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Almost Daily Render

Almost Daily Render
YouTube Video UCxd7Qtx6-4bvzANBhvcEg9A_dyUQexqliWQ In this quick-ish tip, I show you how to loop a cloth simulation in Cinema 4D using the Point Cache Tag. This technique is quick, easy and very useful for looping simple cloth simulations. 00:00 Intro 01:05 Scene Set-up 05:46 Baking the Simulation into Keyframes after Caching 07:00 Applying the Point Cache Tag 09:18 Point Cache Tag Attributes Tab 11:34 Using the Loop and Blend Fields to Loop the Simulation 13:24 Tips to Achieve a Perfect Loop 14:24 Message from my Avatar If you like what you see? Like. Subscribe. Click the notification bell, so you don't miss a thing. I'll be uploading projects and Tutorials regularly. System Specs: CPU: AMD Ryzen 9 3950X GPU: NVIDIA GeForce RTX 2080 Super Motherboard: MEG X570 UNIFY RAM: Corsair CMK32GX4M2B3200 16 DDR4 x4 64GB Tools I use: Cinema 4D, Octane, Redshift, X-Particles, After Effects, Illustrator, Photoshop, Character Animator www.stephencourtney.ca https://www.instagram.com/almost_daily_render/ #pointcachetag #cinema4d #clothsimulation
In this quick-ish tip, I show you how to loop a cloth simulation in Cinema 4D using the Point Cache Tag. This technique is quick, easy and very useful for looping simple cloth simulations. 00:00 Intro 01:05 Scene Set-up 05:46 Baking the Simulation into Keyframes after Caching 07:00 Applying the Point Cache Tag 09:18 Point Cache Tag Attributes Tab 11:34 Using the Loop and Blend Fields to Loop the Simulation 13:24 Tips to Achieve a Perfect Loop 14:24 Message from my Avatar If you like what you see? Like. Subscribe. Click the notification bell, so you don't miss a thing. I'll be uploading projects and Tutorials regularly. System Specs: CPU: AMD Ryzen 9 3950X GPU: NVIDIA GeForce RTX 2080 Super Motherboard: MEG X570 UNIFY RAM: Corsair CMK32GX4M2B3200 16 DDR4 x4 64GB Tools I use: Cinema 4D, Octane, Redshift, X-Particles, After Effects, Illustrator, Photoshop, Character Animator www.stephencourtney.ca https://www.instagram.com/almost_daily_render/ #pointcachetag #cinema4d #clothsimulation
Updated reel for 2022. Applications used: Cinema 4D, After Effects, Illustrator, Photoshop, Character Animator, Mixamo. If you like what you see? Like. Subscribe. Click the notification bell, so you don't miss a thing. I'll be uploading projects and Tutorials regularly. System Specs: CPU: AMD Ryzen 9 3950X GPU: NVIDIA GeForce RTX 2080 Super Motherboard: MEG X570 UNIFY RAM: Corsair CMK32GX4M2B3200 16 DDR4 x4 64GB Tools I use: Cinema 4D, Octane, Redshift, X-Particles, After Effects, Illustrator, Photoshop, Character Animator www.stephencourtney.ca https://www.instagram.com/almost_daily_render/ #demoreel #showreel #cinema4d
Submission for 36 Days of Type 2022 Rendered in Octane and composited in After Effects. If you like what you see? Like. Subscribe. Click the notification bell, so you don't miss a thing. I'll be uploading projects and Tutorials regularly. System Specs: CPU: AMD Ryzen 9 3950X GPU: NVIDIA GeForce RTX 2080 Super Motherboard: MEG X570 UNIFY RAM: Corsair CMK32GX4M2B3200 16 DDR4 x4 64GB Tools I use: Cinema 4D, Octane, Redshift, X-Particles, After Effects, Illustrator, Photoshop, Character Animator www.stephencourtney.ca https://www.instagram.com/almost_daily_render/ #36daysoftype #36daysoftype09 #cinema4d
Hi, this is Part 3 of Creating a Wibbly Wobbly Wheel Animation: The Octane Edition.This is the follow up to parts one and two. In this tutorial I go through my process of lighting and texturing the scene we created, in Octane. First I will create a three-point lighting set up and show you how this works and then I will be adding extra lights to the scene to make the scene a bit more dynamic. I briefly cover the Universal Material, to create simple materials for our scene. If you would like to use Redshift, then you can watch that version here: https://youtu.be/0Er8YGr2Q-k You don't have to watch Parts one and two, as this is about lighting and textures. But if you would like to follow along then you can watch parts one and two first. Part one: https://youtu.be/flpyQVpsXWQ Part Two: https://youtu.be/6QRM82eFQLA In this tutorial I use a PBR material that I downloaded from ambientcg.com. If you would like to use the same material you can download it here: https://ambientcg.com/view?id=Plastic010 00:00 Intro 01:18 Three-point Lighting 03:01 House Keeping 6:53 Lighting Our Scene 07:12 Using a Texture Environment to Control Default Lights 10:18 Including and Excluding lights using the Light Pass ID and Octane Object Tag 24:02 Universal Material: PBR 26:08 The Triplanar Node 36:16 Universal Material: Metallic 37:59 Finding the IOR values at RefractiveIndex.Info 44:56 Adjusting and Adding Colour to the Lights 45:50 Using the Light Pass ID and Object Tags to add extra lights to the scene. 