Advanced effects in blender

Create a matrix-style teleportation effect in Blender using geometry nodes to instance pixels on a mesh, with a wireframe shader, pixel size control, and snapped rotations.

Learn to control pixel positions by mixing vectors, using a gradient as a mask, and adjusting with location, rotation, and math nodes to shape multi-layer effects.

Improve gradients in blender by rotating and offsetting a gradient with an empty, then drive instance scale with a ramp and noise texture using math nodes.

Learn to reveal a character with a gradient-driven material setup that reveals pixels along the gradient, sharing a node group across outfits, hair, accessories, and use Eevee transparency for masking.

Add a digital wireframe layer with emissive and gradient effects, using voronoi patterns and animated textures, then apply the node group across meshes with transparency and bump.

Master Blender compositing by enabling the compositor, adding bloom and glare, and streaks; adjust color, set up a camera and empties, then finalize the scene with lighting and fog.

Create advanced particle effects in Blender using geometry nodes to emit particles from the palm, apply turbulence, and collide with a shield collider, with instanced lights for rendering.

Learn to control particle speed using vector math, track collisions with a hit attribute, and use geometry nodes to create a ground collider and lighting in Blender.

Master advanced particle effects in Blender geometry nodes by tuning turbulence and noise, managing particle count and radius, and using edge attributes and age-based masking to delete unseen particles.

Create a strawberry particle system to fling berries upward, tweak normals, velocity, and drag, and add leaves and a bubbly displacement scene for a dynamic ad.

Set up lighting in Blender by configuring area and back lights, add a translucent plane, animate color changes with keyframes, and plan fluid simulation.

Explore setting up a fluid simulation in Blender by configuring a domain, inflow source, and collider, then adjust meshing and particle emission for a realistic splash.

Learn to set up cloth physics in Blender by weight painting and pinning vertex groups, then tune pressure, speed, mass, and collisions for realistic motion.

Attach cloth to the character in Blender using surface deform or mesh deform, bind to the body, then add solidify for thickness and blur or smooth lines to fix intersections.

Create microscopic particles floating in a liquid using Blender. Build a cellular scene with a transparent membrane, volumetric shading, displacement, and a particle system that instances cells with nuclei.

Reuse existing Blender particle systems to build a water-like scene with turbulence. Animate wind, turbulence, and collisions, then bake dynamics for final render.

Explore geometry nodes to build a cell with curve to mesh tubes, distribute points for spheres, create fibers on surfaces with proximity, and enhance with materials, lighting, bloom.

Learn to create cell-like structures in Blender by distributing points on faces, curves, and turning them into tubes and volumes, with noise-driven motion and edge-based color ramps for a render.

Build an organic cell-like structure with geometry nodes by converting mesh to points and using a noise texture with a proximity node to reduce jitter.

Create a brain neurons firing animation in Blender using geometry nodes, starting from an icosphere, applying noise-driven displacement and instancing outward branches on points.

Explore creating masks and materials for brain neural network effects in Blender, transferring spline data to curves, UVs, and attributes, then shader setup, randomness, and instancing for firing neurons.