Code covered by the BSD License  

Highlights from
NUMBER SYSTEMS/ BASE CONVERTER

• num_sys(varargin) GUI for number system converter.
• [e,factor]=div2(a) This function divides an array by 2 and calculates the remainder too.
• b=str2num(a) This function converts a string into an array.
• output=array_adder(array1,arr... This function adds 2 arrays, after making them of equal lengths by appending with reqd number of zeros.
• output=bin2hex(input) This function converts a single-digit binary number into corresponding hexagonal number.
• output=bin2oct(input) This function converts a single-digit binary number into corresponding octagonal number.
• output=bin_2_dec(input) This function converts an binary number into corresponding decimal number.
• output=bin_2_hex(input) This function converts an binary number into corresponding hexagonal number.
• output=bin_2_oct(input) This function converts an binary number into corresponding octagonal number.
• output=bincheck(input) This function keeps it same if its a valid number in this system.
• output=dec2bin2(input) This function converts an array in binary format to an array in decimal format.
• output=dec_2_bin(input) This function converts an decimal number into corresponding binary number.
• output=dec_2_hex(input) This function converts an decimal number into corresponding hexagonal number.
• output=dec_2_oct(input) This function converts an decimal number into corresponding octagonal number.
• output=deccheck(input) This function keeps it same if its a valid number in this system.
• output=hex2bin(input) This function converts a single-digit hexagonal number into corresponding binary number.
• output=hex_2_bin(input) This function converts an decimal number into corresponding octagonal number.
• output=hex_2_dec(input) This function converts an hexagonal number into corresponding decimal number.
• output=hex_2_oct(input) This function converts an hexadecimal number into corresponding octagonal number.
• output=hexcheck(input) This function keeps it same if its a valid number in this system.
• output=oct2bin(input) This function converts a single-digit octagonal number into corresponding binary number.
• output=oct_2_bin(input) This function converts an octagonal number into corresponding binary number.
• output=oct_2_dec(input) This function converts an octagonal number into corresponding decimal number.
• output=oct_2_hex(input) This function converts an octagonal number into corresponding hexadecimal number.
• output=octcheck(input) This function keeps it same if its a valid number in this system.
• output=powr2(b) This function calculates the power of 2 with the input as the exponent.
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