/* This file is part of SECONDO. Copyright (C) 2013, University in Hagen, Department of Computer Science, Database Systems for New Applications. SECONDO is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. SECONDO is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with SECONDO; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* TileAlgebra includes */ #include "map2.h" #include "../grid/tgrid.h" #include "../grid/mtgrid.h" #include "../Index/Index.h" #include "../Types/Types.h" #include "../t/tint.h" #include "../t/treal.h" #include "../t/tbool.h" #include "../t/tstring.h" #include "../mt/mtint.h" #include "../mt/mtreal.h" #include "../mt/mtbool.h" #include "../mt/mtstring.h" /* declaration of namespace TileAlgebra */ namespace TileAlgebra { /* Template method map2Functiontt implements the map2 operator functionality between a t datatype and a t datatype. author: Dirk Zacher parameters: pArguments - a pointer to the arguments of map2 operator rResult - reference to a Word containing the result message - message to distinguish call modes of map2Functiontt rLocal - reference to a Word to store local method information supplier - an Address to a supplier of information of operator tree return value: 0 if map2Functiontt successfully executed, otherwise FAILURE exceptions: - */ template int map2Functiontt(Word* pArguments, Word& rResult, int message, Word& rLocal, Supplier supplier) { int nRetVal = FAILURE; if(qp != 0 && pArguments != 0) { SourceType1* pSourceType1 = static_cast(pArguments[0].addr); SourceType2* pSourceType2 = static_cast(pArguments[1].addr); Address pFunction = pArguments[2].addr; if(pSourceType1 != 0 && pSourceType2 != 0 && pFunction != 0) { rResult = qp->ResultStorage(supplier); if(rResult.addr != 0) { DestinationType* pResult = static_cast(rResult.addr); if(pResult != 0) { pResult->SetDefined(false); pResult->SetUndefinedValues(); if(pSourceType1->IsDefined() && pSourceType2->IsDefined()) { typename SourceType1Properties::GridType grid1; pSourceType1->getgrid(grid1); typename SourceType2Properties::GridType grid2; pSourceType2->getgrid(grid2); if(grid1.IsEqualGrid(grid2)) { typename SourceType1Properties::RectangleType boundingBox1; pSourceType1->bbox(boundingBox1); typename SourceType2Properties::RectangleType boundingBox2; pSourceType2->bbox(boundingBox2); typename SourceType1Properties::RectangleType boundingBox = boundingBox1.Union(boundingBox2); if(boundingBox.IsDefined()) { pResult->SetDefined(true); pResult->SetGrid(grid1); Index<2> startIndex = pSourceType1->GetLocationIndex (boundingBox.MinD(0), boundingBox.MinD(1)); Index<2> endIndex = pSourceType1->GetLocationIndex (boundingBox.MaxD(0), boundingBox.MaxD(1)); ArgVector& argumentsVector = *qp->Argument(pFunction); Word word; for(int row = startIndex[1]; row <= endIndex[1]; row++) { for(int column = startIndex[0]; column <= endIndex[0]; column++) { Index<2> index((int[]){column, row}); typename SourceType1Properties::TypeProperties:: PropertiesType value1 = pSourceType1->GetValue(index); typename SourceType2Properties::TypeProperties:: PropertiesType value2 = pSourceType2->GetValue(index); if(SourceType1Properties::TypeProperties:: IsUndefinedValue(value1) == false || SourceType2Properties::TypeProperties:: IsUndefinedValue(value2) == false) { typename SourceType1Properties::TypeProperties:: WrapperType wrappedValue1 = SourceType1Properties:: TypeProperties::GetWrappedValue(value1); typename SourceType2Properties::TypeProperties:: WrapperType wrappedValue2 = SourceType2Properties:: TypeProperties::GetWrappedValue(value2); argumentsVector[0].setAddr(&wrappedValue1); argumentsVector[1].setAddr(&wrappedValue2); qp->Request(pFunction, word); if(word.addr != 0) { typename DestinationTypeProperties::TypeProperties:: WrapperType* pMappedValue = static_cast (word.addr); if(pMappedValue != 0) { typename DestinationTypeProperties::TypeProperties:: PropertiesType