Public API: meent package

Subpackages

• meent.on_numpy package
  • Subpackages
    • meent.on_numpy.emsolver package
      • Submodules
      • meent.on_numpy.emsolver.convolution_matrix module
        • cell_compression()
        • to_conv_mat_raster_continuous()
        • to_conv_mat_raster_discrete()
        • to_conv_mat_vector()
      • meent.on_numpy.emsolver.field_distribution module
        • diag_exp()
        • diag_exp_batch()
        • field_dist_1d()
        • field_dist_2d()
        • field_plot()
      • meent.on_numpy.emsolver.rcwa module
        • RCWANumpy
      • meent.on_numpy.emsolver.scattering_method module
        • scattering_1d_1()
        • scattering_1d_2()
        • scattering_1d_3()
        • scattering_2d_1()
        • scattering_2d_2()
        • scattering_2d_3()
        • scattering_2d_wv()
      • meent.on_numpy.emsolver.smm_util module
        • A_B_matrices()
        • A_B_matrices_half_space()
        • K_matrix_cubic_2D()
        • P_Q_kz()
        • RedhefferStar()
        • S_RT()
        • S_layer()
        • construct_global_scatter()
        • delta_vector()
        • homogeneous_1D()
        • homogeneous_module()
        • initial_conditions()
      • meent.on_numpy.emsolver.transfer_method module
        • transfer_1d_1()
        • transfer_1d_2()
        • transfer_1d_3()
        • transfer_1d_4()
        • transfer_1d_conical_1()
        • transfer_1d_conical_2()
        • transfer_1d_conical_3()
        • transfer_1d_conical_4()
        • transfer_2d_1()
        • transfer_2d_2()
        • transfer_2d_3()
        • transfer_2d_4()
      • Module contents
    • meent.on_numpy.modeler package
      • Submodules
      • meent.on_numpy.modeler.modeling module
        • ModelingNumpy
        • find_nk_index()
        • read_material_table()
      • Module contents
  • Submodules
  • meent.on_numpy.mee module
    • MeeNumpy
      • MeeNumpy.spectrum()
  • Module contents
• meent.on_jax package
  • Subpackages
    • meent.on_jax.emsolver package
      • Submodules
      • meent.on_jax.emsolver.convolution_matrix module
      • meent.on_jax.emsolver.field_distribution module
      • meent.on_jax.emsolver.primitives module
      • meent.on_jax.emsolver.rcwa module
      • meent.on_jax.emsolver.scattering_method module
      • meent.on_jax.emsolver.smm_util module
      • meent.on_jax.emsolver.transfer_method module
      • Module contents
    • meent.on_jax.modeler package
      • Submodules
      • meent.on_jax.modeler.modeling module
      • Module contents
    • meent.on_jax.optimizer package
      • Submodules
      • meent.on_jax.optimizer.loss module
      • meent.on_jax.optimizer.optimizer module
      • Module contents
  • Submodules
  • meent.on_jax.mee module
  • Module contents
• meent.on_torch package
  • Subpackages
    • meent.on_torch.emsolver package
      • Submodules
      • meent.on_torch.emsolver.convolution_matrix module
      • meent.on_torch.emsolver.field_distribution module
      • meent.on_torch.emsolver.primitives module
      • meent.on_torch.emsolver.rcwa module
      • meent.on_torch.emsolver.scattering_method module
        • scattering_1d_1()
        • scattering_1d_2()
        • scattering_1d_3()
        • scattering_2d_1()
        • scattering_2d_2()
        • scattering_2d_3()
        • scattering_2d_wv()
      • meent.on_torch.emsolver.smm_util module
        • A_B_matrices()
        • A_B_matrices_half_space()
        • K_matrix_cubic_2D()
        • P_Q_kz()
        • RedhefferStar()
        • S_RT()
        • S_layer()
        • construct_global_scatter()
        • delta_vector()
        • homogeneous_1D()
        • homogeneous_module()
        • initial_conditions()
      • meent.on_torch.emsolver.transfer_method module
      • Module contents
    • meent.on_torch.modeler package
      • Submodules
      • meent.on_torch.modeler.modeling module
      • Module contents
    • meent.on_torch.optimizer package
      • Submodules
      • meent.on_torch.optimizer.loss module
      • meent.on_torch.optimizer.optimizer module
      • Module contents
  • Submodules
  • meent.on_torch.mee module
  • Module contents

Submodules

meent.main module

meent.main.call_mee(backend=0, *args, **kwargs)

return RCWA mee instance according to backend option.

Parameters:

• backend – decide backend. 0: NumPy, 1: JAX, 2: Torch

• *args – passed to RCWA instance

• **kwargs – passed to RCWA instance

Returns:

RCWA mee instance

Return type:

RCWA

Module contents