### Refine by Time Frame

updated 4 hours ago

### Jakob Sievers (view profile)

Constrain the vertices of a Voronoi decomposition to the domain of the input data.

VoronoiLimit(varargin)

updated 1 month ago

### Jorge (view profile)

An example of using JCDecaux API with MATLAB

updated 1 month ago

### Aaron Becker (view profile)

Starts with a point set, repeatedly moves each point to centroid of Voronoi cell.

lloydsAlgorithm(Px,Py, crs, numIterations, showPlot)

updated 9 months ago

### Bruno Luong (view profile)

Compute voronoi's diagram of points on the 2-sphere

vcell_solidangle.m

voronoisphere(xyz, varargin)

test_voronoisphere.m

updated 1 year ago

### Name (view profile)

Given a list of centroids (.txt), it computes the 2D/3D voronoi diagram.

VoronoiCells.m

updated 1 year ago

### Frederick McCollum (view profile)

This program computes the power diagram for a given set of weighted points.

edgeAttPD(T, edges)

freeBouPD(T, P)

liftPD(E, wts)

updated 1 year ago

### ted p teng (view profile)

Convert Voronoi cells to region mask

makelinefun(x1,y1,x2,y2,o)

updated 4 years ago

### Meng Sang Ong (view profile)

Compute individual Voronoi cell area of 2D point sets bounded in an arbitrary square

BoundVoronoin_UnitSquare(V, C, varargin)

BoundaryIntersect_UnitSquare(P1, P2, Mode)

CalcArea_UnitSquare(VSet, V1, V2, ptS)

updated 4 years ago

### Meng Sang Ong (view profile)

Compute individual Voronoi cell area of 2D point sets bounded in a unit circle

BoundVoronoin_UnitCircle(V, C, varargin)

BoundaryIntersect_UnitCircle(P1, P2, Mode)

CalcArea_UnitCircle(VSet, V1, V2, ptS)

updated 4 years ago

### Maxim Vedenyov (view profile)

in rectangle without air.

[V,C,N]=prepare_cells(a,b,r)

liquid_2d_rectangle.m

liquid_2d_rectangle_gif.m

updated 4 years ago

### David González (view profile)

Returns 2D clipped Voronoi Diagram of a cloud of points. Valid for all kinds of domains, holes...

clippedvoronoi(varargin)

updated 8 years ago

### Krishnan Suresh (view profile)

Compute the medial axis of 2-D solids whose boundary is made-up of line segments and circular arcs.

...

H_Cell(l_entrance,l_center,t,r_bend_inner)

closestPointOnParent(pdeGeom,pt,parent)

updated 12 years ago

### Luc Masset (view profile)

Computes the best approaching circle of a set of 2D points.