Blender – 几何节点的额外节点 v3.0

“这些节点使程序图形变得简单”

关于

介绍我们创新的几何节点额外节点——Blender 中程序运动图形和 FX 效果的游戏规则改变者！
我们先进的程序化粒子系统节点和 XPBD 物理节点赋予艺术家对每个粒子（几何点）无与伦比的控制力，确保您能够精准地实现所设想的效果。此外，我们还提供功能丰富的曲线增长、追踪、散射、衰减、场、曲线、网格、体积和实用工具节点，专为提升您的动态图形项目而设计。
这些节点无缝衔接，构成一个紧密结合、功能强大的生态节点系统，为艺术家提供实现创意愿景所需的工具。我们的额外节点（几何节点）将创新与创作自由完美融合，解锁全新可能性，提升您的艺术造诣。

About

Introducing our innovative Extra Nodes for Geometry Nodes – a game-changer for procedural motion graphics and FX effects in Blender!
Our advanced Procedural Particle System nodes and XPBD Physics nodes empower artists with unparalleled control over each particle (geometry points), ensuring you can achieve exactly the look you envision. Complementing these are our versatile Curve Growth, Tracer, Scatter, Falloff, Field, Curve, Mesh, Volume, and Utility nodes, specifically designed to elevate your motion graphics projects.
These nodes seamlessly integrate with one another, forming a cohesive and robust eco-node system that provides artists with the tools they need to bring their creative visions to life. Unlock new possibilities and elevate your artistry with our Extra Nodes (Geometry Nodes) – where innovation meets creative freedom.

Paid Extra Nodes: (+Free)

Procedural Particle System (New v3.0):

• Introducing an advanced Procedural Particle System for Blender 3.6x to 4.3x, utilizing Simulation Nodes for enhanced control and versatility. Key features include:
• Comprehensive Force Dynamics:
  • 17 distinct global forces to precisely control particle behaviour.
• Advanced Features:
  • Sub-Steps for smooth simulations.
  • Collision detection and handling.
  • Particle Stick and Hit interactions.
  • Manual particle animation capabilities.
• Flexible Emission Modes:
  • Density-based particle emission for realistic effects.
  • Continuous emission for sustained particle flow.
  • Manual emission for precise control.
• Advanced Node Tools:
  • Particle Tracer Node for tracking particle paths.
  • Particle Action Node for complex particle behaviors.
  • Particle Info Node for detailed particle data.
• Field-Based Settings:
  • All settings are field-based, allowing the creation of intricate and complex FX effects.

This system empowers artists to craft highly detailed and dynamic particle effects with unparalleled precision and control (Demo Video).

Procedural XPBD Physics (New):

• Introducing an advanced Procedural XPBD Physics nodes for Blender. These nodes allow to do Particle Physics, Grain Physics, Rope Physics, Cloth Physics, Soft Body Physics, etc. Key features include:
• Comprehensive Force Dynamics:
  • 17 distinct global forces to precisely control particle (geometry points) behaviour.
• Advanced Features:
  • Sub-Steps for smooth simulations.
  • Collision detection and handling..
  • Manual animation capabilities.
• Flexible Emission Modes:
  • Duration and Continuous Emission Modes.
  • Manual emission options for precise control.
• Advanced Node Tools:
  • XPBD Tracer Node for tracking particle (geometry points) paths.
  • XPBD Action Node for complex particle (geometry points) behaviours.
  • XPBD Info Node for detailed particle (geometry points) data.
• Field-Based Settings:
  • All settings are field-based, allowing the creation of intricate and complex FX effects.

Procedural Differential Curve Growth (New):

• Introducing an advanced Procedural Differential Curve Growth system for Blender. It allows to do curve growth simulation in 2D or 3D and on any surface with full artist controls. Key features include:
• Comprehensive Force Dynamics:
  • 17 distinct global forces to precisely control curve growth behaviour.

