def load_map():
size_tile = 0.64
from clases.casilla import casilla
from clases.objetos import objetos
import copy
#MatrixT = [[0 for x in xrange(30)] for x in xrange(400)]
Matrix = []
items = []
itemsDisplayList = []
global chunkDisplayList
chunkDisplayList = glGenLists(2)
mapa = list(csv.reader(open('assets/mapa.tmx')))
estado = 0
x = -1
y = 29
capa = -1
#for taa in range(int(50)):
# self.items.append([])
for pepe in mapa:
if "orientation" in pepe[0]:
pos_tmp = pepe[0].find('width="')
string_tmp = pepe[0][pos_tmp+7:]
pos_tmp = string_tmp.find('"')
total_x = int(string_tmp[:pos_tmp])
pos_tmp = pepe[0].find('height="')
string_tmp = pepe[0][pos_tmp+8:]
pos_tmp = string_tmp.find('"')
total_y = int(string_tmp[:pos_tmp])
y = total_y-1
print total_x, total_y
xasd = 0
MatrixT = [[0 for xasd in xrange(total_y)] for xasd in xrange(total_x)]
print "matrixt generado"
for taa in range(int(total_x/8)):
items.append([])
itemsDisplayList.append((glGenLists(1)))
if pepe[0] == ' <data encoding="csv">':
capa +=1
if (capa < 2):
glNewList(chunkDisplayList+capa, GL_COMPILE)
estado = 1
elif pepe[0] == '</data>':
if (capa < 2):
glEndList()
estado = 0
Matrix.append(copy.deepcopy(MatrixT))
x = -1
y = total_y-1
elif estado == 1:
for taa in pepe:
if taa != "":
x +=1
if (capa == 2 and int(taa)-1 != -1):
tmpe = casilla(int(taa)-1, objetos(int(taa)-1, 1))
else:
tmpe = casilla(int(taa)-1)
if (int(taa)-1 != -1):
if (capa < 2):
create_tile(x,y,int(taa)-1)
if (capa == 2):
items[int(x/20)].append([x,y,tmpe])
MatrixT[x][y] = tmpe
else:
y -=1
x = -1
def load_map(self):
#MatrixT = [[0 for x in xrange(30)] for x in xrange(400)]
import csv
mapa = list(csv.reader(open('assets/mapa.tmx')))
estado = 0
x = -1
y = 29
capa = -1
#for taa in range(int(50)):
# self.items.append([])
for pepe in mapa:
if "orientation" in pepe[0]:
pos_tmp = pepe[0].find('width="')
string_tmp = pepe[0][pos_tmp + 7:]
pos_tmp = string_tmp.find('"')
self.total_x = int(string_tmp[:pos_tmp])
pos_tmp = pepe[0].find('height="')
string_tmp = pepe[0][pos_tmp + 8:]
pos_tmp = string_tmp.find('"')
self.total_y = int(string_tmp[:pos_tmp])
y = self.total_y - 1
print self.total_x, self.total_y
xasd = 0
MatrixT = [[0 for xasd in xrange(self.total_y)]
for xasd in xrange(self.total_x)]
print "matrixt generado"
for taa in range(int(self.total_x / 8)):
self.items.append([])
self.itemsDisplayList.append((glGenLists(1)))
if pepe[0] == ' <data encoding="csv">':
capa += 1
if (capa < 2):
glNewList(self.chunkDisplayList + capa, GL_COMPILE)
estado = 1
elif pepe[0] == '</data>':
if (capa < 2):
glEndList()
estado = 0
self.Matrix.append(copy.deepcopy(MatrixT))
x = -1
y = self.total_y - 1
elif estado == 1:
for taa in pepe:
if taa != "":
x += 1
if (capa == 2 and int(taa) - 1 != -1):
tmpe = casilla(
int(taa) - 1, objetos(int(taa) - 1, 1))
else:
tmpe = casilla(int(taa) - 1)
if (int(taa) - 1 != -1):
if (capa < 2):
self.create_tile(x, y, int(taa) - 1)
if (capa == 2):
self.items[int(x / 20)].append([x, y, tmpe])
MatrixT[x][y] = tmpe
else:
y -= 1
x = -1
shape = []
tmp_v = 0
for taa in self.items:
self.regenerate_items(tmp_v)
tmp_v += 1
posible_shape = [(-1, -1), (-1, -1)]
for y in range(self.total_y):
for x in range(self.total_x):
s_y = (self.total_y - 1) - int(y)
tile = self.Matrix[0][x][y].get_tile()
if (tile != -1):
if posible_shape[0][0] != -1 and posible_shape[0][
0] != -1 and posible_shape[1][
0] != -1 and posible_shape[1][1] != -1:
shape.append(posible_shape)
if posible_shape[0][0] != -1 and posible_shape[0][
0] != -1 and posible_shape[1][
0] == -1 and posible_shape[1][0] == -1:
posible_shape[1] = posible_shape[0]
shape.append(posible_shape)
posible_shape = [(-1, -1), (-1, -1)]
#if (tile == 4):
# self.create_colision_triangle((x,y),True)
#if (tile == 5):
# self.create_colision_triangle((x,y),False)
else:
if posible_shape[0][0] == -1 and posible_shape[0][1] == -1:
posible_shape[0] = (x, y)
else:
posible_shape[1] = (x, y)
#create dynamic bodys
tile = self.Matrix[3][x][y].get_tile()
if (tile != -1):
# pass
self.dynamics.append(
asteroids(self.worlds.CreateDynamicBody(
