JMathlib3D.hh File Reference

Functional algebra in 3D. More...

#include "JMath/JMathlib.hh"

Go to the source code of this file.

Classes
struct	JMATH::JMake3X< JF1_t >
	Make 3D function of x from 1D function. More...
struct	JMATH::JMake3Y< JF1_t >
	Make 3D function of y from 1D function. More...
struct	JMATH::JMake3Z< JF1_t >
	Make 3D function of z from 1D function. More...
struct	JMATH::JGauss3D< ID_t, normalise >
	3D correlated Gauss function. More...

Namespaces
namespace	JMATH
	Auxiliary classes and methods for mathematical operations.
namespace	JPP
	This name space includes all other name spaces (except KM3NETDAQ, KM3NET and ANTARES).

Typedefs
template<int ID_t, size_t N>
using	JMATH::JPolynome3X = JMake3X< JPolynome<ID_t, N> >
	3D polynomial function of x.
template<int ID_t, size_t N>
using	JMATH::JPolynome3Y = JMake3Y< JPolynome<ID_t, N> >
	3D polynomial function of y.
template<int ID_t, size_t N>
using	JMATH::JPolynome3Z = JMake3Z< JPolynome<ID_t, N> >
	3D polynomial function of z.
template<int ID_t, bool normalise = false>
using	JMATH::JGauss3X = JMake3X< JGauss<ID_t, normalise> >
	3D Gauss function of x.
template<int ID_t, bool normalise = false>
using	JMATH::JGauss3Y = JMake3Y< JGauss<ID_t, normalise> >
	3D Gauss function of y.
template<int ID_t, bool normalise = false>
using	JMATH::JGauss3Z = JMake3Z< JGauss<ID_t, normalise> >
	3D Gauss function of z.
template<int ID_t, class JF1_t = _vF>
using	JMATH::JPow3X = JMake3X< JPow<ID_t, JF1_t> >
	3D power of function of x.
template<int ID_t, class JF1_t = _vF>
using	JMATH::JPow3Y = JMake3Y< JPow<ID_t, JF1_t> >
	3D power of function of y.
template<int ID_t, class JF1_t = _vF>
using	JMATH::JPow3Z = JMake3Z< JPow<ID_t, JF1_t> >
	3D power of function of z.
template<int N>
using	JMATH::JXn3X = JMake3X< JXn<N> >
	3D fixed power of x.
template<int N>
using	JMATH::JXn3Y = JMake3Y< JXn<N> >
	3D fixed power of y.
template<int N>
using	JMATH::JXn3Z = JMake3Z< JXn<N> >
	3D fixed power of z.
template<class JF1_t = _vF>
using	JMATH::JSqrt3X = JMake3X< JSqrt<JF1_t> >
	3D square root of function of x.
template<class JF1_t = _vF>
using	JMATH::JSqrt3Y = JMake3Y< JSqrt<JF1_t> >
	3D square root of function of y.
template<class JF1_t = _vF>
using	JMATH::JSqrt3Z = JMake3Z< JSqrt<JF1_t> >
	3D square root of function of z.
template<class JF1_t >
using	JMATH::JSin3X = JMake3X< JSin<JF1_t> >
	3D sine of function of x.
template<class JF1_t >
using	JMATH::JSin3Y = JMake3Y< JSin<JF1_t> >
	3D sine of function of y.
template<class JF1_t >
using	JMATH::JSin3Z = JMake3Z< JSin<JF1_t> >
	3D sine of function of z.
template<class JF1_t >
using	JMATH::JCos3X = JMake3X< JCos<JF1_t> >
	3D cosine of function of x.
template<class JF1_t >
using	JMATH::JCos3Y = JMake3Y< JCos<JF1_t> >
	3D cosine of function of y.
template<class JF1_t >
using	JMATH::JCos3Z = JMake3Z< JCos<JF1_t> >
	3D cosine of function of z.
template<class JF1_t >
using	JMATH::JExp3X = JMake3X< JExp<JF1_t> >
	3D exponent of function of x.
template<class JF1_t >
using	JMATH::JExp3Y = JMake3Y< JExp<JF1_t> >
	3D exponent of function of y.
template<class JF1_t >
using	JMATH::JExp3Z = JMake3Z< JExp<JF1_t> >
	3D exponent of function of z.
template<class JF1_t >
using	JMATH::JLog3X = JMake3X< JLog<JF1_t> >
	3D logarithm of function of x.
template<class JF1_t >
using	JMATH::JLog3Y = JMake3Y< JLog<JF1_t> >
	3D logarithm of function of y.
template<class JF1_t >
using	JMATH::JLog3Z = JMake3Z< JLog<JF1_t> >
	3D logarithm of function of z.

Detailed Description

Functional algebra in 3D.

Author

mdejong

Definition in file JMathlib3D.hh.