def random_object_generator(self, nr):
self.objects = []
self.obstacles = []
self.Glist = self.create_grid()
rand_obst = randint(1, 3)
while rand_obst != 0:
rand_dimension = randint(15, 60)
i = randint(0, len(self.Glist) - 1)
pos = list(self.Glist)[i]
rand_x = pos[0]
rand_y = pos[1]
#checking if the position is available
if (((rand_x - 30, rand_y - 30) in self.Glist)
and ((rand_x - 30, rand_y) in self.Glist)
and ((rand_x, rand_y - 30) in self.Glist)
and (rand_dimension < 30)
and (self.Glist[list(self.Glist)[i]] == True)
and (self.Glist[rand_x - 30, rand_y - 30] == True)
and (self.Glist[rand_x - 30, rand_y] == True)
and (self.Glist[rand_x, rand_y - 30] == True)):
ob4 = Circle(rand_x, rand_y, rand_dimension, self.screen,
self.yellow)
self.obstacles.append(ob4)
self.Glist = self.occupy_grid(rand_x, rand_y)
self.Glist = self.occupy_grid(rand_x - 30, rand_y - 30)
self.Glist = self.occupy_grid(rand_x - 30, rand_y)
self.Glist = self.occupy_grid(rand_x, rand_y - 30)
rand_obst = rand_obst - 1
elif (((rand_x - 30, rand_y - 30) in self.Glist)
and ((rand_x - 30, rand_y) in self.Glist)
and ((rand_x, rand_y - 30) in self.Glist)
and ((rand_x + 30, rand_y - 30) in self.Glist)
and ((rand_x + 30, rand_y) in self.Glist)
and ((rand_x, rand_y + 30) in self.Glist)
and ((rand_x - 30, rand_y + 30) in self.Glist)
and ((rand_x - 60, rand_y) in self.Glist)
and ((rand_x - 60, rand_y - 30) in self.Glist)
and ((rand_x, rand_y - 60) in self.Glist)
and ((rand_x - 30, rand_y - 60) in self.Glist)
and (rand_dimension > 30) and (rand_dimension <= 44)
and (self.Glist[list(self.Glist)[i]] == True)
and (self.Glist[rand_x - 30, rand_y - 30] == True)
and (self.Glist[rand_x - 30, rand_y] == True)
and (self.Glist[rand_x, rand_y - 30] == True)
and (self.Glist[rand_x + 30, rand_y - 30] == True)
and (self.Glist[rand_x + 30, rand_y] == True)
and (self.Glist[rand_x, rand_y + 30] == True)
and (self.Glist[rand_x - 30, rand_y + 30] == True)
and (self.Glist[rand_x - 60, rand_y] == True)
and (self.Glist[rand_x - 60, rand_y - 30] == True)
and (self.Glist[rand_x, rand_y - 60] == True)
and (self.Glist[rand_x - 30, rand_y - 60] == True)):
ob4 = Circle(rand_x, rand_y, rand_dimension, self.screen,
self.yellow)
self.Glist = self.occupy_grid(rand_x, rand_y)
self.Glist = self.occupy_grid(rand_x - 30, rand_y - 30)
self.Glist = self.occupy_grid(rand_x - 30, rand_y)
self.Glist = self.occupy_grid(rand_x, rand_y - 30)
self.Glist = self.occupy_grid(rand_x + 30, rand_y - 30)
self.Glist = self.occupy_grid(rand_x + 30, rand_y)
self.Glist = self.occupy_grid(rand_x, rand_y + 30)
self.Glist = self.occupy_grid(rand_x - 30, rand_y + 30)
self.Glist = self.occupy_grid(rand_x - 60, rand_y)
self.Glist = self.occupy_grid(rand_x - 60, rand_y - 30)
self.Glist = self.occupy_grid(rand_x, rand_y - 60)
self.Glist = self.occupy_grid(rand_x - 30, rand_y - 60)
rand_obst = rand_obst - 1
self.obstacles.append(ob4)
elif (((rand_x - 30, rand_y - 30) in self.Glist) and
((rand_x - 30, rand_y) in self.Glist) and
((rand_x, rand_y - 30) in self.Glist) and
((rand_x + 30, rand_y - 30) in self.Glist) and
((rand_x + 30, rand_y) in self.Glist) and
