SourceFunction Class Reference

#include <solver.hpp>

Inheritance diagram for SourceFunction:

[legend]List of all members.

---

Detailed Description

Abstract class of source function of particles.

Class describe source function v(x,t) where if v(x,t)>0 thereis a concentration particle x arrive at the system at the moment t; if v(x,t)<0 thereis a concentration particle x left the system at the moment t where x is from [0;H], t in [0;T]. We suppose that v(x,t)=0 if t not in [m1 * tau; m2 * tau].

Definition at line 26 of file solver.hpp.

Public Member Functions
	SourceFunction (unsigned _N, double _H, unsigned _M, double _T, unsigned _m1, unsigned _m2)
	Initialize source function v.
virtual	~SourceFunction ()
	The destructor.
virtual double	operator() (unsigned xi, unsigned ti) const =0
	Return concentration particle of size xi * h at moment ti * tau.
virtual double	SquareNorm () const =0
	Get square L2 norm of source function.
virtual void	Update (double *q, double alpha, double dzeta)=0
	Update source function in gradient method.
unsigned	GetN () const
	Get size of uniform grid of particles.
unsigned	GetM () const
	Get size of uniform grid of time.
unsigned	Get_m1 () const
	Get left bound of time support of source function.
unsigned	Get_m2 () const
	Get right bound of time support of source function.
double	Get_tau () const
	Get step of uniform grid of time.
Protected Attributes
unsigned	N
unsigned	M
unsigned	m1
unsigned	m2
double	h
double	tau

---

Constructor & Destructor Documentation

SourceFunction::SourceFunction (  unsigned  _N, double  _H, unsigned  _M, double  _T, unsigned  _m1, unsigned  _m2 )

Initialize source function v. Initialize source function v on [0;H]x[0;T] with uniform grid size NxM which such that that v(x,t)=0 if t not in [m1 * tau; m2 * tau]. Definition at line 7 of file solver.cpp.

virtual SourceFunction::~SourceFunction (   )  [virtual]

The destructor. Definition at line 39 of file solver.hpp.

---

Member Function Documentation

virtual double SourceFunction::operator() (  unsigned  xi, unsigned  ti )  const [pure virtual]

Return concentration particle of size xi * h at moment ti * tau. Implemented in SourceFunctionGeneral, and SourceFunctionFixTime.

virtual double SourceFunction::SquareNorm (   )  const [pure virtual]

Get square L2 norm of source function. Implemented in SourceFunctionGeneral, and SourceFunctionFixTime.

virtual void SourceFunction::Update (  double *  q, double  alpha, double  dzeta )  [pure virtual]

Update source function in gradient method. Implemented in SourceFunctionGeneral, and SourceFunctionFixTime.

unsigned SourceFunction::GetN (   )  const

Get size of uniform grid of particles. Definition at line 47 of file solver.hpp. References N.

unsigned SourceFunction::GetM (   )  const

Get size of uniform grid of time. Definition at line 49 of file solver.hpp. References M.

unsigned SourceFunction::Get_m1 (   )  const

Get left bound of time support of source function. Definition at line 51 of file solver.hpp. References m1.

unsigned SourceFunction::Get_m2 (   )  const

Get right bound of time support of source function. Definition at line 53 of file solver.hpp. References m2.

double SourceFunction::Get_tau (   )  const

Get step of uniform grid of time. Definition at line 55 of file solver.hpp. References tau.

---

Member Data Documentation

unsigned SourceFunction::N [protected]

Definition at line 28 of file solver.hpp. Referenced by GetN().

unsigned SourceFunction::M [protected]

Definition at line 28 of file solver.hpp. Referenced by GetM().

unsigned SourceFunction::m1 [protected]

Definition at line 29 of file solver.hpp. Referenced by Get_m1().

unsigned SourceFunction::m2 [protected]

Definition at line 29 of file solver.hpp. Referenced by Get_m2().

double SourceFunction::h [protected]

Definition at line 30 of file solver.hpp.

double SourceFunction::tau [protected]

Definition at line 30 of file solver.hpp. Referenced by Get_tau().

---

The documentation for this class was generated from the following files:

• solver.hpp
• solver.cpp

---