def allocateBCs(self, velname='_bc', maskname='bc_mask'):
self.vel_bc = util.standard2dVelocityVec(
self.grid,
name=velname,
desc='SSA velocity boundary condition',
intent='intent')
self.bc_mask = util.standardBCMask(self.grid, name=maskname)
def write(self,filename):
SSATestCase.write(self,filename)
grid=self.grid
exact = util.standard2dVelocityVec(grid,name="_exact",desc="SSA exact solution",intent="diagnostic")
exact.begin_access()
for (i,j) in grid.points():
exact[i,j] = self.exactSolution(i,j,grid.x[i],grid.y[j])
exact.end_access();
exact.write(filename);
def write(self, filename):
SSATestCase.write(self, filename)
grid = self.grid
exact = util.standard2dVelocityVec(grid,
name="_exact",
desc="SSA exact solution",
intent="diagnostic")
exact.begin_access()
for (i, j) in grid.points():
exact[i, j] = self.exactSolution(i, j, grid.x[i], grid.y[j])
exact.end_access()
exact.write(filename)
def allocateBCs(self,velname='_bc',maskname='bc_mask'): self.vel_bc = util.standard2dVelocityVec( self.grid, name=velname, desc='SSA velocity boundary condition',intent='intent' ) self.bc_mask = util.standardBCMask( self.grid,name=maskname )
