For example, if you are rendering a one-minute video clip for film, there will be 60 seconds per minute X 24 frames per second or frames per minute. If each frame takes 30 seconds to render, then you will be able to render two frames per minute, or need minutes 12 hours of render time.
Rendering takes all available CPU time; you should render overnight, when the computer is not needed, or set Blender to a low priority while rendering, and work on other things be careful with the RAM space! The Direct Approach, which is highly not recommended and not a standard practice, is where you set your output format to an AVI or MOV format, and click Animation to render your scene directly out to a movie file.
Blender creates one file that holds all the frames of your animation. The Frame Sequence is a much more stable approach, where you set your output format to a still format such as JPG, PNG or a multi-layer format , and click Animation to render your scene out to a set of images, where each image is a frame in the sequence.
Blender creates a file for each frame of the animation. The Frame Sequence approach is a little more complicated and takes more drive space, but gives you more flexibility.
In the Dimensions panel, choose the render size, Pixel Aspect Ratio, and the Range of Frames to use, as well as the frame rate, which should already be set. In the Output panel set up your animation to be rendered out as images, generally using a format that does not compromise any quality.
Press the big Animation button. Do a long task like sleeping, playing a video game, or cleaning your driveway while you wait for your computer to finish rendering the frames. Once the animation is finished, use your OS file explorer to navigate into the output folder render in this example.
You will see lots of images. These are your single frames. In Blender, now go into the Video Sequence editor. To render to a video format you will have to skip the next three steps and instead use an Image Input node in the compositor.
Choose Add Image from the add menu. Yeah, as said it definitely does matter and is one of the most important parts of animation in some ways.
Say, I might make a step 20 frames, or an arm swing 10 frames. Then work through the animation and make the actions flow by adding Keys in between the main poses. TV runs at 30 fps. So a 30fps animation rendered out to a quicktime video in Blender equals 3 fps playback. If you output to QuickTime or Media Player or any one of the format designed to play on a computer, then any FPS will do and you can decide on any arbitrary FPS that may suit your project better.
If you plan to do toon animation the traditional way and follow traditional techniques, then you may decide to go at 24FPS because all the animation techniques and timing and stuff like that are traditionally teached assuming 24FPS. That means that people take 12 frames to do a walk step.
That is half a second at 24FPS. Most of all the instructional material found in animation books, online and in animation schools assume 24FPS. One rationale I heard for sticking with 24FPS is that this is easily divisible by 2, 3, 4, 6, 8 and When animating characters, being able to freely subdivide like that without falling on half frames is a great advantage.
With the currently available technology, it is not a gig issue to convert a 24FPS movie into another frame rate. I agree with the other commnts on that sentence. That is not my experience at all with QuickTime.
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