def test_space_is_compatible(grid): constant64 = PiecewiseConstantScalarSpace(grid, 'complex64') constant128 = PiecewiseConstantScalarSpace(grid, 'complex128') assert not constant64.is_compatible(constant128) assert not constant128.is_compatible(constant64) assert constant64.is_compatible(constant64) linear64 = PiecewiseLinearContinuousScalarSpace(grid, 'complex64') linear64b = PiecewiseLinearContinuousScalarSpace(grid, 'complex64') assert not constant64.is_compatible(linear64) assert linear64b.is_compatible(linear64) assert linear64.is_compatible(linear64b) dual = PiecewiseConstantDualGridScalarSpace(grid, 'complex64') assert not constant64.is_compatible(dual)
def test_space_is_compatible(grid): constant64 = PiecewiseConstantScalarSpace(grid, 'complex64') constant128 = PiecewiseConstantScalarSpace(grid, 'complex128') assert not constant64.is_compatible(constant128) assert not constant128.is_compatible(constant64) assert constant64.is_compatible(constant64) linear64 = PiecewiseLinearContinuousScalarSpace(grid, 'complex64') linear64b = PiecewiseLinearContinuousScalarSpace(grid, 'complex64') assert not constant64.is_compatible(linear64) assert linear64b.is_compatible(linear64) assert linear64.is_compatible(linear64b) dual = PiecewiseConstantDualGridScalarSpace(grid, 'complex64') assert not constant64.is_compatible(dual)
def test_grid_is_readonly(grid): from py.test import raises space = PiecewiseLinearContinuousScalarSpace(grid, 'complex128') with raises(AttributeError): space.grid = grid
def test_grid_is_readonly(grid): from py.test import raises space = PiecewiseLinearContinuousScalarSpace(grid, 'complex128') with raises(AttributeError): space.grid = grid