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from random import randrange as rr
#test map - 'p' is start position
shuffle = [
' ',' ',' ',
]
map = [
'000000000000000',
'000000010000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
'000000000000000',
]
map0 = [
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000100000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
'000000000000000000000000000000',
]
class ProcGen:
def __init__(self, map):
self.map = map.copy()
self.mapx = int(len(map[0]))-1
self.mapy = int(len(map))-1
self.lvl = 1
self.mechanics = {
'step':5,
'posx':0,
'posy':0,
'turn':0, #0lt, 1rt, 2up, 3dn
'lvx':0,
'lvy':0,
}
self.lvlpos = list()
self.count = 0
self.rocount = 0
self.ropos = dict()
self.times = 0
self.corridors = list()
self.chests = list()
self.Position()
self.Randomize()
def Reset(self):
self.times = 0
self.count = 0
self.rocount = 0
self.ropos = dict()
self.lvlpos = list()
self.corridors = list()
self.Position()
self.Randomize()
def Randomize(self):
self.Generate(self.mechanics['posx'],self.mechanics['posy'],self.mechanics['turn'],self.mechanics['step'])
for i in range(0,rr(25,65)):
self.mechanics['turn'] = rr(0,2)
if self.mechanics['turn'] in [0,1]:
self.mechanics['step'] = rr(1,4)
if self.mechanics['turn'] in [0,1]:
self.mechanics['step'] = rr(3,9)
self.Generate(self.mechanics['posx'],self.mechanics['posy'],self.mechanics['turn'],self.mechanics['step'])
self.Position(1)
self.Position(2)
self.map[self.mechanics['lvy']] = self.map[self.mechanics['lvy']][:self.mechanics['lvx']] + '9' + self.map[self.mechanics['lvy']][self.mechanics['lvx']+1:]
self.Position(3)
self.Position(3)
def Position(self, sec=0):
# column and items in column
for i, ii in enumerate(self.map):
#row and items in row
for j, jj in enumerate(ii):
#if item in row is 'p' - starting position
if jj == '1' and sec == 0:
self.mechanics['posx'] = j
self.mechanics['posy'] = i
break
elif sec == 1:
if jj == ' ' and self.times == 0:
self.map[i] = self.map[i][:j] + 'p' + self.map[i][j+1:]
self.times = 1
elif jj == ' ':
self.corridors.append([i,j])
if self.lvl % 5 != 0:
self.map[i] = self.map[i][:j] + f'{shuffle[rr(0,len(shuffle))]}' + self.map[i][j+1:]
elif self.lvl % 5 in [3,4]:
self.map[i] = self.map[i][:j] + f'{shuffle[rr(0,len(shuffle))]}' + self.map[i][j+1:]
elif self.lvl % 5 == 0:
self.map[i] = self.map[i][:j] + f'{shuffle[rr(0,len(shuffle))]}' + self.map[i][j+1:]
if jj == ' ' and sec == 2:
self.mechanics['lvx'] = j
self.mechanics['lvy'] = i
self.lvlpos.append([j,i])
try:
if sec == 3:
#big room
if self.map[i][:j] + '00000' + self.map[i][j+5:] == self.map[i]:
if self.map[i+1][:j] + '00000' + self.map[i+1][j+5:] == self.map[i+1]:
if self.map[i+2][:j] + '00000' + self.map[i+2][j+5:] == self.map[i+2]:
