function[Im0,Im1,Im2,Vm0,Vm1,Vm2,Ip0,Ip1,Ip2,Vp0,Vp1,Vp2]=...
   maMDmp(Z0,Z1,Z2,E,falta,Rf,Rg,VbaseA,VbaseB,IbaseA,IbaseB);

a=cos(2*pi/3)+sin(2*pi/3)*i;
   
Mmp=zeros(12);
   
switch(falta)
       case{1}, % Aa
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm) = ');
       Mmp(1,1)=1;             Mmp(1,2)=-1;
       Mmp(2,1)=1;             Mmp(2,3)=-1;
       Mmp(3,7)=1;             Mmp(3,8)=-1;
       Mmp(4,7)=1;             Mmp(4,9)=-1;
       Mmp(5,1)=IbaseA;        Mmp(5,7)=IbaseB;
       Mmp(6,1)=-6*Rf*IbaseA;  Mmp(6,4)=VbaseA;    Mmp(6,5)=VbaseA;   Mmp(6,6)=VbaseA;
       Mmp(6,10)=-VbaseB;      Mmp(6,11)=-VbaseB;  Mmp(6,12)=-VbaseB;

       case{2}, % Bc
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       Mmp(1,1)=1;             Mmp(1,2)=-a^2;
       Mmp(2,1)=1;             Mmp(2,3)=-a;
       Mmp(3,7)=1;             Mmp(3,8)=-a;
       Mmp(4,7)=1;             Mmp(4,9)=-a^2;
       Mmp(5,1)=IbaseA;        Mmp(5,7)=IbaseB;
       Mmp(6,1)=-6*Rf*IbaseA;  Mmp(6,4)=VbaseA;     Mmp(6,5)=a^2*VbaseA; Mmp(6,6)=a*VbaseA;
       Mmp(6,10)=-VbaseB;      Mmp(6,11)=-a*VbaseB; Mmp(6,12)=-a^2*VbaseB;

       case{3}, % Cb
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       Mmp(1,1)=1;            Mmp(1,2)=-a;
       Mmp(2,1)=1;            Mmp(2,3)=-a^2;
       Mmp(3,7)=1;            Mmp(3,8)=-a^2;
       Mmp(4,7)=1;            Mmp(4,9)=-a;
       Mmp(5,1)=IbaseA;       Mmp(5,7)=IbaseB;
       Mmp(6,1)=-6*Rf*IbaseA; Mmp(6,4)=VbaseA;       Mmp(6,5)=a*VbaseA;   Mmp(6,6)=a^2*VbaseA;
       Mmp(6,10)=-VbaseB;     Mmp(6,11)=-a^2*VbaseB; Mmp(6,12)=-a*VbaseB;
 
       case{4}, % Aag
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       %Rg=input('Resistencia de Falta,comun, Rg(Ohm): ');
       Mmp(1,1)=1;                  Mmp(1,2)=-1;
       Mmp(2,1)=1;                  Mmp(2,3)=-1;
       Mmp(3,7)=1;                  Mmp(3,8)=-1;
       Mmp(4,7)=1;                  Mmp(4,9)=-1;
       Mmp(5,1)=-3*(Rf+Rg)*IbaseA;  Mmp(5,4)=VbaseA;               Mmp(5,5)=VbaseA;
       Mmp(5,6)=VbaseA;             Mmp(5,7)=-3*Rg*IbaseB;    
       Mmp(6,1)=-3*Rg*IbaseA;       Mmp(6,7)=-3*(Rf+Rg)*IbaseB;    Mmp(6,10)=VbaseB;
       Mmp(6,11)=VbaseB;            Mmp(6,12)=VbaseB;   

       case{5}, % Bcg
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       %Rg=input('Resistencia de Falta,comun, Rg(Ohm): ');
       Mmp(1,1)=1;      Mmp(1,2)=-a^2;
       Mmp(2,1)=1;      Mmp(2,3)=-a;
       Mmp(3,7)=1;      Mmp(3,8)=-a;
       Mmp(4,7)=1;      Mmp(4,9)=-a^2;
       Mmp(5,1)=-3*(Rf+Rg)*IbaseA;  Mmp(5,4)=VbaseA;    Mmp(5,5)=a^2*VbaseA;
       Mmp(5,6)=a*VbaseA;           Mmp(5,7)=-3*Rg*IbaseB;    
       Mmp(6,1)=-3*Rg*IbaseA;  Mmp(6,7)=-3*(Rf+Rg)*IbaseB;    Mmp(6,10)=VbaseB;
       Mmp(6,11)=a*VbaseB;           Mmp(6,12)=a^2*VbaseB;   

