Learn to create complex collision interactions using dynamic simulations in Cinema 4D with few to no keyframes. You’ll also learn how real world properties like gravity and bounce are used to drive simulations with physically realistic results. Start Learning about Cinema 4D Studio Today!
Keyframed animation can already be quite a tedious process, but to manually animate the complex physics of several collision objects is pretty impractical. Cinema 4D’s dynamics system allows you to setup broad controls and let physically accurate simulations recreate real-world physics. Some might say dynamics is even fun! This course, Cinema 4D Dynamics Fundamentals, will cover the concepts and tools you’ll need to start using dynamics in your creations. First, you’ll cover the essential ingredients including defining what dynamics are, as well as the two main Cinema 4D dynamics tags: rigid body and collider body. From there, you’ll go under the hood to look at collision shapes, triggers, and other parameters that make this system tick. Next, you’ll learn how to affect the personality of the dynamics simulation by altering characteristics like bounce, friction, mass, and aerodynamics. Lastly, you’ll examine several sample scenes that tie the various elements together into practical examples like creating a ground cracking effect, flying physically accurate paper airplanes, and a self playing pinball machine. By the end of the course, you’ll have the foundation needed to creatively explore and incorporate physically accurate simulations in your Cinema 4D creations. Software required: Cinema 4D Studio.
Keyframed animation can already be quite a tedious process, but to manually animate the complex physics of several collision objects is pretty impractical. Cinema 4D’s dynamics system allows you to setup broad controls and let physically accurate simulations recreate real-world physics. Some might say dynamics is even fun! This course, Cinema 4D Dynamics Fundamentals, will cover the concepts and tools you’ll need to start using dynamics in your creations. First, you’ll cover the essential ingredients including defining what dynamics are, as well as the two main Cinema 4D dynamics tags: rigid body and collider body. From there, you’ll go under the hood to look at collision shapes, triggers, and other parameters that make this system tick. Next, you’ll learn how to affect the personality of the dynamics simulation by altering characteristics like bounce, friction, mass, and aerodynamics. Lastly, you’ll examine several sample scenes that tie the various elements together into practical examples like creating a ground cracking effect, flying physically accurate paper airplanes, and a self playing pinball machine. By the end of the course, you’ll have the foundation needed to creatively explore and incorporate physically accurate simulations in your Cinema 4D creations. Software required: Cinema 4D Studio.
