Mizzlr

// a function that take one argument x and returns itself
function(x) { return x;}
// a function that take nothing; but this will not be used
// naming a function is do as
var functionName = function (x) { // do something with x
	return x; 
};
// also 
function functionName(x) { //... 
	return x;

Mizzlr

module Main where

-- recursive square root function
rsqrt x n = if n == 1 then sqrt x else sqrt (x + rsqrt x (n-1))

-- product expansion of pi upto n terms
productPi n = 2 * product [ 2 / (rsqrt 2 i) | i <-[1..n]]

main = do
	putStr "Actual value of pi: "

Mizzlr

Actual value of pi: 3.141592653589793
Product expansion upto n terms:
1  -->  2.82842712474619
2  -->  3.0614674589207183
3  -->  3.1214451522580524
4  -->  3.1365484905459393
5  -->  3.140331156954753
10  -->  3.1415914215112
100  -->  3.141592653589797

Mizzlr

PFont font;

void setup(){
  background(0);
  size(500,500);
  noLoop();
  // you can find this file in my LangtonAnt project
  // at https://github.com/Mizzlr/LangtonAnt
  // place FreeMonoBold.ttf in a directory named data
  // under the Parent directory recursivePi

Mizzlr

Block of size=15 is
CACCACCTTGTGGAG
ATree as dict: 
╒═════════╤═════════╕
│ chunk   │   count │
╞═════════╪═════════╡
│         │      15 │
├─────────┼─────────┤
│ A       │       3 │
├─────────┼─────────┤

Mizzlr

CTGCCGCAAGCCGATCGGAGATCGCAGGTGAGAACCGCAG
TAATTGGTCTAGGTGGGAGCGACGCCATACCTCTACGGCA
CACACACACTCGTTTGATATTCCTAGGTGCGCGTTCTTCC
TACAGACATCGTGTGAGATATGTACCCACATTCAAAGAAA
ACTAGATCAAGTTGCTTGACCCGCTGGAGACGGGCCTGGT

Mizzlr

module Main where

-- x -> number whose sqrt has to be found
-- y -> approximate guessed sqrt of x
mysqrt x y = let z = x + y ^ 2 
	in z / (4 * y) + x * y / z

main = do
	-- lets compute sqrt(10) with guess=3
	putStr "Actual Value: "

Mizzlr

class ATree:
	"Aggregator Tree Data Structure"
	def __init__(self):
		self.count = 0 
		self.children = {}

	def __repr__(self):
		return "<ATree: %d\n\t%s>" \
			% ((self.count, self.children)) \
			if self.children else "<ATree: %d>" \

Mizzlr

#! /usr/bin/octave -qf 

pkg load signal
% read the file name
fprintf('\n\nInitializing equalizer ...\n');
% setting default values for Equalizer
Equalizer.type = 'Custom';
Equalizer.amps  = [7 7 2 0.25 0];
Equalizer.freqs = [100 500 1000 5000 10000];

Mizzlr

// Create a 2D array for the grid
int[][] grid;
// each cell is 4x4 pixel
int cellSize = 4;
// the whole grid is 125x125 cells
int gridSize = 125;
int cellStartX = 0;
int cellStartY = 0;

// enumerate directions