include/interpolation/shapefunctions/HexaShapeFunctions.h

#ifndef _HEXASHAPEFUNCTIONS_H_
#define _HEXASHAPEFUNCTIONS_H_
// ---------------------------------------------
// company   : 
// user      : 
// date      : 22 Mar 2015 17:24
// file      : HexaShapeFunctions.h
// markers   : Full
// language  : C++
// generator : Metamill 6.0
// ---------------------------------------------

//#UBLK-BEG-HEADERH
//==============================================================
// Description : 
//--------------------------------------------------------------
// Author      : Gilberto Luis
// Created     : 20 Abr 2011
//--------------------------------------------------------------
// Change history : 
//   20 Abr 2011 (Gilberto Luis) Initial version generated
//
//==============================================================
//#UBLK-END-HEADERH

/*=================================================================================================
=                                                                                                 =
=       Copyright 2010-2015  Marco Lucio Bittencourt / Fabiano Fernandes Bargos                       =
=                        Gilberto Luis Valente / Jorge Luis Suzuki / Allan Patrick Cordeiro Dias  =
=                                                                                                 =
=       Licensed under the Apache License, Version 2.0 (the "License");                               =
=       you may not use this file except in compliance with the License.                              =
=       You may obtain a copy of the License at                                                       =
=                                                                                                 =
=               http://www.apache.org/licenses/LICENSE-2.0                                                =
=                                                                                                 =
=       Unless required by applicable law or agreed to in writing, software                           =
=       distributed under the License is distributed on an "AS IS" BASIS,                             =
=       WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.                      =
=       See the License for the specific language governing permissions and                           =
=       limitations under the License.                                                                =
=                                                                                                 =
=================================================================================================*/


#include "ds/Vector.h"
#include "ds/Matrix.h"
#include "ds/OneIndexTable.h"
#include "ds/TwoIndexTable.h"
#include "enumerations/QuadCollocType_E.h"
#include "enumerations/ElementShape_E.h"
#include "enumerations/PolynomialType_E.h"
#include "enumerations/SchemeType_E.h"
#include "enumerations/BasisType_E.h"
#include "enumerations/HierarchicalType_E.h"
#include "enumerations/IPCP_E.h"
#include "interpolation/collocationpoints/collocationPoints.h"
#include "interpolation/numericalintegration/NumericalIntegration.h"
#include "interpolation/numericalintegration/LineNumericalIntegration.h"
#include "interpolation/numericalintegration/HexaNumericalIntegration.h"
#include "interpolation/shapefunctions/ShapeFunctionsAttributes_S.h"
#include "interpolation/shapefunctions/LineShapeFunctions.h"
#include "interpolation/shapefunctions/SquareShapeFunctions.h"


using namespace std;


class HexaShapeFunctions
{
//#UBLK-BEG-CLASSDEF mm:d7b9c48c-f41a-11df-9959-9236c3ff6ea9
//#UBLK-END-CLASSDEF

 public:

   // METHOD=mm:d6887e8d-f41a-11df-9959-9236c3ff6ea9
   HexaShapeFunctions();

   // METHOD=mm:c4857e87-4345-11e0-8507-c0021234afab
   HexaShapeFunctions(unsigned long MaxPolyOrder);

   // METHOD=mm:6a7fcd56-433b-11e0-8507-c0021234afab
   HexaShapeFunctions(HexaShapeFunctions& Instance);

   // METHOD=mm:c918ff01-203f-11e0-8d8b-c50b4717fe48
   ~HexaShapeFunctions();

   // METHOD=mm:468db4e1-4376-11e0-8507-c0021234afab
   HexaShapeFunctions& operator=(HexaShapeFunctions& Instance);

   // METHOD=mm:c43cabdd-434c-11e0-8507-c0021234afab
   void SetMaxPolyOrder(unsigned long MaxPolyOrder);

   // METHOD=mm:7798e05d-cdc1-11e0-993d-c2f620367c46
   LineShapeFunctions& GetLineShapeFunctions();

   // METHOD=mm:1d0c5047-434d-11e0-8507-c0021234afab
   unsigned long GetMaxPolyOrder();

