chromosome

HapHiC: a fast, reference-independent, allele-aware scaffolding tool based on Hi-C data

Time Table generation using Genetic Algorithms ( Java-Struts2)

Genetic Algorithm in C++ with template metaprogramming and abstraction for constrained optimization

Numerical Encoding for Human Genetic Variants

The script presents a simple way to visualize features on human chromosome ideograms

An R package for fast and efficient visualizing of GWAS results using Q-Q and Manhattan plots directly from PLINK output files.

Paired Genomic Loci Tool Suite

This is a tool for using a simplified genetics system to generate inheritable traits for DnD characters.

Banding pattern extraction and banding pattern segmentation mask generation for stained banded chromosome images.

DensityMap is perl tool for the visualization of features density along chromosomes

Detects Outliers and plots genomic clines from BGC output, and extends the plotting functionality of INTROGRESS to Correlate genomic clines and hybrid indices with Environmental Variables

Genetics (Initialization, Selection, Crossover, Mutation)

A ToolKit to perform a Meta-analysis of Genome-Wide Association Studies

Separating Overlapping Chromosomes with SegNet.

A javascript library to generate SVG based ideograms of chromosomes showing cytogenetic bands

Plotting chromosome idiogram

The library provides a general genetic algorithm. It is simple, easy to use, and very fast. All you need to do is to define the fitness function and its variables. There are many examples of how to deal with classic genetic algorithms problems.

This program implements a genetic algorithm for curve fitting using a polynomial equation. The goal is to find the best coefficients for the polynomial equation that minimize the distance between the curve and a given set of data points. The genetic algorithm is used to search for the optimal solution by evolving a population of candidate solutions

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