Bijector constructed from custom functions
tfb_inline( forward_fn = NULL, inverse_fn = NULL, inverse_log_det_jacobian_fn = NULL, forward_log_det_jacobian_fn = NULL, forward_event_shape_fn = NULL, forward_event_shape_tensor_fn = NULL, inverse_event_shape_fn = NULL, inverse_event_shape_tensor_fn = NULL, is_constant_jacobian = NULL, validate_args = FALSE, forward_min_event_ndims = NULL, inverse_min_event_ndims = NULL, name = "inline" )
| forward_fn | Function implementing the forward transformation. |
|---|---|
| inverse_fn | Function implementing the inverse transformation. |
| inverse_log_det_jacobian_fn | Function implementing the log_det_jacobian of the forward transformation. |
| forward_log_det_jacobian_fn | Function implementing the log_det_jacobian of the inverse transformation. |
| forward_event_shape_fn | Function implementing non-identical static event shape changes. Default: shape is assumed unchanged. |
| forward_event_shape_tensor_fn | Function implementing non-identical event shape changes. Default: shape is assumed unchanged. |
| inverse_event_shape_fn | Function implementing non-identical static event shape changes. Default: shape is assumed unchanged. |
| inverse_event_shape_tensor_fn | Function implementing non-identical event shape changes. Default: shape is assumed unchanged. |
| is_constant_jacobian | Logical indicating that the Jacobian is constant for all input arguments. |
| validate_args | Logical, default FALSE. Whether to validate input with asserts. If validate_args is FALSE, and the inputs are invalid, correct behavior is not guaranteed. |
| forward_min_event_ndims | Integer indicating the minimal dimensionality this bijector acts on. |
| inverse_min_event_ndims | Integer indicating the minimal dimensionality this bijector acts on. |
| name | name prefixed to Ops created by this class. |
a bijector instance.
For usage examples see tfb_forward(), tfb_inverse(), tfb_inverse_log_det_jacobian().
Other bijectors:
tfb_absolute_value(),
tfb_affine_linear_operator(),
tfb_affine_scalar(),
tfb_affine(),
tfb_ascending(),
tfb_batch_normalization(),
tfb_blockwise(),
tfb_chain(),
tfb_cholesky_outer_product(),
tfb_cholesky_to_inv_cholesky(),
tfb_correlation_cholesky(),
tfb_cumsum(),
tfb_discrete_cosine_transform(),
tfb_expm1(),
tfb_exp(),
tfb_ffjord(),
tfb_fill_scale_tri_l(),
tfb_fill_triangular(),
tfb_glow(),
tfb_gompertz_cdf(),
tfb_gumbel_cdf(),
tfb_gumbel(),
tfb_identity(),
tfb_invert(),
tfb_iterated_sigmoid_centered(),
tfb_kumaraswamy_cdf(),
tfb_kumaraswamy(),
tfb_lambert_w_tail(),
tfb_masked_autoregressive_default_template(),
tfb_masked_autoregressive_flow(),
tfb_masked_dense(),
tfb_matrix_inverse_tri_l(),
tfb_matvec_lu(),
tfb_normal_cdf(),
tfb_ordered(),
tfb_pad(),
tfb_permute(),
tfb_power_transform(),
tfb_rational_quadratic_spline(),
tfb_rayleigh_cdf(),
tfb_real_nvp_default_template(),
tfb_real_nvp(),
tfb_reciprocal(),
tfb_reshape(),
tfb_scale_matvec_diag(),
tfb_scale_matvec_linear_operator(),
tfb_scale_matvec_lu(),
tfb_scale_matvec_tri_l(),
tfb_scale_tri_l(),
tfb_scale(),
tfb_shifted_gompertz_cdf(),
tfb_shift(),
tfb_sigmoid(),
tfb_sinh_arcsinh(),
tfb_sinh(),
tfb_softmax_centered(),
tfb_softplus(),
tfb_softsign(),
tfb_split(),
tfb_square(),
tfb_tanh(),
tfb_transform_diagonal(),
tfb_transpose(),
tfb_weibull_cdf(),
tfb_weibull()