MFX
MFX (Matter from Graphics) is a joint research team between Inria, Université de Lorraine and CNRS, within the LORIA laboratory. We are located in Nancy, France
Inria Nancy Grand Est
Pinned Repositories
anisotropic_appearance_fabrication
This repository contains the source code associated with the paper Orientable Dense Cyclic Infill for Anisotropic Appearance Fabrication
auxeticgrowthprocess2d
Code and data of the article "Random Auxetic Porous Materials from Parametric Growth Processes"
controllable-space-filling-curve
curvislicer
CurviSlicer: Slightly curved slicing for 3-axis printers
icesl-vrprinter
IceSL-vrprinter, a Gcode visualizer and simulator for 3D printing
LibSL-small
A tiny subset of LibSL for use in stand-alone, no-dependency projects
phasornoise
2D and 3D procedural phasor noise
starshaped2d
Given a polygonal star-shaped distance and a periodic lattice of point sites, the program generates a PPM image containing the approximate Voronoi network (Voronoi growth model).
Variable-width-contouring
Code for the computing beads in a slice with varying width for minimizing underfill
MFX's Repositories
mfx-inria/curvislicer
CurviSlicer: Slightly curved slicing for 3-axis printers
mfx-inria/anisotropic_appearance_fabrication
This repository contains the source code associated with the paper Orientable Dense Cyclic Infill for Anisotropic Appearance Fabrication
mfx-inria/Variable-width-contouring
Code for the computing beads in a slice with varying width for minimizing underfill
mfx-inria/controllable-space-filling-curve
mfx-inria/icesl-vrprinter
IceSL-vrprinter, a Gcode visualizer and simulator for 3D printing
mfx-inria/phasornoise
2D and 3D procedural phasor noise
mfx-inria/starshaped2d
Given a polygonal star-shaped distance and a periodic lattice of point sites, the program generates a PPM image containing the approximate Voronoi network (Voronoi growth model).
mfx-inria/auxeticgrowthprocess2d
Code and data of the article "Random Auxetic Porous Materials from Parametric Growth Processes"
mfx-inria/LibSL-small
A tiny subset of LibSL for use in stand-alone, no-dependency projects