((rand_x, rand_y + 30) in self.Glist) and
((rand_x - 30, rand_y + 30) in self.Glist) and
((rand_x - 60, rand_y) in self.Glist) and
((rand_x - 60, rand_y - 30) in self.Glist) and
((rand_x, rand_y - 60) in self.Glist) and
((rand_x - 30, rand_y - 60) in self.Glist) and
((rand_x - 60, rand_y - 60) in self.Glist) and
((rand_x + 30, rand_y - 60) in self.Glist) and
((rand_x + 30, rand_y + 30) in self.Glist) and
((rand_x - 60, rand_y + 30) in self.Glist)) and (
(rand_dimension > 44) and
(self.Glist[list(self.Glist)[i]] == True) and
(self.Glist[rand_x - 30, rand_y - 30] == True) and
(self.Glist[rand_x - 30, rand_y] == True) and
(self.Glist[rand_x, rand_y - 30] == True) and
(self.Glist[rand_x + 30, rand_y - 30] == True) and
(self.Glist[rand_x + 30, rand_y] == True) and
(self.Glist[rand_x, rand_y + 30] == True) and
(self.Glist[rand_x - 30, rand_y + 30] == True) and
(self.Glist[rand_x - 60, rand_y] == True) and
(self.Glist[rand_x - 60, rand_y - 30] == True) and
(self.Glist[rand_x, rand_y - 60] == True) and
(self.Glist[rand_x - 30, rand_y - 60] == True) and
(self.Glist[rand_x - 60, rand_y - 60] == True) and
(self.Glist[rand_x + 30, rand_y - 60] == True) and
(self.Glist[rand_x + 30, rand_y + 30] == True) and
(self.Glist[rand_x - 60, rand_y + 30] == True)):
ob4 = Circle(rand_x, rand_y, rand_dimension, self.screen,
self.yellow)
self.Glist = self.occupy_grid(rand_x, rand_y)
self.Glist = self.occupy_grid(rand_x - 30, rand_y - 30)
self.Glist = self.occupy_grid(rand_x - 30, rand_y)
self.Glist = self.occupy_grid(rand_x, rand_y - 30)
self.Glist = self.occupy_grid(rand_x + 30, rand_y - 30)
self.Glist = self.occupy_grid(rand_x + 30, rand_y)
self.Glist = self.occupy_grid(rand_x, rand_y + 30)
self.Glist = self.occupy_grid(rand_x - 30, rand_y + 30)
self.Glist = self.occupy_grid(rand_x - 60, rand_y)
self.Glist = self.occupy_grid(rand_x - 60, rand_y - 30)
self.Glist = self.occupy_grid(rand_x, rand_y - 60)
self.Glist = self.occupy_grid(rand_x - 30, rand_y - 60)
self.Glist = self.occupy_grid(rand_x - 60, rand_y - 60)
self.Glist = self.occupy_grid(rand_x + 30, rand_y - 60)
self.Glist = self.occupy_grid(rand_x + 30, rand_y + 30)
self.Glist = self.occupy_grid(rand_x - 60, rand_y + 30)
rand_obst = rand_obst - 1
self.obstacles.append(ob4)
while nr != 0:
rand_dimension = randint(15, 60)
rand_shape = randint(1, 3)
rand_colour = randint(1, 3)
colours = {1: self.red, 2: self.blue, 3: self.green}
j = randint(0, len(self.Glist) - 1)
pos = list(self.Glist)[j]
rand_x = pos[0]
rand_y = pos[1]
if rand_shape == 1:
if ((rand_dimension < 30)
and (self.Glist[rand_x, rand_y] == True)):
ob1 = Square(rand_x, rand_y, 1, rand_dimension,
self.screen, colours[rand_colour])
self.objects.append(ob1)
self.Glist = self.occupy_grid(rand_x, rand_y)
nr = nr - 1
elif (((rand_x + 30, rand_y) in self.Glist) and
((rand_x + 30, rand_y + 30) in self.Glist) and
((rand_x, rand_y + 30) in self.Glist)) and (
(rand_dimension > 30) and
(self.Glist[rand_x, rand_y] == True) and
(self.Glist[rand_x + 30, rand_y] == True) and
(self.Glist[rand_x + 30, rand_y + 30] == True) and
(self.Glist[rand_x, rand_y + 30] == True)):
self.Glist = self.occupy_grid(rand_x + 30, rand_y)
