yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Adobe Flash Tutorial - Dynamic Blur


2m read
·Nov 3, 2024

Hey guys, this is MA1. Today, I'm going to be doing a tutorial on how to add dynamic motion blur to an object in Flash.

So, I'm going to be using ActionScript 2. As usual, I'm going to start by drawing a shape and converting it to a movie clip. Um, convert it to a movie clip by either pressing F8 or by right clicking and going to "Convert to Symbol" and then making sure that the type is "Movie Clip" and press OK.

So next, you're going to want to open up the actions for the root layer. So either press F9 or you can right click and go to "Actions." So, first of all, I'm going to want to import the blur filter: import flash.filters.BlurFilter.

A lot of things are automatically imported by Flash, but the blur filter is not one of them. So now, I'm going to want to make a new blur filter. So, var blur:BlurFilter = new BlurFilter(); And then here we have the parameters.

We have blurX, which is how blur it will be horizontally; blurY, which is how blur will be um, uh, vertically; and the quality, which determines the uh, I guess the resolution of the blur map or something. So, I'm going to do 5, 5, and 4.

For right now, this doesn't really do anything; we just have a uh, a filter here. And so now, um, first to apply it, I'm going to need to add an instance name to this movie clip. So, I'll click the movie clip, name it "ball," and then I'm going to go back to the actions.

So now I'm going to do ball.filters = []; and then I'm going to name it. I'm going to use blur. Um, filters of a movie clip is always an array, so you need to add it to an array. I think if you did it with only blur, it wouldn't work.

So, let's test our thing, and it should work. As you can see, the object is blurred now. So, uh, you can, I guess you can change the things around. Say, if you want to have an object that's moving very fast in a certain direction, you can have it, uh, have it a 10 blurX.

So, yeah, you can mess around with this; you can change the settings. So, thanks for watching MA1, subscribe, and goodbye.

More Articles

View All
15 Ways Technology Is Going to Disrupt the Financial Industry
Disruption is great. The drastic changes are scary, sure. But when you’re prepared for them, then you can ride that wave all the way to the top. The world of banking and finance is shifting into a totally new dimension, and knowledge gets you ahead of eve…
Calculating slope from tables | Linear equations & graphs | Algebra I | Khan Academy
We are asked what is the slope of the line that contains these points. So pause this video and see if you can work through this on your own before we do it together. All right, now let’s do it together and let’s just remind ourselves what slope is. Slope…
Interpreting picture graphs (notebook) | Math | 3rd grade | Khan Academy
Maria has 70 pages in her notebook. She made a graph of the kinds of writing on all the pages she has used so far. How many pages are left in Maria’s notebook? So down here, we have a picture graph or pictograph showing all the pages Maria’s used so far …
Honey hunting in the dead of night | Primal Survivor: Extreme African Survivor
I definitely would not want to fall from this height. We need to get to the hive out of the branches and lower it down. We’re going to bring it down. We’re going to lower it. This thing is heavy, yeah, I have it. Bees release pheromones when they’re threa…
Lecture 6 - Growth (Alex Schultz)
Thank you for oversold. Thank you, um, cool. So, you guys, uh, this is awesome! I’ve been watching the lectures in this course. Isn’t it absolutely amazing, the content? And now, you’re stuck with me today. We’ll see how that goes. Um, so, uh, unlike Paul…
Analyzing problems involving definite integrals | AP Calculus AB | Khan Academy
The population of a town grows at a rate of ( r(t) = 300 e^{0.3t} ) people per year, where ( t ) is time in years. At time ( t = 2 ), the town’s population is 1200 people. What is the town’s population at ( t = 7 )? Which expression can we use to solve t…