def create_amphora(params,param_name,username,password): # Create new amphora for data
credentials = Credentials(username=username, password=password)
client = AmphoraDataRepositoryClient(credentials)
## Create Amphora
sep=" "
amphora_description=sep.join(["Simulation of Pandemic code from Microprediction \n Parameter set is for",param_name," \n \
N =",str(float(params['geometry']['n']))," \n I =",str(float(params['geometry']['i']))," \n \
R =",str(float(params['geometry']['r']))," \n B =",str(float(params['geometry']['b']))," \n \
H =",str(float(params['geometry']['h']))," \n C =",str(float(params['geometry']['c']))," \n \
S =",str(float(params['geometry']['s']))," \n E =",str(float(params['geometry']['e']))," \n \
P =",str(float(params['geometry']['p']))," \n T =",str(float(params['motion']['t']))," \n \
K =",str(float(params['motion']['k']))," \n W =",str(float(params['motion']['w']))," \n \
VI =",str(float(params['health']['vi']))," \n IS =",str(float(params['health']['is']))," \n \
IP =",str(float(params['health']['ip']))," \n SP =",str(float(params['health']['sp']))," \n \
IR =",str(float(params['health']['ir']))," \n ID =",str(float(params['health']['id']))," \n \
SR =",str(float(params['health']['sr']))," \n SD =",str(float(params['health']['sd']))," \n \
PD =",str(float(params['health']['pd']))," \n PR =",str(float(params['health']['pr']))])
amphora_tnc="Creative_Commons_0"
amphora_name=sep.join(["Ensemble simulation of Microprediction Pandemic for",param_name])
labels=['Covid,simulation,timeseries',param_name]
amphora = client.create_amphora(name = amphora_name, price = 0, description = amphora_description, terms_and_conditions_id = amphora_tnc, labels=labels)
amphora_id = amphora.amphora_id
# Create signals
amphora.create_signal("vulnerable", attributes={"units":"#"})
amphora.create_signal("infected", attributes={"units":"#"})
amphora.create_signal("symptomatic", attributes={"units":"#"})
amphora.create_signal("positive", attributes={"units":"#"})
amphora.create_signal("recovered", attributes={"units":"#"})
amphora.create_signal("deceased", attributes={"units":"#"})
return amphora_id
def create_or_update_amphorae(client: AmphoraDataRepositoryClient, amphora_map,
location_info):
new_map = dict()
try:
# client=amphora_client.ApiClient(configuration)
# amphora_api = amphora_client.AmphoraeApi(client)
for key in amphora_map:
id = amphora_map[key]
if (id == None):
# we have to create an Amphora
wzloc = location_info[key]
locname = wzloc['name']
print(f'Creating new Amphora for location {locname}')
# create the details of the Amphora
name = 'Weather: ' + wzloc['name'] + ' (' + wzloc['state'] + ')'
desc = 'WeatherZone data, from ' + wzloc[
'name'] + '. WeatherZone code: ' + wzloc[
'code'] + ', PostCode: ' + wzloc['postcode']
labels = 'Weather,forecast,timeseries'
ts_cs_id = 'Weatherzone_Forecast'
amphora = client.create_amphora(
name,
desc,
price=2,
labels=labels,
lat=wzloc['latitude'],
lon=wzloc['longitude'],
terms_and_conditions_id=ts_cs_id)
# now create the signals
print("Creating Signals")
for s in signals():
amphora.create_signal(s._property, s.value_type,
s.attributes)
new_map[key] = amphora.id
else:
amphora = client.get_amphora(id)
time.sleep(0.2) # wait a bit to prevent hitting the rate limit
print(f'Using existing amphora: {amphora.metadata.name}')
new_map[key] = id
except Exception as e:
print("Error Create or update amphorae: %s\n" % e)
raise e
return new_map
def upload_signals_to_amphora(client: AmphoraDataRepositoryClient, wz_lc,
amphora_id):
forecasts = load_forecasts(wz_user, wz_password, wz_lc)
# TRANSFORM
signals = []
for f in forecasts:
signals.append(
dict(t=f['utc_time'],
temperature=f['temperature'],
description=f['icon_phrase'],
rainProb=f['rain_prob'],
windSpeed=f['wind_speed'],
windDirection=f['wind_direction'],
cloudCover=f['cloud_cover_percent'],
pressure=f['pressure'],
rainfallRate=f['rate']))
try:
amphora = client.get_amphora(amphora_id)
print(
f'Uploading signals to {amphora.metadata.name} {amphora.metadata.id}'
)
print(f'Properties of first signal val: {signals[0].keys()}')
amphora.push_signals_dict_array(
signals) # this sends the data to Amphora Data
print(f'Sent {len(signals)} signals')
except Exception as e:
print("Exception: %s\n" % e)
raise e
def amphora_callback(day, day_fraction, home, work, positions, status, params,
step_no, plot_hourly, plt):
current_time = day + day_fraction
if abs(current_time % 1) < 0.002:
# Login to amphoradata.com
try:
username = os.getenv('amphora_username')
password = os.getenv('amphora_password')
credentials = Credentials(username, password)
client = AmphoraDataRepositoryClient(credentials)
except:
print(
"Couldn't login. Please sign up at amphoradata.com/regsiter if you need a free account."
