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function output = mat2latex(varargin)

%This function produces Latex code for any matlab matrix of any dimension. 
%It requires the package amsmath in latex for successful operation. This 
%code utilizes bmatrix environment.This code produces square brackets to
%enclose the elements of the matrix.This function has to be run as an 
%argument for the builtin fprintf() function to work properly. For example
%this fprintf(mat2latex(A)).Decimal numbers are left as decimal numbers by default.
%If you want the decimal numbers to be formatted as rational numbers, pass
%in a second parameter 'ratio' with your matrix. For example,fprintf(mat2latex(A,'ratio'))

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function output = mat2latexOctave(varargin)

%This function produces Latex code for any matlab matrix of any dimension.
%It requires the package amsmath in latex for successful operation. This
%code utilizes bmatrix environment.This code produces square brackets to
%enclose the elements of the matrix.This function has to be run as an
%argument for the builtin fprintf() function to work properly. For example
%this fprintf(mat2latex(A)).Decimal numbers are left as decimal numbers by default.
%If you want the decimal numbers to be formatted as rational numbers, pass
%in a second parameter 'ratio' with your matrix. For example,fprintf(mat2latex(A,'ratio'))

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function output = mat2DetLatex(varargin)

%This function produces Latex code for any octave/matlab matrix of any dimension as a determinant. 
%It requires the package amsmath in latex for successful operation. This 
%code utilizes vmatrix environment.This code produces absolute value brackets to
%enclose the elements of the matrix.This function has to be run as an 
%argument for the builtin fprintf() function to work properly. For example
%this fprintf(mat2DetLatex(A)).Decimal numbers are left as decimal numbers by default.
%If you want the decimal numbers to be formatted as rational numbers, pass
%in a second parameter 'ratio' with your matrix. For example,fprintf(mat2DetLatex(A,'ratio'))

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function output = mat2latex(varargin)

%This function produces Latex code for any matlab matrix of any dimension.
%It requires the package amsmath in latex for successful operation. This
%code utilizes bmatrix environment.This code produces square brackets to
%enclose the elements of the matrix.This function has to be run as an
%argument for the builtin fprintf() function to work properly. For example
%this fprintf(mat2latex(A)).Decimal numbers are left as decimal numbers by default.
%If you want the decimal numbers to be formatted as rational numbers, pass
%in a second parameter 'ratio' with your matrix. For example,fprintf(mat2latex(A,'ratio'))

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function output = mat2DetLatex(varargin)

%This function produces Latex code for any octave/matlab matrix of any dimension as a determinant.
%It requires the package amsmath in latex for successful operation. This
%code utilizes vmatrix environment.This code produces absolute value brackets to
%enclose the elements of the matrix.This function has to be run as an
%argument for the builtin fprintf() function to work properly. For example
%this fprintf(mat2DetLatex(A)).Decimal numbers are left as decimal numbers by default.
%If you want the decimal numbers to be formatted as rational numbers, pass
%in a second parameter 'ratio' with your matrix. For example,fprintf(mat2DetLatex(A,'ratio'))

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function output = mat2DetLatexOctave(varargin)

%This function produces Latex code for any octave/matlab matrix of any dimension as a determinant.
%It requires the package amsmath in latex for successful operation. This
%code utilizes vmatrix environment.This code produces absolute value brackets to
%enclose the elements of the matrix.This function has to be run as an
%argument for the builtin fprintf() function to work properly. For example
%this fprintf(mat2DetLatex(A)).Decimal numbers are left as decimal numbers by default.
%If you want the decimal numbers to be formatted as rational numbers, pass
%in a second parameter 'ratio' with your matrix. For example,fprintf(mat2DetLatex(A,'ratio'))

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def generate_random_number_with_n_digits(input_n_digit)
    
     smallest_number_of_nplus1_digits = 10**input_n_digit

     smallest_number_of_n_digits = 10**(input_n_digit-1)

     random_n_digit_number = Random.rand(smallest_number_of_nplus1_digits-smallest_number_of_n_digits)+smallest_number_of_n_digits

     return random_n_digit_number

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\documentclass{article}

\usepackage[margin = 0.8in]{geometry}

\usepackage{soul}

\usepackage{color}

\begin{document}

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\documentclass{article}

\usepackage[margin = 0.8in]{geometry}

\usepackage{soul}

\begin{document}

\hl{This is a wonderful highlight}

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/********************************************************************************************************************
Countdown.js is a simple script to add a countdown timer
for your website. Currently it can only do full minutes
and partial minutes aren't supported. This script is a fork of http://jsfiddle.net/HRrYG/ with some 
added extensions. Since the original code that I forked was released under Creative Commons by SA license, 
I have to release this code under the same license. You can view a live demo of this code at http://jsfiddle.net/JmrQE/2/.
********************************************************************************************************************/
function countdown(minutes) {
    var seconds = 60;
    var mins = minutes