Struct Random 

pub struct Random { /* private fields */ }

Random Generator

Implementations

impl Random

pub fn new(seed: i64) -> Random

Make a new random generator

Used default values for a, c and m

 a: 16807
 c: 0
 m: 2147483647

Example

// Import Lib
use micro_rand::Random;

// Make a new random generator with seed 1234
let mut r = Random::new(1234);

pub fn custom_new(seed: i64, a: i64, c: i64, m: i64) -> Random

Make a new random generator with custom values for a, c and m

Example

// Import Lib
use micro_rand::Random;

// Make a new, custom random generator
let mut r = Random::custom_new(1234, 86284, 2, 7263957720);

pub fn next_f64(&mut self) -> f64

Geth the next float 64 from a generator

Example

// Import Lib
use micro_rand::Random;

// Make a new, custom random generator
let mut r = Random::new(1234);

// Get the next float 64
let f = r.next_f64();

pub fn next_f32(&mut self) -> f32

Geth the next float 32 from a generator

Example

// Import Lib
use micro_rand::Random;

// Make a new, custom random generator
let mut r = Random::new(1234);

// Get the next float 32
let f = r.next_f32();

pub fn next_int_i64(&mut self, min: i64, max: i64) -> i64

Geth the next i64 from a generator within a range

Example

// Import Lib
use micro_rand::Random;

// Make a new, custom random generator
let mut r = Random::new(1234);

// Get a random i64 between 0 and 100
let f = r.next_int_i64(0, 100);

pub fn next_int_i32(&mut self, min: i32, max: i32) -> i32

Geth the next i32 from a generator within a range

Example

// Import Lib
use micro_rand::Random;

// Make a new, custom random generator
let mut r = Random::new(1234);

// Get a random i32 between 0 and 100
let f = r.next_int_i32(0, 100);