)
# Check if amphora exists
amphora_id = os.environ["amphora_id"]
if amphora_id == None:
param_name = "HOMESICK"
amphora_id = create_amphora(params, param_name, username, password)
# Push file (end of each day)
print(current_time)
push_snapshot(positions, status, current_time, client, amphora_id)
# Push signal (when infected go to 0)
if (sum(s in [INFECTED] for s in status) == 0):
push_summary_timeseries(data, column_names, client, amphora_id)
def upload_MLA_signals(client: AmphoraDataRepositoryClient, signals_dict,
amphora_id):
signals = []
success_indicator = 0
try:
for key, value in signals_dict.items():
s = {'t': key, 'price': float(value)}
signals.append(s)
amphora = client.get_amphora(amphora_id)
if len(signals) > 1:
print(
f'Uploading signals to {amphora.metadata.name} {amphora.metadata.id}'
)
print(f'Properties of first signal val: {signals[0].keys()}')
amphora.push_signals_dict_array(
signals) # this sends the data to Amphora Data
print(f'Sent {len(signals)} signals')
else:
print(f'0 signals for {amphora.metadata.name}')
except Exception as e:
print("Exception: %s\n" % e)
success_indicator = 0
raise e
return success_indicator
from amphora.client import AmphoraDataRepositoryClient, Credentials
import amphora_api_client as a10a
from amphora_api_client.rest import ApiException
from amphora_api_client.configuration import Configuration
# Import non-Amphora librarys
from array import array
import os
import numpy as np
import time
from datetime import datetime, timedelta
# Login to amphoradata.com
credentials = Credentials(username=os.getenv('username'),
password=os.getenv('password'))
client = AmphoraDataRepositoryClient(credentials)
amphora_api = a10a.AmphoraeApi(client.apiClient)
# Define model function
def time_product(date_time):
time_hour = date_time.hour
time_minute = date_time.minute
time_second = date_time.second
time_prod = time_hour * time_minute * time_second
return time_prod
#####################################
Created on Mon Apr 6 17:48:07 2020
@author: Isaac
"""
# Import Amphora librarys
from amphora.client import AmphoraDataRepositoryClient, Credentials
# Import non-Amphora librarys
import os
from datetime import datetime, timedelta
import matplotlib.pyplot as plt
# Login to amphoradata.com
credentials = Credentials(username=os.getenv('username'),
password=os.getenv('password'))
client = AmphoraDataRepositoryClient(credentials)
# Get Amphora of interest
f = open("Amphora_id.txt", "r")
amphora_id = f.read()
# Set time points of interest
start = datetime.utcnow() + timedelta(hours=-48)
end = datetime.utcnow()
dt_range = DateTimeRange(_from=start, to=end)
# Pull data from Amphora
amphora = client.get_amphora(amphora_id)
signals = amphora.get_signals()
df = signals.pull(date_time_range=dt_range).to_pandas(t_as_index=False)
y_oi = 100000
for n in range(N):
if abs(y[n] - p) < y_oi:
y_oi = abs(y[n] - p)
x_oi = x[n]
print(x_oi)
print(y_oi)
return x_oi
##############################################################
# parameters and details
credentials = Credentials(username=os.getenv('username'),
password=os.getenv('password'))
client = AmphoraDataRepositoryClient(credentials)
Electricity_Amphora_id = '89c2e30d-78c8-46ef-b591-140edd84ddb6'
Weather_Amphora_id = '2866d34f-fe2b-4c07-acdd-28fe2d6d9194'
Forecast_amphora_id = '78831a6b-de49-454e-9e5c-7c757478e783'
name = 'South_Australia_Electricity_Price.json'
#############################################################
# Publish raw data on microprediction
mw = MicroWriter(write_key="bdfd44affd28e6c5b45329d6d4df7729")
time_range = a10a.DateTimeRange(_from=datetime.utcnow() + timedelta(hours=-1),
to=datetime.utcnow())
electricity_amphora = client.get_amphora(Electricity_Amphora_id)
electricity_signals = electricity_amphora.get_signals()
df = electricity_signals.pull(date_time_range=time_range).to_pandas()
price = df['price']
import os
from amphora.client import AmphoraDataRepositoryClient, Credentials
# provide your login credentials
credentials = Credentials(username=os.environ['username'],
password=os.environ['password'])
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
# scope can be self or organisation
# access type can be created or purchased
amphoras = client.list_amphora(scope='self',
access_type='purchased',