position=(x * size_tile, y * size_tile),
angularDamping=10.0,
linearDamping=10.0),
tile,
dl=self.global_DL))
self.create_colision(shape)
def load_map():
size_tile = 0.64
from clases.casilla import casilla
from clases.objetos import objetos
import copy
# MatrixT = [[0 for x in xrange(30)] for x in xrange(400)]
Matrix = []
items = []
itemsDisplayList = []
global chunkDisplayList
chunkDisplayList = glGenLists(2)
mapa = list(csv.reader(open("assets/mapa.tmx")))
estado = 0
x = -1
y = 29
capa = -1
# for taa in range(int(50)):
# self.items.append([])
for pepe in mapa:
if "orientation" in pepe[0]:
pos_tmp = pepe[0].find('width="')
string_tmp = pepe[0][pos_tmp + 7 :]
pos_tmp = string_tmp.find('"')
total_x = int(string_tmp[:pos_tmp])
pos_tmp = pepe[0].find('height="')
string_tmp = pepe[0][pos_tmp + 8 :]
pos_tmp = string_tmp.find('"')
total_y = int(string_tmp[:pos_tmp])
y = total_y - 1
print total_x, total_y
xasd = 0
MatrixT = [[0 for xasd in xrange(total_y)] for xasd in xrange(total_x)]
print "matrixt generado"
for taa in range(int(total_x / 8)):
items.append([])
itemsDisplayList.append((glGenLists(1)))
if pepe[0] == ' <data encoding="csv">':
capa += 1
if capa < 2:
glNewList(chunkDisplayList + capa, GL_COMPILE)
estado = 1
elif pepe[0] == "</data>":
if capa < 2:
glEndList()
estado = 0
Matrix.append(copy.deepcopy(MatrixT))
x = -1
y = total_y - 1
elif estado == 1:
for taa in pepe:
if taa != "":
x += 1
if capa == 2 and int(taa) - 1 != -1:
tmpe = casilla(int(taa) - 1, objetos(int(taa) - 1, 1))
else:
tmpe = casilla(int(taa) - 1)
if int(taa) - 1 != -1:
if capa < 2:
create_tile(x, y, int(taa) - 1)
if capa == 2:
items[int(x / 20)].append([x, y, tmpe])
MatrixT[x][y] = tmpe
else:
y -= 1
x = -1
def load_map(self):
#MatrixT = [[0 for x in xrange(30)] for x in xrange(400)]
import csv
mapa = list(csv.reader(open('assets/mapa.tmx')))
estado = 0
x = -1
y = 29
capa = -1
#for taa in range(int(50)):
# self.items.append([])
for pepe in mapa:
if "orientation" in pepe[0]:
pos_tmp = pepe[0].find('width="')
string_tmp = pepe[0][pos_tmp+7:]
pos_tmp = string_tmp.find('"')
self.total_x = int(string_tmp[:pos_tmp])
pos_tmp = pepe[0].find('height="')
string_tmp = pepe[0][pos_tmp+8:]
pos_tmp = string_tmp.find('"')
self.total_y = int(string_tmp[:pos_tmp])
y = self.total_y-1
print self.total_x, self.total_y
xasd = 0
MatrixT = [[0 for xasd in xrange(self.total_y)] for xasd in xrange(self.total_x)]
print "matrixt generado"
for taa in range(int(self.total_x/8)):
self.items.append([])
if pepe[0] == ' <data encoding="csv">':
capa +=1
estado = 1
elif pepe[0] == '</data>':
estado = 0
self.Matrix.append(copy.deepcopy(MatrixT))
x = -1
y = self.total_y-1
elif estado == 1:
for taa in pepe:
if taa != "":
x +=1
if (capa == 2 and int(taa)-1 != -1):
tmpe = casilla(int(taa)-1, objetos(int(taa)-1, 1))
else:
tmpe = casilla(int(taa)-1)
if (int(taa)-1 != -1):
if (capa == 2):
self.items[int(x/20)].append([x,y,tmpe])
MatrixT[x][y] = tmpe
else:
y -=1
x = -1
shape = []
posible_shape = [(-1,-1),(-1,-1)]
for y in range(self.total_y):
for x in range(self.total_x):
s_y = (self.total_y-1) - int(y)
tile = self.Matrix[0][x][y].get_tile()
if (tile != -1):
if posible_shape[0][0] == -1 and posible_shape[0][1] == -1:
posible_shape[0] = (x,y)
else:
posible_shape[1] = (x,y)
else:
if posible_shape[0][0] != -1 and posible_shape[0][0] != -1 and posible_shape[1][0] != -1 and posible_shape[1][1] != -1:
shape.append(posible_shape)
if posible_shape[0][0] != -1 and posible_shape[0][0] != -1 and posible_shape[1][0] == -1 and posible_shape[1][0] == -1:
posible_shape[1] = posible_shape[0]
shape.append(posible_shape)
posible_shape = [(-1,-1),(-1,-1)]
#if (tile == 4):
# self.create_colision_triangle((x,y),True)
#if (tile == 5):
# self.create_colision_triangle((x,y),False)
#create dynamic bodys
tile = self.Matrix[3][x][y].get_tile()
#if (tile != -1):
## pass
# self.dynamics.append(asteroids(self.worlds.CreateDynamicBody(position=(x*size_tile,y*size_tile), angularDamping=10.0, linearDamping= 10.0), tile, dl = self.global_DL))
self.create_colision(shape)
