def genDMIH(self):
o = '\r\nstate "%s" {' % self.name
o += self.genDMIHLine('hotspot', self.hotspot, '')
o += self.genDMIHLine('frames', self.frames, -1)
tdirs = 'ONE'
if self.dirs == 4:
tdirs = 'CARDINAL'
elif self.dirs == 8:
tdirs = 'ALL'
o += self.genDMIHLine('dirs', tdirs, '')
o += self.genDMIHLine('movement', self.movement, 0)
o += self.genDMIHLine('loop', self.loop, 0)
o += self.genDMIHLine('rewind', self.rewind, 0)
o += self.genDMIHLine('delay', self.delay, [])
o += '\n\timport pngs {'
for vdir in range(self.dirs):
_dir = directions.IMAGE_INDICES[vdir]
o += '\n\t\tdirection "%s" {' % directions.getNameFromDir(_dir)
for f in range(self.frames):
o += '\n\t\t\t"%s"' % hashlib.md5(
self.getFrame(_dir, f).tobytes()).hexdigest()
o += '\n\t\t}'
o += '\n\t}'
o += "\n}"
return o
def genDMIH(self):
o = '\r\nstate "%s" {' % self.name
o += self.genDMIHLine('hotspot',self.hotspot,'')
o += self.genDMIHLine('frames',self.frames,-1)
tdirs = 'ONE'
if self.dirs == 4:
tdirs='CARDINAL'
elif self.dirs == 8:
tdirs='ALL'
o += self.genDMIHLine('dirs',tdirs,'')
o += self.genDMIHLine('movement',self.movement,0)
o += self.genDMIHLine('loop',self.loop,0)
o += self.genDMIHLine('rewind',self.rewind,0)
o += self.genDMIHLine('delay',self.delay,[])
o += '\n\timport pngs {'
for vdir in range(self.dirs):
dir = directions.IMAGE_INDICES[vdir]
o += '\n\t\tdirection "%s" {' % directions.getNameFromDir(dir)
for f in range(self.frames):
o += '\n\t\t\t"%s"' % self.getFrame(dir, f)
o += '\n\t\t}'
o += '\n\t}'
o += "\n}"
return o
floors = DMI(sys.argv[1])
floors.loadAll()
basedir = 'floor_quads'
if os.path.isdir('floor_quads'):
shutil.rmtree(basedir)
os.makedirs('floor_quads')
for icon_state in extract:
if icon_state not in floors.states:
print('Can\'t find state {0}!'.format(icon_state))
continue
for d in range(floors.states[icon_state].dirs):
dirf = 0
dirn = 'SOUTH'
if floors.states[icon_state].dirs > 1:
dirf = directions.IMAGE_INDICES[d]
dirn = directions.getNameFromDir(dirf)
print('{0} {1} {2}'.format(icon_state, dirn, floors.states[icon_state].dirs))
img = floors.getFrame(icon_state, dirf, 0)
for i in range(len(quadDefs)):
quad = img.crop(quadDefs[i])
if isKnownQuad(i, quad, icon_state):
print(' Skipping quad #{}'.format(i + 1))
continue
color = icon_state
if color.endswith('full'):
color = color[:-4]
qpath = os.path.join(basedir, str(i))
qfile = os.path.join(qpath, '{0}.png'.format(color))
if not os.path.isdir(qpath):
os.makedirs(qpath)
quad.save(qfile, 'PNG')
floors = DMI(sys.argv[1])
floors.loadAll()
basedir = 'floor_quads'
if os.path.isdir('floor_quads'):
shutil.rmtree(basedir)
os.makedirs('floor_quads')
for icon_state in extract:
if icon_state not in floors.states:
print('Can\'t find state {0}!'.format(icon_state))
continue
for d in range(floors.states[icon_state].dirs):
dirf = 0
dirn = 'SOUTH'
if floors.states[icon_state].dirs > 1:
dirf = directions.IMAGE_INDICES[d]
dirn = directions.getNameFromDir(dirf)
print('{0} {1} {2}'.format(icon_state, dirn,
floors.states[icon_state].dirs))
img = floors.getFrame(icon_state, dirf, 0)
for i in range(len(quadDefs)):
quad = img.crop(quadDefs[i])
if isKnownQuad(i, quad, icon_state):
print(' Skipping quad #{}'.format(i + 1))
continue
color = icon_state
if color.endswith('full'):
color = color[:-4]
qpath = os.path.join(basedir, str(i))
qfile = os.path.join(qpath, '{0}.png'.format(color))
if not os.path.isdir(qpath):
os.makedirs(qpath)
