
In this lesson, you’ll get an overview of what Geometry Nodes are and how they can transform your workflow in Blender. We’ll explore the basics of the node system and how it can be used to procedurally generate objects and environments. By the end, you’ll understand the potential of Geometry Nodes and how they fit into the larger 3D modeling pipeline.
Learn how to use Geometry Nodes to scatter grass across a surface using point distribution and instancing techniques. We’ll set up a node system that allows you to generate grass blades at random points on your mesh. This lesson sets the foundation for creating lush, natural-looking meadows.
In this lesson, we’ll explore how to add randomness to your grass by adjusting the scale of each instance. By varying the size of the grass blades, you’ll create a more natural, organic look. We’ll dive into the nodes needed to randomize instance attributes and bring variety to your meadow.
Here, we’ll limit where grass is placed based on the surface angle of your mesh. You’ll learn how to control the maximum angle for grass placement, ensuring that grass grows on flat or slightly sloped areas. This technique is perfect for maintaining realism in more complex terrains.
We’ll move beyond grass and start generating flower stems by using curves on your mesh. You’ll learn how to create curves procedurally and place them in random but controlled positions. This technique adds another layer of complexity to your meadow, laying the groundwork for more detailed plant growth.
Building on the previous lesson, we’ll refine our curves to generate flower stems. You’ll discover how to shape these curves to create realistic plant stems that rise naturally from the ground. By the end of this lesson, you’ll have fully generated flower stems ready for further detailing.
In this lesson, we’ll convert our curve-based stems into meshes and set up materials to bring them to life. You’ll learn how to give the stems a realistic texture and material while maintaining control over their appearance. This will prepare the stems for adding other plant components, like leaves and flowers.
Here, you’ll add flower petals to the tops of your stems by using geometry nodes. We’ll focus on spawning flower tops procedurally, controlling placement, and orientation. By the end, your stems will be complete with vibrant, dynamic flower tops that enhance the scene.
In this lesson, you’ll learn how to add leaves along the length of your flower stems. We’ll use Geometry Nodes to scatter leaf instances in a natural pattern. This step adds an extra layer of detail to your flowers, making them more realistic and visually interesting.
Here, we’ll introduce weight painting as a method to control where and how densely flowers appear on your terrain. You’ll learn how to paint areas to influence the distribution of flower instances, giving you more artistic control over your scene. This technique is great for balancing the look and feel of your meadow.
In the final lesson, you’ll apply a special material for your terrain that allows for easy texture painting and enhances the overall look of your scene. We’ll showcase how to use this material on a newly created terrain to blend the grass, flowers, and ground seamlessly. By the end, you’ll have a beautifully textured, fully procedural meadow.
Fill a surface with grass and flowers while keeping control of where they grow. This Blender Geometry Nodes course introduces procedural foliage scattering through point distribution, instancing, scale variation and placement controls. You will then build flower stems, add flower tops and leaves, and use weight painting to guide the distribution.
Vlad from 3D Tudor takes you through the workflow in practical stages. Supplied foliage assets and materials let you concentrate on the node setup and its controls as you develop the vegetation.
Start with grass scattering
Begin with the fundamentals of Geometry Nodes, then distribute points across a surface and use them to instance grass. Introduce random scale so the grass is varied rather than uniformly repeated. You will see how a few connected operations establish the foundation of a foliage scatter system.
Choose where foliage belongs
Learn to restrict grass placement using the angle of the surface. This gives you a way to keep vegetation off steeper areas and relate its distribution to the shape of the terrain. Later, use weight painting to control flower density, concentrating growth in some areas and reducing it in others.
These controls are central to the project. A scatter system becomes more useful when you can direct its result, rather than simply cover the whole surface with the same repeated objects.
Create stems, flowers and leaves
Use curves to generate flower stems, refine their form and convert them into meshes. Apply materials to the stems, then place the flower elements and distribute leaves along their length. You will connect plant construction to the scattering workflow, working with the supplied flower tops and leaf assets.
Following the plant in stages makes it easier to understand which part of the node setup controls its structure and which part controls its placement in the scene.
Bring the vegetation and ground together
The course also covers terrain materials and texture painting. This final stage helps you consider the ground beneath the vegetation as part of the same scene, alongside the placement and variation of the grass and flowers.
You will practise organising the Geometry Nodes work into groups that can be reused and adjusted. The supplied assets support the exercises, while the lessons explain the placement controls you can return to as you develop other Blender scenes.
Who is this course for?
This course is for Blender learners getting started with Geometry Nodes, artists creating outdoor scenes, and modellers who want more control over procedural grass and flowers. Basic Blender navigation is helpful, and the course begins with an introduction to Geometry Nodes before developing the foliage systems.
What will you take away?
By the end, you will have worked through grass instancing, random scale, slope-based placement, procedural stems, leaf placement and painted density control. You will understand how those pieces contribute to a foliage setup whose distribution you can direct.
Have Blender and the course resources ready, then build the setup alongside the lessons. Try changes to the slope, density and scale controls as you go: seeing their effect is part of learning to place vegetation deliberately.