def add_building(jwt):
body = request.get_json()
ownerID = body.get('ownerID')
name = body.get('name')
address = body.get('address')
description = body.get('description')
number_of_units = body.get('number_of_units')
building_image = body.get('building_image')
if not ('ownerID' in body and 'name' in body and 'address' in body
and 'description' in body and 'number_of_units' in body):
abort(422)
try:
new_building = Building(ownerID=ownerID,
name=name,
address=address,
description=description,
number_of_units=number_of_units,
building_image=building_image)
new_building.insert()
return jsonify({
'success': True,
'created': [new_building.show()],
})
except Exception:
abort(422)
def building():
conditioned_floor_area = 100
return Building(heat_mass_capacity=165000 * conditioned_floor_area,
heat_transmission=200,
maximum_cooling_power=float("-inf"),
maximum_heating_power=float("inf"),
initial_building_temperature=22,
time_step_size=timedelta(hours=1),
conditioned_floor_area=conditioned_floor_area)
def fully_damped_building():
conditioned_floor_area = 1
return Building(heat_mass_capacity=3600 * conditioned_floor_area,
heat_transmission=0,
maximum_cooling_power=-1,
maximum_heating_power=1,
initial_building_temperature=22,
time_step_size=timedelta(hours=1),
conditioned_floor_area=conditioned_floor_area)
def test_maximum_cooling_power_cannot_be_positive():
with pytest.raises(ValueError):
conditioned_floor_area = 100
Building(heat_mass_capacity=165000 * conditioned_floor_area,
heat_transmission=200,
maximum_cooling_power=0.01,
maximum_heating_power=float("inf"),
initial_building_temperature=22,
time_step_size=timedelta(hours=1),
conditioned_floor_area=conditioned_floor_area)
def open_building():
building = Building(elevators=6, floors=20)
# randomly add people into building for simulation
people = 11
for person in range(0, people):
location = randint(0, building.floor_count - 1)
destination_options = [
x for x in range(0, building.floor_count) if x != location
]
destination = choice(destination_options)
building.add_person(location, destination)
for person in building.people:
building.deploy_elevator(person)
time.sleep(.5)
def test_admin_delete_building(self):
building = Building(address="Alyasmin",
description="3 floors building",
name="Tlal",
number_of_units=9,
ownerID=1234567890,
building_image="https://dangerwordfilm.files.\
wordpress.com/2014/04/coming-soon.png")
building.insert()
building_id = building.id
self.headers.update({'Authorization': 'Bearer ' + str(admin_token)})
res = self.client.delete(f'/buildings/\
{building_id}',
headers=self.headers)
data = json.loads(res.data)
self.assertEqual(res.status_code, 200)
def add_building():
session_db = Session()
flats = session_db.query(Flat).all()
for flat in flats:
query = session_db.query(Building)\
.filter(Building.address.in_([flat.street]))\
.filter(Building.latitude.in_([flat.latitude]))\
.filter(Building.longitude.in_([flat.longitude]))
if not session_db.query(query.exists()).scalar():
try:
building = Building(
address=flat.street,
longitude=flat.longitude,
latitude=flat.latitude,
count_floor=int(flat.floor[flat.floor.index('/')+1:]),
year_build=flat.year_build
)
session_db.add(building)
except:
print('ex')
session_db.commit()
return "Social Sciences and Media Studies"
elif (abbrev == "TD-E"):
return "Theater/Dance East"
elif (abbrev == "TD-W"):
return "Theater/Dance West"
elif (abbrev == "WEBB"):
return "Webb Hall/Geological Sciences Building"
else:
return abbrev
for building in scrape.getBuildingsOrdered():
name = building.getName().rstrip()
if (len(Building.query.filter_by(name=name).all()) == 0):
print("Adding:", building.name)
b = Building(name=name, full_name=get_pretty_name(name).strip())
db.session.add(b)
db.session.commit()
for building in scrape.getBuildingsOrdered():
b = Building.query.filter_by(name=building.getName().rstrip()).first()
for room in building.getRooms2():
if (not (room in b.rooms)):
print("Adding:", room.number)
r1 = Room(roomnumber=room.number.rstrip(), building_id=b.id)
db.session.add(r1)
db.session.commit()
def _create_building(sess, user_id, building_type):
new_building = Building(user_id=user_id, building_type=building_type)
sess.add(new_building)
sess.flush()
result = new_building.id
return result
def get_building_with_specs(user_id, building_type, specs):
return Building(user_id=user_id,
building_type=building_type,
storage_capacity=specs.get('initial_capacity', 0),
production_capacity=specs.get('initial_production', 0))
def add_building(session, building_url):
new_building = Building(url=building_url)
session.add(new_building)
return new_building
def construct_building(building_type, inventory):
check_if_enough_inventory_for_buildings('construct', building_type, inventory)
inventory['steel'] -= Building.TYPES_COST[building_type]
return Building(building_type)
from filip.models.base import NgsiVersion
header = InstanceHeader(cb_url=cb_url,
iota_url=iota_url,
ngsi_version=NgsiVersion.v2,
service="example",
service_path="/")
my_floor = Floor(id="my-first-floor", header=header)
# If we work with the often with the same header we can also set a
# default header in the semantic_manager. If a class without a header
# parameter is created it gets automatically assigned this default header.
semantic_manager.set_default_header(header)
my_building = Building(id="building1")
