**** INPUT ****
 ---- READ S MATRICES ----
 NO. OF TOTAL BLOCKS=           3
 NO. OF TOTAL PORTS=           6
 -- BLOCK            1 --
 S(           1,           1)=  -19.0849000000000      [dB], 
   180.000000000000      [deg]
 S(           1,           2)= -5.395030000000027E-002 [dB], 
  0.000000000000000E+000 [deg]
 S(           2,           1)= -5.395030000000027E-002 [dB], 
  0.000000000000000E+000 [deg]
 S(           2,           2)=  -19.0849000000000      [dB], 
  0.000000000000000E+000 [deg]
 -- BLOCK            2 --
 S(           1,           1)=  -100.000000000000      [dB], 
  0.000000000000000E+000 [deg]
 S(           1,           2)=  0.000000000000000E+000 [dB], 
  -90.0000000000000      [deg]
 S(           2,           1)=  0.000000000000000E+000 [dB], 
  -90.0000000000000      [deg]
 S(           2,           2)=  -100.000000000000      [dB], 
  0.000000000000000E+000 [deg]
 -- BLOCK            3 --
 S(           1,           1)=  -19.0849000000000      [dB], 
   180.000000000000      [deg]
 S(           1,           2)= -5.395030000000027E-002 [dB], 
  0.000000000000000E+000 [deg]
 S(           2,           1)= -5.395030000000027E-002 [dB], 
  0.000000000000000E+000 [deg]
 S(           2,           2)=  -19.0849000000000      [dB], 
  0.000000000000000E+000 [deg]
 ---- END OF READ S MATRICES ----
 ---- READ TOPOLOGY ----
 CM
 CM
 CM
 CM
 CM
 CM
 CN           1           2           2           1
 CN           2           2           3           1
 EX           1           1  0.000000000000000E+000  0.000000000000000E+000
 LD           3           2
 OP           3           2           2
 ED
 ---- END OF READ TOPOLOGY ----
 NO. OF GSM UNKNOWNS=          10
 **** BUILD GSM MATRIX ****
 **** SOLVE ****
 CONDITION NUMBER=   7.74363171077005     
 **** OUTPUT ****
 (BLOCK, PORT, IN[1] OR OUT[2])=MAGNITUDE [dB], PHASE [deg]
 (           3,           2,           2)=
 -1.207528150648022E-006 [dB],   -90.0000000000000      [deg]
 **** FINISHED ****