A priority based assignment problem

%{

This code gives overview part and contact for details,

Below code calls generatedata, printdata and mainscript functions,

generatedata generate random data,

printdata print data in respective forms,

mainscript performs calculations of proposed algorithms,

%}

function no_out=common_assignment_function()

clc;

clear all;

close all;

global printstr iterlimit

%inputdata; % to add fresh data

fprintf('This program is for Assignment Problem, for transportation, go to matlab-code folder\n\n');

m=input('\nenter number of Jobs (m): ');

n=input('\nenter number of Persons (n):');

printstr=[]; iterlimit=m*n*10;

printstr=sprintf('Problem start:\nGiven problem is for %d rows and %d columns\n',m,n);

[orig,tij,c,Bl,S1,S2,lamda] = generatedata(m,n)

%printdata;

load orig; load tij; load Bl; load S1; load S2; load lamda; load c;

Inf1=lamda(1)*1000; %10^15; %Inf;

tic;

T1k=Inf1; k=0; T2k=-Inf1; no_out=1;

[tij,c] = step4b(tij,c,T1k,T2k,S1,S2,Bl,lamda,Inf1);

toc;

telapsed=toc; fprintf('%f\n',telapsed);

printstr=[printstr sprintf('\nTime elapsed is: %f\n',telapsed)];

printdata;

.

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        [c]=step9(tij,c,T1k,S1,S2,Bl,lamda,T1k1,T2k1);

    else

        printstr=[printstr sprintf('%d-%d\n',T1k1,T2k1)];

        fprintf('%d-%d\n',T1k1,T2k1);

        T1k=T1k1;

        [tij,c] = step4b(tij,c,T1k,T2k,S1,S2,Bl,lamda,Inf1);

    end

function [c]=step9(tij,c,T1k,S1,S2,Bl,lamda,T1k1,T2k1)

    global printstr

    printstr=[printstr sprintf('\nProgram ends here\n')];

    fprintf('\nProgram ends here\n');