53:11 Adding Colour to the Lights 57:32 Quick Overview of Today's Tutorial and Final Render 59:35 Message from my Avatar If you like what you see? Like. Subscribe. Click the notification bell, so you don't miss a thing. I'll be uploading projects and Tutorials regularly. System Specs: CPU: AMD Ryzen 9 3950X GPU: NVIDIA GeForce RTX 2080 Super Motherboard: MEG X570 UNIFY RAM: Corsair CMK32GX4M2B3200 16 DDR4 x4 64GB Tools I use: Cinema 4D, Octane, Redshift, X-Particles, After Effects, Illustrator, Photoshop, Character Animator www.stephencourtney.ca https://www.instagram.com/almost_daily_render/ #cinema4d #octane #3pointlighting
Hi, this is Part 3 of Creating a Wibbly Wobbly Wheel Animation: The Redshift Edition.This is the follow up to Parts one and two. In this tutorial I go through my process of lighting and texturing the scene we created, in Redshift 3.5. I briefly cover the RS Standard Material, to create simple materials for our scene. If you would like to use Octane, then you can watch that version here: https://youtu.be/Q7Aj47NDaQQ You don't have to watch Parts one and two, as this is about lighting and textures. But if you would like to follow along then you can watch parts one and two first. Part one: https://youtu.be/flpyQVpsXWQ Part Two: https://youtu.be/6QRM82eFQLA In this tutorial I use a PBR material that I downloaded from ambientcg.com. If you would like to use the same material you can download it here: https://ambientcg.com/view?id=Plastic010 I'm a bit late in posting due to technical problems. Excuse the lag and audio quality in places. There will be an Octane Edition, so watch out for that one. If you like what you see? Like. Subscribe. Click the notification bell, so you don't miss a thing. I'll be uploading projects and Tutorials regularly. 00:00 Intro 01:27 Three-Point-Lighting 03:11 House Keeping 05:37 How to make the Shader Graph Editor default in Redshift 3.5 07:36 Lighting Our Scene 21:50 RS Standard Material 23:34 PBR Material 27:41 TriPlanar 34:21 Metallic Material 38:58 Thin Film 42:12 Controlling Specular in Material and Lights 46:21 Adding Colour to the Lights 48:37 Adding a second Back Light 50:44 Quick Overview of Today's Video and Final Render 52:31 Message from my Avatar System Specs: CPU: AMD Ryzen 9 3950X GPU: NVIDIA GeForce RTX 2080 Super Motherboard: MEG X570 UNIFY RAM: Corsair CMK32GX4M2B3200 16 DDR4 x4 64GB Tools I use: Cinema 4D, Octane, Redshift, X-Particles, After Effects, Illustrator, Photoshop, Character Animator www.stephencourtney.ca https://www.instagram.com/almost_daily_render/ #cinema4d #Redshift #Tutorial
In this tutorial we'll be making our Wibbly Wobbly Wheel look more interesting. In the last tutorial we built the base animation. Today we'll be modelling our sphere using three tools: the Boole Tool; Volume Builder and Volume Mesher; and finally how we can improve our mesh with the Remesh Tool with the ZRemesher algorithm. Also, we'll be making the Wibbly Wobbly Wheel look more stylish. There's a lot to get through and there is something for everyone. The Boole Tool is for all users of C4D. The Volume Mesher is for users of C4D R20 to present. Finally the the Remesh Tool with the ZRemesher algorithm, this is optional as this is for users of C4D R26. Textures and lighting in Redshift and Octane will be covered in a follow up video. If you haven't watched Part 1, then I suggest that you do, so you can follow along. C4D Tutorial: Creating a Wibbly Wobbly Wheel Animation in Cinema 4D Part One https://youtu.be/flpyQVpsXWQ 00:00 Intro 02:26 Overview of the Tutorial 04:36 Examples of How the Mesh May Affect Your Renders 10:54 Using Layers to Prepare Our Project for Modelling 11:21 How to turn of Animation in the Layer Manager 15:58 Modelling: The Boole Tool 23:03 Modelling: The Volume Builder and Mesher 38:09 Modelling: The Remesh Tool with the ZRemesher 53:01 Modelling: The Wibbly Wobbly Wheel 1:03:26 Message from my Avatar If you like what you see? Like. Subscribe. Click the notification bell, so you don't miss a thing. I'll be uploading projects and Tutorials regularly. System Specs: CPU: AMD Ryzen 9 3950X GPU: NVIDIA GeForce RTX 2080 Super Motherboard: MEG X570 UNIFY RAM: Corsair CMK32GX4M2B3200 16 DDR4 x4 64GB Tools I use: Cinema 4D, Octane, Redshift, X-Particles, After Effects, Illustrator, Photoshop, Character Animator www.stephencourtney.ca https://www.instagram.com/almost_daily_render/ #Cinema4D #Remesh #ZRemesher