take=5,
skip=0)
print(amphoras)
import os
from datetime import datetime, timedelta
from amphora.client import AmphoraDataRepositoryClient, Credentials
from amphora_api_client import DateTimeRange
# provide your login credentials
credentials = Credentials(username=os.environ['username'],
password=os.environ['password'])
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
# get a reference to an Amphora
amphora = client.get_amphora("57d6593f-1889-410a-b1fb-631b6f9c9c85")
# get a reference to the Amphora's signals
signals = amphora.get_signals()
# download some signals and convert to a pandas dataframe
dt_range = DateTimeRange(_from=datetime.utcnow() + timedelta(days=-1),
to=datetime.utcnow() + timedelta(days=2))
df = signals.pull(date_time_range=dt_range,
include_wt=True,
tsi_api="GetEvents").to_pandas()
print(df.describe())
temp = df['temperature']
print(f'Maximum temperature: {temp.max()}')
# update a signal
temperature_signal = signals['temperature']
def create_amphora(client: AmphoraDataRepositoryClient, site: BOMSite)-> Amphora:
return client.create_amphora(f'Weather Observations: {site.name}, {site.state}', des(site),
price=PRICE, lat=site.lat, lon=site.lon, terms_and_conditions_id=TERMS_ID, labels=labels )
import os
from amphora.client import AmphoraDataRepositoryClient, Credentials
# provide your login credentials
credentials = Credentials(username=os.environ['username'],
password=os.environ['password'])
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
results = client.search_amphora(term='Fridley Creek',
labels='waterquality',
take=5)
print(results.count)
print(
f'There are {results.count} search results, and {len(results.items)} in items list'
)
if results.count > 0:
print(results.items[0])
import os
from amphora.client import AmphoraDataRepositoryClient, Credentials
# provide your login credentials
credentials = Credentials(username=os.environ['username'],
password=os.environ['password'])
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
# get information about the logged in user
my_information = client.get_self()
print(my_information)
# {'about': "I'm the CTO at Amphora Data.",
# 'email': None,
# 'full_name': 'Rian Finnegan',
# 'id': 'd54505c0-2756-44e6-8b99-e7fb0fbc8711',
# 'last_modified': datetime.datetime(2020, 3, 23, 0, 3, 54, 922250, tzinfo=tzutc()),
# 'organisation_id': '7b429e6c-2885-49cf-994d-4775ae170d64',
# 'user_name': '*****@*****.**'}
import os
from amphora.client import AmphoraDataRepositoryClient, Credentials
# provide your login credentials
credentials = Credentials(username=os.environ['username'],
password=os.environ['password'])
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
# create an amphora
amphora = client.create_amphora("My New Data Store",
"This is a description of my new Amphora",
lat=20,
lon=20)
print(amphora.metadata)
# update the amphora
amphora.update(price=10, labels=["custom", "labels"])
# delete the amphora
amphora.delete()
import os
from amphora.client import AmphoraDataRepositoryClient, Credentials
# provide your login credentials
credentials = Credentials(username=os.environ['username'],
password=os.environ['password'],
host="https://app.amphoradata.com")
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
# get a reference to an Amphora
amphora = client.get_amphora("84f36667-9bc9-4da1-baba-1ef3160eae0f")
# skip = number of files to ignore
# take= the max num of files in the list
# order_by = the way to order the files. Choose Alphabetical (default) or LastModified
files = amphora.get_files(100, 0)
print(f'The client returned a list with {len(files)} names')
print(f'The first file name is {files[0].name}')
# download a file
for f in files:
print(f'Downloading {f.name}')
f.pull(f'./data/temp/{f.name}')
print('done')
import os
from amphora.client import AmphoraDataRepositoryClient, Credentials
NEW_FILE_NAME = "a_new_file.jpg"
# provide your login credentials
credentials = Credentials(username=os.environ['username'],
password=os.environ['password'],
host="https://app.amphoradata.com")
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
# get a reference to an Amphora
amphora = client.create_amphora(
name="Various Dogs",
description="Contains labelled images of various types of dog breeds.")
