lcjohnso

# Script: Sum GA session count by country (for case of multiple workflows, etc)

import pandas as pd

datasets = ['GA_ElephantID_AllTime', 'GA_ElephantID_2024q2']

for dataset in datasets:
    d = pd.read_csv(dataset+'.csv')
    out = d.groupby('Country')['Sessions'].sum().sort_values(ascending=False)
    out.to_csv(dataset+'_sum.csv')

lcjohnso

# Unique Users (Brooke's method)

import numpy as np  # using 1.10.1
import pandas as pd  # using 0.13.1
import json

########################################

# INPUT PARAMETERS

lcjohnso

from panoptes_client import Panoptes,Caesar,Workflow

# Login: interactive - you will be prompted for username and password
Panoptes.connect(login='interactive')

# Login Alternative 1: set PANOPTES_USERNAME and PANOPTES_PASSWORD env params
# Panoptes.connect()
# Login Alternative 2: input username and password in connect() call
# Panoptes.connect(username='example', password='example')

lcjohnso

#!/bin/sh
#
# 
# This script uses the command line tool `curl` to query
# STScI MAST on the cloud for JWST ERO data.
#
# The products you will download with this script are:
# Level 3 i2d FITS mosaics from all imaging ERO programs (2731, 2732, 2733, 2736)
# stored in your current directory the same way they are stored in the S3 bucket. 

lcjohnso

# Goal: Query user-specific classification counts for list of user_ids via
# zoo-event-stats API (https://github.com/zooniverse/zoo-event-stats)

# Example Query URL: https://stats.zooniverse.org/counts/classification/year?user_id=999&project_id=11440,8900,9863
# Explanation: counts/classification/<time bin>?user_id=<user id>&project_id=<one or multiple users (comma separated)>

# This specific use case: query user classification counts across 33 NestQuestGo projects over all time
# INPUT = users.csv - CSV output from DB query with `user_id` field
# OUTPUT = add a new `n_class` column to user.csv and save as user_nclass.csv

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# Purpose: remove interloper subjects (where project_id for subject and subject_set do not match) from subject set
from panoptes_client import Panoptes, SubjectSet, Subject
from getpass import getpass

# Client Connect: either use hardcoded version or allow prompt
#user = USERNAME
#pswd = PASSWORD
user = input('Zooniverse Username: ')
pswd = getpass('Zooniverse Password: ')
Panoptes.connect(username=user, password=pswd)