def main(args): routeParser = RouteParser(args.input) route =routeParser.parse() routeManager = RouteManager(route, args.noise, args.step) locations = routeManager.applyEffects() # routeManager.routePrint() if(args.type == "kml"): if(args.output is None): exportXml(locations) else: exportXml(locations, args.output) else: if (args.output is None): exportCsv(locations) else: exportCsv(locations, args.output)
def main():
route = Route() # Creamos un objeto ruta
# JSON con vectores de pruebas
jDirections = [
'{"latitude": 41.967782, "longitude": 2.837736, "speed": 1.3}',
'{"latitude": 41.967691, "longitude": 2.837481, "speed": 0.1}',
'{"latitude": 41.967657, "longitude": 2.837486, "speed": 1}',
'{"latitude": 41.967175, "longitude": 2.836808, "speed": 1.3}',
'{"latitude": 41.967418, "longitude": 2.836306, "speed": 0}'
]
# Anadimos a la ruta
for x in xrange(len(jDirections)):
direction = json.loads(jDirections[x], object_hook = as_direction)
route.addDirection(direction)
# Creamos un manager con la ruta
routeMgr = RouteManager(route)
# Generamos las ubicaciones exportandolas a kml y csv.
locations = routeMgr.applyEffects()
exportXml(locations, "std-test.kml")
exportCsv(locations, "std-test.csv")
# Anadimos multiplicador de pasos y exportamos
routeMgr.stepMultiplier = 4
locations = routeMgr.applyEffects()
exportXml(locations, "step-test.kml")
exportCsv(locations, "step-test.csv")
# Anadimos ruido y exportamos
routeMgr.noise = 20
locations = routeMgr.applyEffects()
exportXml(locations, "step-noise-test.kml")
exportCsv(locations, "step-noise-test.csv")
# Quitamos multiplicador y dejamos solo ruido
routeMgr.stepMultiplier = 0
locations = routeMgr.applyEffects()
exportXml(locations, "noise-test.kml")
exportCsv(locations, "noise-test.csv")