def nodes(self):
"""Generate warped nodes in unit coordinates (r,)."""
if self.order == 0:
return [numpy.array([0.5])]
else:
from hedge.quadrature import legendre_gauss_lobatto_points
return [numpy.array([x])
for x in legendre_gauss_lobatto_points(self.order)]
def __init__(self, N):
from hedge.quadrature import legendre_gauss_lobatto_points
from hedge.interpolation import newton_interpolation_function
# Find lgl and equidistant interpolation points
r_lgl = legendre_gauss_lobatto_points(N)
r_eq = numpy.linspace(-1, 1, N + 1)
self.int_f = newton_interpolation_function(r_eq, r_lgl - r_eq)
def __init__(self, N):
from hedge.quadrature import legendre_gauss_lobatto_points
from hedge.interpolation import newton_interpolation_function
# Find lgl and equidistant interpolation points
r_lgl = legendre_gauss_lobatto_points(N)
r_eq = numpy.linspace(-1, 1, N + 1)
self.int_f = newton_interpolation_function(r_eq, r_lgl - r_eq)
def nodes(self):
"""Generate warped nodes in unit coordinates (r,)."""
if self.order == 0:
return [numpy.array([0.5])]
else:
from hedge.quadrature import legendre_gauss_lobatto_points
return [
numpy.array([x])
for x in legendre_gauss_lobatto_points(self.order)
]