SIGGRAPH 2025 Announces Groundbreaking Computer Animation Festival Lineup, Featuring Exclusive Look at Netflix’s “In Your Dreams”

Vancouver, BC – [Current Date] – SIGGRAPH 2025 is set to redefine the landscape of computer animation with its highly anticipated Computer Animation festival (CAF). This year’s festival promises an unparalleled deep dive into the creative process, offering audiences a unique “give-and-take” with the artists shaping the future of animation.

A major highlight will be a special “In Conversation” preshow featuring Alex Woo, director of the upcoming Netflix animated feature In Your Dreams. Woo and his core collaborators will provide an exclusive “first look” at the highly anticipated film,offering attendees an intimate glimpse into its creation. This session underscores SIGGRAPH’s commitment to showcasing cutting-edge work and fostering direct engagement with leading industry professionals.

Further cementing its dedication to artistic innovation and the demystification of complex techniques, the CAF will also feature a discussion on the National Film board of Canada’s Inkwo for When the Starving Return. Director Amanda Strong will join the conversation, exploring her indigenous film which masterfully blends stop-motion artistry with notable CG elements. As described by CAF programmer Dawn Fidrick,the film utilizes what she terms “invisible CG,” aiming to illuminate the frequently enough-unseen processes behind stop-motion animation.

These “In Conversation” sessions, alongside an opening Q&A with animation pioneer Ed Catmull, are designed to inspire and provoke thought about the future of the industry. Fidrick articulates the festival’s vision: “Who will take the kind of risks that he took? Who will be the next visionary?” SIGGRAPH 2025 aims to identify and celebrate these future innovators by pulling back the curtain on the creative journey.

The Computer Animation Festival at SIGGRAPH 2025 serves as a vital platform for understanding the evolution of visual storytelling and the technical artistry that brings it to life. By providing these behind-the-scenes opportunities, SIGGRAPH not only celebrates current achievements but also cultivates the next generation of visionary storytellers.

For more information and to experience this groundbreaking festival, visit 2025.siggraph.org.

How has RenderMan evolved since its use in *Toy story*, and what impact has this evolution had on modern film rendering?

Toy Story‘s Legacy and the Future of Computer Animation at SIGGRAPH Vancouver

The Groundbreaking impact of Toy Story

Toy Story, released in 1995, wasn’t just a beloved children’s film; it was a seismic shift in the world of animation. Before Toy Story, computer animation was largely relegated to short films and visual effects. Pixar’s feature-length entirely CGI movie proved its commercial viability and artistic potential. This revolutionized the animation industry, paving the way for the dominance of 3D animation we see today.

Key innovations showcased in Toy Story included:

RenderMan: Pixar’s proprietary rendering software, crucial for achieving realistic textures and lighting. RenderMan continues to be a standard in film rendering.

Procedural Animation: Techniques used to simulate complex movements like Slinky Dog’s stretching and Woody’s lasso twirling, reducing the need for painstaking hand-animation.

Character Modeling: The creation of believable and expressive characters entirely within a digital environment. Buzz Lightyear’s plastic texture was a notable technical achievement.

SIGGRAPH Vancouver 2025: Reflecting on Toy Story‘s Influence

This year’s SIGGRAPH (Special Interest Group on Graphics and Interactive Techniques) conference in Vancouver is particularly poignant, marking the 30th anniversary of Toy Story. The event is serving as a platform to not only celebrate the film’s legacy but also to explore the advancements in digital art and visual effects that have stemmed from its initial breakthroughs.

Several sessions at SIGGRAPH Vancouver 2025 directly address Toy Story‘s impact:

“From Pixels to Playtime: A Retrospective on Toy Story‘s Rendering Techniques”: A deep dive into the original RenderMan code and how it has evolved over three decades.

“Character Rigging Evolution: Lessons from Woody and Buzz”: Examining the advancements in character animation and rigging techniques, comparing the challenges faced by Pixar’s animators in 1995 to modern workflows.

“The Art of Storytelling in a Digital World: Toy Story and Beyond”: A panel discussion focusing on how CGI animation has changed the way stories are told and experienced.

The Evolution of Rendering Technology

The jump from toy Story‘s rendering capabilities to today’s standards is staggering. Early 3D rendering was computationally expensive and time-consuming. Each frame could take hours to render.Now, with advancements in:

GPU Rendering: Utilizing graphics processing units to accelerate the rendering process.NVIDIA’s RTX technology and AMD’s Radeon ProRender are prime examples.

Path Tracing: A more realistic rendering technique that simulates the physical behavior of light, resulting in incredibly detailed and lifelike images.

Real-Time Ray tracing: Enabling ray tracing in real-time,crucial for interactive applications like video games and virtual reality.

While the pursuit of photorealism remains a significant goal in computer graphics, there’s also a growing trend towards stylized animation. Films like spider-Man: Into the Spider-Verse and Arcane demonstrate that animated movies don’t need to mimic reality to be visually stunning.

Non-Photorealistic Rendering (NPR): Techniques for creating images that resemble traditional art forms like painting, drawing, and sketching.

Procedural Shading: Developing shaders that generate unique and visually interesting textures and materials.

AI-Assisted Animation: Utilizing artificial intelligence to automate tasks like in-betweening and motion capture cleanup, allowing animators to focus on creative aspects.

This exploration of new aesthetics is expanding the possibilities of animation production and attracting a wider range of artists to the field.

The future of animation: AI, Machine Learning, and Interactive Experiences

The integration of artificial intelligence (AI) and machine learning (ML) is poised to revolutionize the animation workflow. At SIGGRAPH Vancouver, several presentations are focused on:

AI-Powered Motion Capture: Systems that can accurately capture human movement without the need for expensive motion capture suits.

Generative AI for Asset Creation: Using AI to automatically generate 3D models, textures, and environments.

Machine Learning for Animation Control: Developing algorithms that can predict and refine character movements, making animation more fluid and natural.

Furthermore, the rise of virtual production and real-time animation is blurring the lines between animation and live-action filmmaking. Technologies like Unreal Engine and unity are becoming increasingly popular for creating virtual sets and pre-visualizing scenes. This trend is opening up new opportunities for interactive storytelling and immersive experiences. The legacy of Toy Story* isn’t just about the past; it