Dec to bin - Revision history

Rmmateri at 11:40, 18 July 2018

2018-07-18T11:40:12Z

← Older revision		Revision as of 11:40, 18 July 2018
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	{{Function		{{Function
	\|name=dec_to_bin		\|name=dec_to_bin
	\|desc=Converts a ~~decimal~~ number to a binary ~~number~~ in a similar way to the de2bi function in MATLAB.		\|desc=Converts a number to its binary form in a similar way to the de2bi function in MATLAB.
	\|cat=[[List of functions#Helper_functions\|Helper functions]]		\|cat=[[List of functions#Helper_functions\|Helper functions]]
	\|upd=July 6th, 2018		\|upd=July 6th, 2018
	\|v=0.50		\|v=0.50
	\|helper=1}}		\|helper=1}}
	<tt>'''dec_to_bin'''</tt> is a [[List of functions\|function]] that takes a ~~decimal~~ number as input and converts it to a vector representing the binary form of the number with the MSB to the right.		<tt>'''dec_to_bin'''</tt> is a [[List of functions\|function]] that takes a number as input and converts it to a vector representing the binary form of the number with the MSB to the right.

	==Syntax==		==Syntax==
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	==Argument descriptions==		==Argument descriptions==
	* <tt>DEC</tt>: The ~~decimal~~ number to be converted to a vector representing the binary form of <tt>DEC</tt>. This must be a non-negative integer.		* <tt>DEC</tt>: The number to be converted to a vector representing the binary form of <tt>DEC</tt>. This must be a non-negative integer.
	==Examples==		==Examples==
	Some basic examples of how dec_to_bin works.		Some basic examples of how dec_to_bin works.

Rmmateri at 11:38, 18 July 2018

2018-07-18T11:38:56Z

← Older revision		Revision as of 11:38, 18 July 2018
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	{{Function		{{Function
	\|name=dec_to_bin		\|name=dec_to_bin
	\|desc=Converts a decimal number to a binary number in a similar way to the ~~dec2bin~~ function in MATLAB.		\|desc=Converts a decimal number to a binary number in a similar way to the de2bi function in MATLAB.
	\|cat=[[List of functions#Helper_functions\|Helper functions]]		\|cat=[[List of functions#Helper_functions\|Helper functions]]
	\|upd=July 6th, 2018		\|upd=July 6th, 2018

Rmmateri at 11:38, 18 July 2018

2018-07-18T11:38:19Z

← Older revision		Revision as of 11:38, 18 July 2018
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	This function is only meant to simplify code within other functions without the need to install the communications package of MATLAB or Octave-Forge.		This function is only meant to simplify code within other functions without the need to install the communications package of MATLAB or Octave-Forge.

	{{SourceCode\|name=~~dec_to_bin~~\|helper=1}}		{{SourceCode\|name=iden\|helper=1}}

Rmmateri at 11:37, 18 July 2018

2018-07-18T11:37:48Z

← Older revision		Revision as of 11:37, 18 July 2018
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	\|v=0.50		\|v=0.50
	\|helper=1}}		\|helper=1}}
	<tt>'''dec_to_bin'''</tt> is a [[List of functions\|function]] that ~~computes~~ the ~~identity matrix~~ of the ~~desired size, which is either full or sparse~~.		<tt>'''dec_to_bin'''</tt> is a [[List of functions\|function]] that takes a decimal number as input and converts it to a vector representing the binary form of the number with the MSB to the right.

	==Syntax==		==Syntax==
	* <tt>ID = ~~iden~~(~~DIM,SP~~)</tt>		* <tt>BIN = dec_to_bin(DEC)</tt>

	==Argument descriptions==		==Argument descriptions==
	* <tt>~~DIM~~</tt>: The number of ~~rows (or equivalently, columns) that~~ <tt>ID</tt> ~~will have~~.		* <tt>DEC</tt>: The decimal number to be converted to a vector representing the binary form of <tt>DEC</tt>. This must be a non-negative integer.
	* <tt>SP</tt>: A flag (either 1 or 0) indicating whether <tt>ID</tt> should or should not be ~~sparse~~.

	==Examples==		==Examples==
	~~Full and sparse versions~~ of ~~the 2-by-2 identity matrix:~~		Some basic examples of how dec_to_bin works.
	<syntaxhighlight>		<syntaxhighlight>
	>> ~~iden~~(~~2,0~~)		>> dec_to_bin(5)

	ans =		ans =

	1 0		1 0 1
	0 1

	>> ~~iden~~(~~2,1~~)		>> dec_to_bin(6)

	ans =		ans =

	(1~~,1) 1~~		0 1 1
	~~(2,2)~~ 1
	</syntaxhighlight>		</syntaxhighlight>

	==Notes==		==Notes==
	This function is only meant to simplify code within other functions without the need to install the package ~~dec2bin~~.		This function is only meant to simplify code within other functions without the need to install the communications package of MATLAB or Octave-Forge.

	{{SourceCode\|name=~~iden~~\|helper=1}}		{{SourceCode\|name=dec_to_bin\|helper=1}}

Rmmateri: Created page with "{{Function |name=dec_to_bin |desc=Converts a decimal number to a binary number in a similar way to the dec2bin function in MATLAB. |cat=List of functions#Helper_functions|He..."

2018-07-06T19:13:31Z

Created page with "{{Function |name=dec_to_bin |desc=Converts a decimal number to a binary number in a similar way to the dec2bin function in MATLAB. |cat=List of functions#Helper_functions|He..."

New page

{{Function
|name=dec_to_bin
|desc=Converts a decimal number to a binary number in a similar way to the dec2bin function in MATLAB.
|cat=[[List of functions#Helper_functions|Helper functions]]
|upd=July 6th, 2018
|v=0.50
|helper=1}}
<tt>'''dec_to_bin'''</tt> is a [[List of functions|function]] that computes the identity matrix of the desired size, which is either full or sparse.

==Syntax==
* <tt>ID = iden(DIM,SP)</tt>

==Argument descriptions==
* <tt>DIM</tt>: The number of rows (or equivalently, columns) that <tt>ID</tt> will have.
* <tt>SP</tt>: A flag (either 1 or 0) indicating whether <tt>ID</tt> should or should not be sparse.

==Examples==
Full and sparse versions of the 2-by-2 identity matrix:
<syntaxhighlight>
>> iden(2,0)

ans =

1 0
0 1

>> iden(2,1)

ans =

(1,1) 1
(2,2) 1
</syntaxhighlight>

==Notes==
This function is only meant to simplify code within other functions without the need to install the package dec2bin.

{{SourceCode|name=iden|helper=1}}