• Advanced Features:
  • Sub-Steps for smooth simulations.
  • Define growth region with falloffs or texture.
  • Collision detection and handling.
• Flexible Input Modes:
  • Fixed and Continuous input modes.
• Advanced Node Tools:
  • Curve Growth Info Node for detailed differential curve data.
• Field-Based Settings:
  • All settings are field-based, allowing the creation of intricate and complex FX effects.

Global Forces (New):

• There are 17 force nodes that can be used in any physics simulation of Extra Nodes or custom physics simulations, or upcoming RBD nodes for geometry nodes of Blender.
• They can be used in Particle System, XPBD Physics, and Curve Growth.

Relaxing Particles Modifier (New):

• It generates non-overlapping particles on any curve(s), with features like radius animation, collision with objects, etc.

Tracer Nodes:

• Introducing four powerful tracer nodes for Blender’s Geometry Nodes:
• Field Tracer:
  • Traces any field to create dynamic motion effects.
• Geometry Tracer:
  • Tracks the movement of geometry for intricate animations.
• Path Tracer:
  • Follows object paths for smooth, realistic trails.
• Point Tracer:
  • Traces points within geometry for precise control.

These tracer nodes enable the creation of stunning trail motion graphics effects, enhancing the visual quality and complexity of your projects in Blender.

Tracer Nodes:

• Introducing Ten powerful scatter nodes for Blender’s Geometry Nodes! These nodes provide a flexible and efficient way to scatter objects for product visualization, animations, or even to build complex environment scenes in Blender. Each scatter node is designed to handle specific geometry or distribution needs, making it easier for artists to create stunning results:

Memory Falloff Node:

• Memory Falloff is a feature based on Blender’s Simulation Nodes (versions 3.6x to 4.3x) that allows you to store and animate attribute values (Float or Vector) over time.
• Stores Attribute Values: Captures and retains attribute values throughout the simulation.
• Animation Control: You can animate these values using a Factor or Time Duration.Animation Control: You can animate these values using a Factor or Time Duration.

This functionality provides enhanced control over how attributes evolve, enabling more sophisticated and dynamic animations.

Field Nodes:

• There are Ten Field nodes to generate fields based on Mesh, Curve, Curl Gradient, etc.

Free Extra Nodes:

Falloff Nodes:

Falloff Nodes offer precise control over fields based on falloff parameters. With 24 different falloff nodes available, you can manage various aspects of:

• Curve
• Mesh
• Points
• Particles
• Instances

These nodes enable you to create stunning motion graphics and special effects with ease, providing versatility and control in your projects.

Mesh Nodes:

• There are mesh nodes: Neighbour Vertices of Vertex and  Mesh Topology Curves (Paid) nodes.

Curve Nodes:
There are seven curve nodes: Curve Curvature, Curve Helix, Curve Rotation, Curve to Mesh, Offset Curve, Offset Point in Curve, and Set Curve Free Normal.

Utility Nodes:

• There are utility nodes: Distribute on Faces Node (animated geometry), Duplicate Points Node, Random Nodes (Integer, Float, Vector), Integration Node, Selection Based on Attribute, 3D Viewer Node, Vector Viewer Node, Index Viewer Node, Time Speed, and Guide Curves node (for Blender 3.5x or higher).

Volume Nodes:
Custom Volume node that allows to create different shapes with the help of falloff nodes.

Bake

TheBlender 3.6x(or higher) has the baking feature for the Simulation Nodes of the Geometry Nodes. To bake: Select the Object having the simulation nodes -> Physics Tab -> Simulation Nodes (Bottom) -> Press Bake. It will bake and store the cache next to the project file.

Free updates forever
Extra Nodes v3.0 (New)

How to Install:

To use these nodes as assets:

1. Assign the Extra Nodes Folder:
   • In Blender Preferences, set the Extra Nodes folder as an Asset Library.
2. Access the Nodes:
   • The nodes will appear in the Asset Browser under the KS Extra Nodes category.
   • They will also be available in the Add menu of Geometry Nodes under KS Extra Nodes.

Documentation:

A detailed documentation PDF is included in the zip file.