def get_modechoices(self):
"""
Returns a dictionary of modes for which there are
currently vehicles in the database.
Key is mode name and value is mode ID
"""
mode_vtypes = self.get_modes()
mode_choice = OrderedDict()
for mode, id_mode in MODES.iteritems():
if id_mode in mode_vtypes:
mode_choice[mode] = id_mode
return mode_choice
def get_modechoices(self):
"""
Returns a dictionary of modes for which there are
currently vehicles in the database.
Key is mode name and value is mode ID
"""
mode_vtypes = self.get_modes()
mode_choice = OrderedDict()
for mode, id_mode in MODES.iteritems():
if id_mode in mode_vtypes:
mode_choice[mode] = id_mode
return mode_choice
def add_vtype(self, vtype, **kwargs):
# print 'add_vtype',vtype
if kwargs.has_key('mode'):
id_mode = MODES.get(kwargs['mode'], 1)
del kwargs['mode']
else:
id_mode = 1
#_id = self.add_row( ids_sumo = vtype, ids_mode = id_mode,**kwargs)
_id = self.add_row(ids_sumo=vtype,
accels=kwargs.get("accel", 2.9),
decels=kwargs.get("decel", 7.5),
taus=kwargs.get("tau", None),
sigmas=kwargs.get("sigma", 0.5),
lengths=kwargs.get("length", 4.3),
widths=kwargs.get("width", 1.8),
heights=kwargs.get("height", 1.50),
dists_min=kwargs.get("dist_min", 1.0),
speeds_max=kwargs.get("speed_max", 180.0 / 3.6),
ids_mode=id_mode, # specifies mode for demand
colors=kwargs.get("color", np.array(
(185, 85, 255, 255), np.float32) / 255.0),
impatiences=kwargs.get("impatience", -1000),
shapes_gui=kwargs.get("shape_gui", 'passenger'),
numbers_persons=kwargs.get("number_persons", None),
capacities_persons=kwargs.get(
"capacity_persons", None),
emissionclasses=kwargs.get("emissionclass", None),
lanechanges=kwargs.get("lanechange", None),
lanechange_strategies=kwargs.get(
"lanechange_strategy", None),
lanechange_coops=kwargs.get(
"lanechange_coop", None),
lanechange_gains=kwargs.get(
"lanechange_gain", None),
lanechange_rightkeepings=kwargs.get(
"lanechange_rightkeeping", None),
sublane_alignments_lat=kwargs.get(
"sublane_alignment_lat", None),
sublane_speeds_max_lat=kwargs.get(
"sublane_speed_max_lat", None),
sublane_gaps_min_lat=kwargs.get(
"sublane_gap_min_lat", None),
sublane_alignments_eager=kwargs.get(
"sublane_alignment_eager", None),
sublane_pushyfactors=kwargs.get(
"sublane_pushyfactor", None),
)
return _id
def add_vtype(self, vtype, **kwargs):
# print 'add_vtype',vtype
if kwargs.has_key('mode'):
id_mode = MODES.get(kwargs['mode'], 1)
del kwargs['mode']
else:
id_mode = 1
#_id = self.add_row( ids_sumo = vtype, ids_mode = id_mode,**kwargs)
_id = self.add_row(ids_sumo=vtype,
accels=kwargs.get("accel", 2.9),
decels=kwargs.get("decel", 7.5),
taus=kwargs.get("tau", None),
sigmas=kwargs.get("sigma", 0.5),
lengths=kwargs.get("length", 4.3),
widths=kwargs.get("width", 1.8),
heights=kwargs.get("height", 1.50),
dists_min=kwargs.get("dist_min", 1.0),
speeds_max=kwargs.get("speed_max", 180.0 / 3.6),
ids_mode=id_mode, # specifies mode for demand
colors=kwargs.get("color", np.array(
(185, 85, 255, 255), np.float32) / 255.0),
impatiences=kwargs.get("impatience", -1000),
shapes_gui=kwargs.get("shape_gui", 'passenger'),
numbers_persons=kwargs.get("number_persons", None),
capacities_persons=kwargs.get(
"capacity_persons", None),
emissionclasses=kwargs.get("emissionclass", None),
lanechanges=kwargs.get("lanechange", None),
lanechange_strategies=kwargs.get(
"lanechange_strategy", None),
lanechange_coops=kwargs.get(
"lanechange_coop", None),
lanechange_gains=kwargs.get(
"lanechange_gain", None),
lanechange_rightkeepings=kwargs.get(
"lanechange_rightkeeping", None),
sublane_alignments_lat=kwargs.get(
"sublane_alignment_lat", None),
sublane_speeds_max_lat=kwargs.get(
"sublane_speed_max_lat", None),
sublane_gaps_min_lat=kwargs.get(
"sublane_gap_min_lat", None),
sublane_alignments_eager=kwargs.get(
"sublane_alignment_eager", None),
sublane_pushyfactors=kwargs.get(
"sublane_pushyfactor", None),
)
return _id
