Quite often I will need to get the range of each category in an item and do something with it in Google Sheets. For example, I work in education, I will often have rows of students that are categorized by class sections. I will then be asked to do something like those sections like put each section of students in their own sheet or set alternating colors for each section to make the sheet easier to read.
Alternatively, you may want to grab sales data by region or sales items by a particular category and work with them in Google Apps Script.
Let’s say we want to get the range values of the follow sheet by planets. We will be categorizing our data by the Grouping, column C.
First we don’t want to take into account the headers on the first row. Our first grouping will be Mars, followed by Jupiter, Uranus and Mercury. We want to know which column that each category starts on and how many of that category there are.
As an academic administrator, I have to prepare 70 empty grade report spreadsheets templates at the end of each academic quarter: one for each of my teachers. Each copy of the template sheet needs to be named with the teacher’s name and class number. Then the quarter, title and year is appended to the end. For example:
Stephen Hawking 404-23 Q3 Grades 2017.xlsx
The hard way would be copy and paste a file click the file and rename it, repeating the process 70 error-prone and mind wastingly dull times. I could also get the teachers to rename the file, but…they are teachers, not administrators so…yeah…errors again.
Some of my friends live in an area that really struggles to get decent internet speeds in the afternoons and evenings. So much so that they can barely watch a YouTube video at 144p some days, and that is not particularly useful if they are trying watch a video with code or some technical specs on the screen.
They really needed to download the videos, but really did not trust the programs available online to download videos for me without spamming them with advertising or adding some malicious malware to their beloved computers.
Fortunately, someone developed a Python 3 library to do just that – pytube. In an earlier post I dive into some of the main aspects pytube:
In this post I am going to show you a quick app that can be run in the Python shell to download videos that features a progress indicator (not quite a progress bar).
I’ve intentional kept the program fairly limited so you can focus on the important parts. I’ll show you the code and an example of what it looks like when it is running first and then give you the breakdown where you can focus on what you need to know and ignore the rest.
Sometimes you have a need to reverse a list quickly in Google Sheets.
That’s pretty easy to do if the list is sorted alphabetically. Just go on into the <Data> menu and choose from one of the sort functions. But what if the data you want to flip is not in alphabetical or numeric order?
When your first window loads in Tkinter it will generally appear slightly offset from the top left hand corner of the screen. This is a fairly counter intuitive location and most of the GUI driven programs that I run usually open at the center of the page or a little higher than center.
If you want a primer of window positioning, check out the following tutorial:
When you create your first window in Tkinter, you can set it’s starting size and position on the screen by using the geometry method.
When using this method, note that it only provides the window with the size and position when it is initialized. This means that the user can then change the size or the window and move it once it has first been put on the screen.