def task_to_xcsoar(df_task, outdir, filename_base):
filename_out = os.path.join(outdir, filename_base + '.tsk')
print("Output '%s'" % filename_out)
with open(filename_out, 'w') as fp: # codecs.open(..., encoding='...')
writer = Writer(fp)
with writer.write_task(type=TaskType.RACING): # encoding='...'
for i, tp in df_task.iterrows():
with writer.write_point(type=tp.Type):
writer.write_waypoint(
name=tp.Name,
latitude=tp.Lat,
longitude=tp.Lon
)
# ToDo: ENHANCEMENT #writer.write_observation_zone(tp.ObservationZone)
# ToDo: Add a aerofiles.xcsoar.ObservationZone object
#https://github.com/Turbo87/aerofiles/blob/master/aerofiles/xcsoar/writer.py
d = {}
for key, val in tp.ObservationZone.__dict__.items():
d[key] = val
writer.write_observation_zone(**d)
def write_xcsoar_task(fp, task):
writer = Writer(fp)
params = {
'type': get_task_type(task),
'task_scored': 0, # task.task_scored,
'aat_min_time': 0, # task.aat_min_time,
'start_max_speed': 0, # task.start_max_speed,
'start_max_height': 0, # task.start_max_height,
'start_max_height_ref': 0, # task.start_max_height_ref,
'finish_min_height': 0, # task.finish_min_height,
'finish_min_height_ref': 0, # task.finish_min_height_ref,
'fai_finish': True, # task.fai_finish,
'min_points': 0, # task.min_points,
'max_points': 0, # task.max_points,
'homogeneous_tps': 0, # task.homogeneous_tps,
'is_closed': True, # task.is_closed,
}
print(params)
# Write <Task> tag
with writer.write_task(**params):
# Iterate over turnpoints
# for i, turnpoint in enumerate(task):
for turnpoint in task.turnpoints:
# print(task.turnpoints)
# Write <Point> tag
with writer.write_point(
type=get_point_type(task, turnpoint.point_index)):
print(turnpoint)
# Write <Waypoint> tag
writer.write_waypoint(
name=turnpoint.name,
latitude=turnpoint.latitude,
longitude=turnpoint.longitude,
id=turnpoint.point_index,
comment="", # turnpoint.comment,
altitude=turnpoint.elevation,
)
params = get_observation_zone_params(turnpoint)
writer.write_observation_zone(**params)
def write_xcsoar_task(fp, task):
writer = Writer(fp)
params = {
'type': get_task_type(task),
'task_scored': task.task_scored,
'aat_min_time': task.aat_min_time,
'start_max_speed': task.start_max_speed,
'start_max_height': task.start_max_height,
'start_max_height_ref': task.start_max_height_ref,
'finish_min_height': task.finish_min_height,
'finish_min_height_ref': task.finish_min_height_ref,
'fai_finish': task.fai_finish,
'min_points': task.min_points,
'max_points': task.max_points,
'homogeneous_tps': task.homogeneous_tps,
'is_closed': task.is_closed,
}
# Write <Task> tag
with writer.write_task(**params):
# Iterate over turnpoints
for i, turnpoint in enumerate(task):
# Write <Point> tag
with writer.write_point(type=get_point_type(task, i)):
# Write <Waypoint> tag
writer.write_waypoint(
name=turnpoint.name,
latitude=turnpoint.lat,
longitude=turnpoint.lon,
id=turnpoint.id,
comment=turnpoint.comment,
altitude=turnpoint.altitude,
)
# Write <ObservationZone> tag
params = get_observation_zone_params(turnpoint.sector)
writer.write_observation_zone(**params)
def task_to_xcsoar(df_task, outdir, filename_base):
filename_out = os.path.join(outdir, filename_base + '.tsk')
print("Output '%s'" % filename_out)
with open(filename_out, 'w') as fp: # codecs.open(..., encoding='...')
writer = Writer(fp)
with writer.write_task(type=TaskType.RACING): # encoding='...'
for i, tp in df_task.iterrows():
with writer.write_point(type=tp.Type):
writer.write_waypoint(name=tp.Name,
latitude=tp.Lat,
longitude=tp.Lon)
# ToDo: ENHANCEMENT #writer.write_observation_zone(tp.ObservationZone)
# ToDo: Add a aerofiles.xcsoar.ObservationZone object
#https://github.com/Turbo87/aerofiles/blob/master/aerofiles/xcsoar/writer.py
d = {}
for key, val in tp.ObservationZone.__dict__.items():
d[key] = val
writer.write_observation_zone(**d)
def test_write_line_with_latin1(output):
writer = Writer(output, 'latin1')
writer.write_line(u'Köln')
assert writer.fp.getvalue() == b'K\xf6ln\n'
def test_write_line_with_latin1(output):
writer = Writer(output, 'latin1')
writer.write_line(u'Köln')
assert writer.fp.getvalue() == b'K\xf6ln\n'
def writer(output):
return Writer(output)
