Unity has seen growth in leaps and bounds over the last decade, having completed its IPO this September for a whooping US$1.3 billion. Alongside all this growth, the Unity Engine has also changed tremendously over the past few years, so much so that it has become difficult to set up and use, especially for new users.
In today’s digital era, where everything is becoming smarter and faster, and everyone is about doing things that make them look smart, PayPal is absolutely invaluable. It’s a payment platform that stores all of our payment information across different cards and banks, so we don’t have to remember and re-enter pesky things like credit card numbers everytime we purchase something. Just click on PayPal’s big yellow checkout button! It’s the smart thing to do, right?
Over the last couple of weeks, I’ve been tinkering with PHP’s gettext to set up internationalisation for one of my web apps (i.e. getting it ready for translation into different languages). Even though there were many step-by-step guides and Stack Overflow topics on the web, all detailing a similar set of instructions, following them did not work things out for me.
After some frustration and a lot of time tinkering, it turns out that these guides were missing some pieces of information. If you are tearing your hair out troubleshooting PHP gettext, this article might be just what you’re looking for.
As a result of working on upgrades for this Pokémon Effort Value Calculator, math has been a pretty big part of my life for the past few months, as I’ve been rearranging the games’ formulas for stat and damage calculation to make my own that fit my needs.
One such formula was the EVs needed one, which gives you the amount of EVs you need to invest to raise a stat by n points. Everyone knows that at Level 100, you get 1 stat point for every 4 EV points you invest; but what happens when you’re not at Level 100, or when you factor in stat modifiers like Nature, or item and ability boosts?
RAM stands for Random-Access Memory, but that is something that you can find out just by doing a quick Google search. If you read the results of said Google search to understand what it is, you’ll start running into jargon that can be difficult to understand for a layperson. Here are some examples:
…a form of computer memory that can be read and changed in any order, typically used to store working data and machine code
…is used to load and run applications, such as your spreadsheet program, respond to commands, such as any edits you made in the spreadsheet, or toggle between multiple programs, such as when you left the spreadsheet to check email
These are not bad examples, per se, but if you don’t work with computers a lot, these explanations will seem very abstract. What does working data mean, for example; or why is RAM temporary storage (why not just make it permanent)?