function GLRLM_f=get_GLRLM0(v1,n,maxv,max_t)
x3=size(v1,3);
v2=[];
for i=1:1:x3
    v2(:,:,i)=v1(:,:,i)';
end
GLRLM1=get_GLRLM1(v1,n,maxv,max_t);
GLRLM2=get_GLRLM1(v2,n,maxv,max_t);

f1=textural_GLRLM_based(GLRLM1);
f2=textural_GLRLM_based(GLRLM2);

f=(f1+f2)./2;

GLRLM_f = struct('SRE',{0.0}, 'LRE',{0.0}, 'GLN',{0.0},...
    'RLN', {0.0},'RP',{0.0},'LGLRE', {0.0},'HGLRE',...
    {0.0}, 'SRLGLE',{0.0}, 'SRHGLE',{0.0}, 'LRLGLE',{0.0},'LRHGLE',...
    {0.0},'mean', {0.0}, 'entropy', {0.0}, 'energy', {0.0});


GLRLM_f.SRE=f(1);
GLRLM_f.LRE=f(2);
GLRLM_f.GLN=f(3);
GLRLM_f.RLN=f(4);
GLRLM_f.RP=f(5);
GLRLM_f.LGLRE=f(6);
GLRLM_f.HGLRE=f(7);
GLRLM_f.SRLGLE=f(8);
GLRLM_f.SRHGLE=f(9);
GLRLM_f.LRLGLE=f(10);
GLRLM_f.LRHGLE=f(11);
GLRLM_f.mean=f(12);
GLRLM_f.entropy=f(13);
GLRLM_f.energy=f(14);