       case{6}, % Cbg
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       %Rg=input('Resistencia de Falta,comun, Rg(Ohm): ');
       Mmp(1,1)=1;      Mmp(1,2)=-a;
       Mmp(2,1)=1;      Mmp(2,3)=-a^2;
       Mmp(3,7)=1;      Mmp(3,8)=-a^2;
       Mmp(4,7)=1;      Mmp(4,9)=-a;
       Mmp(5,1)=-3*(Rf+Rg)*IbaseA;  Mmp(5,4)=VbaseA;    Mmp(5,5)=a*VbaseA;
       Mmp(5,6)=a^2*VbaseA;         Mmp(5,7)=-3*Rg*IbaseB;    
       Mmp(6,1)=-3*Rg*IbaseA;  Mmp(6,7)=-3*(Rf+Rg)*IbaseB;    Mmp(6,10)=VbaseB;
       Mmp(6,11)=a^2*VbaseB;   Mmp(6,12)=a*VbaseB;   

       case{7}, % Aab
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       Mmp(1,1)=1;      Mmp(1,2)=-1;
       Mmp(2,1)=1;      Mmp(2,3)=-1;
       Mmp(3,7)=1;      Mmp(3,8)=a;    Mmp(3,9)=a^2; 
       Mmp(4,1)=IbaseA;      Mmp(4,7)=IbaseB;      
       Mmp(5,1)=-4*Rf*IbaseA;  Mmp(5,4)=VbaseA;    Mmp(5,5)=VbaseA;   Mmp(5,6)=VbaseA;
       Mmp(5,8)=Rf*IbaseB;     Mmp(5,9)=Rf*IbaseB;   Mmp(5,10)=-VbaseB;   Mmp(5,11)=-VbaseB;
       Mmp(5,12)=-VbaseB;   
       Mmp(6,1)=-4*Rf*IbaseA;  Mmp(6,4)=VbaseA;    Mmp(6,5)=VbaseA;   Mmp(6,6)=VbaseA;
       Mmp(6,8)=Rf*a^2*IbaseB;  Mmp(6,9)=Rf*a*IbaseB;   Mmp(6,10)=-VbaseB;   Mmp(6,11)=-a^2*VbaseB;
       Mmp(6,12)=-a*VbaseB;   
      
       case{8}, % Bac
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       Mmp(1,1)=1;      Mmp(1,2)=-a^2;
       Mmp(2,1)=1;      Mmp(2,3)=-a;
       Mmp(3,7)=1;      Mmp(3,8)=a^2;    Mmp(3,9)=a; 
       Mmp(4,1)=IbaseA;      Mmp(4,7)=IbaseB;      
       Mmp(5,1)=-4*Rf*IbaseA;  Mmp(5,4)=VbaseA;    Mmp(5,5)=a^2*VbaseA;   Mmp(5,6)=a*VbaseA;
       Mmp(5,8)=Rf*IbaseB;     Mmp(5,9)=Rf*IbaseB;   Mmp(5,10)=-VbaseB;   Mmp(5,11)=-VbaseB;
       Mmp(5,12)=-VbaseB;   
       Mmp(6,1)=-4*Rf*IbaseA;  Mmp(6,4)=VbaseA;    Mmp(6,5)=a^2*VbaseA;   Mmp(6,6)=a*VbaseA;
       Mmp(6,8)=Rf*a*IbaseB;   Mmp(6,9)=Rf*a^2*IbaseB;   Mmp(6,10)=-VbaseB;   Mmp(6,11)=-a*VbaseB;
       Mmp(6,12)=-a^2*VbaseB;   

