The first step to register is to fill out the application form. Within 24 hours, we will get in touch with you to formalize your enrollment and make the payment.
Some important conditions:
Week 01
- Import and analyze geometry.
- Splitting geometry into sim and non sim areas.
- Further organizing the bridge into fracture areas, deformable metal and rigid metal.
- Fracturing the road with the boolean method.
- Using booleans to prepare the geometry so that it is appropriate for bullet simulation.
- Using voronoi fracture method for the deformable metal.
- Using soft constraints with plasticity.
- Combining animated and simulated geometry with the ‘active’ and ‘animated’ attributes.
- Caching bullet sims efficiently.
- Deforming high-res geometry with low-res simulated geometry.
Week 02
- Creating simple proxy geometry.
- Using hard constraints.
- Using the guided sim workflow.
- Creating appropriate geometry for a Vellum sim.
- Configuring animated pin constraints.
- Varying the strength of breakable constraints over time.
- Using time scale and drag to create a sense of scale.
Week 03
- Importing and organizing the car models.
- Creating groups for the wheels and the bodies.
- Using the new ‘scatteralign’ and ‘attribfrompieces’ SOPs to scatter the cars onto the road.
- Procedurally remove intersecting cars.
- Simple bullet sim to provide a more interesting layout.
- Using soft constraints and cone twist constraints for a simple suspension system.
- Hacking the ‘rbdbulletsolver’ SOP to configure the cone twist constraints.
Week 04
- Creating a source for a POP sim with the ‘debrissource’ SOP.
- Simple POP simulation for the particle debris.
- Setting up a source for a Pyro sim.
- Culling geometry based on speed.
- Using the rest attribute to apply noise to animated geometry.
- Adding detail to a Pyro sim with disturbance and turbulence.
- Using a POP sim and a bullet sim as sources for Pyro sims.
Week 05
- Importing materials and cameras.
- Setting HDR and distant lights.
- Setting motion blur using velocity.
- Setting DOF.
- Randomizing colour instances.
- Rendering with Arnold.
- Compositing with Nuke.
Week 01
- Using the Boolean system to create interesting fracture pieces.
- Making the sim more efficient by deleting pieces that are inside the geometry.
- Manually creating clusters with constraints.
- Creating proxy geometry with the 'Convex Decomposition' node.
- Using the active attribute to fix the borders of the geometry.
- Creating bombs and a shockwave with Metaballs.
- Using velocity to set up a debris source.
- Setting up a simple Pyro simulation.
Week 02
- Using the 'Measure' SOP to separate small pieces.
- Creating a metal bending sim with soft constraints and plasticity.
- Using the 'RBD Material Fracture' SOP to create wood and glass pieces.
- Constraining active objects to animated static objects.
- Using the 'RBD Connected Faces' and the 'RBD Disconnected Faces' SOPs to render fractured glass.
- Bending metal with the 'RBD deform pieces' SOP.
- Configuring the 'RBD Bullet Solver' SOP.
Week 03
- Understanding and organizing an fbx animation.
- Creating a suspension system.
- Isolating simulated and non-simulated parts of a geometry.
- Using cone twist constraints for wheels and suspension.
- Dealing with planar geometry.
- Passing velocity and position from an animation to simulation geometry.
- Setting the collision ignore attribute.
Week 04
- Creating a tempered glass fracture effect.
- Using the 'Time Shift' and 'Time Blend' nodes to slow down animation.
- Setting various constraint properties.
- Using a VOP network to add noise to a velocity.
- Breaking and changing constraints during a simulation.
- Using the 'Transform Pieces' SOP to transfer animation to hi-res render geometry.
- Setting light shaders and textures.
- Rendering with Redshift.
Week 01
- Learn the basics of Vellum.
- Importing and prepping alembic and bgeo animations.
- Using the 'Solid Conform' and the 'Vellum Constraints' nodes to build tetrahedral constraints and geometry.
- Creating a vellum DOP network with the shelf tool.
- Creating cloth constraints.
- Using the 'Bend' SOP to update the rest position.
- Using the 'Vellum Rest Blend ' DOP.
- Creating stitch constraints between two vellum objects.
Week 02
- Creating geometry appropriate for vellum cloth sims.
- Using a T-Pose and the 'Blend Shapes' SOP to drape the cloth ready for the first frame.
- Using the 'Edge Fracture' SOP to create tears.
- Creating cloth constraints and setting some constraint properties.
- Using the 'Attach to Geometry' constraints.
- Welding the tear points.
- Using the vellum solver in the SOP context.
- Creating stiff areas of cloth.Â
Week 03
- Using the 'Sculpt' SOP.
- Setting all the cloth constraints again.
- Creating a 'Pin' group to follow the animation during the sim.
- Breaking constraints manually during the sim.
- Using the 'Vellum Post Process' SOP.
- Using the "Point Deform' SOP to transfer the animation to the render geometry.
Week 04
- Using the solver node to save data over time.
- Generating a grain source with the 'Vellum Configure Grains' SOP.
- Manually building a vellum DOP network.
- Understanding and adding noise to the 'Attraction Weight' attribute.
- Using and understanding the 'Upres Sand' shelf tool.
- Running a simple bullet sim.
- Setting Redshift materials and lights.
- Rendering with Redshift.
Week 01
- Overview of the workflow with shelf tools.
- Using Mixamo for motion capture data.
- Creating agent layers.
- Creating foot planting channels.
- Randomizing with crowd sourcing.
- Simple simulation.
- Randomizing textures.
- Render with Mantra.
Week 02
- Agent clip properties.
- More complex crowd source.
- Triggering with a bounding object.
- Transitions.
- Combining vellum and crowds.
- Style Sheets.
Week 03
- Basic ragdoll workflow with presets.
- Collision layers.
- Setting up and problem-solving joint constraints.
- Creating constraints between agents and other bullet objects.
- Multisolver DOP network.
- Using chops to add camera shake and flickering lights.
Week 04
- Combining crowd sims with other types of simulations.
- Creating terrain.
- Configuring object avoidance.
- Looking at different types of triggers.
- Painting density and normal attributes for agent sourcing.
- Using the POP curve force node to move ragdolls.
