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import objbox, game
import pygame
Levels = []
initialized = 0
def init():
global Levels, initialized
curlev = []
f = game.get_resource('levels.txt')
f = open(f, 'r')
curtitle = curtitle2 = ''
while 1:
l = f.readline()
if l and l[0] == '>':
curtitle = l[1:].strip()
continue
if l and l[0] == '<':
curtitle2 = l[1:].strip()
continue
if curlev and (not l or l[0] == '!'):
for i in range(7-len(curlev)):
curlev.append(' ')
curlev.insert(0, curtitle2)
curlev.insert(0, curtitle)
Levels.append(curlev)
curtitle = curtitle2 = ''
curlev = []
if not l: break
if l[0] == '!' or l[0] == ';':
continue
if len(curlev) < 7:
l = (l.rstrip() + ' ')[:9]
curlev.append(l)
initialized = 1
def makelevel(level):
"returns (list, startcenter) level number"
if not initialized: init()
lev = Levels[level%len(Levels)]
touches = level//len(Levels) + 1
passes = (level>len(Levels) and 2) or 1
boxlist = []
size = 58, 58
corner = 106, 106
startpos = corner[0]+236, corner[1]+182
pos = [corner[0], corner[1]]
numboxes = level//2
for row in lev[2:]:
cells = list(row)
if touches == 2:
cells.reverse()
for cell in cells:
if cell == '#':
boxlist.append(objbox.Box(pos, touches))
numboxes += touches
elif cell == '*':
boxlist.append(objbox.Box(pos, touches+1))
numboxes += touches + 1
elif cell == 's':
startpos = pos[0] , pos[1]
pos[0] = pos[0] + size[0]
pos[0] = corner[0]
pos[1] = pos[1] + size[1]
msg = ''
msg = lev[touches-1]
if level == maxlevels()-1: msg = 'Final Level'
return boxlist, startpos, msg, numboxes
def preview(level):
"returns (list, startcenter) level number"
if not initialized: init()
lev = Levels[level%len(Levels)]
touches = level//len(Levels) + 1
passes = (level>len(Levels) and 2) or 1
boxlist = []
size = 5, 5
corner = 5, 5
startpos = corner[0]+236, corner[1]+182
pos = [corner[0], corner[1]]
numboxes = level//2
img = pygame.Surface((52, 42))
img.fill((20, 20, 30))
pygame.draw.rect(img, (255, 255, 255), (0,0,51,41), 2)
colors = (150,150,150), (60, 255, 60), (255, 255, 60), (255, 60, 60)
for row in lev[2:]:
cells = list(row)
if touches == 2:
cells.reverse()
for cell in cells:
if cell == '#':
img.fill(colors[touches], (pos, (2, 2)))
elif cell == '*':
img.fill(colors[touches+1], (pos, (2, 2)))
elif cell == 's':
img.fill(colors[0], (pos, (2, 2)))
pos[0] = pos[0] + size[0]
pos[0] = corner[0]
pos[1] = pos[1] + size[1]
return img
def maxlevels():
return len(Levels) * 2
def numrocks(level):
if level >= maxlevels():
return 18
percent = float(level) / maxlevels()
return int(percent * 12)
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