self.Glist = self.occupy_grid(rand_x + 30, rand_y + 30)
self.Glist = self.occupy_grid(rand_x, rand_y + 30)
ob1 = Square(rand_x, rand_y, 1, rand_dimension,
self.screen, colours[rand_colour])
self.objects.append(ob1)
nr = nr - 1
elif rand_shape == 2:
if ((rand_dimension < 30)
and (self.Glist[rand_x, rand_y] == True)):
ob2 = Rectangle(rand_x, rand_y, 1, rand_dimension,
self.screen, colours[rand_colour])
self.objects.append(ob2)
nr = nr - 1
self.Glist = self.occupy_grid(rand_x, rand_y)
elif (((rand_x + 30, rand_y) in self.Glist) and
((rand_x + 30, rand_y + 30) in self.Glist) and
((rand_x, rand_y + 30) in self.Glist)) and (
(rand_dimension > 30) and (rand_dimension <= 45) and
(self.Glist[rand_x, rand_y] == True) and
(self.Glist[rand_x + 30, rand_y] == True) and
(self.Glist[rand_x + 30, rand_y + 30] == True) and
(self.Glist[rand_x, rand_y + 30] == True)):
self.Glist = self.occupy_grid(rand_x + 30, rand_y)
self.Glist = self.occupy_grid(rand_x + 30, rand_y + 30)
self.Glist = self.occupy_grid(rand_x, rand_y + 30)
ob2 = Rectangle(rand_x, rand_y, 1, rand_dimension,
self.screen, colours[rand_colour])
self.objects.append(ob2)
nr = nr - 1
elif (((rand_x + 30, rand_y) in self.Glist)
and ((rand_x + 30, rand_y + 30) in self.Glist)
and ((rand_x, rand_y + 30) in self.Glist)
and ((rand_x + 30, rand_y + 60) in self.Glist)
and ((rand_x, rand_y + 60) in self.Glist)
and (rand_dimension > 45)
and (self.Glist[rand_x, rand_y] == True)
and (self.Glist[rand_x + 30, rand_y] == True)
and (self.Glist[rand_x + 30, rand_y + 30] == True)
and (self.Glist[rand_x, rand_y + 30] == True)
and ((rand_x + 30, rand_y + 60) == True)
and (self.Glist[rand_x, rand_y + 60] == True)):
self.Glist = self.occupy_grid(rand_x + 30, rand_y)
self.Glist = self.occupy_grid(rand_x + 30, rand_y + 30)
self.Glist = self.occupy_grid(rand_x, rand_y + 30)
self.Glist = self.occupy_grid(rand_x + 30, rand_y + 60)
self.Glist = self.occupy_grid(rand_x, rand_y + 60)
ob2 = Rectangle(rand_x, rand_y, 1, rand_dimension,
self.screen, colours[rand_colour])
self.objects.append(ob2)
nr = nr - 1
elif rand_shape == 3:
if ((rand_dimension < 30)
and (self.Glist[rand_x, rand_y] == True)):
ob3 = Triangle(rand_x, rand_y, 1, rand_dimension,
self.screen, colours[rand_colour])
self.objects.append(ob3)
self.Glist = self.occupy_grid(rand_x, rand_y)
nr = nr - 1
elif (((rand_x + 30, rand_y) in self.Glist)
and ((rand_x, rand_y + 30) in self.Glist)
and (rand_dimension > 30)
and (self.Glist[rand_x, rand_y] == True)
and (rand_dimension <= 45)
and (self.Glist[rand_x + 30, rand_y] == True)
and (self.Glist[rand_x, rand_y + 30] == True)):
self.Glist = self.occupy_grid(rand_x + 30, rand_y)
self.Glist = self.occupy_grid(rand_x, rand_y + 30)
ob3 = Triangle(rand_x, rand_y, 1, rand_dimension,
self.screen, colours[rand_colour])
self.objects.append(ob3)
nr = nr - 1
elif (((rand_x + 30, rand_y) in self.Glist) and
((rand_x + 30, rand_y + 30) in self.Glist) and
((rand_x, rand_y + 30) in self.Glist)) and (
(rand_dimension > 45) and
(self.Glist[rand_x, rand_y] == True) and
(self.Glist[rand_x + 30, rand_y] == True) and
