4 November  2010   8:19:03.047 PM      
 
COMPLEX_NUMBERS:
  FORTRAN77 version.
  Demonstrate complex number usage.
 
TEST01
  Declare a COMPLEX variable.
  Assign value with an = statement.
 
  Scalar A:
 
 (  1.0000000    ,  2.0000000    )
 (  1.0000000    ,  2.0000000    )
   1.00000       2.00000    
 
  Vector B:
 
   1.00000       2.00000    
   3.00000       4.00000    
   5.00000       6.00000    
 
  Array C:
 
   1.00000      0.100000       1.00000      0.200000    
   2.00000      0.100000       2.00000      0.200000    
 
TEST02
  Declare a COMPLEX variable.
  Initialize with a data statement.
 
  Scalar A:
 
 (  1.0000000    ,  2.0000000    )
 (  1.0000000    ,  2.0000000    )
   1.00000       2.00000    
 
  Vector B:
 
   1.00000       2.00000    
   3.00000       4.00000    
   5.00000       6.00000    
 
  Array C:
 
   1.00000      0.100000       1.00000      0.200000    
   2.00000      0.100000       2.00000      0.200000    
 
TEST03
  Apply intrinsic functions to COMPLEX variable
 
  a =                 1.00000       2.00000    
  - a =              -1.00000      -2.00000    
  a + 3 =             4.00000       2.00000    
  a + (0,5) =         1.00000       7.00000    
  4 * a =             4.00000       8.00000    
  a / 8 =            0.125000      0.250000    
  a * a =            -3.00000       4.00000    
  a**2 =             -3.00000       4.00000    
  1/a =              0.200000     -0.400000    
 
  cabs(a) =           2.23607    
  ccos(a) =           2.03272      -3.05190    
  cexp(a) =          -1.13120       2.47173    
  clog(a) =          0.804719       1.10715    
  cmplx(1) =          1.00000       0.00000    
  cmplx(2,3) =        2.00000       3.00000    
  cmplx(4.0) =        4.00000       0.00000    
  cmplx(5.0,6.0) =    5.00000       6.00000    
  conjg(a) =          1.00000      -2.00000    
  csin(a) =           3.16578       1.95960    
  csqrt(a) =          1.27202      0.786151    
  imag(a) =           2.00000    
  int(a) =                1
  real(a) =           1.00000    
 
TEST04
  Declare a DOUBLE COMPLEX variable.
  Assign value with an = statement.
 
  Scalar A:
 
 (  1.0000000000000000     ,  2.0000000000000000     )
 (  1.0000000000000000     ,  2.0000000000000000     )
   1.00000       2.00000    
 
  Vector B:
 
   1.00000       2.00000    
   3.00000       4.00000    
   5.00000       6.00000    
 
  Array C:
 
   1.00000      0.100000       1.00000      0.200000    
   2.00000      0.100000       2.00000      0.200000    
 
TEST05
  Declare a DOUBLE COMPLEX variable.
  Initialize with a data statement.
 
  Scalar A:
 
 (  1.0000000000000000     ,  2.0000000000000000     )
 (  1.0000000000000000     ,  2.0000000000000000     )
   1.00000       2.00000    
 
  Vector B:
 
   1.00000       2.00000    
   3.00000       4.00000    
   5.00000       6.00000    
 
  Array C:
 
   1.00000      0.100000       1.00000      0.200000    
   2.00000      0.100000       2.00000      0.200000    
 
TEST06
  Apply intrinsic functions to DOUBLE COMPLEX variable
 
  a =                 1.00000       2.00000    
  - a =              -1.00000      -2.00000    
  a + 3 =             4.00000       2.00000    
  a + (0,5) =         1.00000       7.00000    
  4 * a =             4.00000       8.00000    
  a / 3 =            0.333333      0.666667    
  a * a =            -3.00000       4.00000    
  a**2 =             -3.00000       4.00000    
  1/a =              0.200000     -0.400000    
 
  cdabs(a) =           2.23607    
  cdcos(a) =           2.03272      -3.05190    
  cdexp(a) =          -1.13120       2.47173    
  cdlog(a) =          0.804719       1.10715    
  dcmplx(1) =          1.00000       0.00000    
  dcmplx(2,3) =        2.00000       3.00000    
  dcmplx(4.0) =        4.00000       0.00000    
  dcmplx(5.0,6.0) =    5.00000       6.00000    
  dconjg(a) =          1.00000      -2.00000    
  cdsin(a) =           3.16578       1.95960    
  cdsqrt(a) =          1.27202      0.786151    
  dimag(a) =           2.00000    
  int(a) =                 1
  dreal(a) =           1.00000    
 
COMPLEX_NUMBERS:
  Normal end of execution.
 
 4 November  2010   8:19:03.048 PM