Maximally Distinct Color Generator

Generate maximally-distinct colors in an RGB colormap.

of 24 bit TrueColor, allowing for neat and simple vectorized MATLAB code.These two motivations are closely linked to two non-trivial tasks that have to be solved in order to generate maximally-distinct

Generate maximally perceptually-distinct colors

Choose a set of n colors that can be readily distinguished from each other

When plotting a set of lines, you may want to distinguish them by color. By default, Matlab chooses a small set of colors and cycles among them, and so if you have more than a few lines there will be

ColorBrewer: Attractive and Distinctive Colormaps

The complete palette of ColorBrewer colormaps. Simple selection by scheme name and map length.

BREWERMAP Function==================[![View ColorBrewer on File

Lattice Boltzmann N-phase model with MRT and Enhanced Equilibrium (LBM)

Another starting point for newcomers wanting to study RK-type lattice Boltzmann model.

N, the distribution functions of each color are not required [R1]. Variable density ratios are achieved with enhanced equilibrium distribution functions [R2]. The multiple-relaxation-time collision

Simulate Control of Magnetized Tetrahymena Pyriformis Cells

With uniform magnetic field uses control-Lypunov function to steer all cells to orbit goal positions

Violin Plots for plotting multiple distributions (distributionPlot.m)

Function for plotting multiple histograms side-by-side in 2D - better than boxplot.

: countEntries, colorCode2rgb, isEven, myErrorbarIf you want to overlay individual data points, you need to download the separate submission plotSpread

Digital-Forestry-Toolbox

Forest remote sensing tools for Matlab

plot spread points (beeswarm plot)

plotSpread plots distributions of data points, adding jitter to the points to avoid overlap.

DynaSim/DynaSim

DynaSim simplifies the process of building and simulating models of dynamical systems.

COSMOSS

COSMOSS is a Coupled OScillator MOdel Spectrum Simulator

Homer3

Toolbox for analysis and visualization of fNIRS data

Matlab-mdtsToolbox

A Matlab Toolbox to handle mutli-dimensional time series (mdts)

gQSPSim

The app is used for QSP Modeling and Simulation.

iELVis

MATLAB & Bash Scripts for localizing and interactivity visualizing intracranial electrode data

Polytope bounded order-2 Voronoi diagram in 2D/3D

The function creates arbitrary polytope bounded order-2 Voronoi diagram in 2D/3D

maximally perceptually distinct. The function is written by Timothy E. Holy.

justinblaber/image_match

SIFT implementation + pose estimation in MATLAB.

LRSLibrary

Low-Rank and Sparse Tools for Background Modeling and Subtraction in Videos

colorSpectrum: Create N Distinct Plot Colors

Creates N distinct three-element RPB vectors for plotting

For a consistent plot lines coloring scheme. Returns a color spectrum from red to green to blue. Avoids colors that are hard to see in matlab plots, such as yellow and cyan.Three Easy

BioSigKit a toolkit for Bio-Signal analysis

BioSigKit is a set of useful signal processing tools for Biosignal analysis such as QRS detectors, peak detectors and activity detection

Sunburst or Polar Treemap Plot and Range Plot

Visualize data as sunburst/polar treemap plot or range plot

neutral-surfaces

Calculate neutral surfaces in the ocean

Feedback Control of Many Differential-Drive Robots with Uniform Control Inputs

GAS feedback control for many differential-drive robots when each robot receives same control inputs

COHSS

COHSS solver for complex symmetrix linear system

Empirical orthogonal function (PCA) estimation for EEG time series

Empirical orthogonal function (PCA) estimation for EEG time series

Rigbox

A MATLAB toolbox for running neurophysiological experiments and managing data

gQSPsim-release

gQSPsim

mpsim

A GNSS multipath simulator in Matlab/Octave

roimehrez/DDIS

Template Matching with Deformable Diversity Similarity

Automatic Analysis (aa)

aa is a comprehensive pipeline system for neuroimaging written in MATLAB to facilitate automatic, flexible, and replicable analyses.

mctc4bmi

Matrix and Tensor Completion for Background Model Initialization

djangraw/EegAndEye

MATLAB scripts for EEG/eye position data analysis

Bayesian spatial PSM

Bayesian spatial propensity score matching. This is an update of the original code I made in 2014, now updated to run in MatLab 2020a

Approximate Tverberg Point in 2D and 3D

Given n points in R^d the function calculates Tverberg partition of max. depth in Linear time

. http://www.mathworks.com/matlabcentral/fileexchange/30892-representing-polyhedral-convex-hulls-by-vertices-or--in-equalities/content/vert2lcon.m"distinguishable_colors.m" picks colors that are maximally perceptually distinct. The function is written by Timothy E. Holy.

Tol colors

Creates a palette with up to 12 colors that are easy to distinct everywhere (print, screen, B&W), for everyone (color-blindness) and pretty.

The colors created by Paul Tol at SRON are good for publication-quality figures:https://personal.sron.nl/~pault/- distinct for all people, including color-blind readers- distinct from black and white

ColorSelect for Loop-Based Plotting

Provides up to 125 colors, with the goal of keeping adjacent colors distinct.

ColorSelect provides a pseudorandomized color vector for an input between 1 and 125. Higher or negative numbers will repeat. All colors will not be distinct.Calling ColorSelect with no argument

CubeHelix Colormap Generator

Use the cubehelix algorithm to generate colormaps suitable for grayscale conversion

for published or distributed documents as they are very attractive in full color and yet are suitable for grayscale conversion.CUBEHELIX creates different colormaps using just a few parameters. The

Convert between RGB and Color Names

RGB to color name. Color name to RGB. Supports many palettes: CSS, dvips, HTML, MATLAB, RAL, SVG, X11, xcolor, xkcd,...

