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

#include <Ushort.h>

Ushort(ushort arg = DEF_VALUE);
Ushort(const Ushort& arg);

Ushort val0;
val0 = 5;

Ushort val1(3);
Ushort val2;

val2 = val0.exp10(2) + val1.factorial();

Ushort val3;
val3.rand(1, 100);

• declare trigonometric methods as private because they cannot be defined for ushort operations.

   ushort acos(ushort); 

   ushort acosh(ushort); 

   ushort asin(ushort);

   ushort asinh(ushort); 

   ushort atan(ushort); 

   ushort atanh(ushort); 

   ushort cos(ushort); 

   ushort cosh(ushort); 

   ushort sin(ushort);

   ushort sinh(ushort); 

   ushort tan(ushort); 

   ushort tanh(ushort); 

• declare those methods as private which cannot be defined for unsigned numbers

   ushort abs(ushort);

   ushort neg(ushort);

   ushort sign(ushort);

• declare those methods as private which cannot be defined for integer numbers

   ushort ceil(ushort);

   ushort rceil(ushort);

   ushort rfloor(ushort);

   ushort round(ushort);

   ushort floor(ushort);

   ushort fraction(ushort);

• This example shows how to write a Ushort object into a Sof file:

  Ushort val0(5);
  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 do some mathematic calculations and limit the result to the given range:

  Ushort value;
  Ushort value1;
  Ushort value2;
  
  ushort coef1 = 7;
  ushort coef2 = 3;
         
  ushort min = 0;
  ushort max = 255;
  
  value1 = 4;
  value2 = 5;
  
  value = value1.exp(2)*coef1 + value2.exp(3)*coef2;
  value.limit(min, max);