pyopensn.aquad.GLCTriangularQuadrature2DXY

class pyopensn.aquad.GLCTriangularQuadrature2DXY

Triangular Gauss-Legendre-Chebyshev quadrature for 2D, XY geometry.

Only includes points in the upper hemisphere (z >= 0).

GetDiscreteToMomentOperator(self: pyopensn.aquad.AngularQuadrature) → numpy.ndarray[numpy.float64]: Get the discrete-to-moment operator as a numpy array.

GetMomentToDiscreteOperator(self: pyopensn.aquad.AngularQuadrature) → numpy.ndarray[numpy.float64]: Get the moment-to-discrete operator as a numpy array.

GetMomentToHarmonicsIndexMap(self: pyopensn.aquad.AngularQuadrature) → list[pyopensn.aquad.HarmonicIndices]

Construct a Triangular Gauss-Legendre-Chebyshev quadrature for 2D, XY geometry.

Parameters:

n_polar (int) – Number of polar angles (only upper hemisphere will be used). The maximum number of azimuthal angles (at the equator) is automatically computed as 2 * n_polar.
scattering_order (int) – Maximum scattering order supported by the angular quadrature. Optional when operator_method='galerkin_one', in which case the scattering order is automatically determined so that the number of moments equals the number of angles.
operator_method ({'standard', 'galerkin_one', 'galerkin_three'}, default='standard') – Method used to construct the discrete-to-moment and moment-to-discrete operators.
verbose (bool, default=False) – Verbosity.