One function converts between RGB and color names, in both directions.The function COLORNAMES accepts either RGB values or color names as its inputs, and returns the color names and RGB values from

Color segmentation by Delta E color difference

User draws region and this finds pixels in the image with a similar color, using Delta E.

Demo to perform very, very simple color detection in LAB color space. The RGB image is converted to LAB color space and then the user draws some freehand-drawn irregularly shaped region to identify a

allwords

Parse a sentence or any string into distinct "words"

random numeric string of length 1e6, allwords parses it into over 90000 distinct "words" in less than 0.5 seconds.str = round(rand(1,1000000)*10);ticwords = allwords(str,[0 10]);tocElapsed time is 0.455194

Intuitive RGB color values from XKCD

RGB triplets for 949 colors, by how they're perceived on a computer monitor and their common names.

This function returns the RGB triplet for almost any color. And unlike the way colors are somewhat officially defined (http://en.wikipedia.org/wiki/Web_colors), this data set describes returns

Color Frequency Image

The frequency image is where the pixel intensity represents the frequency of the same color pixels.

This is a MATLAB implementation of the Color Frequency concept introduced by T. Kashiwagi & S. Oe.With this script, you pick a color image and then it computes the color frequency image. The

SimpleColorDetectionByHue()

Detect colored regions in an image via thresholding in HSV color space.

This script is a demo that shows you how to find objects of a certain color in an image. For this example I'm using the standard onion, peppers, or kids image that ships with the Image Processing

cprintf - display formatted colored text in Command Window

Displays sprintf-formatted strings in the Command Window using the specified color/underline/bold style

cprintf command.STYLE colors can be specified in 3 variants: [0.1, 0.7, 0.3] - standard Matlab RGB color format in the range 0.0-1.0 [26, 178, 76] - numeric RGB values in the range 0-255 '#1ab34d

Fast edges of a color image (actual color, not converting to grayscale)

Edges of a color image by the max gradient method.

Extracts the edges of a color image without converting it to grayscale.Changes in color are detected even when the grayscale color of two pixels are the same. The edge strength is typically greater

Drawing Color Histograms and Color Clouds

Matlab code to plot color histograms and color clouds

Usage: createColorHistograms(im_str)im_str can be an image file location or a three-dimensional arrayThere seem to be two confounds in plotting color histograms. One is the obvious one of showing a

Clarinet

Electrophysiology data analysis

specific criteria+ Color tag epochs for faster inspection+ Extract features across group of epochsFor more information and to download the latest version visit: https://lucadellasantina.github.io/Clarinet/

RGB triple of color name, version 2

Returns a Matlab RGB color specifier corresponding to a given color name (139 colors supported).

RGB = RGB('COLORNAME') returns the red-green-blue triple corresponding to the color named COLORNAME by the CSS3 proposed standard [1], which contains 139 different colors (an rgb triple is a 1x3

Color tints

Create tints of colors and colormaps

Create specified tints of colors and colormaps or show examples of tints.To create shades, see http://www.mathworks.com/matlabcentral/fileexchange/47245-color-shades

SimpleColorDetection()

Script to do simple color detection in RGB color space. Finds red objects in the image.

This script is a demo that shows you how to find objects of a certain color in an image. For this example I'm using the standard onion, peppers, or canoe image that ships with the Image Processing

rgbmap color maps

Create color maps from actual names that people use for colors.

viewers more than 900 of the most commonly-used colors on the internet, and getting users to use their own words to describe that color. The result is a database of the most commonly-used names for colors

Tracking red color objects using matlab

This program just tracks all red color objects and draws a bounding box around them.

This program just tracks all red color objects and draws a bounding box around them. This works on the difference between frames concept. Every frame in the video is returned as an rgb image on which

Color Tools for MATLAB

Color Tools for MATLAB is an experimental collection of MATLAB functions related to color science computation and visualization.

Color Tools for MATLAB is an experimental collection of MATLAB functions related to color science computation, color scales, visualization, and ICC color profiles. It is meant to supplement the

Color Palette Tables (.cpt) for Matlab

Create and apply GMT-style colormaps in Matlab

## cptcmap.m DocumentationAuthor: Kelly Kearney[![View Color Palette Tables (.cpt) for Matlab on File

Grid Sphere

Produces a nearly even grid over the surface of a sphere.

Gray image to Color image conversion

Converts a gray image to color image

This program converts a gray image to color image. The conversion is based on color image submitted along with the input gray image. Actualy it transfers color to a grayscale image. The

Computational Colour Science using MATLAB 2e

Colour toolbox that accompanies the second edition of Computational Colour Science using MATLAB

Colour toolbox that accompanies the second edition of Computational Colour Science using MATLAB (Westland, Ripamonti and Cheung, 2012).Toolbox allows spectral interpolation, calculation of colour

Image Manipulation Toolbox

MATLAB Image Manipulation Toolbox

functionality.Let me know if you find bugs. Highlights:GUI extensions of several core functionsPassthrough/fallback replacements for several IPT toolsMulti-model color picker GUIGUI for parametric color-based mask

Color name identification: fuzzycolor

Efficient identification of color names for any RGB

Yes, its easy to identify [1, 0, 0] as a red color. But sometimes we want to find ALL colors in an image that we would identify as red. Thus, [1, 0.1, 0.1] is also easily seen as red by the eye. Its

Hatch fill patterns plus Color & Invert

Updated code hatch with color and inverted hatches

Spectral and XYZ Color Functions

Label plots with spectra. Convert wavelengths to RGB. Functions for color matching and illuminants.

This is the beginning of a set of functions for working with color as wavelengths (spectral color) and in the xyY and XYZ color spaces.Current functionality includes:spectrumLabel - Add a color bar