How to Create Silhouette in Photoshop
Master silhouette creation in Photoshop using blend modes, masking, and Select and Mask tool. Learn two efficient techniques to transform images and add custom backgrounds for striking visual effects.
How to Create a Fun Wallpaper Style Composite in Photoshop
Create a fun poster-style composite using gradient maps, custom brushes, and halftone effects in Photoshop. Learn to blend elements seamlessly and add eye-catching splash and scatter effects.
Updates to PiX Compositing You Asked For
Explore 15+ updates to PiXimperfect Compositing Panel for Photoshop, including faster color matching, improved alignment, and new features like PiX Grain. Enhance your compositing skills with real-world examples.
This A.I. Generates Images from Text
Explore DALL-E, an AI that generates images from text. Learn its capabilities in object modification, perspective changes, 3D styling, and applications in fashion design and bizarre combinations.
CGC Classic - Creating Uniformity with Particles
Learn to create natural objects with evenly distributed features using Blender's particle systems. Master techniques for adjusting scale, size, shape, and materials for realistic results.
When Not to Use Eevee for Blender Rendering
Explore Eevee's limitations in Blender 2.8, comparing it to Cycles and understanding when to choose each render engine for optimal results in various 3D rendering scenarios.
Intro to Cloth Sims & Softbody Dynamics in Blender 2.93 - 2021
Learn to simulate soft objects in Blender 2.93, including cloth folding, bouncing balls, and draping curtains. Master soft body dynamics and cloth simulations for realistic, deformable objects.
Skeletonization Algorithms With Theoretical Guarantees for Point Clouds
Explore skeletonization algorithms for point clouds, including Mapper, alpha-Reeb graphs, and Homologically Persistent Skeleton. Compare their performance on synthetic and real data sets.
Mind-bending AI Is Changing Art and VFX Forever
Explore cutting-edge AI tools revolutionizing art and VFX, from realistic hair rendering to text-based performer generation, offering insights into the future of creative technologies.
What Do the Theory of Computing and the Movies Have in Common?
Explore the fascinating intersection of theoretical computer science, art, and cinema with Pixar co-founder Alvy Ray Smith, tracing the evolution from pixels to digital movies and its impact on modern computer graphics.
Stochastic Analysis and Quantum Fields
Explore recent advances in singular SPDEs, their connection to particle system fluctuations, and the application of stochastic analysis in constructing Euclidean quantum fields.
Implementing a GAN to Remove People from Images - Databricks Lightning Talk
Learn to implement a pix2pix GAN on Databricks for removing people from images, exploring the basics, idea, demo, and analysis of this innovative image editing technique.
How Brain Computations Can Inspire New Paths in AI - Part 2
Explore brain-inspired AI advancements, focusing on object recognition, contextual reasoning, and model performance. Gain insights into cutting-edge computational approaches and their applications.
Algorithmic Motion Planning Meets Min-Invasive Robotic Surgery
Explores algorithmic motion planning for minimally-invasive surgical robots, focusing on efficient planning methods with provable guarantees to enhance safety and effectiveness in medical procedures.
How Computers Draw Weird Shapes - Marching Squares Algorithm
Explore the fascinating world of computer graphics, focusing on the Marching Squares algorithm for rendering complex shapes like metaballs. Learn about implicit functions, optimization techniques, and 3D extensions.
A Strange But Elegant Approach to a Surprisingly Hard Problem - GJK Algorithm
Explore the ingenious Gilbert Johnson Keerthi algorithm for detecting object collisions, covering convexity, Minkowski sums, support functions, and implementation details in 2D space.
Building Collision Simulations - An Introduction to Computer Graphics
Explore collision detection in computer graphics, from basic animation to advanced optimization techniques like sweep and prune, uniform grids, K-D trees, and bounding volume hierarchies for efficient simulations.
Quad Trees for Static Spatial Acceleration - Part 1
Explore quad trees for efficient spatial partitioning and object searching, with practical implementation techniques and insights into static spatial acceleration.
Axis IMU - Passing Data From Arduino to Python
Learn to transmit data from Arduino to Python, enabling advanced 3D visualizations and sophisticated data processing for IMU sensors. Explore code implementation and data handling techniques.
Light Resampling in Practice with RTXDI - Part 2
Explore practical light resampling with RTXDI, covering dynamic mesh lights, emission profiles, and ReSTIR techniques to effectively sample millions of area lights for improved rendering quality.
Rendering Games with Millions of Ray Traced Lights
Explore advanced ray tracing techniques for rendering games with millions of lights, focusing on importance sampling and resampling methods to achieve stunning visual effects efficiently.