def new_query(x, y):
global Query_list
global Conditional_list
global flags
xshift = 200
if x >= 315 and x <= 495 and y >= -240 and y <= -215:
draw_box(Turtle(), "white", "", 315, -220, 180, "white")
draw_box(Turtle(), "white", "", 410, -250, 120, "white")
refresh(Query_list + Conditional_list)
draw_box(
Turtle(), "lightgreen",
"Generated Query is ",
-300 - xshift, -220, 760)
draw_box(
Turtle(), "lightgreen",
"Answer = ",
-300 - xshift, -250, 760)
clear_mar_cond()
clear_mar_quer()
for i in flags:
flags[i] = 0
del Query_list[:]
del Conditional_list[:]
screen = turtle.Screen()
screen.onclick(take_input)
return
if x >= 410 and x <= 530 and y >= -270 and y <= -245:
turtle.bye()
def take_input(x, y):
screen = turtle.Screen()
screen.onclick(None)
global var_list
global Query_list
global Conditional_list
types = ["q", "c"]
# print Query_list,Conditional_list
if x >= 270 and x <= 390 and y >= -270 and y <= -245:
draw_box(Turtle(), "red", "Process is going on", 220, 320, 240)
# print "generated"
if len(Query_list) == 0:
print "invalid query--'atleast one query_variable needs to be selected'"
turtle.bye()
# screen=turtle.Screen()
# screen.onclick(take_input)
return
else:
write_gen_query(Query_list, Conditional_list)
write_markov_query(Query_list)
write_conditional_query(Conditional_list)
exp = createExpression(Query_list, Conditional_list)
ans = computeProbability(exp)
draw_box(Turtle(), "white", "", 220, 320, 240, "white")
draw_box(Turtle(), "red", "New Query", 315, -220, 180)
draw_box(Turtle(), "red", "Exit", 410, -250, 120)
screen = turtle.Screen()
screen.onclick(new_query)
return
for t in types:
for v in var_list:
if (len(Query_list) >= 10
and t == 'q') or (len(Conditional_list) >= 10
and t == 'c'):
continue
if check_fill(x, y, v, t) == True:
if t == 'q':
Query_list.append(v)
if t == 'c':
Conditional_list.append(v)
screen = turtle.Screen()
screen.onclick(take_input)
def gui(self, screen):
if self.health <= 0:
gui.draw_big_text(screen, "YOU DIED! :(", (198, 298), "white")
gui.draw_big_text(screen, "YOU DIED! :(", (200, 300), "black")
return gui.draw_text(screen, "press escape", (300, 400))
gui.draw_box(screen, (20, 20, 20+max(min(self.hunger, 100), 0)*2, 50), "blue")
gui.draw_box(screen, (screen.get_width()-(20+max(min(self.health, 100), 0)*2), 20, max(min(self.health, 100), 0)*2, 50), "green")
if self.upgrade_attack > 0:
if gui.Button(screen, "upgrade_attack", "a", (300, 20, 50, 50), draw=False):
if self.menu:
self.menu = None
else:
self.menu = MENU_ATTACK
gui.draw_image(screen, resources.attack_icon, (300, 20))
if self.upgrade_utility > 0:
if gui.Button(screen, "upgrade_utility", "u", (360, 20, 50, 50), draw=False):
if self.menu:
self.menu = None
else:
self.menu = MENU_UTILITY
gui.draw_image(screen, resources.utility_icon, (360, 20))
if self.upgrade_movement > 0:
if gui.Button(screen, "upgrade_movement", "m", (420, 20, 50, 50), draw=False):
if self.menu:
self.menu = None
else:
self.menu = MENU_MOVEMENT
gui.draw_image(screen, resources.movement_icon, (420, 20))
if self.menu == MENU_ATTACK:
selection = gui.Menu(screen, "upgrade_attack", "evolve", ["ranged", "melee"], (300, 80, 170, 180))
if selection == 1:
if self.ranged_damage < 50:
self.ranged_damage += 10
self.game.send_message("more ranged damage!")
else:
if self.ranged_attack_speed > self.minattackspeed:
self.ranged_attack_speed -= .1
self.game.send_message("more ranged attack speed!")
self.upgrade_attack -= 1
self.grow(self.growth)
self.menu = None
if selection == 2:
if self.melee_damage < 60:
self.melee_damage += 10
self.game.send_message("more melee damage!")
else:
if self.melee_damage_speed > self.minattackspeed-.1:
self.melee_damage_speed -= .1
self.game.send_message("more melee attack speed!")
self.upgrade_attack -= 1
self.grow(self.growth)
self.menu = None
if self.menu == MENU_UTILITY:
selection = gui.Menu(screen, "upgrade_utility", "evolve", ["health"], (300, 80, 170, 120))
if selection == 1:
self.health += 10
self.maxhealth += 10
self.game.send_message("more health!")
self.upgrade_utility -= 1
self.grow(self.growth)
self.menu = None
if self.menu == MENU_MOVEMENT:
selection = gui.Menu(screen, "upgrade_movement", "evolve", ["jumping", "running"], (300, 80, 170, 180))
if selection == 1:
if self.maxjumps == 1:
self.jumpheight *= 2
self.maxjumps += 1
self.game.send_message("double jumps!")
elif self.maxjumps == 2:
self.maxjumps = 100000
self.game.send_message("infinite jumps!")
else:
self.jumpheight += 10
self.airspeed += 30
self.game.send_message("better flying!")
self.upgrade_movement -= 1
self.grow(self.growth)
self.menu = None
if selection == 2:
self.speed += 50
self.game.send_message("faster running!")
self.upgrade_movement -= 1
self.grow(self.growth)
self.menu = None
if selection == 3:
self.swimspeed += 50
self.upgrade_movement -= 1
self.grow(self.growth)
self.menu = None
def step(percent, off=(0, 0)):
x, y = [a + b * percent for a, b in zip(pos, Δ)]
w, h = [(l * (1 - percent)) for l in size]
draw_box((x, y), (w, h))
def step(percent, off=(0, 0)):
x, y = [a - b * percent for a, b in zip(start, Δ)]
w, h = [(l * percent) for l in size]
draw_box((x, y), (w, h))
def step(percent, off=(0, 0)):
x = (x2 + Δx * percent) if not vert else x2
y = (y2 + Δy * percent) if vert else y2
draw_box((x, y), size)