Jpp test-rotations-old
the software that should make you happy
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Functional algebra in 2D. More...
#include "JMath/JMathlib.hh"
Go to the source code of this file.
Classes | |
struct | JMATH::JMake2X< JF1_t > |
Make 2D function of x from 1D function. More... | |
struct | JMATH::JMake2Y< JF1_t > |
Make 2D function of y from 1D function. More... | |
struct | JMATH::JGauss2D< ID_t, normalise > |
2D 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::JPolynome2X = JMake2X< JPolynome<ID_t, N> > |
2D polynomial function of x. | |
template<int ID_t, size_t N> | |
using | JMATH::JPolynome2Y = JMake2Y< JPolynome<ID_t, N> > |
2D polynomial function of y. | |
template<int ID_t, bool normalise = false> | |
using | JMATH::JGauss2X = JMake2X< JGauss<ID_t, normalise> > |
2D Gauss function of x. | |
template<int ID_t, bool normalise = false> | |
using | JMATH::JGauss2Y = JMake2Y< JGauss<ID_t, normalise> > |
2D Gauss function of y. | |
template<int ID_t, class JF1_t = _vF> | |
using | JMATH::JPow2X = JMake2X< JPow<ID_t, JF1_t> > |
2D power of function of x. | |
template<int ID_t, class JF1_t = _vF> | |
using | JMATH::JPow2Y = JMake2Y< JPow<ID_t, JF1_t> > |
2D power of function of y. | |
template<int N> | |
using | JMATH::JXn2X = JMake2X< JXn<N> > |
2D fixed power of x. | |
template<int N> | |
using | JMATH::JXn2Y = JMake2Y< JXn<N> > |
2D fixed power of y. | |
template<class JF1_t = _vF> | |
using | JMATH::JSqrt2X = JMake2X< JSqrt<JF1_t> > |
2D square root of function of x. | |
template<class JF1_t = _vF> | |
using | JMATH::JSqrt2Y = JMake2Y< JSqrt<JF1_t> > |
2D square root of function of y. | |
template<class JF1_t > | |
using | JMATH::JSin2X = JMake2X< JSin<JF1_t> > |
2D sine of function of x. | |
template<class JF1_t > | |
using | JMATH::JSin2Y = JMake2Y< JSin<JF1_t> > |
2D sine of function of y. | |
template<class JF1_t > | |
using | JMATH::JCos2X = JMake2X< JCos<JF1_t> > |
2D cosine of function of x. | |
template<class JF1_t > | |
using | JMATH::JCos2Y = JMake2Y< JCos<JF1_t> > |
2D cosine of function of y. | |
template<class JF1_t > | |
using | JMATH::JExp2X = JMake2X< JExp<JF1_t> > |
2D exponent of function of x. | |
template<class JF1_t > | |
using | JMATH::JExp2Y = JMake2Y< JExp<JF1_t> > |
2D exponent of function of y. | |
template<class JF1_t > | |
using | JMATH::JLog2X = JMake2X< JLog<JF1_t> > |
2D logarithm of function of x. | |
template<class JF1_t > | |
using | JMATH::JLog2Y = JMake2Y< JLog<JF1_t> > |
2D logarithm of function of y. | |
Functional algebra in 2D.
Definition in file JMathlib2D.hh.