def test_demand():
from demand import Demand
dm = Demand()
# in-home activities and out-of-home activities
# madantory activities: work/business, school/college
# maintenance activities: escort passengers, shopping
# discretionary activities: eating out, visiting friends
activity_data = [
['home', 1.0, 600, -0.010, 1.0, 720, ( 0, 1440), 360],
['work', 0.0, 1600, 0.010, 1.0, 720, (240, 1440), 240],
['school', 0.0, 1600, 0.010, 1.0, 720, (240, 1440), 240],
['eating', 0.0, 420, 0.010, 1.0, 1170, (720, 1440), 10],
['shopping', 0.0, 500, 0.010, 1.0, 1110, (720, 1440), 10],
['visiting', 0.0, 500, 0.010, 1.0, 1110, (720, 1440), 10],
['escorting', 0.0, 500, 0.010, 1.0, 1110, (720, 1440), 10]
]
create_objects(dm.add_activity, activity_data)
print 'activities:'
pprint(dm.activities.items())
print "building activity utility..."
dm.build_activity_util()
logger.info('activity utility: home')
logger.debug(pformat(dm.get_activity_util(dm.activities["home"])))
logger.info('activity utility: work')
logger.debug(pformat(dm.get_activity_util(dm.activities["work"])))
logger.info('activity utility: shopping')
logger.debug(pformat(dm.get_activity_util(dm.activities["shopping"])))
# intra-household interactions
# entire day level:
# staying at home, absent together
# non-madantory DAP together (day-off for major shopping)
# episode level:
# shared activity
# escorting (children to school)
# allocation of maintenance task (shopping)
# car allocation
# types of joint travel
# fully-joint tour, joint outbound, joint inbound
# drop-off/get-off, pick-up/get-in
program_data = [
[0, []],
[1, ['shopping']],
[3, ['eating']],
[2, ['visiting']],
[4, ['shopping', 'visiting']],
[5, ['shopping', 'eating']]
]
create_objects(dm.add_program, program_data)
print 'programs:'
pprint(dm.programs.items())
return dm
def test_network():
from network import Network
net = Network()
street_data = [[1, 3, 40, 3000, 40.0], [1, 5, 20, 2000, 15.0],
[2, 5, 20, 2000, 15.0], [2, 4, 60, 4000, 50.0],
[5, 6, 20, 3000, 20.0], [6, 3, 20, 2000, 20.0],
[6, 4, 20, 2000, 20.0]]
create_objects(net.add_street, street_data)
print 'nodes:'
pprint(net.nodes)
return net
def test_demand():
from demand import Demand
dm = Demand()
# in-home activities and out-of-home activities
# madantory activities: work/business, school/college
# maintenance activities: escort passengers, shopping
# discretionary activities: eating out, visiting friends
activity_data = [['home', 1.0, 600, -0.010, 1.0, 720, (0, 1440), 360],
['work', 0.0, 1600, 0.010, 1.0, 720, (240, 1440), 240],
['school', 0.0, 1600, 0.010, 1.0, 720, (240, 1440), 240],
['eating', 0.0, 420, 0.010, 1.0, 1170, (720, 1440), 10],
['shopping', 0.0, 500, 0.010, 1.0, 1110, (720, 1440), 10],
['visiting', 0.0, 500, 0.010, 1.0, 1110, (720, 1440), 10],
[
'escorting', 0.0, 500, 0.010, 1.0, 1110, (720, 1440),
10
]]
create_objects(dm.add_activity, activity_data)
print 'activities:'
pprint(dm.activities.items())
print "building activity utility..."