# pushes the dog images to the Amphora Data Repository, with attributes
amphora.push_file("data/dogs/chihuahua.jpg",
attributes={
'breed': 'chihuahua',
'size': 'small',
'primaryColour': 'brown'
})
amphora.push_file("data/dogs/german-shepherd.jpg",
attributes={
'breed': 'german-shepherd',
'size': 'large',
'primaryColour': 'brown'
})
amphora.push_file("data/dogs/golden-retriever.jpg",
# Import Amphora modules
from amphora.client import AmphoraDataRepositoryClient, Credentials
# Import non-Amphora modules
import os
# Login to amphoradata.com
credentials = Credentials(username=os.getenv('username'),
password=os.getenv('password'))
client = AmphoraDataRepositoryClient(credentials)
# Set metadata for Amphora
name = "Amphora_Name" #Name the amphora as string
description = "Amphora_Description" #Describe the amphora as string
price = 0 #Monthly price as float
labels = ["Label_1", "Label_2", "Label_3"] #List of 2-5 one word strings
lat = 0.0 #Enter latitude as float
lon = 0.0 #Enter longitude as float
# Create Amphora
amphora = client.create_amphora(name=name,
description=description,
labels=labels,
price=price,
lat=lat,
lon=lon)
import os
from amphora_api_client import Quality
from amphora.client import AmphoraDataRepositoryClient, Credentials
# provide your login credentials
credentials = Credentials(username=os.environ['username'],
password=os.environ['password'])
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
# get a reference to an Amphora
amphora = client.get_amphora("e48c9a35-4696-406c-a963-8e72a8bf0131")
quality = Quality() # Quality | The data quality metrics.
quality.accuracy = 2
res = client.amphoraeApi.amphora_quality_set(amphora.amphora_id, quality)
print(res)
from amphora.client import AmphoraDataRepositoryClient, Credentials
import amphora_api_client as a10a
from amphora_api_client.rest import ApiException
from amphora_api_client.configuration import Configuration
import csv
import urllib.request
import ast
country_codes = ["AUS","NZL","PNG","GBR","CAN","USA","CHN","FJI","IDN","IND"]
country_id_stor = []
# Set up connection to amphoradata.com
# provide your login credentials
credentials = Credentials(username=os.getenv('username'), password=os.getenv('password'))
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
date_str = []
def importCsv(file):
cnt = 0
with open(file, newline='') as csvfile:
data = csv.reader(csvfile, delimiter=',', quotechar='|')
for row in data:
if row:
date_str.append(row)
cnt += 1
print(cnt)
importCsv("dates_of_interest.csv")
import os
from datetime import datetime, timedelta
import pytz
import constants
from amphora.client import AmphoraDataRepositoryClient, Credentials
from amphora_api_client import DateTimeRange
from pandas import DataFrame
# login
username = os.getenv('username')
password = os.getenv('password')
credentials = Credentials(username, password)
client = AmphoraDataRepositoryClient(credentials)
insights = client.get_amphora(constants.insights_id)
# save alert method
def alert(name: str, text: str):
# create the file locally
filepath = f'{name}.txt'
file_object = open(filepath, "w+")
file_object.write(text)
file_object.flush()
file_object.close()
insights.push_file(filepath, f'{name}')
print(f'Uploaded file {name}')
def check_max_and_alert(df: DataFrame, key: str, threshold: int,
file_prefix: str, message: str):
import os
from amphora.client import AmphoraDataRepositoryClient, Credentials
# provide your login credentials
credentials = Credentials(username=os.environ['username'],
password=os.environ['password'])
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
# get a reference to an Amphora
amphora = client.create_amphora(name="Access Controls Example",
description="Used for showing Access Controls")
amphora.share_with(
"*****@*****.**") # the username of the person to share with
from datetime import datetime
from amphora.client import AmphoraDataRepositoryClient, Credentials
logging.basicConfig(stream=sys.stdout, level=logging.INFO)
logger = logging.getLogger()
import extract
import bom
import idcache
import signals
import operations as op
# provide your login credentials
credentials = Credentials(username=os.environ['username'], password=os.environ['password'])
# create a client for interacting with the public Amphora Data Repository
client = AmphoraDataRepositoryClient(credentials)
sites = extract.load_wmo_sites()
amphora_map = idcache.load()
max_t = None
# use a random amphora in the list to get the last written time.
# this should be more resilient to failure than always using the first.
if(len(amphora_map) > 0):
random_amphora_id = random.choice(list(amphora_map.values()))
random_amphora = client.get_amphora(random_amphora_id)
max_t = op.get_max_t(random_amphora)
logger.info(f'Max T is {max_t} from Amphora({random_amphora_id})')