       case{9}, % Cbc
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       Mmp(1,1)=1;      Mmp(1,2)=-a;
       Mmp(2,1)=1;      Mmp(2,3)=-a^2;
       Mmp(3,7)=1;      Mmp(3,8)=1;    Mmp(3,9)=1; 
       Mmp(4,1)=IbaseA;      Mmp(4,7)=IbaseA;      
       Mmp(5,1)=-4*Rf*IbaseA;  Mmp(5,4)=VbaseA;    Mmp(5,5)=a*VbaseA;   Mmp(5,6)=a^2*VbaseA;
       Mmp(5,8)=Rf*a^2*IbaseB;     Mmp(5,9)=Rf*a*IbaseB;   Mmp(5,10)=-VbaseB;   Mmp(5,11)=-a^2*VbaseB;
       Mmp(5,12)=-a*VbaseB;   
       Mmp(6,1)=-4*Rf*IbaseA;  Mmp(6,4)=VbaseA;    Mmp(6,5)=a*VbaseA;   Mmp(6,6)=a^2*VbaseA;
       Mmp(6,8)=Rf*a*IbaseB;   Mmp(6,9)=Rf*a^2*IbaseB;   Mmp(6,10)=-VbaseB;   Mmp(6,11)=-a*VbaseB;
       Mmp(6,12)=-a^2*VbaseB;   
      
       case{10}, % Aabg
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       %Rg=input('Resistencia de Falta,comun, Rg(Ohm): ');
       Mmp(1,1)=1;      Mmp(1,2)=-1;
       Mmp(2,1)=1;      Mmp(2,3)=-1;
       Mmp(3,7)=1;      Mmp(3,8)=a;  Mmp(3,9)=a^2;
       Mmp(4,1)=-3*(Rf+Rg)*IbaseA;  Mmp(4,4)=VbaseA;    Mmp(4,5)=VbaseA;  Mmp(4,6)=VbaseA;
       Mmp(4,7)=-3*Rg*IbaseB;
       Mmp(5,1)=-3*Rf*IbaseA;  Mmp(5,4)=VbaseA;    Mmp(5,5)=VbaseA;   Mmp(5,6)=VbaseA;
       Mmp(5,7)=Rf*IbaseB;  Mmp(5,8)=Rf*IbaseB;   Mmp(5,9)=Rf*IbaseB;
       Mmp(5,10)=-VbaseB;  Mmp(5,11)=-VbaseB;  Mmp(5,12)=-VbaseB;
       Mmp(6,1)=-3*Rf*IbaseA;  Mmp(6,4)=VbaseA;   Mmp(6,5)=VbaseA;  Mmp(6,6)=VbaseA;
       Mmp(6,7)=Rf*(a+2)*IbaseB; Mmp(6,8)=-Rf*(a+2)*IbaseB;  Mmp(6,10)=-VbaseB;
       Mmp(6,11)=-a^2*VbaseB;  Mmp(6,12)=-a*VbaseB;  
       
       case{11}, % Bacg
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       %Rg=input('Resistencia de Falta,comun, Rg(Ohm): ');
       Mmp(1,1)=1;      Mmp(1,2)=-a^2;
       Mmp(2,1)=1;      Mmp(2,3)=-a;
       Mmp(3,7)=1;      Mmp(3,8)=a^2;  Mmp(3,9)=a;
       Mmp(4,1)=-3*(Rf+Rg)*IbaseA;  Mmp(4,4)=VbaseA;    Mmp(4,5)=a^2*VbaseA;  Mmp(4,6)=a*VbaseA;
       Mmp(4,7)=-3*Rg*IbaseB;
       Mmp(5,1)=-3*Rg*IbaseA;  Mmp(5,7)=(Rf*(a^2-1)-3*Rg)*IbaseB;    Mmp(5,8)=-Rf(1-a)*IbaseB;
       Mmp(5,10)=VbaseB;     Mmp(5,11)=VbaseB;  Mmp(5,12)=VbaseB;  
       Mmp(6,1)=-3*Rg*IbaseA;  Mmp(6,7)=(Rf*(a-1)-3*Rg)*IbaseB;   Mmp(6,8)=Rf*(1-a)*IbaseB;
       Mmp(6,10)=VbaseB; Mmp(6,11)=a*VbaseB;  Mmp(6,12)=a^2*VbaseB;  
       
