The process of creating a skeletal structure for a 3D model, allowing for movement and animation.

A technique used in rigging to calculate joint movements, enabling realistic motion based on end effector positioning.

Predefined sequences of movements, such as walking or jumping, that can be looped for efficiency in gameplay.

Software that provides the framework for creating and running video games, including rendering graphics and managing physics.

Different modes of animation that a character can be in, such as idle, walking, or attacking, often used in game engines.

Techniques used to reduce the complexity of 3D models based on their distance from the camera, optimizing performance.

The process of reducing the size and complexity of textures to improve game performance without sacrificing quality.

The number of polygons in a 3D model; lower counts are preferred for performance in real-time applications.

The process of testing a game with real users to gather feedback on gameplay and animation effectiveness.

Identifying and resolving issues in animations or game mechanics to ensure smooth functionality.

Written records detailing processes, challenges, and solutions encountered during rigging and animation.

The ability of a character's animations to convey emotions and personality through movement.

The process of smoothly incorporating animations into a game engine, ensuring they work as intended.

The rules and systems that govern how a game operates, influencing how animations interact with player actions.

Evaluating animations for fluidity and responsiveness within the game environment before final implementation.

The changes in a character's mesh that occur when the rig is manipulated, crucial for realistic movement.

An interface created for animators to easily manipulate rig controls, enhancing workflow efficiency.

Animations that react dynamically to player inputs, enhancing the gaming experience.

Techniques employed to improve performance and efficiency of animations in game engines.

A culminating presentation of a student's work, demonstrating mastery of animation techniques learned throughout the course.

The smoothness and realism of character movements in animations, essential for engaging gameplay.

Insights and critiques from professionals in the game development field, aimed at improving student work.

A detailed document summarizing the testing and troubleshooting processes undertaken during the course.

The art of creating the appearance and personality of a character, foundational for effective animation.

Fundamental concepts that guide the creation of believable and engaging animations.