def littelmann_image():
from sage.all_cmdline import vector, line
def line_of_path(path):
if path is None:
result = []
else:
L = path.parent().weight.parent()
v = vector(L.zero())
result = [v]
for d in path.value:
v = v + vector(d)
result.append(v)
result = list(result)
result = line(result)
result.set_axes_range(-10, 10, -10, 10)
return result
crystal = request.args.get("crystal")
C = make_path_crystal(crystal)
element = int(request.args.get("element"))
i = int(request.args.get("i"))
l = int(request.args.get("l"))
x = C[element]
if l >= 0:
y = x.f_string([i] * l)
else:
y = x.e_string([i] * -l)
from lmfdb.utils import image_callback
return image_callback(line_of_path(y))
def hgm_family_circle_image(AB):
A, B = AB.split("_")
from .plot import circle_image
A = [int(n) for n in A[1:].split(".")]
B = [int(n) for n in B[1:].split(".")]
G = circle_image(A, B)
return image_callback(G)
def hgm_family_circle_image(AB):
A,B = AB.split("_")
from plot import circle_image
A = map(int,A[1:].split("."))
B = map(int,B[1:].split("."))
G = circle_image(A, B)
return image_callback(G)
def hgm_family_circle_image(AB):
A, B = AB.split("_")
from plot import circle_image
A = map(int, A[1:].split("."))
B = map(int, B[1:].split("."))
G = circle_image(A, B)
return image_callback(G)
def littelmann_image():
from sage.all_cmdline import vector, line
def line_of_path(path):
if path is None:
result = []
else:
L = path.parent().weight.parent()
v = vector(L.zero())
result = [v]
for d in path.value:
v = v + vector(d)
result.append(v)
result = list(result)
result = line(result)
result.set_axes_range(-10, 10, -10, 10)
return result
crystal = request.args.get("crystal")
C = make_path_crystal(crystal)
element = int(request.args.get("element"))
i = int(request.args.get("i"))
l = int(request.args.get("l"))
x = C[element]
if l >= 0:
y = x.f_string([i] * l)
else:
y = x.e_string([i] * -l)
from lmfdb.utils import image_callback
return image_callback(line_of_path(y))
def hgm_family_constant_image(AB):
# piecewise constant
A, B = AB.split("_")
from .plot import piecewise_constant_image
A = [int(n) for n in A[1:].split(".")]
B = [int(n) for n in B[1:].split(".")]
G = piecewise_constant_image(A, B)
return image_callback(G)
def hgm_family_constant_image(AB):
# piecewise constant
A,B = AB.split("_")
from plot import piecewise_constant_image
A = map(int,A[1:].split("."))
B = map(int,B[1:].split("."))
G = piecewise_constant_image(A, B)
return image_callback(G)
def hgm_family_constant_image(AB):
# piecewise constant
A, B = AB.split("_")
from plot import piecewise_constant_image
A = map(int, A[1:].split("."))
B = map(int, B[1:].split("."))
G = piecewise_constant_image(A, B)
return image_callback(G)
