]>, d, e ..
# becomes
# a, b, d, e ..
# instead of
# a, b, ?<>, d, e ..
if goal.choice():
firstChoice = goal.first()
if not goal.empty():
goalStack.insert(0, goal)
for g in reversed(firstChoice):
goalStack.insert(0, Goal(g))
else:
# if the current goal isn't a choice, then
# 1. look it up in the program
# 2. if the rule isn't a parallel rule,
# Add all goals to the goal stack
# example:
# GS = p,x,y
# p :- a,b,c
# then
# GS = a,b,c,x,y
# 3. if the rule parallel rule,
# Then add a new choice to the goal stack
# GS = p,x,y
# p :- a,b,c
# p :- d,e,f
# then
# GS = ?<[a,b,c], [d,e,f]>, x, y
if goal.var() in program:
newGoals = deepcopy(program[goal.var()])
if len(newGoals) == 1:
for g in reversed(newGoals[0]):
goalStack.insert(0, Goal(g))
else:
goalStack.insert(0, choice(newGoals))
# the current goal isn't in the program
# That means it's a failure, so backtrack to the last choice.
#
# example:
# GS = d,e,f ?<[a,b,c]>, x, y
# d not defined
# GS = ?<[a,b,c]>, x, y
else:
print("BACKTRACKING " + goal.var(), end=" ")
while not goalStack[0].choice():
print(goalStack.pop(0), end=" ")
print()
def build(objtId, p):
if (p.__class__.__name__ == 'AttackerParameters'):
return Attacker(objtId, p.name(), p.description(), p.image(), p.tags(),
p.environmentProperties())
if (p.__class__.__name__ == 'PersonaParameters'):
return Persona(objtId, p.name(), p.activities(), p.attitudes(),
p.aptitudes(), p.motivations(),
p.skills(), p.intrinsic(), p.contextual(), p.image(),
p.assumption(), p.type(), p.tags(),
p.environmentProperties(), p.codes())
if (p.__class__.__name__ == 'AssetParameters'):
return Asset(objtId, p.name(), p.shortCode(), p.description(),
p.significance(), p.type(), p.critical(),
p.criticalRationale(), p.tags(), p.interfaces(),
p.environmentProperties())
if (p.__class__.__name__ == 'TemplateAssetParameters'):
return TemplateAsset(objtId, p.name(), p.shortCode(), p.description(),
p.significance(), p.type(), p.surfaceType(),
p.accessRight(), p.properties(), p.rationale(),
p.tags(), p.interfaces())
if (p.__class__.__name__ == 'TemplateRequirementParameters'):
return TemplateRequirement(objtId, p.name(), p.asset(), p.type(),
p.description(), p.rationale(),
p.fitCriterion())
if (p.__class__.__name__ == 'TemplateGoalParameters'):
return TemplateGoal(objtId, p.name(), p.definition(), p.rationale(),
p.concerns(), p.responsibilities())
if (p.__class__.__name__ == 'SecurityPatternParameters'):
return SecurityPattern(objtId, p.name(), p.context(), p.problem(),
p.solution(), p.requirements(),
p.associations())
if (p.__class__.__name__ == 'ComponentParameters'):
return Component(objtId, p.name(), p.description(), p.interfaces(),
p.structure(), p.requirements(), p.goals(),
p.associations())
if (p.__class__.__name__ == 'ComponentViewParameters'):
return ComponentView(objtId, p.name(), p.synopsis(), p.components(),
p.connectors(), p.attackSurfaceMetric())
if (p.__class__.__name__ == 'ValueTypeParameters'):
return ValueType(objtId, p.name(), p.description(), p.type(),
p.score(), p.rationale())
if (p.__class__.__name__ == 'ClassAssociationParameters'):
return ClassAssociation(objtId, p.environment(), p.headAsset(),
p.headDimension(), p.headNavigation(),
p.headType(), p.headMultiplicity(),
p.headRole(), p.tailRole(),
p.tailMultiplicity(), p.tailType(),
p.tailNavigation(), p.tailDimension(),
p.tailAsset(), p.rationale())
if (p.__class__.__name__ == 'GoalAssociationParameters'):
return GoalAssociation(objtId, p.environment(), p.goal(),
p.goalDimension(), p.type(), p.subGoal(),
p.subGoalDimension(), p.alternative(),
p.rationale())
if (p.__class__.__name__ == 'DependencyParameters'):
return Dependency(objtId, p.environment(), p.depender(), p.dependee(),
p.dependencyType(), p.dependency(), p.rationale())
if (p.__class__.__name__ == 'GoalParameters'):
return Goal(objtId, p.name(), p.originator(), p.tags(),
p.environmentProperties())
if (p.__class__.__name__ == 'ObstacleParameters'):
return Obstacle(objtId, p.name(), p.originator(), p.tags(),
p.environmentProperties())
if (p.__class__.__name__ == 'DomainPropertyParameters'):
return DomainProperty(objtId, p.name(), p.description(), p.type(),
p.originator(), p.tags())
if (p.__class__.__name__ == 'ThreatParameters'):
return Threat(objtId, p.name(), p.type(), p.method(), p.tags(),
p.environmentProperties())
if (p.__class__.__name__ == 'VulnerabilityParameters'):
return Vulnerability(objtId, p.name(), p.description(), p.type(),
p.tags(), p.environmentProperties())
if (p.__class__.__name__ == 'RiskParameters'):
return Risk(objtId, p.name(), p.threat(), p.vulnerability(), p.tags(),
p.misuseCase())
if (p.__class__.__name__ == 'ResponseParameters'):