(self.Glist[rand_x + 30, rand_y + 30] == True) and
(self.Glist[rand_x, rand_y + 30] == True)):
self.Glist = self.occupy_grid(rand_x + 30, rand_y)
self.Glist = self.occupy_grid(rand_x, rand_y + 30)
self.Glist = self.occupy_grid(rand_x + 30, rand_y + 30)
ob3 = Triangle(rand_x, rand_y, 1, rand_dimension,
self.screen, colours[rand_colour])
self.objects.append(ob3)
nr = nr - 1
pygame.display.update()
def random_object_generator(self, nr):
self.objects = []
self.obstacles = []
self.Glist = self.create_grid()
rand_obst = randint(2, 3)
while rand_obst != 0:
rand_dimension = randint(45, 60)
i = randint(0, len(self.Glist) - 1)
pos = list(self.Glist)[i]
rand_x = pos[0]
rand_y = pos[1]
ok = 1
#checking if the position is available
for x in range(rand_x - 60, rand_x + 61, 30):
for y in range(rand_y - 60, rand_y + 61, 30):
if (x, y) in self.Glist and self.Glist[(x, y)] == True:
pass
else:
ok = 0
if ok:
for x in range(rand_x - 60, rand_x + 61, 30):
for y in range(rand_y - 60, rand_y + 61, 30):
self.Glist = self.occupy_grid(x, y)
ob4 = Circle(rand_x, rand_y, rand_dimension, self.screen,
self.yellow)
rand_obst = rand_obst - 1
self.obstacles.append(ob4)
while nr > 0:
rand_shape = randint(1, 3)
rand_colour = randint(1, 3)
colours = {1: self.red, 2: self.blue, 3: self.green}
if rand_colour == 1:
price = randint(4, 6)
elif rand_colour == 2:
price = randint(7, 9)
elif rand_colour == 3:
price = randint(1, 3)
j = randint(0, len(self.Glist) - 1)
pos = list(self.Glist)[j]
rand_x = pos[0]
rand_y = pos[1]
if rand_shape == 1:
ok = 1
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
if (x, y) in self.Glist and self.Glist[(x, y)] == True:
pass
else:
ok = 0
if ok:
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
self.Glist = self.occupy_grid(x, y)
ob1 = Square(rand_x, rand_y, price, 45, self.screen,
colours[rand_colour])
self.objects.append(ob1)
nr = nr - 1
elif rand_shape == 2:
ok = 1
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
if (x, y) in self.Glist and self.Glist[(x, y)] == True:
pass
else:
ok = 0
if ok:
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
self.Glist = self.occupy_grid(x, y)
ob2 = Triangle(rand_x, rand_y, price, 45, self.screen,
colours[rand_colour])
self.objects.append(ob2)
nr = nr - 1
elif rand_shape == 3:
ok = 1
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
if (x, y) in self.Glist and self.Glist[(x, y)] == True:
pass
else:
ok = 0
if ok:
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
self.Glist = self.occupy_grid(x, y)
ob3 = Rectangle(rand_x, rand_y, price, 45, self.screen,
colours[rand_colour])
self.objects.append(ob3)
nr = nr - 1
pygame.display.update()
def random_object_generator(self, nr):
self.objects = []
self.obstacles = []
self.Glist = self.create_grid()
rand_obst = randint(2, 3)
while rand_obst != 0:
rand_dimension = randint(45, 60)
i = randint(0, len(self.Glist) - 1)
pos = list(self.Glist)[i]
rand_x = pos[0]
rand_y = pos[1]
ok = 1
#checking if the position is available
for x in range(rand_x - 60, rand_x + 61, 30):
for y in range(rand_y - 60, rand_y + 61, 30):
if (x, y) in self.Glist and self.Glist[(x, y)] == True:
pass
else:
ok = 0
if ok:
