juliangarnier/anime

Features

• Animation Controllers - Transition CSS properties, SVG attributes, or DOM elements using a comprehensive set of parameters, playback controls, and lifecycle callbacks for complex motion.
• JavaScript Animation APIs - Animate web page elements by importing library modules and calling animation methods directly within a standard JavaScript codebase.
• Property Mutation Engines - Directly modifies DOM attributes, CSS styles, or JavaScript object values by applying computed interpolation results during each frame update.
• React Animation Hooks - Integrate animation logic into component lifecycles by combining effect hooks with animation scope methods to manage sequences.
• JavaScript Animation Engines - A library that transitions CSS properties, SVG attributes, and DOM elements through a declarative configuration and playback control interface.
• Timeline-Based Sequence Orchestrators - Manages complex animation hierarchies by nesting individual tweens and timers within a master playhead for synchronized execution.
• Timeline Orchestrators - A coordination layer that synchronizes multiple animations, timers, and callbacks into a single timeline with precise timing and label-based control.
• Motion Frameworks - A development tool that defines complex animation sequences and interactive behaviors using object-based parameters and lifecycle hooks.
• Animation Playback Controls - Continue a paused animation from its current playback position and direction, allowing for method chaining with other control functions.
• Animation Targets - Update target values frequently by creating an instance that provides direct methods for setting and retrieving data during high-frequency animation loops or cursor events.
• DOM Element Animations - Transition element styles over a specified duration by defining CSS properties and transform values within an animation object.
• Declarative Animations - Transitioning CSS properties, SVG attributes, and JavaScript object values with fine-grained control over easing, duration, and playback.
• Draggable Axis Configurations - Define movement constraints and snapping behavior for draggable elements by applying axis-specific parameters or global settings.
• Frame Rendering Engines - Executing custom logic or state updates on every animation frame to achieve smooth, real-time visual effects in the browser.
• Physics-Driven Interaction Libraries - A set of tools that enables draggable elements with configurable friction, damping, mass, and snapping behavior for natural user interactions.
• Cancellation Methods - Stop an animation, remove it from the main execution loop, and release associated memory to ensure efficient resource management during UI transitions.
• Animation Playback Controls - Halt a running animation timer temporarily while maintaining the ability to chain further methods to the instance.
• Animation Timeline Controls - Halt all active movements in a running timeline, allowing for later resumption or chaining with other control methods.
• Timeline Playback Controls - Manage timing and progression dynamically by pausing, playing, or restarting a timeline animation sequence during runtime.
• Timer Reset Utilities - Return a timer to its initial state by clearing internal progress, with an optional parameter to skip visual rendering.
• Animation Configurations - Define animation behavior by passing objects that specify units, durations, and easing functions for individual targets during the animation creation process.
• Animation Lifecycle Management - Stop an animation by resetting all properties to their original values and removing inline styles to clean up the target element.
• CSS Transform Animations - Transition individual transform properties like translate, rotate, and scale by specifying them in parameters, with automatic grouping for efficient rendering.
• Physics-Based Motion Models - Models movement behavior like friction, damping, and mass to provide realistic responses during drag-and-drop or gesture-based user interactions.
• Timeline Animation Controllers - Play a timeline forward from its current position, allowing for method chaining to sequence multiple animation controls together.
• Timeline Controllers - Recompute animated values for timeline children by updating their starting and ending points to reflect the current state of target elements.
• Tweening Libraries - Calculates intermediate values between start and end states using mathematical easing functions to create fluid motion over time.
• Animation Controllers - Trigger transitions to new values by calling generated methods on an object, using optional duration and easing parameters to chain execution.
• Object Property Animators - Create smooth transitions between values by passing numerical and color properties of JavaScript objects directly into animation parameters.
• Animation Timelines - Control multi-part animation sequences by synchronizing multiple animations, timers, and callbacks into a single timeline instance with shared settings.
• Timeline Animation Controllers - Orchestrate complex sequences by defining the exact timing of animations using absolute values, relative offsets, labels, or staggered intervals.
• Timeline Composition - Add new animations to a timeline by defining targets and properties, allowing for complex value composition with existing children.
• Timeline Composition Methods - Orchestrate complex sequences by adding animations and timers to a timeline with specified targets, playback settings, and timing positions.
• Timeline Synchronization - Coordinate complex sequences by synchronizing one animation or timer to another timeline at a specific position.
• CSS Property Transitions - Transition numerical and color CSS properties by providing them as keys within an animation configuration object to define target styles.
• Timeline Management Methods - Dynamically update a sequence by removing specific animations, timers, or target elements from an existing animation timeline.
• Animation Loops - Updates animation properties on every browser repaint cycle to ensure smooth visual transitions synchronized with the display refresh rate.
• Drag and Drop Configurations - Define movement constraints, snapping behavior, padding, and physics-based release animations within the initialization parameters of a drag interaction.
• Animation Orchestrators - Creating complex, multi-part motion sequences for web elements by synchronizing animations, timers, and callbacks into a single timeline.
• Timeline Timers - Add a timer to a timeline by defining playback settings and callbacks, optionally specifying the exact time position for the trigger.
• Drag and Drop Utilities - Enable drag-and-drop interactions on DOM elements by configuring axis constraints, movement settings, and event callbacks.
• Drag Handles - Designate a specific element as the handle to initiate movement for a target, allowing users to drag objects by clicking a specific area.
• Timeline Lifecycle Management - Stop a running timeline, remove it from the execution loop, and release associated memory resources to improve performance.
• Timer Lifecycle Callbacks - Handle lifecycle events like updates and loops by defining callback properties within the timer configuration object.
• Physics-Based Interactions - Building responsive drag-and-drop interfaces with custom physics, snapping behavior, and movement constraints for modern web applications.
