#Gif looper reverse android#
#Gif looper reverse Pc#
#Gif looper reverse plus#

Select part of the video using buttons and while the video is playing.Ĥ. Animation creator - select frames from a video and add pictures, drawing and text to create animated gif image.ģ. Video to GIF image converter - create animated gif images from your videos.Ģ. You can also add text, drawing, picture and face for face swap to the created gif image.ġ. GIF Engineer is video to animated gif images converter and animation creator app.

#Gif looper reverse Pc#

I-enjoy lang ang GIF Engineer PC sa malaking screen nang libre! GIF Engineer Panimula Hindi na tumitingin sa baterya o nakakadismaya na mga tawag sa maling oras. I-download ito sa GameLoop library o mga resulta ng paghahanap. Ngayon, maaari mong laruin ang GIF Engineer sa PC gamit ang GameLoop nang maayos.

#Gif looper reverse android#

As I said earlier, I consider this one of the most powerful features in GLC, especially when animating a large number of objects.Ang GIF Engineer, na nagmumula sa developer na GyokovSolutions, ay tumatakbo sa Android systerm sa nakaraan. Of course since the size and position of each circle is all based on that res variable, we can create a much more high res version of it by changing that to 10. Again, making it negative reverses the effect. Change that 300 to, say, 100, that increases the phase values which creates more rings of color. We set phase to distance divided some arbitrary number, say 300. Square the distances on each axis, add them together, and take the square root of that. We can get the total distance to the center using the Pythagorean theorem.

To find that, we'll go up to just inside the inner for loop and calculate dx as the distance from the current x to the center of the canvas on the x axis and dy as the same on the y axis. One of my favorite techniques is to have the phase relate to the distance from the center of the canvas.

#Gif looper reverse plus#

Or you can combine the two by saying x plus y divided by width plus height. We even reverse the direction by saying minus y divided by height. We can change that to y divided by height obviously. But let's make something more linear with phase equals x divided by width.

First, we'll say phase equals math random like we did with the stars. As is, kind of boring, but let's mess with it a bit. Let's make them a bit smaller, say, 20 and animate their fill style from red to yellow. This creates a grid of circles that are 50 pixels in diameter. This is actually a snippet for creating a grid. Phase can be really effective when used with a grid of shapes. We can mix it up by giving each star a random phase, to say phase math random. To let them twinkle a bit, I'll let their radii animate from 025 to 075. Each star will be a circle with a random xy position, fill style of white. I'll set GLC's styles background color to black, then create a for loop of 1,000 stars. Phase can be used for other things as well. I think that's a pretty neat animation just like that. We can increase the radius animation to say 20 80 and animate the y position from, say, 100 to 300. Let's change stroke to two, line width to 025, and fill style to white. Then setting x to i directly and phase to i divided by width. We can amp up this effect by changing the for loop to go to width and incrementing it by two. Circle two gets 02 so it's just a bit further along than that and so on. Circle one gets a phase of 1 divided by 10 or 01, so it's a little bit further along its animation. The first circle, circle zero, gets a phase of zero, so it operates with a base T value. If I set a phase of i divided by 10, look what we get. Phase shifts the value of the T that each object bases its animation on. This is what the phase property lets us change. That's because all of their animations are based on that single internal T value. One of the problems is that they're all growing and shrinking at the same time. Now we have a row of circles growing and shrinking, not bad but not very special. I'll animate the radius of each circle from 5 to 40. Each circle will be positioned at an x of i times 80 which will spread them out across the canvas and a y of height divided by two. Inside of that, I'm creating a circle shape. Here I've been setting up a for loop that goes from 0to 10. As previously discussed, GLC animates objects by changing an inner T value from zero to one and interpolating all animated properties based on the current value of that T. Let's look at what I think is one of the most powerful features in Gif Loop Coder, a shape object property called phase.