Blender 3D VFX Masterclass: Camera Tracking & CGI

Open Blender, create a new project, and import your clip for camera tracking. Set scene frames, adjust tracking options, and set correlation to 0.9 to ensure marker accuracy.

Add and adjust tracking markers in Blender, detect features, set a low threshold, and track markers forward and backward across frames to improve camera tracking accuracy.

Delete bad red markers and refine green ones. Use blender to solve camera motion by setting keyframes and refining focal length, optical center, and radial distortion.

Set up the tracking scene by defining a floor with three tracking markers, adjusting scale and origin, and iteratively refining keyframes to align the floor for accurate camera tracking.

Set the tracking scale by selecting two keyframes and adjusting the distance, choosing a scale of four for better results, then place the world origin at the main tracking marker.

Learn to place a 3D model in a tracked scene using Blender VFX techniques, configure the shadow catcher, background image, and Cycles GPU render with motion blur.

Master blender compositing by separating background and render layers, applying selective edits like lens distortion, and configuring cycles render settings (gpu, 20 samples, png frames) for final output.

Create a new Blender vfx project using camera and motion tracking with phone footage, import the clip, match lighting with an hdr panorama, and set frames to 200.

Learn how to detect features and track markers in Blender by adjusting the distance and threshold, then perform forward and backward tracking across frames to improve camera tracking accuracy.

Manually refine tracking markers, delete bad ones, and set keyframes at frame 22 and frame 169. Then solve the camera motion and clean up tracks for improved accuracy.

Set up the tracking scene by setting the background and camera options, then set origin and scale. Place three floor markers and adjust rotation and size to improve accuracy.

Model a bowl in Blender from a UV sphere, delete half the faces, smooth, add subdivision and solidify thickness, then sculpt a chunk from an ecosphere and shade smooth.

Set up a particle emitter inside a bowl, render chunks as objects, adjust size and random scale, set count to 200, lifetime to 80, and hide the emitter in render.

Explore Blender texturing techniques by creating red and steel ball materials, applying roughness and metallic maps, using image textures, node wrangler, and cube projection for realistic surfaces.

Create a shadow catcher in Eevee with a mixed transparent and diffuse shader, set colors black and white, add an environment texture and a point light, and enable alpha blend.

Bake the animation, render a frame, and complete compositing by cleaning nodes, attaching to the first image slot, and applying RGB curves with subtle lens distortion.

Train yourself to build a camera-tracked blender scene from iPhone footage, insert a Mixamo soldier, and create CGI bars to keep the window look realistic.

Open blender, start a new project, enable vfx motion tracking, set frames, detect high-contrast markers with Alt+S, and track forward and backward for stable camera tracking.

Set up the floor for camera tracking by selecting the origin, adjusting scale, and aligning the camera with the 3D cursor, then delete unwanted objects and add a new plane.

Learn to create a shadow catcher in blender 4.2 using diffuse and transparent shaders, color ramp, and blend render method, with sun lighting and soft shadows.

Download a realistic Mixamo walking animation with a rifle at scale, then import the character into Blender. Use the graph editor and cycles to create a smooth, looping motion.

Attach a rifle to the character's hand by using a blender kit add-on, parenting the rifle to the armature's right hand and adjusting orientation in pose mode.

Model the window grill with black bars by duplicating a cube using Alt+D. Disable shadows, apply a black material, and enable depth of field with a suitable f-stop.

Use RGB curves to blend the character with the footage, adjust contrast and the blue channel, then apply alpha over to composite the 3D scene.

Learn to perform camera tracking on a beach shot in Blender VFX masterclass, tracking features, managing markers, and cleaning bad markers to solve the shot.

Master solving camera motion in Blender by enabling keyframe options, tuning focal length and radial distortion, and cleaning up markers to reduce the solve error on beach footage.

Configure the tracking scene by setting the background and markers, estimate marker distances, and adjust the camera with the 3D cursor to rotate on the y axis for proper alignment.

Create and animate an ocean on a plane with the ocean modifier, adjust time via frame numbers, and match waves for realistic large-scale water.

