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Deform a 2D mesh based on a contrast image - Grasshopper - McNeel

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Deform a 2D mesh based on a contrast image - Grasshopper - McNeel

This seems simple, but I cannot figure out a simple solution. I want to get a flat mesh to expand and “compress” in 2D (not height field), based on black and white values. Similar to this image … Any hints?

Generative Algorithms using Grasshopper by Zubin Khabazi (2012) by Pablo C.  Herrera - Issuu

Generative Algorithms using Grasshopper by Zubin Khabazi (2012) by Pablo C. Herrera - Issuu

Digital Design in Mechanized Tunneling

Digital Design in Mechanized Tunneling

Michelle Vossen / Computer-Aided Design

Michelle Vossen / Computer-Aided Design

The 3D annotated scans method: a new approach to ship timber recording, Heritage Science

The 3D annotated scans method: a new approach to ship timber recording, Heritage Science

Procedure to improve the surface fidelity of additive manufactured parts  via direct slicing tessellation - ScienceDirect

Procedure to improve the surface fidelity of additive manufactured parts via direct slicing tessellation - ScienceDirect

PixelOver - Mesh deformation

PixelOver - Mesh deformation

Neural mechanisms of parasite-induced summiting behavior in 'zombie'  Drosophila

Neural mechanisms of parasite-induced summiting behavior in 'zombie' Drosophila

A novel combination of Machine Learning and the Finite Element Analysis –  Concrete E-Learning Platform

A novel combination of Machine Learning and the Finite Element Analysis – Concrete E-Learning Platform

Image sampling color from a flat mesh? - Grasshopper - McNeel Forum

Image sampling color from a flat mesh? - Grasshopper - McNeel Forum

Michelle Vossen / Computer-Aided Design

Michelle Vossen / Computer-Aided Design

Applied Sciences, Free Full-Text

Applied Sciences, Free Full-Text

GrasshopperPrimer V3-3 en

GrasshopperPrimer V3-3 en

The efficacy of computed tomography scanning versus surface scanning in 3D  finite element analysis [PeerJ]

The efficacy of computed tomography scanning versus surface scanning in 3D finite element analysis [PeerJ]

Fusion 360 – Ursula Ackah

Fusion 360 – Ursula Ackah

Procedure to improve the surface fidelity of additive manufactured parts  via direct slicing tessellation - ScienceDirect

Procedure to improve the surface fidelity of additive manufactured parts via direct slicing tessellation - ScienceDirect