• Animation Controllers - Force an animation to play forward from its current state, allowing for method chaining to sequence multiple animation commands together.
• Frame Callbacks - Run a custom function on every frame of a running animation to perform real-time updates or logging based on the current state.
• Timed Callbacks - Schedule callbacks that remain synchronized with animation frames, providing a reliable alternative to standard browser timing functions for complex sequences.
• Animation Easing Functions - Control the acceleration and deceleration of property changes by specifying an easing function that dictates how values transition over time.
• Animation Direction Controls - Play an active animation backward by reversing its direction, while keeping the instance available for further method chaining.
• Timeline Initialization Methods - Force the immediate rendering of all child animation initial states to update element values before the timeline playhead reaches them.
• Timeline Manipulation Utilities - Jump to the final state of all animations in a timeline, allowing for method chaining with other timeline operations.
• Timeline Resetters - Return a timeline to its initial state by clearing progress and timing properties, with an optional flag to skip visual rendering.
• Timer Management Utilities - Finish a timer execution cycle immediately, returning the instance to allow for method chaining with other timer operations.
• Animation Playback Settings - Define loop counts, alternate directions, and autoplay status within the animation parameters object to control timing and execution flow.
• Playback Methods - Initiate or resume an animation sequence by playing a timer forward, allowing for method chaining to manage complex states.
• Reverse Playback Methods - Play a timeline backward from its current position, allowing for method chaining with other animation control methods.
• Dynamic Animation Controllers - Recompute property values defined by functions by updating the starting and ending points to the current target state during an active sequence.
• HTML Attribute Animators - Modify element properties during a sequence by passing numerical and color HTML attributes directly into animation parameters.
• Animation Lifecycle Hooks - Trigger side effects or coordinate logic by executing custom JavaScript functions at specific points within an animation timeline.
• Lifecycle Hooks - Triggers user-defined functions at specific animation milestones to allow for external state synchronization and complex interaction logic.
• Frame Callbacks - Run a custom function before updating child animation values on every frame of a running timeline to perform state synchronization.
• Animation Callbacks - Execute a custom function every time an animation iteration completes, receiving the animation instance as the first argument for further processing.
• Native Animation Engines - Execute lightweight animations using the native browser engine to reduce bundle size while maintaining compatibility with standard animation parameters.
• SVG Animation Utilities - Create smooth transitions for vector graphics by passing numerical and color SVG attributes directly into animation parameters.
• Animation Synchronization - Align external animations or timers to a specific timeline instance to ensure they play in perfect alignment with playback controls.
• Spring Physics Configurations - Control the movement speed, travel distance, and bounciness of a dragged element after release by configuring its stiffness.
• Animation Lifecycle Callbacks - Define custom functions within animation parameters to execute logic at specific lifecycle points, such as when an animation begins, updates, or completes.
• Timeline Event Callbacks - Execute a custom function every time a timeline iteration completes, receiving the timeline instance as the first argument.
• Timeline Markers - Associate specific time positions with custom label names within a timeline to allow for easy referencing and precise control.
• Animation Control Interfaces - Apply coordinate transformations or reset animation states to original values by using methods provided on the target instance.
• Animation Duration Controllers - Scale the total duration of an animation and its constituent tweens to fit a specific time, allowing for dynamic playback speed adjustments.
• Animation Frame Rate Controls - Control the playback speed and smoothness of an animation sequence by setting the frame rate to a specific number of frames per second.
• Animation Inspection Tools - Access target elements and active animation objects within an instance to examine or modify the current progress and state of an animation.
• Animation Interpolators - Alter numerical values during an animation by providing a custom function that processes the data before it is applied to the target.
• Animation Lifecycle Management - Stop a running timer, remove it from the main execution loop, and release associated memory to ensure efficient resource management.
• Animation Playback Controls - Reverse the playback direction of an animation while automatically adjusting the current time position to maintain consistent progress.
• Animation Timers - Reset all properties and set the time to zero, optionally triggering automatic playback if the timer is configured to start immediately.
• CSS Variable Animators - Transition CSS variables containing numerical or color values by passing the variable name as a string to animation parameters, including pseudo-element properties.
• Drag Boundary Constraints - Limit the movement of a draggable element to a specific container or set of boundaries defined by a selector or coordinate array.
• Drag Event Callbacks - Execute a custom function whenever a draggable element snaps to a specific position, receiving the instance as an argument.
• Scroll Thresholds - Define the pixel threshold for triggering automatic container scrolling when a draggable element moves beyond the defined boundary area.
• Drag Thresholds - Define the minimum pixel distance required to initiate a drag interaction, supporting device-specific thresholds for mouse and touch inputs.
• Draggable Axis Configurations - Enable or disable vertical movement for draggable elements by passing a parameter object or a boolean value.
• Axis Value Mappings - Control how movement affects an element's visual state or position by mapping the axis value to a specific property.
• Draggable Axis Constraints - Define a modifier function to dynamically alter or constrain the movement values of draggable axes during an interaction sequence.
• Import Maps - Configure import maps in HTML to load animation modules natively in the browser without requiring a build step.
• Playback Direction Controls - Reverse the playback direction of a timeline while automatically adjusting the current time position to maintain consistent progress.
• Playback Direction Controls - Reverse the playback direction of a timer while adjusting the current time position to reflect new progress.
• Timer Control - Manage timing, behavior, and progression by pausing, playing, or restarting a timer instance during runtime.
• Timer Loop Callbacks - Run a custom function each time a timer iteration completes, receiving the timer instance as an argument for state access.
• Snapping Behaviors - Restrict movement to a grid or set of points by snapping the final position of draggable elements to specific numeric increments.