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/*
* Copyright (c) 2017, Miroslav Stoyanov
*
* This file is part of
* Toolkit for Adaptive Stochastic Modeling And Non-Intrusive ApproximatioN: TASMANIAN
*
* Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
*
* 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer.
*
* 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions
* and the following disclaimer in the documentation and/or other materials provided with the distribution.
*
* 3. Neither the name of the copyright holder nor the names of its contributors may be used to endorse
* or promote products derived from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES,
* INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
* IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY,
* OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA,
* OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
* OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*
* UT-BATTELLE, LLC AND THE UNITED STATES GOVERNMENT MAKE NO REPRESENTATIONS AND DISCLAIM ALL WARRANTIES, BOTH EXPRESSED AND IMPLIED.
* THERE ARE NO EXPRESS OR IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, OR THAT THE USE OF THE SOFTWARE WILL NOT INFRINGE ANY PATENT,
* COPYRIGHT, TRADEMARK, OR OTHER PROPRIETARY RIGHTS, OR THAT THE SOFTWARE WILL ACCOMPLISH THE INTENDED RESULTS OR THAT THE SOFTWARE OR ITS USE WILL NOT RESULT IN INJURY OR DAMAGE.
* THE USER ASSUMES RESPONSIBILITY FOR ALL LIABILITIES, PENALTIES, FINES, CLAIMS, CAUSES OF ACTION, AND COSTS AND EXPENSES, CAUSED BY, RESULTING FROM OR ARISING OUT OF,
* IN WHOLE OR IN PART THE USE, STORAGE OR DISPOSAL OF THE SOFTWARE.
*/
#ifndef __TASMANIAN_TASGRID_FUNCTIONS_HPP
#define __TASMANIAN_TASGRID_FUNCTIONS_HPP
class BaseFunction{
public:
BaseFunction();
~BaseFunction();
virtual int getNumInputs() const = 0;
virtual int getNumOutputs() const = 0;
virtual const char* getDescription() const = 0;
virtual void eval(const double x[], double y[]) const = 0;
virtual void getIntegral(double y[]) const = 0;
virtual void getDerivative (const double x[], double y[]) const = 0;
};
class OneOneP0: public BaseFunction{
public:
OneOneP0(); ~OneOneP0();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class OneOneP3: public BaseFunction{
public:
OneOneP3(); ~OneOneP3();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class OneOneP4: public BaseFunction{
public:
OneOneP4(); ~OneOneP4();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class OneOneExpMX: public BaseFunction{
public:
OneOneExpMX(); ~OneOneExpMX();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneP4: public BaseFunction{
public:
TwoOneP4(); ~TwoOneP4();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneP5: public BaseFunction{
public:
TwoOneP5(); ~TwoOneP5();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneExpNX2: public BaseFunction{
public:
TwoOneExpNX2(); ~TwoOneExpNX2();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class ThreeOneExpNX2: public BaseFunction{
public:
ThreeOneExpNX2(); ~ThreeOneExpNX2();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneCos: public BaseFunction{
public:
TwoOneCos(); ~TwoOneCos();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneSinSin: public BaseFunction{
public:
TwoOneSinSin(); ~TwoOneSinSin();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneCosCos: public BaseFunction{
public:
TwoOneCosCos(); ~TwoOneCosCos();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneExpSinCos : public BaseFunction{
public:
TwoOneExpSinCos(); ~TwoOneExpSinCos();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneSinCosAxis : public BaseFunction{
public:
TwoOneSinCosAxis(); ~TwoOneSinCosAxis();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoTwoSinCos : public BaseFunction{
public:
TwoTwoSinCos(); ~TwoTwoSinCos();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneExpm40: public BaseFunction{
public:
TwoOneExpm40(); ~TwoOneExpm40();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class FiveOneExpSum: public BaseFunction{
public:
FiveOneExpSum(); ~FiveOneExpSum();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class SixOneExpSum: public BaseFunction{
public:
SixOneExpSum(); ~SixOneExpSum();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class EightOneCosSum: public BaseFunction{
public:
EightOneCosSum(); ~EightOneCosSum();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class ThreeOneUnitBall: public BaseFunction{
public:
ThreeOneUnitBall(); ~ThreeOneUnitBall();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
// Function to test special integration rules, i.e. integrals against weight functions
class TwoOneConstGC1: public BaseFunction{
public:
TwoOneConstGC1(); ~TwoOneConstGC1();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneConstGC2: public BaseFunction{
public:
TwoOneConstGC2(); ~TwoOneConstGC2();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneConstGG: public BaseFunction{
public:
TwoOneConstGG(); ~TwoOneConstGG();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneConstGJ: public BaseFunction{
public:
TwoOneConstGJ(); ~TwoOneConstGJ();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneConstGGL: public BaseFunction{
public:
TwoOneConstGGL(); ~TwoOneConstGGL();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneConstGH: public BaseFunction{
public:
TwoOneConstGH(); ~TwoOneConstGH();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneENX2aniso: public BaseFunction{
public:
TwoOneENX2aniso(); ~TwoOneENX2aniso();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoTwoExpAsym: public BaseFunction{
public:
TwoTwoExpAsym(); ~TwoTwoExpAsym();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class SixteenOneActive3: public BaseFunction{
public:
SixteenOneActive3(); ~SixteenOneActive3();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneDivisionAnisotropic: public BaseFunction{
public:
TwoOneDivisionAnisotropic(); ~TwoOneDivisionAnisotropic();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOne1DCurved: public BaseFunction{
public:
TwoOne1DCurved(); ~TwoOne1DCurved();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneExpShiftedDomain: public BaseFunction{
public:
TwoOneExpShiftedDomain(); ~TwoOneExpShiftedDomain();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class OneOneConformalOne: public BaseFunction{
public:
OneOneConformalOne(); ~OneOneConformalOne();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneConformalOne: public BaseFunction{
public:
TwoOneConformalOne(); ~TwoOneConformalOne();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class Two3KExpSinCos: public BaseFunction{
public:
Two3KExpSinCos(); ~Two3KExpSinCos();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
class TwoOneC1C2Periodic: public BaseFunction{
public:
TwoOneC1C2Periodic(); ~TwoOneC1C2Periodic();
int getNumInputs() const; int getNumOutputs() const; const char* getDescription() const; void eval(const double x[], double y[]) const; void getIntegral(double y[]) const; void getDerivative (const double x[], double y[]) const;
};
#endif
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