Race¶

class igclib.core.race.Race(tracks=None, task=None, validate=True, path=None, progress='gui')[source]¶

You can create a Race instance in two different ways :

Passing a tracks and a task, which creates a new Race object and validates all pilot flights.
```
>>> r =  Race(tracks='tracks/', task='task.xctsk')
```
Passing a path to a previously saved Race, loading the saved instance (much faster than re-validating flights).
```
>>> r =  Race(path='race.pkl')
```

Keyword Arguments:
	tracks (str) – A path to a directory or a zip file containing IGC tracks. task (str) – A path to the task file or a base64 representation of the task. path (str) – The path of a previously saved Race instance.

n_pilots¶

The number of pilots in the Race.

Type:	int

flights¶

A collection of Flights indexed by pilot ID.

Type:	dict [str, Flight]

task¶

The Task instance of the Race.

Type:	Task

get_pilot_features(pilot_id, start=None, stop=None)[source]¶

Extracts pilot features

Keyword Arguments:
Parameters:	pilot_id (str) – The pilot identifier used as key in self.flights
	start (time, optional) – Lower bound of the retrieved features (default) stop (time, optional) – Upper bound of the retrieved features
Raises:	`KeyError` – if pilot_id is not a key of self.flights dictionnary
Returns:	The pilot features from start to stop
Return type:	PilotFeatures

parse_flights(tracks)[source]¶

Populates flights attribute by parsing each igc file in tracks.

Parameters:	tracks (str) – Path to a directory or a zip file containing the igc files

pilot_schema(pilot_id, output)[source]¶

In dev !

Parameters:	pilot_id (str) – ID of the pilot being watched

serialize()[source]¶: Serializes the race object to be written to a JSON file

validate_flights()[source]¶: Computes the validation of each flight on the race