return Response(objtId, p.name(), p.risk(), p.tags(),
p.environmentProperties(), p.responseType())
if (p.__class__.__name__ == 'CountermeasureParameters'):
return Countermeasure(objtId, p.name(), p.description(), p.type(),
p.tags(), p.environmentProperties())
if (p.__class__.__name__ == 'TaskParameters'):
return Task(objtId, p.name(), p.shortCode(), p.objective(),
p.assumption(), p.author(), p.tags(),
p.environmentProperties())
if (p.__class__.__name__ == 'UseCaseParameters'):
return UseCase(objtId, p.name(), p.author(), p.code(), p.actors(),
p.description(), p.tags(), p.environmentProperties())
if (p.__class__.__name__ == 'MisuseCaseParameters'):
return MisuseCase(objtId, p.name(), p.environmentProperties(),
p.risk())
if (p.__class__.__name__ == 'DotTraceParameters'):
return DotTrace(p.fromObject(), p.fromName(), p.toObject(), p.toName())
if (p.__class__.__name__ == 'EnvironmentParameters'):
return Environment(objtId, p.name(), p.shortCode(), p.description(),
p.environments(), p.duplicateProperty(),
p.overridingEnvironment(), p.tensions())
if (p.__class__.__name__ == 'RoleParameters'):
return Role(objtId, p.name(), p.type(), p.shortCode(), p.description(),
p.environmentProperties())
if (p.__class__.__name__ == 'ResponsibilityParameters'):
return Responsibility(objtId, p.name())
if (p.__class__.__name__ == 'ExternalDocumentParameters'):
return ExternalDocument(objtId, p.name(), p.version(), p.date(),
p.authors(), p.description())
if (p.__class__.__name__ == 'InternalDocumentParameters'):
return InternalDocument(objtId, p.name(), p.description(), p.content(),
p.codes(), p.memos())
if (p.__class__.__name__ == 'CodeParameters'):
return Code(objtId, p.name(), p.type(), p.description(),
p.inclusionCriteria(), p.example())
if (p.__class__.__name__ == 'MemoParameters'):
return Memo(objtId, p.name(), p.description())
if (p.__class__.__name__ == 'DocumentReferenceParameters'):
return DocumentReference(objtId, p.name(), p.document(),
p.contributor(), p.description())
if (p.__class__.__name__ == 'ConceptReferenceParameters'):
return ConceptReference(objtId, p.name(), p.dimension(),
p.objectName(), p.description())
if (p.__class__.__name__ == 'PersonaCharacteristicParameters'):
return PersonaCharacteristic(objtId, p.persona(), p.qualifier(),
p.behaviouralVariable(),
p.characteristic(), p.grounds(),
p.warrant(), p.backing(), p.rebuttal())
if (p.__class__.__name__ == 'TaskCharacteristicParameters'):
return TaskCharacteristic(objtId, p.task(), p.qualifier(),
p.characteristic(), p.grounds(), p.warrant(),
p.backing(), p.rebuttal())
if (p.__class__.__name__ == 'ImpliedProcessParameters'):
return ImpliedProcess(objtId, p.name(), p.description(), p.persona(),
p.network(), p.specification(), p.channels())
if (p.__class__.__name__ == 'LocationsParameters'):
return Locations(objtId, p.name(), p.diagram(), p.locations(),
p.links())
else:
raise UnknownParameterClass(str(objtId))
for i in range(its):
if mdl_name == 'kinematic_point':
player = KinematicPoint(vel_start, pos_start, dt, v_max, win)
elif mdl_name == "dynamic_point":
player = DynamicPoint(vel_start, pos_start, dt, v_max, a_max, win)
elif mdl_name == "differential_drive":
player = DifferentialDrive(vel_start, pos_start, v_max, omega_max,
dt, win)
elif mdl_name == "kinematic_car":
player = KinematicCar(vel_start, pos_start, v_max, vehicle_length,
phi_max, dt, win)
else:
print('Invalid model name, exiting')
sys.exit(0)
goal = Goal(vel_goal, pos_goal, win)
env = Environment(obstacles,
bounding_poly,
player,
goal,
win,
quick_draw=True)
rrt_setup = {
'delta_q': delta_q,
'k': k,
'strategy': rrt_strat,
'x_range': [-2, 60],
'y_range': [-2, 60]
}
rrt_time, time = env.run(rrt_setup)
times.append(time)
def __init__(self, gameInfo):
"""Methode pour initialiser le but"""
Goal.__init__(self, gameInfo)
self.goalString = "ProtectFlag"
self.defaultValue = 30
# Area setup for visualisation
canvas_width = 800
canvas_height = 800
win = GraphWin("area", canvas_width, canvas_height)
# Setup Initial Conditions
players = []
goals = []
if mdl_name == 'kinematic_point':
for pos in pos_start:
players.append(KinematicPoint(pos, dt, v_max, win))
else:
print('Invalid model name, exiting')
sys.exit(0)
for pos in pos_goal:
goals.append(Goal(pos, win))
# Generate paths and run environment
env = Environment(obstacles,
bounding_poly,
players,
goals,
win,
quick_draw=True)
rrt_setup = {
'delta_q': delta_q,
'k': k,
'strategy': rrt_strat,
'x_range': [-2, 60],
'y_range': [-2, 60]
}
def __init__(self, gameInfo):
"""Methode pour initialiser le but"""
Goal.__init__(self, gameInfo)
self.goalString = "KillFlagCarrier"
self.defaultValue = 70