def get_camera_distancing_weekly_report(
cameras: str = "",
weeks: int = Query(0),
from_date: date = Query((date.today() - timedelta(days=date.today().weekday(), weeks=4)).isoformat()),
to_date: date = Query(date.today().isoformat())):
"""
Returns a weekly report (for the date range specified) with information about the social distancing
infractions detected in the cameras <cameras>.
**If `weeks` is provided and is a positive number:**
- `from_date` and `to_date` are ignored.
- Report spans from `weeks*7 + 1` days ago to yesterday.
- Taking yesterday as the end of week.
**Else:**
- Report spans from `from_Date` to `to_date`.
- Taking Sunday as the end of week
"""
cameras = get_cameras(cameras)
for camera in cameras:
validate_camera_existence(camera)
if weeks > 0:
# Report from weeks*7 days ago (grouped by week, ending on yesterday)
return SocialDistancingMetric.get_weekly_report(cameras, number_of_weeks=weeks)
else:
# Report from the defined date_range, weeks ending on Sunday.
validate_dates(from_date, to_date)
return SocialDistancingMetric.get_weekly_report(cameras, from_date=from_date, to_date=to_date)
def get_camera_distancing_live(cameras: str = ""):
"""
Returns a report with live information about the social distancing infractions
detected in the cameras <cameras>.
"""
cameras = get_cameras(cameras)
for camera in cameras:
validate_camera_existence(camera)
return SocialDistancingMetric.get_live_report(cameras)
def get_camera_distancing_hourly_report(cameras: str = "", date: date = Query(date.today().isoformat())):
"""
Returns a hourly report (for the date specified) with information about the social distancing infractions
detected in the cameras <cameras>.
"""
cameras = get_cameras(cameras)
for camera in cameras:
validate_camera_existence(camera)
return SocialDistancingMetric.get_hourly_report(cameras, date)
def get_camera_face_mask_detections_live(areas: str = ""):
"""
Returns a report with live information about the social distancing infractions
detected in the areas <areas>.
"""
areas = get_areas(areas)
for area in areas:
validate_area_existence(area)
cameras = get_cameras_for_areas(areas)
return SocialDistancingMetric.get_live_report(cameras)
def get_camera_distancing_daily_report(cameras: str = "",
from_date: date = Query((date.today() - timedelta(days=3)).isoformat()),
to_date: date = Query(date.today().isoformat())):
"""
Returns a daily report (for the date range specified) with information about the social distancing infractions
detected in the cameras <cameras>.
"""
validate_dates(from_date, to_date)
cameras = get_cameras(cameras)
for camera in cameras:
validate_camera_existence(camera)
return SocialDistancingMetric.get_daily_report(cameras, from_date, to_date)