Struct genome::Gene

pub struct Gene {
    pub num_markers: u16,
    pub markers: Vec<Marker>,
}

Fields

num_markers: u16

markers: Vec<Marker>

Implementations

impl Gene

First marker is influence

pub fn new(num_markers: u16) -> Gene

Create a new gene

Examples

use genome::Gene;

let gene1 = Gene::new(2);

pub fn get_sum(&self) -> f32

Get sum of genes

Examples

use genome::Gene;

let gene1 = Gene::new(2);

let sum = gene1.get_sum();

pub fn is_equal(left_gene: &Gene, right_gene: &Gene) -> bool

Compare is two gene is equal

Examples

use genome::Gene;

let gene1 = Gene::new(2);
let gene2 = Gene::new(2);

let is_equal = Gene::is_equal(&gene1, &gene2);

pub fn get_influence(&self) -> f32

Get influence for this gene

Examples

use genome::Gene;

let gene1 = Gene::new(2);

let influence = gene1.get_influence();

pub fn get_marker(&self, position: usize) -> Option<f32>

Get markers at position for the gene, ignore influence

Examples

use genome::Gene;

let gene1 = Gene::new(2);

let marker = gene1.get_marker(0);

pub fn get_markers(&self) -> Vec<f32>

Get all markers for the gene, ignore influence

Examples

use genome::Gene;

let gene1 = Gene::new(2);

let markers = gene1.get_markers();

pub fn to_string(&self) -> String

Convert gene to string

Examples

use genome::Gene;

let gene1 = Gene::new(2);

let gene_str = gene1.to_string();

pub fn compare(left_gene: Gene, right_gene: Gene) -> bool

Compare gene for equality

Examples

use genome::Gene;

let gene1 = Gene::new(2);
let gene2 = Gene::new(2);

let is_same = Gene::compare(gene1, gene2);

pub fn mutate(&mut self)

Mutate the gene, with 5 different types of mutation

Examples

use genome::Gene;

let mut gene1 = Gene::new(2);

gene1.mutate();

pub fn zero(&mut self)

Zero this gene

Examples

use genome::Gene;

let mut gene1 = Gene::new(2);

gene1.zero();

Trait Implementations

impl From<Gene> for String

Convert gene to string

Examples

use genome::Gene;

let gene1 = Gene::new(2);

let gene_str = String::from(gene1);

fn from(gene: Gene) -> String

Converts to this type from the input type.

impl From<String> for Gene

Convert string to Gene

Examples

use genome::Gene;

let gene1 = Gene::new(2);

let gene_str = String::from(gene1);

let gene_copy = Gene::from(gene_str);

fn from(gene: String) -> Gene

Converts to this type from the input type.

impl PartialEq for Gene

fn eq(&self, other: &Self) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.