When the work time runs out, you can take a short break, depending on the break time limit you've setįor each round, you would get a tomato to indicate to you the number of round you've gone for the day. In this mode, make sure you don't get distracted. Click the ACTIVATE BEAST MODE button to enter into the beast mode Set the work time and/or break time limit of your choice. The simplest heads up on how the app works is this: You can read more about it online if you wish Once you execute this package, it will let you work for 25 minutes before creating an annoying modal box that cant be dismissed for 5 minutes. 25 minutes of focused work followed by 5 minute breaks. Decimals are also accepted for duration (i.e. Built-in types of timers are work, short break and long break, though you may call your timers whatever you like i.e. The Pomodoro Technique breaks work down in to 30 minute units. Timers are configured as a list of type-duration pairs, where type is basically the name of the timer and duration is given in minutes. Again, this app is up to help you.Īlright. Tomato Timer is a implementation of the Pomodoro Technique of time management. Give it a try and you would see how much you would improve in a short time. In the gym, during study session, in your work place, while trying to get good at something, in your coding journey, and so many other ways This concept can be applied in so many ways. Just shut down the social media noises and get productive. But, If you take a good look at it, you would see that it makes sense. Originally, I thought the program was going to be straightforward, but there were a lot of subtle problems that occured when translating my logic into a GUI compatible format.With this technique, procrastination is terrified already.īeast Mode, you might think, that I made up the concept. Instead, for this program I used PyQt5’s QTime module that would allow the program to asynchronously run the timer while also being able to listen for user input such as when the user wants to pause, reset and ect. A problem I had in my other PyQt5 programs was that whenever the program was running, it wouldn’t be able to listen to user input signlas because I used python’s time library that would completely halt the program. I’ve made a pomodoro timer before but the one I made was based on an Arduino circuit and wasn’t as complex as this one because this one allowed the option to change the amount of time you want per mode and also had a reset button and a notification sound when the timer ends. A little more complex use of signals in order to base the program’s behavior on the GUI’s info rather than initializing more variables which would complicate things further.Asynchronously run a portion of the program while being able to respond to user input.Adding images to PyQt5 to make program look better.State machines used to design the timer logic and the different modes.Setting to toggle the notification sound. Settings to change the amount of time you want per mode.Notification sound goes off when the timer is done.Having my desktop based program solves that problem for me. I often used the pomodoro technique whenever I studied and used a website called tomato timer, but the problem that I had was since it was web based, I would often get distracted and go on a different website instead of studying. I wanted to program something that I would actually use, so I built this.
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