dm.build_activity_util()
logger.info('activity utility: home')
logger.debug(pformat(dm.get_activity_util(dm.activities["home"])))
logger.info('activity utility: work')
logger.debug(pformat(dm.get_activity_util(dm.activities["work"])))
logger.info('activity utility: shopping')
logger.debug(pformat(dm.get_activity_util(dm.activities["shopping"])))
# intra-household interactions
# entire day level:
# staying at home, absent together
# non-madantory DAP together (day-off for major shopping)
# episode level:
# shared activity
# escorting (children to school)
# allocation of maintenance task (shopping)
# car allocation
# types of joint travel
# fully-joint tour, joint outbound, joint inbound
# drop-off/get-off, pick-up/get-in
program_data = [[0, []], [1, ['shopping']], [3, ['eating']],
[2, ['visiting']], [4, ['shopping', 'visiting']],
[5, ['shopping', 'eating']]]
create_objects(dm.add_program, program_data)
print 'programs:'
pprint(dm.programs.items())
return dm
def test_network():
from network import Network
net = Network()
street_data = [
[1, 3, 40, 3000, 40.0],
[1, 5, 20, 2000, 15.0],
[2, 5, 20, 2000, 15.0],
[2, 4, 60, 4000, 50.0],
[5, 6, 20, 3000, 20.0],
[6, 3, 20, 2000, 20.0],
[6, 4, 20, 2000, 20.0]
]
create_objects(net.add_street, street_data)
print 'nodes:'
pprint(net.nodes)
return net
def test_landuse(dm, net):
from landuse import LandUse
land = LandUse(dm, net)
location_data = [
# centriod, access, activities
[100, 1, {'work': 4000, 'home': 1000, 'school': 5000, 'shopping': 10000, 'eating': 10000}],
[200, 2, {'work': 4000, 'home': 1000, 'school': 5000, 'shopping': 10000, 'visiting': 10000}],
[300, 3, {'work': 4000, 'home': 2000, 'school': 5000, 'eating': 10000, 'visiting': 10000}],
[400, 4, {'work': 4000, 'home': 2000, 'school': 5000, 'shopping': 10000}],
[500, 5, {'work': 4000, 'home': 2000, 'school': 5000, 'eating': 10000}],
[600, 6, {'work': 4000, 'home': 2000, 'school': 5000, 'visiting': 10000}]
]
create_objects(land.add_location, location_data)
print "location capacities"
pprint(land.locations.items())
print "activity capacities"
pprint(land.activities.items())
return land
def run():
fields = ('id', 'slug') + i18n_fieldnames('name')
data = get_data(get_data_path('sex.csv'))
create_objects(Sex, fields, data)
def run():
fields = ('id', 'slug') + i18n_fieldnames('name')
data = get_data(get_data_path('direction.csv'))
create_objects(Direction, fields, data)
def run():
fields = ('id', 'slug') + i18n_fieldnames('name')
data = get_data(get_data_path('plumage.csv'))
create_objects(Plumage, fields, data)
if (len(blobs) > 0):
frame_time = cnt / FPS
blobs_id_output = utils.blobs_coloring(blobs, frame_orig_res,
frame_time, RATIO)
if DISP_RESULT:
cv2.imshow("Blobs IDs", blobs_id_output)
# cv2.imwrite("Blobs_IDs.jpg", blobs_id_output)
# cv2.imwrite("Frame_curr.jpg", frame_orig)
# blobs_output = cv2.resize(blobs_output, None, fx=1/RATIO, fy=1/RATIO)
# cv2.imshow("blobs", blobs_output)
objects = utils.create_objects(frame_orig_res, blobs,
objects) # create objects from blobs
blobs_old = blobs.copy()
# save a list of blobs_old in memory
if len(blobs_old) > 0:
if len(blobs_old_list) < MEMORY:
blobs_old_list.append(blobs_old)
else:
del blobs_old_list[0]
blobs_old_list.append(blobs_old)
t_it = time.time() - t_start # time per frame
label = 'TPF: ' + str(round(t_it, 3))
cv2.putText(frame_orig, label, (20, 30), FONT, 1.0, (0, 255, 255), 2,
cv2.LINE_AA)
def test_landuse(dm, net):
from landuse import LandUse
land = LandUse(dm, net)
location_data = [
# centriod, access, activities
[
100, 1, {
'work': 4000,
'home': 1000,
'school': 5000,
'shopping': 10000,
'eating': 10000
}
],
[
200, 2, {
'work': 4000,
'home': 1000,
'school': 5000,
'shopping': 10000,
'visiting': 10000
}
],
[
300, 3, {
'work': 4000,
'home': 2000,
'school': 5000,
'eating': 10000,
'visiting': 10000
}
],
[
400, 4, {
'work': 4000,
'home': 2000,
'school': 5000,
'shopping': 10000
}
],
[
500, 5, {
'work': 4000,
'home': 2000,
'school': 5000,
'eating': 10000
}
],
[
600, 6, {
'work': 4000,
'home': 2000,
'school': 5000,
'visiting': 10000
}
]
]
create_objects(land.add_location, location_data)
print "location capacities"
pprint(land.locations.items())
print "activity capacities"
pprint(land.activities.items())
return land
def run():
fields = ('id', 'slug') + i18n_fieldnames('name')
data = get_data(get_data_path('activity.csv'))
create_objects(Activity, fields, data)
def update_GUI(self, OL, fileArray):
fileArray.filearray = u.write_filearray(fileArray)
OL.objectList = u.create_objects(fileArray, OL.cooldownLength)
self.make_screen(OL, fileArray)
def run():
fields = ('id', 'slug') + i18n_fieldnames('name')
data = get_data(get_data_path('protocol.csv'))
create_objects(Protocol, fields, data)
