def sv_main(rseed=21, width=21, height=11, scale=1.0, braid=0.0):
in_sockets = [['s', 'rseed', rseed], ['s', 'width', width],
['s', 'height', height], ['s', 'scale', scale],
['s', 'braid', braid]]
maze_3d.random.seed(rseed)
grid = SvGrid(width, height)
grid = maze_3d.initRecursiveBacktrackerMaze(grid)
grid.braid(braid)
print(grid)
mats, mask = grid.pathMatrices()
#scale locations
for m in mats:
for i in range(3):
m[i][3] = m[i][3] * scale
mat_out = Matrix_listing(mats)
out_sockets = [['m', 'matrices', mat_out], ['s', 'mask', [mask]]]
return in_sockets, out_sockets
def sv_main(rseed=21,
sizeX=4,
sizeY=4,
sizeZ=4,
scaleXY=1.0,
scaleZ=1.0,
braid=0.0):
in_sockets = [['s', 'rseed', rseed], ['s', 'size X', sizeX],
['s', 'size Y', sizeY], ['s', 'size Z', sizeZ],
['s', 'scale XY', scaleXY], ['s', 'scale Z', scaleZ],
['s', 'braid', braid]]
maze_3d.random.seed(rseed)
grid = SvGrid(sizeZ, sizeX, sizeY)
grid = maze_3d.initRecursiveBacktrackerMaze(grid)
grid.braid(braid)
#print(grid)
mats, mask = grid.pathMatrices()
#scale locations
for m in mats:
for i in range(2):
m[i][3] = m[i][3] * scaleXY
m[2][3] = m[2][3] * scaleZ
mat_out = Matrix_listing(mats)
out_sockets = [['m', 'matrices', mat_out], ['s', 'mask', [mask]]]
return in_sockets, out_sockets
def sv_main(rseed=21, width=21, height=11, scale=1.0, braid = 0.0):
in_sockets = [['s', 'rseed', rseed],
['s', 'width', width],
['s', 'height', height],
['s', 'scale', scale],
['s', 'braid', braid]]
maze_3d.random.seed(rseed)
grid=SvGrid(width, height)
grid=maze_3d.initRecursiveBacktrackerMaze(grid)
grid.braid(braid)
print(grid)
mats, mask = grid.pathMatrices()
#scale locations
for m in mats:
for i in range(3):
m[i][3] = m[i][3] * scale
mat_out = Matrix_listing(mats)
out_sockets = [
['m', 'matrices', mat_out],
['s', 'mask', [mask]]
]
return in_sockets, out_sockets
def sv_main(rseed=21, sizeX=4, sizeY=4, sizeZ=4, scaleXY=1.0, scaleZ=1.0, braid=0.0):
in_sockets = [
["s", "rseed", rseed],
["s", "size X", sizeX],
["s", "size Y", sizeY],
["s", "size Z", sizeZ],
["s", "scale XY", scaleXY],
["s", "scale Z", scaleZ],
["s", "braid", braid],
]
maze_3d.random.seed(rseed)
grid = SvGrid(sizeZ, sizeX, sizeY)
grid = maze_3d.initRecursiveBacktrackerMaze(grid)
grid.braid(braid)
# print(grid)
mats, mask = grid.pathMatrices()
# scale locations
for m in mats:
for i in range(2):
m[i][3] = m[i][3] * scaleXY
m[2][3] = m[2][3] * scaleZ
mat_out = Matrix_listing(mats)
out_sockets = [["m", "matrices", mat_out], ["s", "mask", [mask]]]
return in_sockets, out_sockets
