Visualization Website by using Dash and Heroku

Overview

Visualization Website by using Dash and Heroku

You can visit the website https://payroll-expense-analysis.herokuapp.com/

In this project, I am interested in studying the top 10 departments with the highest total payroll expense in each county in Massachusetts in 2020. The link to this dashboard is:

Dashboard Description

Users can click on one or multiple counties to study the departments with the highest total payroll expenses in the state of Massachusetts. Moreover, the pie chart would allow us to compare the proportion of total payroll earnings across the selected counties. By using the checkbox interactive element, users could also generate the range of counties they want to study the top 10 departments with the highest payroll expense among the selected counties. Users who are interested in discovering high payroll expense on the department and county level could utilize this dashboard as an initial observation to generate idea for further research directions.

Dashboard elements:

The dropdown box is an interactive element where the users have the option to choose the counties they are interested in. It will generate a bar plot that reflects the sum of total earnings on the Y-axis, the top 10 department names with the highest pay in the county on the x-axis. The check box element creates an interactive platform for users to compare the percentage of total earnings across counties. For example, if we choose Suffolk and Middlesex as the base of our analysis, then we can see that Suffolk is 86.9 percent compared to the sum of Suffolk and Middlesex. If we had chosen all counties, we would be able to see how much funds were dedicated to the city employee payroll in each county across the state of Massachusetts. The check box element also generates a table of the top departments with the most payroll spendings within the selected counties.

Data Sources

The data collected from:

the City of Boston: The City of Boston US geo data: US geo data

The original dataset contained the following columns:

Name: The name of the city employee Department Name: The name of the department the employee work at Title: The title or position the individual has in the respective department Postal: The postal code of where the payroll is expensed

The definition the payroll component rest of the variables is provided by the City of Boston:

Definition

The other dataset we had used is from "http://download.geonames.org/export/zip/US.zip"

This data is a txt. List that contains geographic information of each postal code, including the state, statecode, city, county, longitude, latitude, etc. I transformed this list into a dataset. This dataset would be merged with our payroll 2020 dataset to locate each payroll’s county.

Data Cleaning Process:

The first step is to input the original payroll data and the US geo data from the website. Then, I eliminated the rows in the payroll data where postal code is null. Furthermore, I selected only the department name, total earnings, and the county columns to use as the dashboard data source. In addition. I eliminated the rows that is not within the State of Massachusetts. For the bar plot and table, I sorted the data through grouping the dataset by department name and county and summarizing the total earnings for each respective group. For the pie chart, I will sort the data by grouping the dataset solely by county and summarize the total earnings.

##Additional Comments

It is interesting to discover that the Boston Police Department is the highest across all departments. I think it is worth the future investigation for more detailed understanding of the payroll components.

Payroll-Expense

Owner
YF Liu
YF Liu
This is a Web scraping project using BeautifulSoup and Python to scrape basic information of all the Test matches played till Jan 2022.

Scraping-test-matches-data This is a Web scraping project using BeautifulSoup and Python to scrape basic information of all the Test matches played ti

Souradeep Banerjee 4 Oct 10, 2022
Generate a 3D Skyline in STL format and a OpenSCAD file from Gitlab contributions

Your Gitlab's contributions in a 3D Skyline gitlab-skyline is a Python command to generate a skyline figure from Gitlab contributions as Github did at

Félix Gómez 70 Dec 22, 2022
Personal IMDB Graphs with Bokeh

Personal IMDB Graphs with Bokeh Do you like watching movies and also rate all of them in IMDB? Would you like to look at your IMDB stats based on your

2 Dec 15, 2021
📊📈 Serves up Pandas dataframes via the Django REST Framework for use in client-side (i.e. d3.js) visualizations and offline analysis (e.g. Excel)

📊📈 Serves up Pandas dataframes via the Django REST Framework for use in client-side (i.e. d3.js) visualizations and offline analysis (e.g. Excel)

wq framework 1.2k Jan 01, 2023
Eulera Dashboard is an easy and intuitive way to get a quick feel of what’s happening on the world’s market.

