Procedural Geometry
One of the core features of Nodes is the ability to create procedural geometry from primitives, 3D models or footage. You can use Nodes to generate a point cloud from any source, and then populate it with particles, images or text lists. You can also apply various effects and transformations to the point cloud, such as noise, deformations, oscillations, color gradients, etc.
For example, you can use Nodes to create a futuristic cityscape from a simple grid primitive, and then add some text labels and icons to give it some context. You can also animate the point cloud with keyframes or expressions, and control the camera movement and depth of field.
A futuristic cityscape created with Nodes
Connected Particles
Another feature of Nodes is the ability to define relationships between nodes, and render them as bezier curves, lines or wireframes. You can use Nodes to create connected motion graphics that visualize complex systems, such as fantasy user interfaces (FUI), data networks, graphs, etc.
For example, you can use Nodes to create a circular network of nodes that are connected by curved lines, and then animate the connections with random variations. You can also adjust the thickness, color and opacity of the lines, and add some glow effects to make them more visible.
A circular network of nodes created with Nodes
Organic Effects
A third feature of Nodes is the ability to create organic effects that replicate forms and play with randomness and probabilities. You can use Nodes to create natural phenomena, such as fireflies, stars, bubbles, etc., or abstract patterns, such as fractals, spirals, waves, etc.
For example, you can use Nodes to create a swarm of fireflies that fly around a tree in a dark forest. You can also add some motion blur and glow effects to make them more realistic.
A swarm of fireflies created with Nodes
What's New in Nodes 2.0.3?
Nodes 2.0.3 is the latest version of the plugin, and it comes with some new features and improvements that make it even more powerful and versatile. Some of the new features include:
A new 3D replicator effect that allows you to replicate connected graphics and animate scenes onto other geometries. You can arrange the replicas onto 2D or 3D primitives like circles, spheres and matrices, and control how the original node features are preserved or populated through the replicator instances.
A new presets browser that features categories and keyword search. You can quickly explore the large library of presets that come with the plugin, or save your own composition as a preset and load it with a simple click in any compatible host.
A revamped animation module that has four slots and 40 parameter destinations. You can choose any parameter and simply adjust its animation speed. You can also temporarily bypass all animations with a single click.
New forms, such as regular polygons, circles and spheres, with more options to customize them. You can also apply radial offsets, grid offsets and gap parameters to achieve interesting patterns.
New color modes, such as complementary, triad and 360, with more control over the color distribution. You can also change the rotation origin and the global scale of the point cloud to achieve different effects.
New probability parameters that allow you to randomly hide or reveal nodes, text, lines or replicas. You can also set a global seed to synchronize apparitions.
A new option to render the nodes with super-fast perspective unaware points. This can improve the performance and speed of the plugin.
Conclusion
Yanobox Nodes 2.0.3 is a plugin that can help you create amazing connected motion graphics and abstract particle universes with ease and flexibility. Nodes is compatible with After Effects, Final Cut Pro, Motion and Premiere Pro, and it offers a rich set of features and presets that can inspire your creativity and enhance your projects. If you are interested in trying out Nodes, you can download a free trial from the Yanobox website, or purchase it for $299.
We hope you enjoyed this article and learned something new about Nodes. If you have any questions or comments, feel free to leave them below. Thanks for reading!
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