Python does not have multi-line lambdas because Guido dislikes them aesthetically. However, with just a bit of introspection, code like this is possible:

Malcolm Gladwell's recent article, ostensibly about how Davids can beat Goliaths, featured great praise for the full-court press as a method for less-skilled teams to beat more-skilled ones. He writes:

Short version: check out the bracket randomizer I wrote.

The Long Version

Each year, when the NCAA basketball tournament comes around, I end up in four or five pools, with a separate bracket filled out for each. I love the games, and I love having teams to root for, but I really hate the process of guessing to fill out my brackets. I inevitably pick too many upsets, just because I want to have fun rooting for underdogs; instead I end up bored after the first two rounds.

In part 1 of this series, we looked at how each pixel of an image is composed of three parts; red, green and blue, and showed how to make histograms to give a summary of each. Towards the end, I showed that they can be averaged in different ways to create a single histogram. In this article, we're going to look at the idea of mixing colors in more depth and show how we can use it to turn color images into monochrome in a variety of ways.

Recently, I've spent a lot of my time taking photographs. When I get home from taking pictures, I immediately pop open Lightroom to import the images, pick out my favorites, do some adjustments on them, and publish them.