pytwinnet.simulation¶

class pytwinnet.simulation.Event(timestamp)[source]¶

Bases: object

Parameters:: timestamp (float)

apply(twin)[source]¶

Return type:: None
Parameters:: twin (DigitalTwin)

timestamp: float¶

class pytwinnet.simulation.MoveNodeEvent(timestamp, node_id, new_position)[source]¶

Bases: Event

Parameters:

timestamp (float)
node_id (str)
new_position (Tuple[float, float, float])

apply(twin)[source]¶

Return type:: None
Parameters:: twin (DigitalTwin)

new_position: Tuple[float, float, float]¶

node_id: str¶

timestamp: float¶

class pytwinnet.simulation.Scenario(duration_s, events=<factory>)[source]¶

Bases: object

Parameters:

duration_s (float)
events (List[Event])

add_event(event)[source]¶

Return type:: None
Parameters:: event (Event)

duration_s: float¶

events: List[Event]¶

sorted_events()[source]¶

Return type:: List[Event]

class pytwinnet.simulation.Simulator(twin)[source]¶

Bases: object

Parameters:: twin (DigitalTwin)

run(scenario, copy_twin=True)[source]¶

Return type:

DigitalTwin

Parameters:

scenario (Scenario)
copy_twin (bool)

twin: DigitalTwin¶

class pytwinnet.simulation.TrafficGenerationEvent(timestamp, source_node, dest_node, data_rate_mbps)[source]¶

Bases: Event

Parameters:

timestamp (float)
source_node (str)
dest_node (str)
data_rate_mbps (float)

apply(twin)[source]¶

Return type:: None
Parameters:: twin (DigitalTwin)

data_rate_mbps: float¶

dest_node: str¶

source_node: str¶

timestamp: float¶

pytwinnet.simulation.what_if(twin, scenario, objective=None)[source]¶

Return type:

Dict[str, Any]

Parameters:

twin (DigitalTwin)
scenario (Scenario)
objective (Objective | None)

Modules

`events`
`scenario`
`simulator`
`what_if`(twin, scenario[, objective])