Cinema 4D Complete : Vol. 4 All about Simulations

Set custom initial velocity and angular velocity for rigid bodies, choosing object or world coordinates, and explore shooting at targets to control motion, rotation, and friction.

Learn how velocity peak gives you control over dynamic simulations in Cinema 4D, using velocity pick to preserve momentum between keyframes and adjust easing with the F-curve smoothing.

Reduce energy in dynamic simulations by adjusting damping and using friction fields to contain the explosion, then fine-tune with a timer field.

Explore how dynamics deactivate into sleeping rigid bodies, visualize red and sleeping black states, and adjust thresholds, timer, and slip strength to control when objects settle or reactivate after collisions.

Build a motion capture driven cube character that crumbles and reassembles using dynamics, a cloner with a connect object, and a rigid body simulation with friction, gravity, and turbulence.

Reproduce the stacked-object equilibrium by adding colliders and rigid bodies, adjusting friction and stickiness, using triangle-mesh collision shapes, and tuning turbulence, forces, and damping for a stable oscillating stack.

Clone a line of dominoes in Cinema 4D using linear mode, adjust thickness and friction, and apply a collider with a rigid body for a realistic topple.

Set up cloth on a table using a cloth tag, add a collider via a connect object, adjust subdivision and thickness with thicken, then apply subdivision surface for nicer results.

Explore how bendiness, stretchiness, and bounciness shape cloth behavior on dense, high-segment planes, and learn how quad diagonals, density, and iteration influence stability, ripples, and deformation.

Master vertex maps to control a parameter per point, using vertex weight and painting to create localized bendiness, bounciness, and stretchiness.

Attach the flag to a pole using the cloth belt tag, make the geometry editable, and animate the pole with a vibrate tag to drive the flag's motion.

Learn to create natural tearing in Cinema 4D by smoothing edges with the live path tool, applying a 100% vertex weight, and using tear guiding and subdivision to refine edges.

Learn the basics of soft bodies in Cinema 4D using a sub body with poles to control deformation from rigid to jelly-like, including mesh type, density, softness, and bendiness.

Set up poles inside the remeshed geometry, adjust spread and max/min length to keep poles crossing believably and the letters intact.

Explore plastic deformation on text using soft body simulations in cinema 4d, adjusting collision, substeps, friction, and hardening to shape crumpled metallic letters.

Create soft body simulations by proxy; animate a boot colliding with the floor, using a proxy object, volume builder, remesher, and mesh deformer to transfer animation to the real object.

Refine cloth animation in Cinema 4D by tuning polygons and subdivision, substeps, and collision paths, using belt and cloth tags with vertex maps to fix bends and shoulder contact.

The lecture demonstrates how to change a character's dress, refine its geometry with subdivision and pattern creation, and finalize the animation using cloth simulation, caches, and vertex maps.

Learn to create a deflating, crumbling text animation in Cinema 4D using mix animation and forces, aided by volume builder, remesher, and vertex maps for precise timing and shape restoration.

Set up a quick render of the deflating text with OpenColorIO, a dome light, a Redshift camera at 50 mm, and a plastic material, caching the 250–275 frame animation.

Learn to create a procedural rope with the connector, twisting threads, and turbulence fields to drive a dynamic, collision-aware twist using cloners, grid, and mix animation.

Replace each thread with a thin rope using a cylinder, radial cloner, twist modifier, and spline wrap to create a realistic, dynamically twisted rope from a simple simulation.

Animate a rigid body colliding with a spider web to demonstrate tearing and rupture. Adjust materials, mass, density, stickiness, and a vertex map with a spherical field to control tears.