def generate(psX, psY, ring):
'''psX, psY - prescalers for x, y'''
map = {}
while ring.stepcounter < 360:
x, y = polar_to_cartesian(*ring.getrandomcoords())
x *= psX
y *= psY
fillin(map, int(x), int(y))
ring.advance()
return map
def pkogen(maxprovinz):
MAPSIZE = 100 # This is only half of the map!
MINDIST = 60-maxprovinz*2
provinzes = []
failed_attempts = 0
while failed_attempts < 50:
prov = (random()*(MAPSIZE-MINDIST//2), random()*360)
try:
for pt in provinzes:
if polarcs_distance(prov[0], prov[1], pt[0], pt[1]) < MINDIST:
failed_attempts += 1
raise Exception
except:
continue
failed_attempts = 0
provinzes.append(prov)
if len(provinzes) == maxprovinz:
break
provinzes = map(lambda x: polar_to_cartesian(*x), provinzes)
provinzes = map(lambda x: (int(x[0]), int(x[1])), provinzes)
return provinzes