for x in range(rand_x - 60, rand_x + 61, 30):
for y in range(rand_y - 60, rand_y + 61, 30):
self.Glist = self.occupy_grid(x, y)
ob4 = Circle(rand_x, rand_y, rand_dimension, self.screen,
self.yellow)
rand_obst = rand_obst - 1
self.obstacles.append(ob4)
self.green_keys = []
self.red_keys = []
self.blue_keys = []
while nr > 0:
rand_shape = randint(1, 3)
rand_colour = randint(1, 3)
colours = {1: self.red, 2: self.blue, 3: self.green}
condition_for_red = 0
condition_for_blue = 0
condition_for_green = 0
condition_exist = 0
if rand_colour == 1: #red
price = randint(4, 6)
x = randint(1, 100)
if x > 60:
condition_for_red = 1
elif rand_colour == 2: #blue
price = randint(7, 9)
x = randint(1, 100)
if x > 70:
condition_for_blue = 1
elif rand_colour == 3: #green
price = randint(1, 3)
x = randint(1, 100)
if x > 50:
condition_for_green = 1
j = randint(0, len(self.Glist) - 1)
pos = list(self.Glist)[j]
rand_x = pos[0]
rand_y = pos[1]
if rand_shape == 1:
ok = 1
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
if (x, y) in self.Glist and self.Glist[(x, y)] == True:
pass
else:
ok = 0
if ok:
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
self.Glist = self.occupy_grid(x, y)
ob1 = Square(rand_x, rand_y, price, 45, self.screen,
colours[rand_colour])
condition_exist = 1
self.objects.append(ob1)
nr = nr - 1
elif rand_shape == 2:
ok = 1
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
if (x, y) in self.Glist and self.Glist[(x, y)] == True:
pass
else:
ok = 0
if ok:
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
self.Glist = self.occupy_grid(x, y)
ob2 = Triangle(rand_x, rand_y, price, 45, self.screen,
colours[rand_colour])
condition_exist = 1
self.objects.append(ob2)
nr = nr - 1
elif rand_shape == 3:
ok = 1
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
if (x, y) in self.Glist and self.Glist[(x, y)] == True:
pass
else:
ok = 0
if ok:
for x in range(rand_x, rand_x + 31, 30):
for y in range(rand_y, rand_y + 31, 30):
self.Glist = self.occupy_grid(x, y)
ob3 = Rectangle(rand_x, rand_y, price, 45, self.screen,
colours[rand_colour])
condition_exist = 1
self.objects.append(ob3)
nr = nr - 1
if condition_exist and condition_for_red:
self.red_keys.append('key')
if condition_exist and condition_for_blue:
self.blue_keys.append('key')
if condition_exist and condition_for_green:
self.green_keys.append('key')
pygame.display.update()
dragC.draw(g_a_canvas)
return g_a_canvas
dragC = None
brd = Board()
init = False
guess = [None,None,None,None]
activeRow = []
for x in range(G_X_INIT,G_X_SPAN,G_X_SPACING):
activeRow.append((x,A_Y))
sources = []
for (i,x) in enumerate(range(C_INIT,W_WIDTH,C_SPACING)):
sources.append(Circle((x,C_Y),DOT_RADIUS,COLORS[i]))
win = False
run = True
while run:
for e in pg.event.get():
if e.type == pg.QUIT:
run = False
elif e.type == pg.MOUSEBUTTONDOWN:
mpos = pg.mouse.get_pos()
if mpos[0] > G_X_SPAN and mpos[1] < A_Y * 2:
if init:
history = brd.getHistory()
res = brd.getResults()
aig = ai.getRow(history,res)
brd.postGuess(aig[0])
def random_object_generator(self,nr):
"""
This function generates 2 or 3 sun obstacles, 4 to 10 asteroids and nr random shapes.
