opensoar.task package¶

Submodules¶

opensoar.task.aat module¶

class opensoar.task.aat.AAT(waypoints, t_min: datetime.timedelta, timezone: int = None, start_opening: datetime.time = None, start_time_buffer: int = 0, multistart: bool = False)¶

Bases: opensoar.task.task.Task

Assigned Area Task.

apply_rules(trace)¶

t_min¶

opensoar.task.race_task module¶

class opensoar.task.race_task.RaceTask(waypoints, timezone=None, start_opening=None, start_time_buffer=0, multistart=False)¶

Bases: opensoar.task.task.Task

Race task.

apply_rules(trace)¶

calculate_task_distances()¶

determine_outlanding_distance(outlanding_leg, fix)¶

determine_outlanding_fix(trace, fixes, start_fixes, enl_fix)¶

determine_trip_distances(fixes, outlanding_fix)¶

determine_trip_fixes(trace)¶

finished_leg(leg, fix1, fix2)¶: Determines whether leg is finished.

total_distance¶

opensoar.task.task module¶

class opensoar.task.task.Task(waypoints: List[opensoar.task.waypoint.Waypoint], timezone: int, start_opening: datetime.time, start_time_buffer: int, multistart: bool)¶

Bases: object

Base Class for specific task implementations.

ENL_TIME_THRESHOLD = 30¶

ENL_VALUE_THRESHOLD = 500¶

determine_refined_start(trace, fixes)¶

static distance_moved_turnpoint(distance, begin, end, moved_point, move_direction='reduce')¶

static distance_shortened_leg(distance, current, currentP1, shortened_point)¶

enl_time_exceeded(enl_time)¶

enl_value_exceeded(fix) → bool¶: Check whether ENL value is exceeded. :param fix: :return: returns False when not exceeded or when ENL information is not present in fix

finish¶

finished(fix1, fix2)¶

no_legs¶

no_tps¶

static set_orientation_angles(waypoints)¶

start¶

started(fix1, fix2)¶

waypoints¶

opensoar.task.trip module¶

class opensoar.task.trip.Trip(task, trace)¶

Bases: object

Realised

completed_legs()¶

fix_after_leg(fix, leg)¶

fix_before_leg(fix, leg)¶

fix_on_leg(fix, leg)¶: Return whether fix takes place within certain leg, excluding the boundaries :param fix: :param leg: :return:

outlanded()¶

outlanding_leg()¶

started_legs()¶

opensoar.task.waypoint module¶

class opensoar.task.waypoint.Waypoint(name: str, latitude: float, longitude: float, r_min: float, angle_min: float, r_max: float, angle_max: float, is_line: bool, sector_orientation: str, distance_correction=None, orientation_angle=None)¶

Bases: object

SEEYOU_SECTOR_MARGIN = 12¶

crossed_line(fix1, fix2)¶

fix¶

inside_sector(fix)¶

outside_sector(fix)¶

set_orientation_angle(angle_start=None, angle_previous=None, angle_next=None)¶

Module contents¶

This package provides the necessary classes for creating tasks and evaluating the performance of a competitor.