In this tutorial I'm going to show you how I built my Wibbly Wobbly Wheel animations. This is the first part to the tutorial. In this part we will be building the base model and animation. In the next part we'll be diving into modelling to make our Wibbly Wobbly Wheel more interesting. Also, in part 2, I'll be running through textures and lighting in Redshift and Octane. In this tutorial I'll be covering tools such as: Formula Object; Bend Deformer; Axis Center Tool; Set Point Value Tool; and Splines, Sweeps and Cloner Objects. Please like and subscribe, it will help the Youtube algorithm help others find my content. If you take the time to like and subscribe to your favourite content creator, I'm sure they would appreciate it as much as I do. And don't forget to tinkle the notification bell so you won't miss out on future content. 00:00 Intro 01:41 Project settings 01:55 Creating the spline 02:26 Formula Object: Creating the sine wave 06:21 Bend Deformer: Creating the Wheel 10:01 Axis Center Tool 11:38 Sweep Object: Creating the Wheel 15:09 Creating the Wheel Spokes 18:18 Aligning the Spokes with the Set Point Value Tool 22:52 Sweep Object: Creating the Track 25:02 Setting Keyframes for the animation 27:34 Setting Up the Camera 31:31 What we will be doing in the next tutorial 32:19 Message from my Avatar. System Specs: CPU: AMD Ryzen 9 3950X GPU: NVIDIA GeForce RTX 2080 Super Motherboard: MEG X570 UNIFY RAM: Corsair CMK32GX4M2B3200 16 DDR4 x4 64GB Tools I use: Cinema 4D, Octane, Redshift, X-Particles, After Effects, Illustrator, Photoshop, Character Animator www.stephencourtney.ca https://www.instagram.com/almost_daily_render/ #cinema4D #C4DTutorial #Tutorial
In this tutorial I want to show you how you can morph between objects using a Cloner Object, a Rigid Body Tag and an Inheritance Effector to create amazing particle simulations without third-party plugins. It's a great entry level introduction to dynamic simulations for new users and old. And they're fun to make. If you are using S26 you'll find the Rigid Body Tag under the Bullet drop down menu and also the Project settings have changed, the Dynamics Tab name has changed to Bullet. 0:00 Intro 1:57 Setting up the scene 5:23 Creating the dynamic simulation 31:54 Baking/ Caching the simulation 32:36 Creating a new cloner and using the Inheritance Effector 39:04 How to hide clones using the Mograph Selection Tool and a Plain Effector 42:54 A recap of settings and things to consider If you like what you see? Like. Subscribe. Click the notification bell, so you don't miss a thing. I'll be uploading projects and Tutorials regularly. System Specs: CPU: AMD Ryzen 9 3950X GPU: NVIDIA GeForce RTX 2080 Super Motherboard: MEG X570 UNIFY RAM: Corsair CMK32GX4M2B3200 16 DDR4 x4 64GB Tools I use: Cinema 4D, Octane, Redshift, X-Particles, After Effects, Illustrator, Photoshop, Character Animator www.stephencourtney.ca https://www.instagram.com/almost_daily_render/ #Cinema4DTutorial #InheritanceEffector #ParticleSimulation
Today, I want to show you my process for building a looping ball machine. There's probably several ways you can build this, this is my way. Once you understand the principle you can apply this method or play around to create your own method, there might be an easier way. These are fun to create, you can make these as complex looking as you like, or keep them minimal. Also, I will also show you my method for working out the rotational values of the ball, it's a lot quicker than setting up Xpresso. 00:00 Intro 02:29 Animating the ball 04:03 Example 1 Calculating the ball rotation 12:36 Example 2 Calculating the ball rotation 15:30 Example 3 Calculating the radius of the ball 19:54 Building the Machine 20:20 Building the bottom half of the machine 34:02 Building the post, arm, support and trims 47:08 Aligning the bottom half of the machine 50:43 Creating the top half of the machine 51:19 Using the Naming Tool 54:00 Aligning the top half 56:04 Adjusting the ball animation 1:00:12 Building the base 1:04:04 Adding more complexity to the animation 1:05:57 Message from my avatar If you like what you see? Like. Subscribe. Click the notification bell, so you don't miss a thing. I'll be uploading projects and Tutorials regularly. System Specs: CPU: AMD Ryzen 9 3950X GPU: NVIDIA GeForce RTX 2080 Super Motherboard: MEG X570 UNIFY RAM: Corsair CMK32GX4M2B3200 16 DDR4 x4 64GB Tools I use: Cinema 4D, Octane, Redshift, X-Particles, After Effects, Illustrator, Photoshop, Character Animator www.stephencourtney.ca https://www.instagram.com/almost_daily_render/ #Cinema4D #Cinema4DTutorial #Tutorial
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2D/3D Animation | Illustration

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