Procedural Macro Leaf Shader in Blender | Shader Editor Tutorial

In this Blender tutorial, we dive into the shader editor to create a procedural macro leaf material. We'll cover Voronoi scattering, vector math for veins, and subsurface scattering (SSS) to get that perfect glow in EEVEE. 👉 Check out my Blender playlist for more tutorials: https://www.youtube.com/watch?v=rYKOAjIt0ug&list=PLd-MHKokrnxq0ZFuGXvezp6TfN1Q2DAAb ☕ Join my Patreon for free project files and more! https://patreon.com/Augury ⏰ Timestamps: 00:00 - Introduction 00:25 - Tutorial Start 01:27 - Explaining the Voronoi Node 02:13 - Explaining How to do Voronoi Scattering 03:05 - Showing Recursive Scattering 04:35 - Using Smooth F1 to do the cell wall for the leaf 05:29 - Capturing the Edge of the Voronoi to use as a mask 08:33 - Adding noise to the original position to get distortion 09:39 - Adding extra detail with the bump node 11:01 - Going over the entire node tree one more time 🧠 What You Will Learn: - Master Voronoi Scattering: Learn the core technique of Voronoi Scattering in Blender's Shader Editor to create complex, organic cell patterns perfect for photorealistic macro materials. - Advanced Procedural Workflows: Understand how to build a fully procedural leaf shader from scratch, leveraging vector math to create a flexible, non-destructive material that works in eevee - Recursive Shader Logic: Discover how to create recursive scattering effects by feeding texture information back into the vector input, adding incredible depth and complexity to your procedural textures. - Practical Vector Math: See how to add procedural distortion to your shaders by manipulating the position vector with a Noise Texture, breaking up clean lines for a more natural look. - Create Procedural Masks: Learn how to isolate the edges of a Voronoi pattern using the Smooth F1 distance metric, creating powerful masks to control the leaf's cell wall appearance. - Add Micro-Details: Enhance realism by using the procedural mask and noise textures to drive a Bump node, adding fine surface details and imperfections to your final leaf material. - Complete Node Tree Comprehension: Gain a holistic understanding of how a complex procedural shader is constructed, with a full walkthrough of the final node tree and how each part contributes to the result. 🌟 Welcome to Augury! Here, you'll find a variety of tutorials on what I am into at the time, tips, and tricks to help you master Blender and bring your 3D creations to life. Don’t forget to subscribe to follow the journey. #blender #3dart #proceduralart #geometrynodes