def noslip_state(self, state):
from hedge.optemplate import make_normal
state0 = join_fields(make_sym_vector("bc_q_noslip", 2),
[0] * self.dimensions)
normal = make_normal(self.noslip_tag, self.dimensions)
bc = self.make_bc_info("bc_q_noslip", self.noslip_tag, state, state0)
return self.inflow_state_inner(normal, bc, "noslip")
def noslip_state(self, state):
from hedge.optemplate import make_normal
state0 = join_fields(
make_sym_vector("bc_q_noslip", 2),
[0]*self.dimensions)
normal = make_normal(self.noslip_tag, self.dimensions)
bc = self.make_bc_info("bc_q_noslip", self.noslip_tag, state, state0)
return self.inflow_state_inner(normal, bc, "noslip")
def wall_state(self, state):
from hedge.optemplate import BoundarizeOperator
bc = BoundarizeOperator(self.wall_tag)(state)
wall_rho = self.rho(bc)
wall_e = self.e(bc) # <3 eve
wall_rho_u = self.rho_u(bc)
from hedge.optemplate import make_normal
normal = make_normal(self.wall_tag, self.dimensions)
return join_fields(
wall_rho, wall_e,
wall_rho_u - 2 * numpy.dot(wall_rho_u, normal) * normal)
def wall_state(self, state):
from hedge.optemplate import BoundarizeOperator
bc = BoundarizeOperator(self.wall_tag)(state)
wall_rho = self.rho(bc)
wall_e = self.e(bc) # <3 eve
wall_rho_u = self.rho_u(bc)
from hedge.optemplate import make_normal
normal = make_normal(self.wall_tag, self.dimensions)
return join_fields(
wall_rho,
wall_e,
wall_rho_u - 2*numpy.dot(wall_rho_u, normal) * normal)
def outflow_state(self, state):
from hedge.optemplate import make_normal
normal = make_normal(self.outflow_tag, self.dimensions)
bc = self.make_bc_info("bc_q_out", self.outflow_tag, state)
# see hedge/doc/maxima/euler.mac
return join_fields(
# bc rho
cse(bc.rho0
+ bc.drhom + numpy.dot(normal, bc.dumvec)*bc.rho0/(2*bc.c0)
- bc.dpm/(2*bc.c0*bc.c0), "bc_rho_outflow"),
# bc p
cse(bc.p0
+ bc.c0*bc.rho0*numpy.dot(normal, bc.dumvec)/2 + bc.dpm/2, "bc_p_outflow"),
# bc u
cse(bc.u0
+ bc.dumvec - normal*numpy.dot(normal, bc.dumvec)/2
+ bc.dpm*normal/(2*bc.c0*bc.rho0), "bc_u_outflow"))
def outflow_state(self, state):
from hedge.optemplate import make_normal
normal = make_normal(self.outflow_tag, self.dimensions)
bc = self.make_bc_info("bc_q_out", self.outflow_tag, state)
# see hedge/doc/maxima/euler.mac
return join_fields(
# bc rho
cse(
bc.rho0 + bc.drhom + numpy.dot(normal, bc.dumvec) * bc.rho0 /
(2 * bc.c0) - bc.dpm / (2 * bc.c0 * bc.c0), "bc_rho_outflow"),
# bc p
cse(
bc.p0 + bc.c0 * bc.rho0 * numpy.dot(normal, bc.dumvec) / 2 +
bc.dpm / 2, "bc_p_outflow"),
# bc u
cse(
bc.u0 + bc.dumvec - normal * numpy.dot(normal, bc.dumvec) / 2 +
bc.dpm * normal / (2 * bc.c0 * bc.rho0), "bc_u_outflow"))
def inflow_state(self, state):
from hedge.optemplate import make_normal
normal = make_normal(self.inflow_tag, self.dimensions)
bc = self.make_bc_info("bc_q_in", self.inflow_tag, state)
return self.inflow_state_inner(normal, bc, "inflow")
def inflow_state(self, state):
from hedge.optemplate import make_normal
normal = make_normal(self.inflow_tag, self.dimensions)
bc = self.make_bc_info("bc_q_in", self.inflow_tag, state)
return self.inflow_state_inner(normal, bc, "inflow")