if self.map[i+3][:j] + '00000' + self.map[i+3][j+5:] == self.map[i+3]:
if self.map[i+4][:j] + '00000' + self.map[i+4][j+5:] == self.map[i+4]:
if self.map[i+2 or i+1 or i+3][j+5] not in '90':
self.map[i+1] = self.map[i+1][:j+1] + '.'*3 + self.map[i+1][j+4:]
self.map[i+2] = self.map[i+2][:j+1] + '.'*3 + self.map[i+2][j+4:]
self.map[i+3] = self.map[i+3][:j+1] + '.'*3 + self.map[i+3][j+4:]
if self.map[i+2][j+5] not in '90':
self.map[i+2] = self.map[i+2][:j+4] + '(' + self.map[i+2][j+5:]
elif self.map[i+1][j+5] not in '90':
self.map[i+1] = self.map[i+1][:j+4] + '(' + self.map[i+1][j+5:]
elif self.map[i+3][j+5] not in '90':
self.map[i+3] = self.map[i+3][:j+4] + '(' + self.map[i+3][j+5:]
self.ropos[self.rocount] = i+2,j+2
self.rocount += 1
self.chests.append([i,j])
elif self.map[i+2 or i+1 or i+3][j-1] not in '90':
self.map[i+1] = self.map[i+1][:j+1] + '.'*3 + self.map[i+1][j+4:]
self.map[i+2] = self.map[i+2][:j+1] + '.'*3 + self.map[i+2][j+4:]
self.map[i+3] = self.map[i+3][:j+1] + '.'*3 + self.map[i+3][j+4:]
if self.map[i+2][j-1] not in '90':
self.map[i+2] = self.map[i+2][:j] + '(' + self.map[i+2][j+1:]
elif self.map[i+1][j-1] not in '90':
self.map[i+1] = self.map[i+1][:j] + '(' + self.map[i+1][j+1:]
elif self.map[i+3][j-1] not in '90':
self.map[i+3] = self.map[i+3][:j] + '(' + self.map[i+3][j+1:]
self.ropos[self.rocount] = i+2,j+2
self.rocount += 1
self.chests.append([i,j])
elif self.map[i-1][j+2 or j+1 or j+3] not in '90':
self.map[i+1] = self.map[i+1][:j+1] + '.'*3 + self.map[i+1][j+4:]
self.map[i+2] = self.map[i+2][:j+1] + '.'*3 + self.map[i+2][j+4:]
self.map[i+3] = self.map[i+3][:j+1] + '.'*3 + self.map[i+3][j+4:]
if self.map[i-1][j+2] not in '90':
self.map[i] = self.map[i][:j+2] + '(' + self.map[i][j+3:]
elif self.map[i-1][j+1] not in '90':
self.map[i] = self.map[i][:j+1] + '(' + self.map[i][j+2:]
elif self.map[i-1][j+3] not in '90':
self.map[i] = self.map[i][:j+3] + '(' + self.map[i][j+4:]
self.ropos[self.rocount] = i+2,j+2
self.rocount += 1
self.chests.append([i,j])
elif self.map[i+5][j+2 or j+1 or j+3] not in '90':
self.map[i+1] = self.map[i+1][:j+1] + '.'*3 + self.map[i+1][j+4:]
self.map[i+2] = self.map[i+2][:j+1] + '.'*3 + self.map[i+2][j+4:]
self.map[i+3] = self.map[i+3][:j+1] + '.'*3 + self.map[i+3][j+4:]
if self.map[i+5][j+2] not in '90':
self.map[i+4] = self.map[i+4][:j+2] + '(' + self.map[i+4][j+3:]
elif self.map[i+5][j+1] not in '90':
self.map[i+4] = self.map[i+4][:j+1] + '(' + self.map[i+4][j+2:]
elif self.map[i+5][j+3] not in '90':
self.map[i+4] = self.map[i+4][:j+3] + '(' + self.map[i+4][j+4:]
self.ropos[self.rocount] = i+2,j+2
self.rocount += 1
self.chests.append([i,j])
#small room
if self.map[i][:j] + '0000' + self.map[i][j+4:] == self.map[i]:
if self.map[i+1][:j] + '0000'+ self.map[i+1][j+4:] == self.map[i+1]:
