g++ [flags ...] file ... -l /isip/tools/lib/$ISIP_BINARY/lib_math_scalar.a

#include <ComplexFloat.h>

ComplexFloat(complexfloat arg = DEF_VALUE);
ComplexFloat(const ComplexFloat& arg);
ComplexFloat& operator= (const ComplexFloat& arg);

ComplexFloat val0;
val0 = 10.0;
  
ComplexFloat val1(2.3, 3.4);
ComplexFloat val2(L"-2.9-4.1j");
  
val0 = val1;

ComplexFloat val3;
val3 = val2.log()/val1.log();
  
val3.pow(val0, val3);

• bitwise methods: declare these as private member functions because they are not defined for floating point operations

  using MScalar<complexfloat, float32>::bor;

  using MScalar<complexfloat, float32>::band;

  using MScalar<complexfloat, float32>::bxor;

  using MScalar<complexfloat, float32>::brs;

  using MScalar<complexfloat, float32>::bls;

  using MScalar<complexfloat, float32>::bcmpl;

• modulus methods: declare these as private member functions because they are not defined for floating point operations

  using MScalar<complexfloat, float32>::operator%=;

  using MScalar<complexfloat, float32>::operator%;

  using MScalar<complexfloat, float32>::mod;

  using MScalar<complexfloat, float32>::centerClip;

  using MScalar<complexfloat, float32>::fraction;

  using MScalar<complexfloat, float32>::limit;

  using MScalar<complexfloat, float32>::limitmag;

• This example shows how to do basic math with complex numbers:

  ComplexFloat x(L"1+1j"), y(L"2+3j"), z(L"3+4j"), ans;
  ans = (x * y + z) / (x + y);

  Basic math is fairly straightforward though casting is sometimes required for mixed types.
  
  
• This example shows how to write a ComplexFloat object into an Sof file:

  ComplexFloat val0(5.0, 0);
  String tmp_filename(L"foo");
  Sof tmp_file;
  tmp_file.open(tmp_filename, File::WRITE_ONLY, File::TEXT);
         
  val0.write(tmp_file, (long)0);
  tmp_file.close();

• This example shows how to generate a random number:

  ComplexFloat rand_num;
  ComplexFloat value;
  ComplexFloat value1;
         
  // using default seed
  //
  value = rand_num.rand();
       
  // Gaussian random number generation
  //
  ComplexFloat mean(5.2, 0.2);
  ComplexFloat std_dev(3.2, 0.7);
  value1 = rand_num.grand(mean, std_dev);