       case{12}, % Cbcg
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       %Rg=input('Resistencia de Falta,comun, Rg(Ohm): ');
       Mmp(1,1)=1;      Mmp(1,2)=-a;
       Mmp(2,1)=1;      Mmp(2,3)=-a^2;
       Mmp(3,7)=1;      Mmp(3,8)=1;  Mmp(3,9)=1;
       Mmp(4,1)=-3*(Rf+Rg)*IbaseA;  Mmp(4,4)=VbaseA;    Mmp(4,5)=a*VbaseA;  Mmp(4,6)=a^2*VbaseA;
       Mmp(4,7)=-3*Rg*IbaseB;
       Mmp(5,1)=-3*Rg*IbaseA;  Mmp(5,7)=(Rf*(a-1)-3*Rg)*IbaseB;    Mmp(5,8)=-Rf*(a^2-a)*IbaseB;
       Mmp(5,10)=VbaseB;     Mmp(5,11)=a^2*VbaseB;  Mmp(5,12)=a*VbaseB;  
       Mmp(6,1)=-3*Rg*IbaseA;  Mmp(6,7)=(-Rf*(2+a)-3*Rg)*IbaseB;   Mmp(6,8)=Rf*(a^2-a)*IbaseB;
       Mmp(6,10)=VbaseB; Mmp(6,11)=a*VbaseB;  Mmp(6,12)=a^2*VbaseB;  
       
       case{13}, % Aabc
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       Mmp(1,1)=1;      Mmp(1,2)=-1;
       Mmp(2,1)=1;      Mmp(2,3)=-1;
       Mmp(3,1)=IbaseA;      Mmp(3,7)=IbaseB;  
       Mmp(4,1)=-4*Rf*IbaseA;  Mmp(4,4)=VbaseA;    Mmp(4,5)=VbaseA;  Mmp(4,6)=VbaseA;
       Mmp(4,8)=Rf*IbaseB;
       Mmp(4,9)=Rf*IbaseB;     Mmp(4,10)=-VbaseB; Mmp(4,11)=-VbaseB; Mmp(4,12)=-VbaseB;
       Mmp(5,1)=-4*Rf*IbaseA;  Mmp(5,4)=VbaseA;   Mmp(5,5)=VbaseA;   Mmp(5,6)=VbaseA;
       Mmp(5,8)=Rf*a^2*IbaseB; Mmp(5,9)=Rf*a*IbaseB; Mmp(5,10)=-VbaseB;  Mmp(5,11)=-a^2*VbaseB;
       Mmp(5,12)=-a*VbaseB;  
       Mmp(6,1)=-4*Rf*IbaseA;  Mmp(6,4)=VbaseA;   Mmp(6,5)=VbaseA;   Mmp(6,6)=VbaseA;
       Mmp(6,8)=Rf*a*IbaseB;   Mmp(6,9)=Rf*a^2*IbaseB; Mmp(6,10)=-VbaseB; Mmp(6,11)=-a*VbaseB;
       Mmp(6,12)=-a^2*VbaseB;  
          
       case{14}, % Aabcg
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       %Rg=input('Resistencia de Falta,comun, Rg(Ohm): ');
       Mmp(1,1)=1;      Mmp(1,2)=-1;
       Mmp(2,1)=1;      Mmp(2,3)=-1;
       Mmp(3,1)=-3*(Rf+Rg)*IbaseA;  Mmp(3,4)=VbaseA;  Mmp(3,5)=VbaseA;  Mmp(3,6)=VbaseA; Mmp(3,7)=-3*Rg*IbaseB;
       Mmp(4,1)=-3*Rg*IbaseA;  Mmp(4,7)=-(Rf+3*Rg)*IbaseB;    Mmp(4,8)=-Rf*IbaseB;  Mmp(4,9)=-Rf*IbaseB;
       Mmp(4,10)=VbaseB;     Mmp(4,11)=VbaseB;     Mmp(4,12)=VbaseB; 
       Mmp(5,1)=-3*Rg*IbaseA;  Mmp(5,7)=-(Rf+3*Rg);   Mmp(5,8)=-a^2*Rf;   Mmp(5,9)=-a*Rf;
       Mmp(5,10)=VbaseB; Mmp(5,11)=a^2*VbaseB; Mmp(5,12)=a*VbaseB;   
       Mmp(6,1)=-3*Rg*IbaseA;  Mmp(6,7)=-(Rf+3*Rg)*IbaseB;   Mmp(6,8)=-a*Rf*IbaseB;   Mmp(6,9)=-a^2*Rf*IbaseB;
       Mmp(6,10)=VbaseB;   Mmp(6,11)=a*VbaseB; Mmp(6,12)=a^2*VbaseB;   
   
