IFEM/IFEM__math_8h_source.html

 // $Id$

 //==============================================================================

 //==============================================================================


 #ifndef UTL_MATH_H

 #define UTL_MATH_H


 #include <cmath>

 #include <cstddef>

 #include <vector>


 namespace utl

 {

   size_t Pascal(int p, unsigned short int nsd);

   void Pascal(int p, Real x, Real y, std::vector<Real>& phi);

   void Pascal(int p, Real x, Real y, Real z, std::vector<Real>& phi);


   inline Real Pos(Real x) { return x > Real(0) ? x : Real(0); }

   inline Real Neg(Real x) { return x < Real(0) ? x : Real(0); }

   inline Real Rad(Real x) { return x*M_PI/Real(180); }

 }


 #endif

Real
#define Real
The floating point type to use.
Definition: ImmersedBoundaries.h:18

utl
General utility classes and functions.
Definition: SIMoptions.h:22

utl::Rad
Real Rad(Real x)
Converts from degrees to radians.
Definition: IFEM_math.h:38

utl::Pascal
size_t Pascal(int p, unsigned short int nsd)
Returns the number of monomials in Pascal's triangle.
Definition: IFEM_math.C:17

utl::Pos
Real Pos(Real x)
Evaluates the positive ramp function .
Definition: IFEM_math.h:34

utl::Neg
Real Neg(Real x)
Evaluates the negative ramp function .
Definition: IFEM_math.h:36