Easing and Spring Animation in Figma Easing Bezier Presets Linear The default mode of acceleration is linear, characterized by a consistent and uninterrupted progression along a straight path. The motion of objects in nature often deviates from a consistent velocity, leading to linear curves that may appear artificial or mechanistic. Ease In The concept of "Ease In" refers to a technique employed in animation whereby the motion commences at a gradual pace and progressively gains speed as it approaches the conclusion of its allotted time frame. This technique effectively facilitates the seamless flow of items out of the visual field. One disadvantage associated with this phenomenon is the potential f experiencing a sense of sluggishness. Ease Out The concept of "Ease Out" refers to a type of animation curve that exhibits the inverse behavior of an "Ease In" curve. In an "Ease Out" curve, the animation commences at a high velocity and gradually decelerates as it approaches the conclusion of its designated duration. The aforementioned technique effectively facilitates the positioning of objects inside the field of vision and serves to enhance the prominence of significant visual data. Ease In and Out The animation will commence with a gradual initiation, followed by a period of acceleration in the middle, and conclude with a deceleration towards the end of its duration. In the majority of cases involving motion, a smooth and responsive experience is typically perceived. However, there are instances where this smoothness may appear artificial excessively flawless when applied universally. Ease In Back The concept of Ease in Back refers to an animation phenomenon when the animat surpasses the initial keyframe's value and subsequently accelerates as it approaches the final point. The animation incorporates a bouncing motion that functions as a prelude to the main action, so priming the audience and strengthening the impact of the subsequent actio Similar to the concept of Ease In, the Ease In Back technique is effective in facilitating a seamless transition of things as they gradually move out of the viewer's sight. Ease Out Back The antithesis of "ease in back" is being difficult or challenging. The animation opens with rapid movement, subsequently decelerates, and surpasses the value of the concluding keyframe. The animation incorporates a bounce effect, which functions as a settling mechanism that facilitates a seamless transition to conclude the primary action. In a manner akin to the Ease Out function, the Ease Out Back function proves effective in facilitating the smooth transition of items into the visible field. Ease In Out Back The animation commences with a gradual initiation, surpassing the value of the beginning keyframe. Subsequently, it undergoes rapid acceleration before decelerating and surpassing the value of the closing keyframe. The initial phase of this process induces an anticipatory oscillation, characterized by a rapid movement that is followed by a rebounding motion leading to the ultimate state. Custom Easing Bezier To manually configure and modify easing levels, choose the Custom option from the available list. Figma will display a graph or Bézier curve editor, contingent upon the preset that has been previously chosen by the user. The Bézier curve editor can be utilised to modify the curve of an already preset or to generate a custom easing curve. Spring Animation Presets Integrate the utilization of spring animations in conjunction with Figma's animated transitions. You can pick from the following presets or create your own:  Gentle  Quick  Bouncy  Slow  Custom Custom Spring Curves The spring animation can be customized by adjusting the Stiffness, Damping, and Mass parameters in the Interaction details modal. Additionally, the animated graph can be manipulated by dragging it. One has the ability to duplicate spring animation curves by copying and pasting numerical values onto different interactions. Saving a custom curve for future utilization is not feasible.