       case{15}, % ABCabc
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       Mmp(1,1)=IbaseA;      Mmp(1,7)=IbaseB;
       Mmp(2,2)=-Rf*IbaseA;  Mmp(2,5)=VbaseA;
       Mmp(3,3)=-Rf*IbaseA;  Mmp(3,6)=VbaseA;
       Mmp(4,1)=-Rf*IbaseA;  Mmp(4,4)=VbaseA;    Mmp(4,7)=Rf*IbaseB;   Mmp(4,10)=-VbaseB;
       Mmp(5,8)=-Rf*IbaseB;  Mmp(5,11)=VbaseB; 
       Mmp(6,9)=-Rf*IbaseB;  Mmp(6,12)=VbaseB;
          
       case{16}, % ABCabcg
       %Rf=input('Resistencia de Falta,por fase, Rf(Ohm): ');
       %Rg=input('Resistencia de Falta,comun, Rg(Ohm): ');
       Mmp(1,1)=-(Rf+3*Rg)*IbaseA;  Mmp(1,4)=VbaseA;            Mmp(1,7)=-3*Rg*IbaseB;
       Mmp(2,2)=-Rf*IbaseA;         Mmp(2,5)=VbaseA;
       Mmp(3,3)=-Rf*IbaseA;         Mmp(3,6)=VbaseA;
       Mmp(4,1)=-3*Rg*IbaseA;       Mmp(4,7)=-(Rf+3*Rg)*IbaseB;  Mmp(4,10)=VbaseB;
       Mmp(5,8)=-Rf*IbaseB;         Mmp(5,11)=VbaseB; 
       Mmp(6,9)=-Rf*IbaseB;         Mmp(6,12)=VbaseB;

    end

Mmp(7,1)=Z0(1,1);Mmp(7,4)=1;Mmp(7,7)=Z0(1,2);
Mmp(8,1)=Z0(2,1);Mmp(8,7)=Z0(2,2);Mmp(8,10)=1;
Mmp(9,2)=Z1(1,1);Mmp(9,5)=1;Mmp(9,8)=Z1(1,2);
Mmp(10,2)=Z1(2,1);Mmp(10,8)=Z1(2,2);Mmp(10,11)=1;
Mmp(11,3)=Z2(1,1);Mmp(11,6)=1;Mmp(11,9)=Z2(1,2);
Mmp(12,3)=Z2(2,1);Mmp(12,9)=Z2(2,2);Mmp(12,12)=1;

P=[0;0;0;0;0;0;0;0;E;E;0;0];

N=Mmp\P;
% -------------------------------------------------------
%
Im0=N(1);Im1=N(2);Im2=N(3);
Vm0=N(4);Vm1=N(5);Vm2=N(6);
Ip0=N(7);Ip1=N(8);Ip2=N(9);
Vp0=N(10);Vp1=N(11);Vp2=N(12);


      

      
       
          
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            <div class="panel-heading"><h4>ANÁLISIS DE ACTUACIÓN DE LAS PROTECCIONES 21 Y 67N ANTE FALTAS SIMPLES, MULTIPLES E INTERCIRCUITO EN LÍNEAS ELÉCTRICAS SOBRE LOS MISMOS APOYOS</h4><h5 style="color:grey"><span class="glyphicon glyphicon-user""></span> : <b>Ruiz Lozano, José Luis</b><br><span class="glyphicon glyphicon-book""></span>  :<b> Ingenier&iacute;a Industrial</b></h5></div><div class="panel-body"><div class="contenido_proyecto"><div class="titulo2_explorador">Contenido del proyecto:</div><div class="ruta"><a href="use/abreproy/4273">Directorio ra&iacute;z</a>&nbsp;&nbsp;>&nbsp;&nbsp;<a href="use/abreproy/4273/direccion/z_Prog%252F">z_Prog</a>&nbsp;&nbsp;>&nbsp;&nbsp;<a href="use/abreproy/4273/direccion/z_Prog%252FPGTf%252F">PGTf</a>&nbsp;&nbsp;>&nbsp;&nbsp;<a href="use/abreproy/4273/direccion/z_Prog%252FPGTf%252FPG128MTf%252F">PG128MTf</a>&nbsp;&nbsp;>&nbsp;&nbsp;<a href="use/abreproy/4273/direccion/z_Prog%252FPGTf%252FPG128MTf%252FmaMDmp.m%252F">maMDmp.m</a></div><div class="listing"></div></div></div></div>
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