Animation is the art of creating motion through a sequence of still images.Let's start by looking at how individual frames create the illusion of movement.Each frame captures a single moment in time. When we show these frames quickly one after another, our brain perceives motion.The smoothness of animation depends on how many frames we show per second, or FPS.At low frame rates, motion appears choppy and jerky.But at higher frame rates, movement becomes much smoother and more natural.Animators use keyframes to define important positions in an animation.Persistence of vision is what allows our brains to perceive smooth motion from separate images.When images are shown quickly enough, our brain blends them together into continuous motion.Traditional animation begins with multiple hand-drawn frames.Each frame is carefully drawn to show slight changes in movement.This technique requires multiple drawings per second, each frame drawn by hand, creating fluid motion.Stop motion animation uses physical objects moved incrementally between frames.The animator carefully adjusts the position or shape of objects, taking a photo after each change.This technique creates a unique, tactile quality with realistic textures and lighting.Digital animation uses computer software to create movement.Animators set keyframes at important positions, and the computer calculates the in-between frames.This method offers precise control, easy editing, and powerful tools for creating complex animations.Let's explore the fundamental principles that make animations feel natural and engaging.First, let's look at squash and stretch. When objects impact surfaces, they temporarily deform.Next is anticipation. Before a major movement, objects often move slightly in the opposite direction.Timing and spacing control how movement is perceived. Closer dots suggest slower movement, while wider spacing indicates speed.Finally, follow-through shows how parts of an object continue moving after the main action stops.
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