if self.map[i+2][:j] + '0000' + self.map[i+2][j+4:] == self.map[i+2]:
if self.map[i+3][:j] + '0000' + self.map[i+3][j+4:] == self.map[i+3]:
if self.map[i+1 or i+2][j+4] not in '90':
self.map[i+1] = self.map[i+1][:j+1] + '.'*2 + self.map[i+1][j+3:]
self.map[i+2] = self.map[i+2][:j+1] + '.'*2 + self.map[i+2][j+3:]
if self.map[i+2][j+4] not in '90':
self.map[i+2] = self.map[i+2][:j+3] + '(' + self.map[i+2][j+4:]
elif self.map[i+1][j+4] not in '90':
self.map[i+1] = self.map[i+1][:j+3] + '(' + self.map[i+1][j+4:]
self.ropos[self.rocount] = i+1,j+1
self.rocount += 1
elif self.map[i+1 or i+2][j-1] not in '90':
self.map[i+1] = self.map[i+1][:j+1] + '.'*2 + self.map[i+1][j+3:]
self.map[i+2] = self.map[i+2][:j+1] + '.'*2 + self.map[i+2][j+3:]
if self.map[i+1][j-1] not in '90':
self.map[i+1] = self.map[i+1][:j] + '(' + self.map[i+1][j+1:]
elif self.map[i+2][j-1] not in '90':
self.map[i+2] = self.map[i+2][:j] + '(' + self.map[i+2][j+1:]
self.ropos[self.rocount] = i+1,j+1
self.rocount += 1
elif self.map[i-1][j+1 or j+2] not in '90':
self.map[i+1] = self.map[i+1][:j+1] + '.'*2 + self.map[i+1][j+3:]
self.map[i+2] = self.map[i+2][:j+1] + '.'*2 + self.map[i+2][j+3:]
if self.map[i-1][j+1] not in '90':
self.map[i] = self.map[i][:j+1] + '(' + self.map[i][j+2:]
elif self.map[i][j+2] not in '90':
self.map[i] = self.map[i][:j+2] + '(' + self.map[i][j+3:]
self.ropos[self.rocount] = i+1,j+1
self.rocount += 1
elif self.map[i+4][j+1 or j+2] not in '90':
self.map[i+1] = self.map[i+1][:j+1] + '.'*2 + self.map[i+1][j+3:]
self.map[i+2] = self.map[i+2][:j+1] + '.'*2 + self.map[i+2][j+3:]
if self.map[i+4][j+1] not in '90':
self.map[i+3] = self.map[i+3][:j+1] + '(' + self.map[i+3][j+2:]
elif self.map[i+4][j+2] not in '90':
self.map[i+3] = self.map[i+3][:j+2] + '(' + self.map[i+3][j+3:]
self.ropos[self.rocount] = i+1,j+1
self.rocount += 1
except IndexError:
pass
def Generate(self, j, i, t, s):
for it in range(s):
if self.count == 0:
if t == 0 and j - s >= 1: #left
self.map[i] = self.map[i][:j-s+1] + ' '*s + self.map[i][j+1:]
self.mechanics['posx'] = j-s+1
self.mechanics['posy'] = i
break
elif t == 1 and j + s <= self.mapx:
self.map[i] = self.map[i][:j] + ' '*s + self.map[i][j+s:]
self.mechanics['posx'] = j+s-1
self.mechanics['posy'] = i
break
if self.count == 1:
if t == 0 and i - s >= 1: # up
self.map[i-it] = self.map[i-it][:j] + ' ' + self.map[i+-it][j+1:]
self.mechanics['posx'] = j
self.mechanics['posy'] = i-it
elif t == 1 and i + s <= self.mapy:
self.map[i+it] = self.map[i+it][:j] + ' ' + self.map[i+it][j+1:]
self.mechanics['posx'] = j
self.mechanics['posy'] = i+it
self.count += 1
if self.count >= 2:
self.count = 0
a = ProcGen(map)
for i in range(50):
for i in a.map:
print(i)
print()
a.map = map.copy()
a.Reset()Editor is loading...
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