# ## 2.2 Immutability
#
# These defining information of an instance are immutable and can not
# be changed after the creation.
# They are further bundled into an identifier object that is used as an
# identity by the system: The InstanceIdentifier
# We can have a look at this identifier, and see that the header was
# correctly set:
print("\u0332".join("Instance Identifier of my_building:"))
print(my_building.get_identifier())
print("")
# ## 2.3 Device Classes
def createBuilding(self, building):
db.begin()
try:
Building(name=building.get("name")).save()
if building.get("floors") is not None:
for floor in building.get("floors"):
Floor(level=floor.get("level"),
buildingName=building.get("name")).save()
if floor.get("waypoints") is not None:
for waypoint in floor.get("waypoints"):
if ("type" in waypoint):
if (waypoint.get("type") ==
WAYPOINT_TYPES["ClassRoom"]):
classRoom = ClassRoom(
name=waypoint.get("name"),
markerId=waypoint.get("markerId"),
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=waypoint.get("shapeType"),
color=waypoint.get("color"),
width=waypoint.get("width"),
length=waypoint.get("length"),
x=waypoint.get("x"),
y=waypoint.get("y")).save()
for schedule in waypoint["schedule"]:
group = Group.nodes.get_or_none(
name=schedule["group"],
buildingName=building.get("name"))
if group is None:
group = Group(
name=schedule["group"],
buildingName=building.get(
"name")).save()
group.classes.connect(
classRoom, {
'course':
schedule["course"],
'dayOfWeek':
schedule["dayOfWeek"],
'startTime':
schedule["startTime"],
'finishTime':
schedule["finishTime"]
})
elif (waypoint.get("type") ==
WAYPOINT_TYPES["Office"]):
office = Office(
name=waypoint.get("name"),
markerId=waypoint.get("markerId"),
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=waypoint.get("shapeType"),
color=waypoint.get("color"),
width=waypoint.get("width"),
length=waypoint.get("length"),
x=waypoint.get("x"),
y=waypoint.get("y")).save()
for prof in waypoint["professors"]:
teacher = Teacher.nodes.get_or_none(
name=prof,
buildingName=building.get("name"))
if teacher is None:
teacher = Teacher(
name=prof,
buildingName=building.get(
"name")).save()
teacher.office.connect(office)
elif (waypoint.get("type") ==
WAYPOINT_TYPES["Connector"]):
Connector(
name=waypoint.get("name"),
markerId=waypoint.get("markerId"),
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=waypoint.get("shapeType"),
color=waypoint.get("color"),
width=waypoint.get("width"),
length=waypoint.get("length"),
x=waypoint.get("x"),
y=waypoint.get("y")).save()
else:
Waypoint(
name=waypoint.get("name"),
markerId=waypoint.get("markerId"),
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=waypoint.get("shapeType"),
color=waypoint.get("color"),
width=waypoint.get("width"),
length=waypoint.get("length"),
x=waypoint.get("x"),
y=waypoint.get("y")).save()
else:
Waypoint(name=waypoint.get("name"),
markerId=waypoint.get("markerId"),
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=waypoint.get("shapeType"),
color=waypoint.get("color"),
width=waypoint.get("width"),
length=waypoint.get("length"),
x=waypoint.get("x"),
y=waypoint.get("y")).save()
if floor.get("hallways") is not None:
for hallway in floor.get("hallways"):
Hallway(name=hallway["name"],
markerId=hallway["markerId"],
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=hallway["shapeType"],
color=hallway["color"],
width=hallway["width"],
length=hallway["length"],
x=hallway["x"],
y=hallway["y"]).save()
if building.get("floors") is not None:
for floor in building.get("floors"):
if floor.get("waypoints") is not None:
for waypoint in floor.get("waypoints"):
base = Waypoint.nodes.get(
name=waypoint.get("name"),
floorLevel=floor.get("level"),
buildingName=building.get("name"))
for neighbor in waypoint["neighbors"]:
base.neighbors.connect(
Waypoint.nodes.get(
name=neighbor.get("name"),
floorLevel=floor.get("level"),
buildingName=building.get("name")),
{
'direction':
neighbor.get("direction")
})
self.checkBuilding(building.get("name"))
db.commit()
return self.get(building.get("name")), 200
except Exception as e:
db.rollback()
return str(e), 500
async def addB(n, p):
b = Building(name=n, parid=p)
await b.save()
return b
def generate():
buildings = [{
'name': 'Unisinos',
'geom':
