Update docs and example

README.md

@@ -1,7 +1,7 @@
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 # numesis
-Custom Number System
+A Custom Number System, allows you to define your own number system by changing the base of the number system and design your own characters set
 
 ## Installation
 ### NPM or Yarn 
@@ -17,57 +17,60 @@ import numesis module on your project directly
 ```js
 import Numesis from 'https://deno.land/x/numesis/mod.ts'
 ```
-## Example
-```js
-const hex = new Numesis("0123456789ABCDEF");
-const dec = new Numesis("0123456789");
-const bin = new Numesis("01");
-const oct = new Numesis("01234567");
-
-console.log(`Hex value of 255 is ${hex.e(255)}`);
-// Output: Hex value of 255 is FF
-
-console.log(`Oct value of 255 is ${oct.e(255)}`);
-// Output: Oct value of 255 is 377
-
-console.log(`Dec value of 255 is ${dec.e(255)}`);
-// Output: Dec value of 255 is 255
 
-console.log(`Bin value of 255 is ${bin.e(255)}`);
-// Output: Bin value of 255 is 11111111
-
-// Convert RGB Color
-console.log(`Convert RGB(255,255,255) to HEX is ${hex.e(255,255,255)}`); 
-// Output: Covert RGB(255,255,255) to HEX is FFFFFFFF
-```
 ## Usage
 ### With deno
 ```js
 import Numesis from 'https://deno.land/x/numesis/mod.ts'
+const num = new Numesis(Numesis.DEFAULT); 
 
-const n = new Numesis(); 
-
-// Encode
-const encoded = n.e(999); // output: P7Ct
+const encoded = num.encode(999); // P7Ct
 ```
-### Basic
+### With nodejs
 ```js
 const Numesis = require('numesis')
+const num = new Numesis(Numesis.DEFAULT); 
 
-const n = new Numesis(); 
-
-// Encode
-const encoded = n.e(999); // output: P7Ct
+const encoded = num.encode(999); // P7Ct
 ```
-### Custom
+
+### Examples
 ```js
-const Numesis = require('numesis')
+// Presets
+const hex = new Numesis(Numesis.HEX); // 0123456789ABCDEF
+const dec = new Numesis(Numesis.DEC); // 0123456789
+const bin = new Numesis(Numesis.BIN); // 01
+const oct = new Numesis(Numesis.OCT); // 01234567
+const def = new Numesis(Numesis.DEFAULT); // abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789
+
+// Create custom charset
+const custom = new Numesis('abcdef');
+
+// Basic Encoding Examples
+console.log(`Hex value of 255 is ${hex.encode(255)}`); // Hex value of 255 is FF
+console.log(`Oct value of 255 is ${oct.encode(255)}`); // Oct value of 255 is 377
+console.log(`Dec value of 255 is ${dec.encode(255)}`); // Dec value of 255 is 255
+console.log(`Bin value of 255 is ${bin.encode(255)}`); // Bin value of 255 is 11111111
+
+// Basic Decoding Examples
+console.log(`Hex value of FF is ${hex.decode("FF")}`); // Hex value of FF is 255
+console.log(`Oct value of 377 is ${oct.decode("377")}`); // Oct value of 377 is 255
+console.log(`Dec value of 255 is ${dec.decode("255")}`); // Dec value of 255 is 255
+console.log(`Bin value of 11111111 is ${bin.decode("11111111")}`); // Bin value of 11111111 is 255
+
+// Convert RGB Color
+console.log(`Convert RGB(255,255,255) to HEX is ${hex.encode(255,255,255)}`); // Covert RGB(255,255,255) to HEX is FFFFFF
 
-// Default charset
-const charset = "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789";
+// Trailing Zeroes
+const bin_len = 4;
+console.log(`Bin value of 2 is ${bin.encode(2)}`); // Bin value of 2 is 10
+console.log(`Bin value of 2 with trailing is ${bin.trail(bin_len, 2)}`); // Bin value of 2 is 0010
+console.log(`Decoded bin value of 0010 is ${bin.decode("0010")}`); // Decoded bin value of 0010 is 2
 
-const n = new Numesis(charset); 
+// Block Encoding
+const delimiter = "-";
+console.log(`Bin value of 50 is ${bin.encode(50)}`); // Bin value of 50 is 110010
+console.log(`Bin value of 50 with block is ${bin.block(bin_len, delimiter, 50)}`); // Bin value of 50 with block is 0011-0010
+console.log(`Decoded bin value of 0011-0010 is ${bin.decode("0011-0010", delimiter)}`); // Decoded bin value of 0011-0010 is 50
 
-// Encode
-const encoded = n.e(999); // output: P7Ct
 ```