how to order the array according to the condition of linear ordering?

Question

Siddharth Pande 2014-6-17

0
链接

此问题的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/134847-how-to-order-the-array-according-to-the-condition-of-linear-ordering

I am making a program based upon the module placement according to the linear condition consider the example:

module=[2 3 5 4 1 6] from the below given code one can give the module input which is the above one

enter the number of terminating points for the module enter the number of new points for the module enter the number of continuing points for each module

now the gain for each module is calculated as gain = terminating points - new points

note that:

the above loop will run till the max length of the module

now the condition are find the max gain 1)if in the array of the gain two module have same gain and both are having maximum value

then check the maximum no of terminating points for each of the module having maximum gain 2)if still both have the tie then selected the module having maximum number of continuing points 3)if still there is a tie then select the module which has the minimum number of points i.e: min(terminating points,continuing points,new points); else place it in the same order in the new module now remove the module from the previous array and run the program again until all the module in the array are arrange

%%ALGOORITHM FOR LINEAR CLUSTER GROWTH %%
%number of module
clc;
clear all;
    tn = [];
    nn = [];
    cn = [];
    G  = [];
module=input('enter the module= ');
s=length(module);
for i=1:s;
    disp('+----------------------------------------------------+');
    disp('module no = ');disp(s(i));
    terminating_net = input('enter the number of terminating net for this module= ');
    tn(1,i)         = terminating_net;
    new_net         = input('enter the number of new net for this module= ');
    nn(1,i)         = new_net;
    continuting_net = input('enter the number of continuing net for this module= ');
    cn(1,i)         = continuting_net;
    gain            = terminating_net - new_net;
    G(1,i)          = gain;
    s=s+1;
    disp('TN -----------------------------------------------');disp(tn);
    disp('NN -----------------------------------------------');disp(nn);
    disp('CN -----------------------------------------------');disp(cn);
    disp('G  -----------------------------------------------');disp(G);
end
disp('_________________________________________________________');
gmax=zeros(1,s);
gmax=max(G);
disp('Max Gain');disp(gmax);
disp('_________________________________________________________');
%%conditon