Fancade Wiki

Vex Ave commited 2021-01-06 09:42:24 +0000 commit 34585d17d8d4726f7896fdab1901a08651a3fcdd

                Blocks/Dot Product.md
			
          @@ -34,11 +34,11 @@ The dot product of two unit vectors outputs the cosine of the angle between thos

          [[/uploads/20210106_122008.jpg]]

We don't have an inverse cosine block, but we can create the script to find the angle:

To find the angle, we then use the inverse cosine function:

          [[/uploads/Screenshot_20210106-121820_Fancade.jpg]]

Moving on to another example involving a stealth game, there is a guard facing a direction with a FOV of 90° (visually highlighted in green), and there is a ninja sneaking up on him. How can we check if the ninja is on the guard's sight?

Here is another example, there is a guard facing a direction with a FOV of 90° (highlighted in green) and a ninja sneaking up on him. How can we check if the ninja is on sight?

          [[/uploads/Screenshot_20210106-131627_Fancade.jpg]]

Fancade Wiki

...	...	@@ -34,11 +34,11 @@ The dot product of two unit vectors outputs the cosine of the angle between thos
34	34
35	35	[[/uploads/20210106_122008.jpg]]
36	36
37		We don't have an inverse cosine block, but we can create the script to find the angle:
	37	To find the angle, we then use the inverse cosine function:
38	38
39	39	[[/uploads/Screenshot_20210106-121820_Fancade.jpg]]
40	40
41		Moving on to another example involving a stealth game, there is a guard facing a direction with a FOV of 90° (visually highlighted in green), and there is a ninja sneaking up on him. How can we check if the ninja is on the guard's sight?
	41	Here is another example, there is a guard facing a direction with a FOV of 90° (highlighted in green) and a ninja sneaking up on him. How can we check if the ninja is on sight?
42	42
43	43	[[/uploads/Screenshot_20210106-131627_Fancade.jpg]]
44	44

Fancade Wiki

Updated Dot Product.md (markdown)