Find a pirate ship 3d model via sketchfab or blender kit addon, download a free option, then import it into blender and animate with waves using a graph editor.

Animate the pirate ship by using a subdivided base plane as a target, applying copy location and rotation, shrinkwrapping to the ocean, and setting cycles with motion blur for compositing.

Set up a shadow catcher in Blender, enable it in object properties, and light with an HDR sky from Poly Haven. Adjust sun angle, shadows, and metallic/roughness for subtle reflections.

Composite and render a frame, fix distortion, color-match the 3D workspace with RGB curves, apply lens distortion and dispersion, and set 24 fps PNG renders.

Track a slow indoor shot in Blender using motion tracking, solve camera motion, clean tracks, and set background, scale, floor, and origin for a believable table-based scene.

Set up a shadow catcher in Blender using cycles, bevel geometry, proper lighting, and material tweaks, then use motion blur, transparency, and compositing for realistic integration.

Demonstrate a compositing workflow in Blender, undistort borders, and scale a Coca-Cola prop while integrating Deadpool and Wolverine via Sketchfab and Mixamo with FBX/GLB exports and animation.

Import and texture a Deadpool and Wolverine scene in Blender, fix textures, adjust lighting, solve distortion in compositing, and render with motion blur at 24 fps, max samples to 10.

Learn to camera track two clips in blender using motion tracking, solve camera motion, refine marker data, set scale and background, and compose a 3d scene with a shadow catcher.

Set up area lights to match background lighting, refine the shadow catcher material for realistic reflections, and composite the footage by pixelating the background and rendering the animation.

Master camera tracking in Blender by setting up a scene, detecting and optimizing features, solving motion, and layering with background footage, markers, and 3D objects for integrated VFX.

Configure a plane shadow catcher with motion blur, transparent film, and a 45-degree area light; render with higher samples and bloom, then export a PNG sequence for editing.

Track and solve a new scene in Blender to integrate a ground shadow catcher and 3D elements with precise camera motion, using motion tracking, feature detection, and solve optimization.

Set up the 3D scene in Blender by configuring the background, markers, and scale, then position the camera, adjust the origin, and refine motion tracking parameters.

Create a grass scene and shadow catcher in Blender using elements collection, with 20,000 grass particles, 0.2 length, brownian motion, plus a Blender kit tree, HDR lighting, cycles, and compositing.

Blend 3d renders with background footage by adjusting rgb curves and lighting, apply lens distortion and glare for realism, then render the animation as png with 15–20 samples.

Open Blender, create a new project, save it, and prepare stabilized vertical footage for camera tracking. Import the clip in a new project, adjust color management, rotate, and start tracking.

Start at frame one, use detect features with the FN motion model, set distance to 80 and threshold to 0.0, then track forward and backward to refine markers.

Remove bad markers, adjust focal length, optical center, and radial distortion, then clean tracks and repeatedly solve camera motion to reduce reprojection error from 1.23 to 0.18.

Set up the 3D scene by configuring floor and tracking markers, adjusting scale and origin, and importing a GLB car model to simulate a phone-shot with a shadow catcher.

Set up a shadow catcher plane, switch to cycles with GPU compute, enable transparent film and render region, and light with HDR via blender kit.

Apply color tone and rgb curves to blend the car with its background in blender compositing workflow. Render at 30 fps as png sequence using a shadow catcher for realism.

Practice a blender camera-tracking workflow by importing footage, setting affine motion, detecting features, and solving camera motion. Clean up tracks and adjust reprojection error to straighten the blue line.

Set up the tracking scene by selecting three tracking markers, configuring floor, and applying a one-meter scale for proper orientation.

Configure Cycles with gpu compute, enable motion blur, create a shadow catcher plane with transparency, and position point and area lights to match the scene.

In Blender vfx masterclass, learn to select a coffee mug model, tweak lighting and colors, adjust glass textures, roughness, and shadows, and render previews to refine the scene.

Adjust lighting and refine the composition before the final render. Apply pixelate between the cup and the alpha over, tweak lens distortion and rgb curves, then add glare.