   // METHOD=mm:9ffedbe3-7816-11e0-81d8-f37e89126ddd
   long GetShapeFunctionSetNumber(unsigned long PolyOrder);

   // METHOD=mm:c41da50b-6e3a-43f8-aab7-56edc43223d0
   void GetShapeFunctions(unsigned long PolyOrder, long SFSetNumber, long IPSetNumber, IPCP_E IPCPFlag, unsigned long* TensorIndicesNI, unsigned long NumberIndicesNI, double* ShapeFunctions);

   // METHOD=mm:d6887f23-f41a-11df-9959-9236c3ff6ea9
   double*const GetShapeFunctions(ElementShape_E EntityShape, long SFSetNumber, long IPSetNumber, IPCP_E IPCPFlag, unsigned long& NumberSFValues);

   // METHOD=mm:c14148f5-6fa7-4648-b9e8-b43a85d0262f
   double*const GetShapeFunctions(ElementShape_E EntityShape, long SFSetNumber, long IPSetNumber, IPCP_E IPCPFlag, unsigned long& TotalNumberSFValues, unsigned long& NumberSFValues, unsigned long& NumberPoints);

   // METHOD=mm:d6887f25-f41a-11df-9959-9236c3ff6ea9
   double*const GetdShapeFunctions(ElementShape_E EntityShape, long SFSetNumber, long IPSetNumber, IPCP_E IPCPFlag, unsigned long& NumberSFValues);

   // METHOD=mm:d6887e90-f41a-11df-9959-9236c3ff6ea9
   unsigned long*const GetIndices(ElementShape_E EntityShape, unsigned long PolyOrder, unsigned long& NumberIndices);

   // METHOD=mm:1265a48e-aec8-4c06-8709-0520af407809
   OneIndexTable<unsigned long>& GetIndices();

   // METHOD=mm:d6887f22-f41a-11df-9959-9236c3ff6ea9
   void RunShapeFunctions(ElementShape_E EntityShape, ShapeFunctionsAttributes_S SFunctions, NumericalIntegration& NI, collocationPoints& CP, BuiltInArray<unsigned long>& PolyOrder);

   // METHOD=mm:d6887f2a-f41a-11df-9959-9236c3ff6ea9
   void Print(FILE* File, ElementShape_E EntityShape, BuiltInArray<unsigned long>& PolyOrder);

   // METHOD=mm:d6887e8f-f41a-11df-9959-9236c3ff6ea9
   void BuildIndices(BuiltInArray<unsigned long>& PolyOrder, ShapeFunctionsAttributes_S SFAttributes);


 protected:

   // attr=mm:d6887df0-f41a-11df-9959-9236c3ff6ea9
   OneIndexTable<unsigned long> TensorIndices;

   // attr=mm:952b10c5-6b59-11e0-9496-ab93ef007735
   LineShapeFunctions LineSF;

   // attr=mm:d6887def-f41a-11df-9959-9236c3ff6ea9
   SquareShapeFunctions SquareSF;

   // attr=mm:d6887ded-f41a-11df-9959-9236c3ff6ea9
   TwoIndexTable<double> SFIP;

   // attr=mm:c489939d-434d-11e0-8507-c0021234afab
   TwoIndexTable<double> dSFIP;

   // attr=mm:1ed7d8cf-4054-11e0-9dd5-8e5be057fed3
   TwoIndexTable<double> SFCP;

   // attr=mm:27301c35-4054-11e0-9dd5-8e5be057fed3
   TwoIndexTable<double> dSFCP;

   // attr=mm:a9036035-4f29-46bf-9bc6-08ba33bb4a4c
   BuiltInArray<unsigned long> NumbIntegPoints;

   // attr=mm:6dd04a2a-9d3d-452b-a842-6be19d860fb6
   BuiltInArray<unsigned long> NumbCollocPoints;

   // attr=mm:f4845a57-434c-11e0-8507-c0021234afab
   unsigned long Pmax;


 private:

//#UBLK-BEG-CLASSMEMB mm:d7b9c48c-f41a-11df-9959-9236c3ff6ea9
//#UBLK-END-CLASSMEMB
};

//#UBLK-BEG-GLOBALH
//#UBLK-END-GLOBALH


#endif // _HEXASHAPEFUNCTIONS_H_