
Learn terrain creation for a complete 3D animation environment by using pre-made assets, refining displacement, roughness maps, and albedo textures with HDR lighting.
Populate the scene with background pumpkins by importing free models, reducing poly count with Pro Optimizer, and placing varied pumpkins to enhance the environment in 3d animation.
Explore how to create grass with Vray hair and fur, adjusting length, thickness, gravity, and color, then render previews and refine with geometry painting and randomization.
Select low-poly assets and animated characters for a night-mode scene, using insects as lighting fillers and instances to save memory, while keeping a consistent scale and layered rocks.
Tweak the crawling insect by adjusting the center pivot, applying a bend modifier, and refining the bending angles to achieve a smoother, more believable crawl.
Position the crow and crew, create an animation layer for flight, and group the mesh to avoid double transformations while planning bats later.
Convert objects to particles, compare particle and rigid dynamics, and control gravity, collisions, friction, and time-based events to craft interactive 3d environment animations.
Explore spawning and voronoi fracture workflows to create fractures, assign material IDs, and control slow motion and forces like gravity and wind for dynamic collisions in 3d environment animation.
Import and animate a dragonfly background insect to light the scene, looping a 19-frame motion with time flow, and apply texture; organize the Maya outliner and resolve mesh light issues.
Create a TyFlow workflow to animate background insects by naming the flow, adding shapes and instance materials, and tweaking speed, particle counts, and forces for a lively scene.
Explore TyFlow background insect optimization by culling insects outside the camera view with a bounding box, surface tests, and kill actions to reduce calculations while previewing the scene.
Learn how to import an animated bat in blender, export the model, and set up the armature and skinning while adjusting geometry, materials, and camera for a smooth 10-frame loop.
Create a dynamic cloud of bats using TyFlow, grouping the mesh, building a flow, applying a preset, and looping ten frames with random variations for natural motion.
Choreograph a stylized bat swarm by setting a target and tuning velocity and distance to achieve believable following from the camera view.
Animate the butterfly prey within a complete 3d environment by adjusting background animation, chase speed, and glow materials to create a dynamic, engaging scene.
Explore integrating dynamic simulation with animation in a 3D environment, using path constraints, motion paths, and frame-by-frame techniques to depict a bat scene with fire effects and timed rotations.
Export the scene to Maya to preview rigging needs, create a custom rig, export selected, import the Alembic camera, and bake animation for a complete environment workflow.
In this course you learn about the whole workflow starting from a concept to a finished sequence using industry standard packages. The techniques used in this course are suitable for small to medium studios. The software used are :Zbrush to create the model , Maya for Rigging and Animation while I used 3DS Max for VFX and rendering.
Each chapter can be watched separately. so you can jump between chapters at your ease.
Chapter 02: Environment Kitbaching - Implementing the animated characters in 3DS Max
Knowing that every project has a deadline, It is impossible to model every object yourself especially for such a huge project. To surpass this problem we rely on kitbashing using free models from the internet.
We use kitbaching to create a suitable environment for our main character and you are free to come up with your own environment that suits your scene. For our scene is kinda "bittersweet" so we go for a nighty forest with some grass, rocks & some insects...
TyFlow was used to simulate the background swarm of insects and also to simulate the cloud of bats. Several techniques were tested to achieve a satisfying (stylish-realistic) behavior for the animated insects / bats.
Concerning the butterfly & the crawling insects we had to manually integrate them into the scene. Various techniques were used to achieve that.
You will learn very valuable techniques that can be used widely and you will be comfortable animating any swarm of “sth” and integrate different type of insects for your future scenes.