an easy and intuitive way to get a quick feel of what’s happening on the world’s market ! Eulera dashboard is a tool allows you to monitor historical

Salah Eddine LABIAD 4 Nov 25, 2022
Bioinformatics tool for exploring RNA-Protein interactions

Explore RNA-Protein interactions. RNPFind is a bioinformatics tool. It takes an RNA transcript as input and gives a list of RNA binding protein (RBP)

Nahin Khan 3 Jan 27, 2022
JSNAPY example: Validate NAT policies

JSNAPY example: Validate NAT policies Overview This example will show how to use JSNAPy to make sure the expected NAT policy matches are taking place.

Calvin Remsburg 1 Jan 07, 2022
Draw tree diagrams from indented text input

Draw tree diagrams This repository contains two very different scripts to produce hierarchical tree diagrams like this one: $ ./classtree.py collectio

Luciano Ramalho 8 Dec 14, 2022
Peloton Stats to Google Sheets with Data Visualization through Seaborn and Plotly

Peloton Stats to Google Sheets with Data Visualization through Seaborn and Plotly Problem: 2 peloton users were looking for a way to track their metri

9 Jul 22, 2022
The Spectral Diagram (SD) is a new tool for the comparison of time series in the frequency domain

The Spectral Diagram (SD) is a new tool for the comparison of time series in the frequency domain. The SD provides a novel way to display the coherence function, power, amplitude, phase, and skill sc

Mabel 3 Oct 10, 2022
These data visualizations were created as homework for my CS40 class. I hope you enjoy!

Data Visualizations These data visualizations were created as homework for my CS40 class. I hope you enjoy! Nobel Laureates by their Country of Birth

9 Sep 02, 2022
Import, visualize, and analyze SpiderFoot OSINT data in Neo4j, a graph database

SpiderFoot Neo4j Tools Import, visualize, and analyze SpiderFoot OSINT data in Neo4j, a graph database Step 1: Installation NOTE: This installs the sf

Black Lantern Security 42 Dec 26, 2022
SummVis is an interactive visualization tool for text summarization.

SummVis is an interactive visualization tool for analyzing abstractive summarization model outputs and datasets.

Robustness Gym 246 Dec 08, 2022
Visual Python is a GUI-based Python code generator, developed on the Jupyter Notebook environment as an extension.

Visual Python is a GUI-based Python code generator, developed on the Jupyter Notebook environment as an extension.

Visual Python 564 Jan 03, 2023
Python implementation of the Density Line Chart by Moritz & Fisher.

PyDLC - Density Line Charts with Python Python implementation of the Density Line Chart (Moritz & Fisher, 2018) to visualize large collections of time

Charles L. Bérubé 10 Jan 06, 2023
🎨 Python Echarts Plotting Library

pyecharts Python ❤️ ECharts = pyecharts English README 📣 简介 Apache ECharts (incubating) 是一个由百度开源的数据可视化,凭借着良好的交互性,精巧的图表设计,得到了众多开发者的认可。而 Python 是一门富有表达

pyecharts 13.1k Jan 03, 2023
A high-level plotting API for pandas, dask, xarray, and networkx built on HoloViews

hvPlot A high-level plotting API for the PyData ecosystem built on HoloViews. Build Status Coverage Latest dev release Latest release Docs What is it?

HoloViz 697 Jan 06, 2023
Automatically Visualize any dataset, any size with a single line of code. Created by Ram Seshadri. Collaborators Welcome. Permission Granted upon Request.

AutoViz Automatically Visualize any dataset, any size with a single line of code. AutoViz performs automatic visualization of any dataset with one lin

AutoViz and Auto_ViML 1k Jan 02, 2023
Python package that generates hardware pinout diagrams as SVG images

PinOut A Python package that generates hardware pinout diagrams as SVG images. The package is designed to be quite flexible and works well for general

336 Dec 20, 2022
Productivity Tools for Plotly + Pandas

Cufflinks This library binds the power of plotly with the flexibility of pandas for easy plotting. This library is available on https://github.com/san

Jorge Santos 2.7k Dec 30, 2022