diff --git a/docs/build/html/genindex.html b/docs/build/html/genindex.html index 9106558..47bc285 100644 --- a/docs/build/html/genindex.html +++ b/docs/build/html/genindex.html @@ -218,7 +218,7 @@
phylojunction.distribution.dn_discrete_sse.
DnSSE
(sse_stash: SSEStash, stop_value: List[float] = [], n: int = 1, n_replicates: int = 1, stop: str = '', origin: bool = True, start_states_list: List[int] = [], condition_on_speciation: bool = False, condition_on_survival: bool = True, condition_on_obs_both_sides_root: bool = False, min_rec_taxa: int = 0, max_rec_taxa: int = 1000000000000, abort_at_obs: int = 1000000000000, seeds_list: Optional[List[int]] = None, epsilon: float = 1e-12, runtime_limit: int = 15, debug: bool = False)Bases: DistributionPGM
Bases: DistrForSampling
Distribution class for State-dependent Speciation and Extinction (birth-death) process
The sampling method in this class is a “rising tide” simulator, where all living lineages grow together.
@@ -514,7 +514,7 @@phylojunction.distribution.dn_parametric.
DnExponential
(n_samples: int, n_repl: int, scale_or_rate_param: List[float], rate_parameterization: bool, parent_node_tracker: Optional[Dict[str, str]])Bases: DistributionPGM
Bases: DistrForSampling
DN_NAME
= 'Exponential'phylojunction.distribution.dn_parametric.
DnGamma
(n_samples: int, n_repl: int, shape_param: List[float], scale_or_rate_param: List[float], rate_parameterization: bool, parent_node_tracker: Optional[Dict[str, str]])Bases: DistributionPGM
Bases: DistrForSampling
DN_NAME
= 'Gamma'phylojunction.distribution.dn_parametric.
DnLogNormal
(n_samples: int, n_repl: int, ln_mean: List[float], ln_sd: List[float], ln_log_space: bool, parent_node_tracker: Optional[Dict[str, str]])Bases: DistributionPGM
Bases: DistrForSampling
DN_NAME
= 'Log-normal'phylojunction.distribution.dn_parametric.
DnNormal
(n_samples: int, n_repl: int, norm_mean_param: List[float], norm_sd_param: List[float], parent_node_tracker: Optional[Dict[str, str]])Bases: DistributionPGM
Bases: DistrForSampling
DN_NAME
= 'Normal'phylojunction.distribution.dn_parametric.
DnUnif
(n_samples: int, n_repl: int, min_param: List[float], max_param: List[float], parent_node_tracker: Optional[Dict[str, str]])Bases: DistributionPGM
Bases: DistrForSampling
DN_NAME
= 'Uniform'phylojunction.inference.revbayes.rb_dn_parametric.
get_rev_str_from_dn_parametric_obj
(dn_obj: DistributionPGM) Tuple[int, int, List[str]] phylojunction.inference.revbayes.rb_dn_parametric.
get_rev_str_from_dn_parametric_obj
(dn_obj: DistrForSampling) Tuple[int, int, List[str]]
create_dn_obj
(dn_id: str, dn_param_dict: Dict[str, List[Union[NodePGM, str]]]) DistributionPGM create_dn_obj
(dn_id: str, dn_param_dict: Dict[str, List[Union[NodePGM, str]]]) DistrForSampling
Build and return sampling distribution object