VMO_Score.improviser¶

Module implementing methods for the off-line improvisation with an existing Petri net

Classes

`Improviser`(pn, path_conf)	Class representing the off-line improviser
`defaultdict`	defaultdict(default_factory[, ...]) –> dict with default factory

class VMO_Score.improviser.Improviser(pn, path_conf)[source]¶

Class representing the off-line improviser

add_action(addr, value)[source]¶

Add a user action to the Petri Net.

Add a new token to the place that represents the actions sent by the environment,

Parameters:	addr (str) – String representing the OSC address of the message value (str) – String representing the OSC value of the message

delete_action(addr, value)[source]¶

Remove a user action from the Petri Net

Remove a token from the place that represents the actions sent by the environment.

Parameters:	addr (str) – String representing the OSC address of the message value (str) – String representing the OSC value of the message

fire_transition(t_name)[source]¶

Fire a transition

Take randomly a mode of an enabled transition and fire it

Parameters:	t_name (str) – Name of the transition to be fired

get_enabled_transitions()[source]¶

Enabled transitions

Return a list of enabled transitions with the current marking

is_final_marking()[source]¶

Return if the current state of the Petri Net is a final state

Returns:	The Petri Net is in a final state
Return type:	bool

make_step()[source]¶

Make a step in a Petri Net

Take a logical step in the Petri Net. That is, an enabled transition is taken randomly and then it is fired.

next_time_unit()[source]¶: Increment the global clock and the transition time by one time-unit