Click green flag and wait for 5-30 seconds. Post your score in the comments. Check out CPU Benchmark (by me): https://scratch.mit.edu/projects/1179817135/ It benchmarks your RAM (memory) to tell you what score I would give it. It benchmarks both memory speed and CL (CAS Latency) to get your score. If your score is negative that means your memory sucks. There are some variations, ranging from wide to small depending on your memory. Also, there is friction that increases the higher your score gets. This means the higher the scores is, the harder it will be to get there. You might have slow memory that gets a 30 but you get a 2x upgrade to speed. Your score could go up to 45-50 rather than 60 (for you non-maths people out there, that is 30 more than 30). Also, Turbowarp shows way better scores because it has really good memory optimizations. https://turbowarp.org/1178970232
Note that this doesn’t test memory capacity. Most browsers limit memory to 4gb per tab. This is why the test is fair across every memory capacity (except for less than 4gb). Also, this is the educational (for scratch) part. You might be wondering, "Why does this not have any UI or variables showing?" If you see inside and show all of the variables your scores would go down. This is because of something with scratch and showing variables as UI, it just takes up a lot of memory and reduces performance. You can implement this into your projects as well to gain extra performance in them if they are memory bottlenecked (they are, scratch doesn't handle memory well). This is also similar to why there are no sprites or clones visible. It just uses more unnecessary resources which makes your score lower. #hardware #pc
