def __init__(self):
Cube.__init__(self,
wall_type=Wall2x2,
fmt=''' + ---- + ---- +
| {00} | {01} |
| {00} | {01} |
+----- U -----+
| {02} | {03} |
| {02} | {03} |
+ ---- + ---- +
+------+------+ +------+------+ +------+------+ +------+------+
| {04} | {05} | | {08} | {09} | | {12} | {13} | | {16} | {17} |
| {04} | {05} | | {08} | {09} | | {12} | {13} | | {16} | {17} |
+----- L -----+ +----- F -----+ +----- R -----+ +----- B -----+
| {06} | {07} | | {10} | {11} | | {14} | {15} | | {18} | {19} |
| {06} | {07} | | {10} | {11} | | {14} | {15} | | {18} | {19} |
+------+------+ +------+------+ +------+------+ +------+------+
+------+------+
| {20} | {21} |
| {20} | {21} |
+----- D -----+
| {22} | {23} |
| {22} | {23} |
+------+------+
''')
def __init__(self, cubesize=[64,64,64]):
"""Create empty array of cubesize"""
# call the base class constructor
Cube.__init__(self,cubesize)
# note that this is self.cubesize (which is transposed) in Cube
self.data = np.zeros ( self.cubesize, dtype=np.uint16 )
def __init__(self):
Cube.__init__(self,
wall_type=Wall3x3,
fmt=''' + ---- + ---- + ---- +
| {00} | {01} | {02} |
| {00} | {01} | {02} |
+----- U ---- U -----+
| {03} | {04} | {05} |
| {03} | {04} | {05} |
+----- U ---- U -----+
| {06} | {07} | {08} |
| {06} | {07} | {08} |
+ ---- + ---- + ---- +
+ ---- + ---- + ---- + + ---- + ---- + ---- + + ---- + ---- + ---- + + ---- + ---- + ---- +
| {09} | {10} | {11} | | {18} | {19} | {20} | | {27} | {28} | {29} | | {36} | {37} | {38} |
| {09} | {10} | {11} | | {18} | {19} | {20} | | {27} | {28} | {29} | | {36} | {37} | {38} |
+----- L ---- L -----+ +----- F ---- F -----+ +----- R ---- R -----+ +----- B ---- B -----+
| {12} | {13} | {14} | | {21} | {22} | {23} | | {30} | {31} | {32} | | {39} | {40} | {41} |
| {12} | {13} | {14} | | {21} | {22} | {23} | | {30} | {31} | {32} | | {39} | {40} | {41} |
+----- L ---- L -----+ +----- F ---- F -----+ +----- R ---- R -----+ +----- B ---- B -----+
| {15} | {16} | {17} | | {24} | {25} | {26} | | {33} | {34} | {35} | | {42} | {43} | {44} |
| {15} | {16} | {17} | | {24} | {25} | {26} | | {33} | {34} | {35} | | {42} | {43} | {44} |
+ ---- + ---- + ---- + + ---- + ---- + ---- + + ---- + ---- + ---- + + ---- + ---- + ---- +
+ ---- + ---- + ---- +
| {45} | {46} | {47} |
| {45} | {46} | {47} |
+----- D ---- D -----+
| {48} | {49} | {50} |
| {48} | {49} | {50} |
+----- D ---- D -----+
| {51} | {52} | {53} |
| {51} | {52} | {53} |
+ ---- + ---- + ---- +
''')
def __init__(self, cubesize=[128,128,16]):
"""Create empty array of cubesize"""
# call the base class constructor
Cube.__init__(self,cubesize)
# note that this is self.cubesize (which is transposed) in Cube
self.data = np.zeros ( self.cubesize, dtype=np.float32 )
def __init__(self, cubesize):
"""Create empty array of cubesize"""
# call the base class constructor
Cube.__init__(self, cubesize)
self.data = np.zeros(self.cubesize, dtype=np.uint32)
# variable that describes when a cube is created from zeros rather than loaded from another source
self._newcube = False
def __init__(self, cubesize):
"""Create empty array of cubesize"""
# call the base class constructor
Cube.__init__( self, cubesize )
self.data = np.zeros(self.cubesize, dtype=np.uint32)
# variable that describes when a cube is created from zeros rather than loaded from another source
self._newcube = False
def __init__(self, cubesize=[128,128,16]):
"""Create empty array of cubesize"""
# call the base class constructor
Cube.__init__(self,cubesize)
# note that this is self.cubesize (which is transposed) in Cube
self.data = np.zeros ( self.cubesize, dtype=np.uint64 )
# variable that describes when a cube is created from zeros rather than loaded from another source
self._newcube = False
def __init__(self, cubesize=[128, 128, 16]):
"""Create empty array of cubesize"""
# call the base class constructor
Cube.__init__(self, cubesize)
# note that this is self.cubesize (which is transposed) in Cube
self.data = np.zeros(self.cubesize, dtype=np.uint64)
# variable that describes when a cube is created from zeros rather than loaded from another source
self._newcube = False
def __init__(self, cubesize=[128, 128, 16], timerange=[0, 0]):
"""Create empty array of cubesize"""
# call the base class constructor
Cube.__init__(self, cubesize)
# note that this is self.cubesize (which is transposed) in Cube
self.timerange = timerange
self.data = np.zeros([self.timerange[1] - self.timerange[0]] + self.cubesize, dtype=np.float32)
# variable that describes when a cube is created from zeros
# rather than loaded from another source
self._newcube = False
def __init__(self, cubesize=[128,128,16], timerange=[0,0]):
"""Create empty array of cubesize"""
# call the base class constructor
Cube.__init__(self,cubesize)
# note that this is self.cubesize (which is transposed) in Cube
self.timerange = timerange
self.data = np.zeros ([self.timerange[1]-self.timerange[0]]+self.cubesize, dtype=np.float32)
# variable that describes when a cube is created from zeros
# rather than loaded from another source
self._newcube = False
def __init__(self, n):
self.length = n
Cube.__init__(self, self.length)
self.color_rgb_values = {
"F": (0, 1, 0),
"B": (0, 0, 1),
"U": (1, 1, 1),
"D": (1, 1, 0),
"R": (1, 0, 0),
"L": (1, 0.568, 0)
}
grid_verts_2d = self._create_grid_2d()
face_verts_2d = self._create_face_2d()
self.grid_verts_3d = self.create_3d_verts(grid_verts_2d)
self.face_verts_3d = self.create_3d_verts(face_verts_2d)