Parametric Escalator Created with Geometry Nodes in Blender
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This is a fully parametric escalator model built using Geometry Nodes in Blender. The entire escalator—steps, direction indicators, and movement—is generated procedurally from a single curve, showcasing the flexibility and potential of Geometry Nodes.
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Features:
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Customizable Step Speed: The speed of the steps can be adjusted as needed.
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Dynamic Directional Arrows: The arrows at the ends of the escalator automatically change to reflect the direction of the steps, switching between arrows or an "X."
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Ready for Animation: The setup is fully parametric and animatable, offering flexibility for different projects and use cases.
This project highlights the power of Geometry Nodes for creating procedural assets that can be easily adapted and controlled.
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Parametric Window Generator with Geometry Nodes in Blender
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This project features a fully parametric window system built using Geometry Nodes in Blender, designed to be modular, customizable, and practical for architectural design.
Features:
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Single Plane Input: Start with a single plane to generate the entire window system.
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Modular Design: Independent faces allow for customized sash parameters on each surface.
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Real Manufacturer Profiles: Uses actual window profiles for accurate, realistic designs.
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Parametric Mullion: Automatically adjusts to any sash configuration, making complex designs easier.
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Casing and Trim Control: Full control over sill flashing angle and length, with dynamic casing adjustments.
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Adjustable Blinds: Parametric blinds adapt to window size, offering complete control over design.
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Customizable Muntins: Adjustable muntin offsets for various decorative styles.
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Hardware Options: Dedicated settings for custom handles, hinges, and more,​
This parametric window generator combines flexibility with real-world application, providing an adaptable solution for any project.
