🌸 Procedural Flower Generator (Geometry Nodes)

Create beautiful, fully procedural flowers directly in Blender using this Geometry Nodes setup with procedural materials.

Easily customize shape, color, and structure with 26 adjustable parameters — no coding required.

🧩 Requirements

Blender 4.2 - 5.2

Created with Blender 4.2, tested with Blender 4.5, 5.2

No external add-ons required

Works with Cycles and Eevee

⚙️ Installation & Usage (Asset Library)

Save the asset to your Asset Library

Place the Flower_Generator.blend file into a folder registered as an Asset Library in Blender.

To register a folder:

Go to Edit → Preferences → File Paths → Asset Libraries

Click +, choose the folder, and give it a name (e.g., My Assets).

Using the asset in your project

Open your Blender project.

Open the Asset Browser (Shift+F1 or from the sidebar).

Navigate to the folder containing Flower_Generator.

Drag and drop the generator into your scene — it will create a new object with all controls exposed.

Optional tips

Rename, tag, and categorize the asset for easier search.

Save custom presets by creating objects in your Asset Library.

🌼 Parameters Overview (26 Controls)

Parameter                         Description

General Flower Settings

Flower blooming                     Controls how open the flower petals are (higher = more open, lower = more closed)

Flower head scale                       Overall scale/size of the flower head

Petal Parameters

Petal tip offset         Moves the outermost tip point of the petal along its length axis

Petal length Controls how long each petal is

Petal width Controls how wide each petal is

Petal surface curvature Controls the curvature of the petal’s inner surface while keeping the outer perimeter fixed

Petal arc bend Bends the petal along its length by forming an arc, while keeping the base and tip positions fixed

Petal width bend Bends the petal by offsetting its tip while keeping extreme points fixed

Petal scale Scaling factor for the size of the petals

Petal ring rotation offset Applies a consistent rotation offset between adjacent petal rings to control layering and visual fullness

Flower Color Control

Blossom hue Hue (color tint) of the flower petals

Blossom saturation Saturation (color intensity) of the petals

Blossom value Brightness/value of the petals (controls lightness/darkness)

Stamen & Pistil Parameters

Pistil scale Scale/size of the pistil (central female part)

Stamen scale Scale/size of the stamens (male filament parts)

Stem Parameters

Stem length Overall height of the stem

Stem thickness Thickness/diameter of the stem

Stem bending Amount of natural bending/curvature applied to the stem

Stem rotation angle Rotation of the stem around its vertical axis (can affect leaf orientation)

Leaf parameters

Leaf scale Uniform scaling factor for the size of the leaves

Leaf length Length of each leaf

Leaf width Width of each leaf

Leaf bending length How much the leaf bends along its length

Leaf bending width Lateral bending of the leaf

Leaf bending on the stem How the leaf bends where it connects to the stem

Number of leaves Count of leaves on the plant (from 0 to 5)

🎨 Tips for Use

Duplicate and randomize parameters to create natural flower variations.

Combine multiple generators in a scatter system for complex fields.

Adjust lighting and camera depth of field for realistic renders.

📜 License

Standard Royalty Free License

You may use this asset in personal, educational, or commercial projects.

Redistribution or resale of the original .blend file or any part of it is not allowed.

© 2026 Valeriia Orlova. All Rights Reserved.

💬 Author

Created by Valeriia Orlova

Contact: [email protected]

Blender Market / Superhive:

Thank you for supporting Blender creators 💚