def get_binary_layers(size):
bin_list = binary_comb.get_binary_triangle(size)
layer_list = []
for b in bin_list:
layer_list.append(get_layers(b))
return layer_list
def get_layers_as_permutations(size):
bin_list = binary_comb.get_binary_triangle(size)
layer_list = []
#bin_list = [ bin_list[-1]]
for b in bin_list:
layer_list.append(get_permutation_layers_left(b))
return layer_list
def get_binary_layers(size):
bin_list = binary_comb.get_binary_triangle(size)
layer_list = []
#bin_list = [ bin_list[6] ]
for b in bin_list:
print(b)
layer_list.append(get_catalan_layers(b))
return layer_list
def get_atoms(size):
if not size in atom_map:
bin_list = binary_comb.get_binary_triangle(size)
combed_list = [binary_comb.comb(t) for t in bin_list]
omega_list = [
binary_comb.get_omega(combed[0], combed[1])
for combed in combed_list
]
atoms = dict()
down_path = get_down_path(size - 1)
for bin_tri, omega in zip(bin_list, omega_list):
if size == 1 or omega[1] == down_path:
atoms[str(omega[0])] = bin_tri
atom_map[size] = atoms
return atom_map[size]
out_file = open(file_name, 'w')
out_file.writelines(["%s\n" % item for item in lines])
#for x in lines:
# print(x)
#print(get_layers_from_bottom([[0],[0,1],[0,0,1]]))
size = 4
bin_list = binary_comb.get_binary_triangle(size)
sst_list = bbt.get_stack_set(size)
sst_list = [util.flip_triangle2(s) for s in sst_list]
sst_list = [[row for row in reversed(s)] for s in sst_list]
#bin_list = [ [row for row in reversed(t)] for t in bin_list]
#suffix = 'top'
#layer_list = get_binary_layers(size)
#layer_list = get_binary_layers_from_bottom(size)
suffix = 'perm_top'
layer_list = get_layers_as_permutations(size)