def setUp(self):
blk = testing.create_trivial_2d_blk()
self.svr = fake_solver.FakeSolver(blk, neq=1)
self.svr.sol.fill(0)
self.svr.soln.fill(0)
self.svr.dsol.fill(0)
self.svr.dsoln.fill(0)
def test_init(self):
from solvcon.testing import create_trivial_2d_blk
from solvcon.domain import Domain
from solvcon.solver import MeshSolver
from solvcon.case import MeshCase
blk = create_trivial_2d_blk()
cse = MeshCase(basefn='meshcase', mesher=lambda *arg: blk,
domaintype=Domain, solvertype=MeshSolver)
cse.info.muted = True
cse.init()
def test_init(self):
from solvcon.testing import create_trivial_2d_blk
from solvcon.domain import Domain
from solvcon.solver import MeshSolver
from solvcon.case import MeshCase
blk = create_trivial_2d_blk()
cse = MeshCase(basefn='meshcase', mesher=lambda *arg: blk,
domaintype=Domain, solvertype=MeshSolver)
cse.info.muted = True
cse.init()
def mesher(*args, **kw):
blk = testing.create_trivial_2d_blk()
blk.clgrp.fill(0)
blk.grpnames.append('blank')
return blk
def test_init(self):
blk = testing.create_trivial_2d_blk()
blk.clgrp.fill(0)
blk.grpnames.append('blank')
svr = solver.GasSolver(blk)
def test_neq_2d(self):
blk = testing.create_trivial_2d_blk()
blk.clgrp.fill(0)
blk.grpnames.append('blank')
svr = solver.GasSolver(blk)
self.assertEqual(4, svr.neq)
def test_init(self):
blk = testing.create_trivial_2d_blk()
blk.clgrp.fill(0)
blk.grpnames.append('blank')
svr = solver.GasSolver(blk)
def test_neq_2d(self):
blk = testing.create_trivial_2d_blk()
blk.clgrp.fill(0)
blk.grpnames.append('blank')
svr = solver.GasSolver(blk)
self.assertEqual(4, svr.neq)
