def __init__ (self, mapname):
self._verbose = False
self._route = []
self._floor = array2d (initMapSize, initMapSize, ' ')
self._weightings = array2d (initMapSize, initMapSize, [1])
self._currentLineNo = 1
self._loadMap (mapname)
self._recreateFloor (None)
self._calcWeightings ()
def _calcWeightings (self):
del self._weightings
self._weightings = array2d (self._floor.high ()[0], self._floor.high ()[1], [1])
for r in rooms.keys ():
for w in rooms[r].walls:
self._weightLine (w, [wallCost])
for d in rooms[r].doors:
self._weightLine (d[0], [1])
for l in rooms[r].lights:
self._weightings.set (l[0], l[1], [wallCost])
if debugmap:
self.printWeightings ()
def _recreateFloor(self, b):
del self._floor
self._floor = array2d(initMapSize, initMapSize, ' ')
for r in list(rooms.keys()):
for w in rooms[r].walls:
self._drawLine(w, '#')
for d in rooms[r].doors:
self._drawLine(d[0], ' ')
for l in rooms[r].lights:
self._floor.set(l[0], l[1], 'l')
if debugmap:
self.printFloor()
if b != None:
self._updateEntities(b)
#!/usr/bin/python
from array2d import array2d
a = array2d(20, 10, ' ')
print a.high()
#
# printf - keeps C programmers happy :-)
#
def printf(format, *args):
print str(format) % args,
def dump():
for j in range(a.high()[1]):
s = ""
for i in range(a.high()[0]):
s += a.get(i, j)
printf("%s\n", s)
y = a.high()[1] - 1
for i in range(a.high()[0]):
a.set(i, 0, '#')
a.set(i, y, '#')
x = a.high()[0] - 1
for j in range(a.high()[1]):