Input:
1: nr = number of random shapes.
"""
self.objects=[]
self.obstacles=[]
self.Glist=self.create_grid()
rand_obst=randint(2,3)
while rand_obst!=0:
rand_dimension=randint(45,60)
i=randint(0,len(self.Glist)-1)
pos=list(self.Glist)[i]
rand_x=pos[0]
rand_y=pos[1]
ok=1
#checking if the position is available
for x in range(rand_x-60,rand_x+61,30):
for y in range(rand_y-60,rand_y+61,30):
if (x,y)in self.Glist and self.Glist[(x,y)]==True:
pass
else:
ok=0
if ok:
for x in range(rand_x-60,rand_x+61,30):
for y in range(rand_y-60,rand_y+61,30):
self.Glist=self.occupy_grid(x,y)
ob4=Circle(rand_x,rand_y,rand_dimension,self.screen,self.yellow)
rand_obst=rand_obst-1
self.obstacles.append(ob4)
# ASTEROIDS #
rand_asteroid = randint(4,10)
while rand_asteroid != 0:
rand_dimension = randint(15,35)
x_rand, y_rand = self.randomAsteroidSpawn()
a1=Asteroid(x_rand,y_rand,rand_dimension,self.screen,self.grey)
for x in range(x_rand-rand_dimension,x_rand+rand_dimension, 1):
for y in range(y_rand-rand_dimension,y_rand+rand_dimension, 1):
self.Glist=self.occupy_grid(x,y)
rand_asteroid=rand_asteroid-1
self.obstacles.append(a1)
self.A_list.append(a1)
# ASTEROIDS #
while nr>0:
rand_shape=randint(1,3)
rand_colour=randint(1,3)
colours={1:self.red,2:self.blue,3:self.green}
if rand_colour==1:
price=randint(4,6)
elif rand_colour==2:
price=randint(7,9)
elif rand_colour==3:
price=randint(1,3)
j=randint(0,len(self.Glist)-1)
pos=list(self.Glist)[j]
rand_x=pos[0]
rand_y=pos[1]
if rand_shape==1:
ok=1
for x in range(rand_x,rand_x+31,30):
for y in range(rand_y,rand_y+31,30):
if (x,y)in self.Glist and self.Glist[(x,y)]==True:
pass
else:
ok=0
if ok:
for x in range(rand_x,rand_x+31,30):
for y in range(rand_y,rand_y+31,30):
self.Glist=self.occupy_grid(x,y)
ob1=Square(rand_x,rand_y,price,45,self.screen,colours[rand_colour])
self.objects.append(ob1)
nr=nr-1
elif rand_shape==2:
ok=1
for x in range(rand_x,rand_x+31,30):
for y in range(rand_y,rand_y+31,30):
if (x,y)in self.Glist and self.Glist[(x,y)]==True:
pass
else:
ok=0
if ok:
for x in range(rand_x,rand_x+31,30):
for y in range(rand_y,rand_y+31,30):
self.Glist=self.occupy_grid(x,y)
ob2=Triangle(rand_x,rand_y,price,45,self.screen,colours[rand_colour])
self.objects.append(ob2)
nr=nr-1
elif rand_shape==3:
ok=1
for x in range(rand_x,rand_x+31,30):
for y in range(rand_y,rand_y+31,30):
if (x,y)in self.Glist and self.Glist[(x,y)]==True:
pass
else:
ok=0
if ok:
for x in range(rand_x,rand_x+31,30):
for y in range(rand_y,rand_y+31,30):
self.Glist=self.occupy_grid(x,y)
ob3=Rectangle(rand_x,rand_y,price,45,self.screen,colours[rand_colour])
self.objects.append(ob3)
nr=nr-1
pygame.display.update()