`eon.escaperate`¶

Module Contents¶

`parallelreplica`
`step`
`get_statelist`
`get_pr_metadata`
`write_pr_metadata`
`end_state_table_path`	Escape-rate table for one reactant state, under ConfigClass.path_states.
`load_end_state_table`	Read the end-state table. The file is opened for reading from the start.
`save_end_state_table`
`find_matching_process`	Return the process id whose stored product matches product, or None.
`accumulate_end_state`	Fold one transition into the end-state table. Return the process id.
`make_searches`
`register_results`
`main`

eon.escaperate.parallelreplica(config: eon.config.ConfigClass = None)[source]¶

eon.escaperate.step(current_time, current_state, states, transition, config: eon.config.ConfigClass = None)[source]¶

eon.escaperate.get_statelist(config: eon.config.ConfigClass = None)[source]¶

eon.escaperate.get_pr_metadata(config: eon.config.ConfigClass = None)[source]¶

eon.escaperate.write_pr_metadata(parser, current_state_num, time, wuid)[source]¶

eon.escaperate.end_state_table_path(config, state_number)[source]¶: Escape-rate table for one reactant state, under ConfigClass.path_states.

eon.escaperate.load_end_state_table(path)[source]¶: Read the end-state table. The file is opened for reading from the start.

eon.escaperate.find_matching_process(product, state, config)[source]¶

Return the process id whose stored product matches product, or None.

Products live at product_.con via State.proc_product_path, not product_0.con / product_1.con.

eon.escaperate.accumulate_end_state(product, state, result, config)[source]¶

Fold one transition into the end-state table. Return the process id.

A repeat product updates views/time/rate and does not call add_process, because process ids are content-addressed and a second add would collide.

eon.escaperate.make_searches(comm, current_state, wuid, config: eon.config.ConfigClass = None)[source]¶

eon.escaperate.register_results(comm, current_state, states, config: eon.config.ConfigClass = None)[source]¶