def create(self):
"""The create view returns a new boat"""
boat = BoatModel()
boat.type = self.__get_type()
boat.size = input("Size (m): ")
self.display_boat(boat)
if not self._read_binary("Is this correct?"):
self.edit(boat)
return boat
def go(bus=None):
tuner_position = (49.284768, -123.109248)
seabuses = Boat.all_seabuses()
print seabuses[bus].name
telemetry = [rec.__dict__ for rec in seabuses[bus].telemetry]
df = DataFrame.from_records(telemetry)
df['dist'] = [haversine(pos, tuner_position) for pos in zip(df.lat, df.lon)]
return df, seabuses
def go(bus=None):
tuner_position = (49.284768, -123.109248)
seabuses = Boat.all_seabuses()
print seabuses[bus].name
telemetry = [rec.__dict__ for rec in seabuses[bus].telemetry]
df = DataFrame.from_records(telemetry)
df['dist'] = [
haversine(pos, tuner_position) for pos in zip(df.lat, df.lon)
]
return df, seabuses
def loadboats():
telemetry = []
boats = Boat.all()
for boat in boats:
telemetry += [rec.__dict__ for rec in boat.telemetry]
tmp_df = DataFrame.from_records(telemetry)
tmp_df.index = tmp_df['received']
tmp_df['dist'] = [haversine(pos, tuner_position) for pos in zip(tmp_df.lat, tmp_df.lon)]
return tmp_df
def api_post():
try:
boat_name = request.form['boat_name']
btype = int(request.form['btype'])
# boat = Boat("assd", 1234)
boat = Boat(boat_name, btype)
db.session.add(boat)
db.session.commit()
except Exception as exp:
print("[save_police_boat] :: api_post() :: got exp: %s" % exp)
print(traceback.print_stack())
return "boat_name: %s is saved" % boat_name
def loadboats():
telemetry = []
boats = Boat.all()
for boat in boats:
telemetry += [rec.__dict__ for rec in boat.telemetry]
tmp_df = DataFrame.from_records(telemetry)
tmp_df.index = tmp_df['received']
tmp_df['dist'] = [
haversine(pos, tuner_position) for pos in zip(tmp_df.lat, tmp_df.lon)
]
return tmp_df
def go(bus=None):
tuner_position = (49.284768, -123.109248)
telemetry = []
boats = Boat.all()
for boat in boats:
telemetry = [rec.__dict__ for rec in boat.telemetry]
tmp_df = DataFrame.from_records(telemetry)
tmp_df.index = tmp_df['received']
tmp_df['dist'] = [haversine(pos, tuner_position) for pos in zip(tmp_df.lat, tmp_df.lon)]
#import pdb
#pdb.set_trace()
return tmp_df