Arturo introduces his workshop, which presents a professional-grade jaw-rigging solution that prioritizes efficiency and robustness over traditional curve-based methods. His procedural approach creates a self-functioning system that only requires skinning the geometry as a final step, making it ideal for production environments. With its proven track record in feature films and advertising, Arturo's rigging technique provides animators with a reliable, precise tool for creating realistic jaw movements in character animation.

Duration: 2m 40s

This lesson shows an essential workflow for Maya Python developers who want to iterate on custom tools and scripts efficiently. By implementing this module-reloading system, developers can test code changes immediately without the time-consuming restart of Maya, significantly speeding up development and debugging.

Duration: 4m 31s

This lesson establishes the foundation for a professional facial-rigging system by creating a comprehensive guide structure. The emphasis on clean, modular Python code and rebuildable architecture demonstrates industry-standard practices for technical rigging. The system's flexibility allows rigging artists to easily adjust guide placement and quantities while maintaining organized hierarchies that will streamline the final rig creation process.

Duration: 32m 41s

In this lesson, Arturo establishes the foundation for an advanced facial-rigging system by creating a well-organized, three-tiered joint hierarchy that provides both broad control and fine detail manipulation. His emphasis on automation through Python scripting and sequential build processes ensures the rig can be reliably rebuilt and modified as needed. His systematic approach to joint creation and organization lays the foundation for more complex rigging features, such as seal behavior and advanced controls, which will be added in subsequent steps.

Duration: 38m 45s

This lesson demonstrates advanced rigging techniques for facial animation, specifically focusing on creating a robust lip rig system. Arturo's methodology emphasizes proper constraint hierarchies, automated part identification, and smooth interpolation systems that will allow animators to achieve realistic facial deformation. His systematic approach to organizing joint relationships and creating ordered lists will facilitate easier animation control and more natural lip movement in the final rig.

Duration: 32m 51s

This lesson sets the foundation for an advanced facial rigging system that uses mathematical interpolation rather than traditional curve-based deformation. The Seal transform approach provides precise control over jaw and lip movement while maintaining flexibility for different character configurations. The next steps will involve connecting the custom attributes to automate the constraint values and completing a sophisticated procedural-rigging solution.

Duration: 29m 42s

This lesson demonstrates an advanced approach to facial rigging that automates the complex process of setting up lip constraints and controls. By creating a systematic method for connecting joints, attributes, and constraint networks, Arturo provides a framework that generates smooth, controllable lip animation with minimal manual setup. Implementing automatic initial values via linear interpolation ensures animators start with natural-looking deformations that can be easily refined.

Duration: 32m 47s

This lesson demonstrates advanced rigging techniques for creating realistic facial automation in Maya. Arturo's combination of jaw automatism and lip sealing creates a sophisticated system in which jaw movement automatically drives lip behavior, with controllable parameters. While the initial jaw setup is straightforward, the lip seal system requires careful mathematical planning and node network organization to achieve convincing results across multiple joints with proper falloff controls.

Duration: 23m 31s

This lesson showcases the complexity involved in creating advanced rigging systems, particularly for facial animation. Arturo explains why this Seal system is one of the trickiest parts of the rig, requiring careful debugging and iteration to achieve the desired result. His methodical approach of testing in the script editor before implementing in the final Python code demonstrates good development practices for technical rigging work.

Duration: 42m 50s

Arturo presents a corner pin system that gives animators intuitive control over how mouth corners move during jaw movement and facial expressions. By automatically blending between upper and lower lip influences based on control positions, it eliminates the need for manual constraint weight adjustments while maintaining the flexibility to override the system when needed. His setup enhances the realism and efficiency of facial animation workflows.

Duration: 22m 40s

This final lesson demonstrates a professional approach to facial rigging that prioritizes flexibility and reusability. The rebuildable system allows rigging artists to adjust joint placement and rebuild the entire setup while preserving carefully crafted skinning data via export/import. Arturo's workflow significantly improves efficiency in production environments where facial rigs need to be iterated or adapted for multiple characters.

Duration: 23m 25s