def __init__(self, tag=None, layout=None, offset=1):
# handles:
# - file-based (tag=foo, layout=None)
# - layout-based (tag=None, layout=[[[(1, 'Stone')]]])
if tag is None and layout is None:
raise AttributeError('tag or layout must be specified')
if layout is None:
filename = 'schematics/%s.schematic' % tag
if not os.path.exists(filename):
raise IOError('no file found')
else:
schem = mclevel.fromFile(filename)
self.layout = [[
Schematic.compressrow([(1, (int(schem.Blocks[elemX, elemZ,
elemY]),
int(schem.Data[elemX, elemZ,
elemY])))
for elemY in xrange(schem.Height)])
for elemZ in xrange(schem.Length)
] for elemX in xrange(schem.Width)]
else:
self.layout = layout
self.offset = offset
self.width = len(self.layout)
self.length = len(self.layout[0])
self.height = height(self.layout[0][0])
def __init__(self, tag=None, layout=None, offset=1):
# handles:
# - file-based (tag=foo, layout=None)
# - layout-based (tag=None, layout=[[[(1, 'Stone')]]])
if tag == None and layout == None:
raise AttributeError, "tag or layout must be specified"
if layout == None:
filename = "%s.schematic" % tag
if not os.path.exists(filename):
raise IOError, "no file found"
else:
schem = mclevel.fromFile(filename)
self.layout = [
[
Schematic.compressrow(
[
(1, (int(schem.Blocks[elemX, elemZ, elemY]), int(schem.Data[elemX, elemZ, elemY])))
for elemY in xrange(schem.Height)
]
)
for elemZ in xrange(schem.Length)
]
for elemX in xrange(schem.Width)
]
else:
self.layout = layout
self.offset = offset
self.width = len(self.layout)
self.length = len(self.layout[0])
self.height = height(self.layout[0][0])
def place(x, y, z, lcval, crustval, bathyval, doSchematics, r=None, g=None, b=None, ir=None):
try:
Terrain.terdict[lcval]
except KeyError:
print "lcval value %s not found!" % lcval
(y, column, tree) = Terrain.terdict.get(lcval, Terrain.terdict[0])(x, y, z, crustval, bathyval, doSchematics)
merged = [ (depth, (block, 0)) if type(block) is not tuple else (depth, block) for (depth, block) in column ]
# y=0 is always bedrock
blocks = [ (0, materialNamed('Bedrock')) ]
datas = [ (0, 0) ]
core = [ ((y - height(merged)), ('End Stone', 0)) ] + merged
base = 0
while core:
(depth, (block, data)) = core.pop(0)
[ blocks.append((y, materialNamed(block) if type(block) is str else block)) for y in xrange(base, base+depth) if y > 0 ]
[ datas.append((y, data)) for y in xrange(base, base+depth) if y > 0 ]
base += depth
water = materialNamed('Water')
water = water(0) if type(water) is tuple else water
iswater = (block == 'Water') if type(block) is str else (block == water)
if haveOrthoColors and not(iswater):
[block, data] = mcBlockData.nearest(r, g, b, ir, not(lcval >= 22 and lcval <=25))
blocks[-1] = (blocks[-1][0], block)
datas[-1] = (datas[-1][0], data)
return blocks, datas, tree
def place(x, y, z, lcval, crustval, bathyval, doSchematics):
try:
Terrain.terdict[lcval]
except KeyError:
print "lcval value %s not found!" % lcval
(y, column,
tree) = Terrain.terdict.get(lcval,
Terrain.terdict[0])(x, y, z, crustval,
bathyval,
doSchematics)
merged = [(depth, block) if isinstance(block, tuple) else
(depth, (block, 0)) for (depth, block) in column]
# y=0 is always bedrock
blocks = [(0, materialNamed('Bedrock'))]
datas = [(0, 0)]
core = [((y - height(merged)), ('End Stone', 0))] + merged
base = 0
while core:
(depth, (block, data)) = core.pop(0)
[
blocks.append((y, materialNamed(block) if isinstance(
block, basestring) else block))
for y in xrange(base, base + depth) if y > 0
]
[
datas.append((y, data)) for y in xrange(base, base + depth)
if y > 0
]
base += depth
return blocks, datas, tree
def check(self, verbose=False):
if not all([len(row) == self.length for row in self.layout]):
raise AttributeError('not all rows are the same width')
if not all([height(col) == self.height for row in self.layout for col in row]):
raise AttributeError('not all cols are the same height')
if verbose:
print "schematic has dimensions %dX x %dY x %dZ" % (self.length, self.height, self.width)
def separate_cubes(self, mask):
contours = self.find_contours(mask)[0]
total_areas = []
for cnt in contours:
cnt = utils.approx_hull(cnt)
area = cv2.contourArea(cnt)
total_areas.append(area)
avg_area = sum(total_areas) / len(total_areas)
if len(cnt) > 3 and area > 100 and area / avg_area >= 1.5:
aspect_ratio = utils.rotated_aspect_ratio(cnt)
reversed_aspect_ratio = utils.reversed_rotated_aspect_ratio(
cnt)
if 3 > reversed_aspect_ratio >= 0.7 or 3 > aspect_ratio >= 0.7:
side = max(utils.width(cnt),
utils.height(cnt),
key=utils.index0)[0]
(x1, y1), (x2, y2) = min(utils.width(cnt),
utils.height(cnt),
key=utils.index0)[1:]
cubes = round(
max(
aspect_ratio / (utils.power_cube['width'] /
utils.power_cube['height']),
reversed_aspect_ratio) /
(utils.power_cube['height'] /
utils.power_cube['width']))
single_cube = side / cubes
vertical = 0
horizontal = 0
if utils.width(cnt) >= utils.height(cnt):
vertical = 1
else:
horizontal = 1
for i in range(1, cubes + 1):
cv2.line(mask,
(int(x2 + single_cube * vertical * i),
int(y2 + single_cube * horizontal * i)),
(int(x1 + single_cube * vertical * i),
int(y1 + single_cube * horizontal * i)),
(0, 0, 0),
thickness=15)
return mask
def check(self, verbose=False):
if not all([len(row) == self.length for row in self.layout]):
raise AttributeError('not all rows are the same width')
if not all(
[height(col) == self.height for row in self.layout
for col in row]):
raise AttributeError('not all cols are the same height')
if verbose:
print "schematic has dimensions %dX x %dY x %dZ" % (
self.length, self.height, self.width)
def place(x, y, z, lcval, crustval, bathyval, doSchematics):
try:
Terrain.terdict[lcval]
except KeyError:
print "lcval value %s not found!" % lcval
(y, column, tree) = Terrain.terdict.get(lcval, Terrain.terdict[0])(x, y, z, crustval, bathyval, doSchematics)
merged = [ (depth, (block, 0)) if type(block) is not tuple else (depth, block) for (depth, block) in column ]
# y=0 is always bedrock
blocks = [ (0, materialNamed('Bedrock')) ]
datas = [ (0, 0) ]
core = [ ((y - height(merged)), ('End Stone', 0)) ] + merged
base = 0
while core:
(depth, (block, data)) = core.pop(0)
[ blocks.append((y, materialNamed(block) if type(block) is str else block)) for y in xrange(base, base+depth) if y > 0 ]
[ datas.append((y, data)) for y in xrange(base, base+depth) if y > 0 ]
base += depth
return blocks, datas, tree
