Alright folks, gather ’round! Let me tell you about this little project I cooked up – I’m calling it “who’s hot whos not”. It’s a fun way to play around with data and see if I can actually predict something useful.

So, first things first, I grabbed a bunch of data. I’m talking about movie data. Specifically, I wanted info on movies released in the last few years – you know, title, release date, genre, actors, director, and most importantly, their ratings and box office numbers. I scraped some websites and downloaded a few datasets that I found. It was a bit of a pain cleaning it all up, but hey, that’s data science, right?
Next, I started messing around with the data. I wanted to see if there were any obvious connections. Like, do movies with certain actors always make a ton of money? Or are some genres just guaranteed hits? I used Python with Pandas to explore the data and visualize it with Matplotlib. Lots of scatter plots and bar charts, trust me.
I decided to focus on a few key features. The star power of the cast (based on past movie performance), the director’s track record, the genre’s popularity, and of course, the movie’s budget. I figured those would be the biggest indicators of success. I used scikit-learn to build a few different machine learning models – a linear regression, a decision tree, and a random forest. I wanted to see which one would be the most accurate in predicting box office revenue.
The random forest actually performed surprisingly well. After training the model on the majority of the data, I tested it on a smaller portion to see how it would do on unseen movies. The results weren’t perfect, but definitely promising. It managed to correctly predict, within a reasonable range, which movies would be blockbusters and which would flop.
But here’s the fun part: I used the model to predict the potential success of some upcoming movies! That’s where the “who’s hot whos not” comes in. I took the info I could find on movies that are about to be released – cast, director, genre, budget – and fed it into my model. The model then spit out a prediction of how much money those movies are likely to make.

Now, I’m not going to share my specific predictions here – I don’t want to jinx anything! But let’s just say that the model is pretty confident about a few movies being HUGE, and it’s also predicting some potential duds. Of course, this is all just a bit of fun. There’s no way to perfectly predict the future, especially in the movie business. But it’s interesting to see what the data has to say!
Lessons learned? Data cleaning is always a pain, random forests can be surprisingly powerful, and the movie business is still a giant gamble. But hey, at least I had fun trying to figure it out. Maybe I’ll tweak the model and try again next time. Stay tuned!