'POLYGON((-29.792974824703958 -51.158196330070496, -29.79401762517251 -51.15791738033295, -29.794669369947076 -51.1580353975296, -29.795432836998465 -51.1590975522995, -29.79611250398447 -51.15941941738129, -29.796624578801172 -51.1591511964798, -29.79744389305685 -51.157477498054504, -29.798402854629657 -51.156179308891296, -29.7985425084609 -51.15565359592438, -29.798346993042582 -51.15478456020355, -29.797350789502037 -51.153475642204285, -29.796959753625753 -51.152220368385315, -29.796820097585293 -51.15100800991058, -29.7963731969459 -51.15040719509125, -29.795814568339743 -51.150203347206116, -29.79454833195276 -51.15001022815704, -29.79401762517251 -51.15008533000946, -29.792686190511297 -51.1510294675827, -29.791550267216632 -51.15134060382843, -29.792974824703958 -51.158196330070496))',
'stroke_color': '000000',
'stroke_opacity': 0.8,
'stroke_weight': 1,
'fill_color': '000000',
'fill_opacity': 0.4,
}, {
'name': 'Centro A',
'geom':
'POLYGON((-29.792974824703958 -51.158207058906555, -29.79248135283728 -51.15581452846527, -29.79398038248575 -51.155449748039246, -29.79402693584204 -51.154956221580505, -29.7943434980904 -51.15452706813812, -29.794883513732213 -51.154505610466, -29.795274557722546 -51.15480601787567, -29.795600426547136 -51.15540683269501, -29.795525942337928 -51.15628659725189, -29.795814568339743 -51.15741312503815, -29.796103193509005 -51.15764915943146, -29.797211134007373 -51.157456040382385, -29.797388030934346 -51.15757405757904, -29.796596647515113 -51.1591511964798, -29.796103193509005 -51.15940868854523, -29.79544214753631 -51.15910828113556, -29.794678680555958 -51.15802466869354, -29.79401762517251 -51.15790665149689, -29.792974824703958 -51.158207058906555))',
'stroke_color': '50514F',
'stroke_opacity': 0.8,
'stroke_weight': 1,
'fill_color': '50514F',
'fill_opacity': 0.4,
}, {
'name': 'Centro B',
'geom':
'POLYGON((-29.792472042023952 -51.15577161312103, -29.792053054527678 -51.15361511707306, -29.795153520460268 -51.15261733531952, -29.79538628429624 -51.15381896495819, -29.795004551321096 -51.15452706813812, -29.794883513732213 -51.154441237449646, -29.79430625552492 -51.154462695121765, -29.793971071811892 -51.15492403507233, -29.793924518429623 -51.15539610385895, -29.792472042023952 -51.15577161312103))',
'stroke_color': 'F25F5C',
'stroke_opacity': 0.8,
'stroke_weight': 1,
'fill_color': 'F25F5C',
'fill_opacity': 0.4,
}, {
'name': 'Centro C',
'geom':
'POLYGON((-29.792034432820458 -51.15358293056488, -29.795153520460268 -51.15256369113922, -29.794985930163108 -51.15159809589386, -29.794920756082853 -51.15005314350128, -29.79408279984098 -51.15006387233734, -29.793151729120222 -51.150729060173035, -29.792704812097245 -51.15100800991058, -29.79155957811571 -51.15134060382843, -29.792034432820458 -51.15358293056488))',
'color': '000000',
'stroke_color': 'FFE066',
'stroke_opacity': 0.8,
'stroke_weight': 1,
'fill_color': 'FFE066',
'fill_opacity': 0.4,
}, {
'name': 'Centro D',
'geom':
'POLYGON((-29.795395594838418 -51.15364730358124, -29.797239065121897 -51.153250336647034, -29.79696906402153 -51.15226328372955, -29.796838718401958 -51.15110456943512, -29.796391817845727 -51.150439381599426, -29.79592629431048 -51.150246262550354, -29.794957998419612 -51.15006387233734, -29.79502317247561 -51.15157663822174, -29.795395594838418 -51.15364730358124))',
'stroke_color': '247BA0',
'stroke_opacity': 0.8,
'stroke_weight': 1,
'fill_color': '247BA0',
'fill_opacity': 0.4,
}, {
'name': 'Centro E',
'geom':
'POLYGON((-29.795041793626687 -51.15453779697418, -29.795432836998465 -51.15382969379425, -29.795404905379733 -51.15367949008942, -29.79724837549168 -51.15329325199127, -29.79759285856436 -51.15385115146637, -29.798365613575065 -51.15483820438385, -29.7985425084609 -51.15565359592438, -29.79838423410409 -51.156200766563416, -29.797406651645325 -51.15750968456268, -29.797211134007373 -51.15740239620209, -29.79611250398447 -51.15760624408722, -29.795833189343526 -51.15737020969391, -29.79555387392288 -51.156232953071594, -29.79562835811129 -51.15539610385895, -29.79528386827512 -51.15475237369537, -29.795041793626687 -51.15453779697418))',
'stroke_color': '70C1B3',
'stroke_opacity': 0.8,
'stroke_weight': 1,
'fill_color': '70C1B3',
'fill_opacity': 0.4,
}]
for building in buildings:
b = Building(building)
db.session.add(b)
db.session.commit()
