
Learn data visualization with Python and Power BI by writing code for advanced charts, customizing formats, and creating line charts on scatterplots with labels.
Define the Python home path and install pandas and seaborn via pip to enable Python visuals in Power BI, then refresh Power BI to run Python scripts.
Create line charts with Python in Power BI by importing Excel data, selecting a sheet, defining x and y values, and customizing colors, titles, and layout.
Add x and y axis labels and customize charts in Power BI and Python to clarify data. Create line charts, scatterplots, and dashed lines, and combine them to reveal patterns.
Create a violin chart with seaborn in python to visualize continent-based distribution of average time spent on a website, using x axis as continent and y axis as average time.
Learn to create violin charts in Python to visualize distribution and concentration across continents using site visitor data, customize color palettes, and troubleshoot simple syntax issues.
Create a python stripplot with seaborn to visualize average time spent (x) versus site visitors (y) from a dataset. Explore customizing markers and colors to enhance the chart.
Learn to customize strip plots by applying palettes, marker shapes, sizes, edge colors, and transparency, then manage errors, refresh data, and create multiple charts to reveal distribution patterns.
Learn to create a box plot in python using clip and seabourne, by passing two parameters for the column and value, and fix a name error to run the code.
Create advanced box plots with Seaborn to visualize distribution, quartiles, and mean, and customize axes, colors, and titles for data science and business intelligence applications.
Learn to build an lmplot-style alignment chart in Python using seaborn to plot average time spent online against site visitors with a linear fit line.
Explore building a ribbon chart in Power BI to visualize rank flow over time, using time-based axes and category measures to show shifts in category ranks.
Explore creating tables and matrices in Power BI, adding columns, measures, and dimensions, and using drill down to explore multi-dimensional data with formatting options.
Explore drill down in tables and matrices to reveal deeper hierarchies, updating per country, state, and category while highlighting relevant data across connected charts.
Learn to create a donut chart from a pie chart, assign category data to labels and measures to values, and synchronize colors and legends for a dashboard.
Drop country or state into the location tab and size by order quantity to visualize a simple map in Power BI, with options for map styles and colors.
Learn to import web data into Power BI, extract and clean tables from a web page, and build multiple visualizations—bar, ring, and line charts—exploring EU population and parliamentary representation.
Explore the basics of slicers in Power BI, using checkboxes to filter by country or state, create multiple slicers for isolation, and link them to charts for focused data views.
Create and configure a date slicer in Power BI to filter visuals by date ranges from year to day, using hierarchy-based filters for quarters, months, and dates.
Remove null values in datasets using Power Query and Python, filling with mean for numerical columns, handling missing dates and categories, and preparing charts in Power BI.
Python is one of the most popular and advanced programming language used in various domains such as machine learning and data science. Python helps you reduce the lines of code into as short as possible while keeping it in a readable format so that anyone can easily understand the implication of python code. In this course you will learn about some of the libraries in python and some methods used to create data visualization charts and data science projects. Here, you will learn about creating data visualization charts using python and Power BI business intelligence software. Power BI is an advanced software used for wide range of application areas such as Data Science, Machine Learning, Enterprise Resource Planning, Data Analysis and much more. And it makes the process of data cleaning, modelling and visualization very interactive and easy.
Although we could create various kinds of charts in Power Bi even without writing a single line of code. But there are various complex problems in data science that can be solved with the help of python libraries such as matplotlib and seaborn. Here in this course you will learn to create some of the advanced charts in power bi by writing python programs to create data visualizations for driving insights and finding outliers that may not be done by using default charts, one such example could be Violin chart. By creating a Violin chart you could easily spot the distribution range or concentration of values based on a certain category. This chart would make it intuitive to spot any segregation of values, and uniformity of distribution. It would be very difficult to represent such insights using any other default charts. Moreover, you would be learning many of such advanced custom charts in power bi that can be created by writing python codes.
The skills you learn in this course can be used in various domains related to data science and data analytics to business intelligence and machine learning.
In this course, you will be learning following concepts and visualization charts using python libraries such as pandas, matplotlib and seaborn-
Installing python packages and defining path
Creating a Line chart with matplotlib
Putting labels and creating dashed scatterplot
Violin chart with seaborn
More on Violin chart
Stripplot
Boxplot
Lmplot or align plot
Moreover, you will also learn to create other visualization charts in power bi and other concepts such as creating slicer filters and map chart-
Ribbon Chart
Table and Matrix
Drill Down Table and Matrix
Donut Ring chart
Simple Map and modes
Slicer- Basics
Slicers- Date Slicer