def handle_entrances(building, loc):
latlong = [building.longitude, building.latitude]
latlong2 = [loc.long, loc.lat]
if computedistance.computeDistance(latlong, latlong2) < 1.5:
return True
else:
return False
def handle_building(building,mental_health):
latlong = [building.longitude, building.latitude]
latlong2 = [mental_health.longitude, mental_health.latitude ]
if computedistance.computeDistance(latlong,latlong2) < 1.5:
return True
else:
return False
def handle_building(building, mental_health):
if building.borough != mental_health.city_location and mental_health.city_location != "NEW YORK":
return False
latlong = [building.longitude, building.latitude]
latlong2 = [mental_health.longitude, mental_health.latitude]
if computedistance.computeDistance(latlong, latlong2) < 1.5:
return True
else:
return False
def handle_building(building, crime_report):
if building.borough != crime_report.BORO_NM or building.precinct != crime_report.ADDR_PCT_CD:
return False
latlong = [building.longitude, building.latitude]
latlong2 = [crime_report.Longitude, crime_report.Latitude]
if computedistance.computeDistance(latlong, latlong2) < 1.5:
return True
else:
return False
def handle_building(building, _311_service):
if _311_service.city in boroughs:
if building.borough != _311_service.city:
return False
latlong = [building.longitude, building.latitude]
latlong2 = [_311_service.longitude, _311_service.latitude]
if computedistance.computeDistance(latlong, latlong2) < 1.5:
return True
else:
return False
def handle_collissions(building, loc):
if building.borough != None and loc.borough != None:
if building.borough.lower() != loc.borough.lower():
return False
latlong = [building.longitude, building.latitude]
latlong2 = [loc.long, loc.lat]
if computedistance.computeDistance(latlong, latlong2) < 1.5:
return True
else:
return False
def find_building_distance(row, latlng=latlng):
latlong2 = [row['longitude'], row['latitude']]
dist = computedistance.computeDistance(latlng, latlong2)
newrow = row.asDict()
newrow["distance"] = dist
return Row(**newrow)
def handle_distance(lat, lng, latlng=latlng):
latlong2 = [lng, lat]
if computedistance.computeDistance(latlng, latlong2) < 1.5:
return True
else:
return False