unwrappedValue = DestinationTypeProperties::TypeProperties:: GetUnwrappedValue(*pMappedValue); if(DestinationTypeProperties::TypeProperties:: IsUndefinedValue(unwrappedValue) == false) { pResult->SetValue(index, unwrappedValue, true); } } } } } } } } } nRetVal = 0; } } } } return nRetVal; } /* Template method map2Functiontmt implements the map2 operator functionality between a t datatype and a mt datatype. author: Dirk Zacher parameters: pArguments - a pointer to the arguments of map2 operator rResult - reference to a Word containing the result message - message to distinguish call modes of map2Functiontmt rLocal - reference to a Word to store local method information supplier - an Address to a supplier of information of operator tree return value: 0 if map2Functiontmt successfully executed, otherwise FAILURE exceptions: - */ template int map2Functiontmt(Word* pArguments, Word& rResult, int message, Word& rLocal, Supplier supplier) { int nRetVal = FAILURE; if(qp != 0 && pArguments != 0) { SourceType1* pSourceType1 = static_cast(pArguments[0].addr); SourceType2* pSourceType2 = static_cast(pArguments[1].addr); Address pFunction = pArguments[2].addr; if(pSourceType1 != 0 && pSourceType2 != 0 && pFunction != 0) { rResult = qp->ResultStorage(supplier); if(rResult.addr != 0) { DestinationType* pResult = static_cast(rResult.addr); if(pResult != 0) { pResult->SetDefined(false); pResult->SetUndefinedValues(); if(pSourceType1->IsDefined() && pSourceType2->IsDefined()) { typename SourceType1Properties::GridType grid1; pSourceType1->getgrid(grid1); typename SourceType2Properties::GridType grid2; pSourceType2->getgrid(grid2); if(grid2.IsEqualGrid(grid1)) { typename SourceType1Properties::RectangleType boundingBox1; pSourceType1->bbox(boundingBox1); typename SourceType2Properties::RectangleType boundingBox2; pSourceType2->bbox(boundingBox2); double minMax[] = {boundingBox2.MinD(0), boundingBox2.MaxD(0), boundingBox2.MinD(1), boundingBox2.MaxD(1)}; typename SourceType1Properties::RectangleType boundingBox22 (true, minMax); typename SourceType1Properties::RectangleType boundingBox = boundingBox1.Union(boundingBox22); if(boundingBox.IsDefined()) { pResult->SetDefined(true); pResult->SetGrid(grid2); Index<3> startIndex = pSourceType2->GetLocationIndex (boundingBox.MinD(0), boundingBox.MinD(1), boundingBox2.MinD(2)); Index<3> endIndex = pSourceType2->GetLocationIndex (boundingBox.MaxD(0), boundingBox.MaxD(1), boundingBox2.MaxD(2)); ArgVector& argumentsVector = *qp->Argument(pFunction); Word word; for(int time = startIndex[2]; time <= endIndex[2]; time++) { for(int row = startIndex[1]; row <= endIndex[1]; row++) { for(int column = startIndex[0]; column <= endIndex[0]; column++) { Index<2> index1((int[]){column, row}); typename SourceType1Properties::TypeProperties:: PropertiesType value1 = pSourceType1->GetValue(index1); Index<3> index2((int[]){column, row, time}); typename SourceType2Properties::TypeProperties:: PropertiesType value2 = pSourceType2->GetValue(index2); if(SourceType1Properties::TypeProperties:: IsUndefinedValue(value1) == false || SourceType2Properties::TypeProperties:: IsUndefinedValue(value2) == false) { typename SourceType1Properties::TypeProperties:: WrapperType wrappedValue1 = SourceType1Properties:: TypeProperties::GetWrappedValue(value1); typename SourceType2Properties::TypeProperties:: WrapperType wrappedValue2 = SourceType2Properties:: TypeProperties::GetWrappedValue(value2); argumentsVector[0].setAddr(&wrappedValue1); argumentsVector[1].setAddr(&wrappedValue2); qp->Request(pFunction, word); if(word.addr != 0) { typename DestinationTypeProperties::TypeProperties:: WrapperType* pMappedValue = static_cast(word.addr); if(pMappedValue != 0) { typename DestinationTypeProperties::TypeProperties:: PropertiesType unwrappedValue = DestinationTypeProperties::TypeProperties:: GetUnwrappedValue(*pMappedValue); if(DestinationTypeProperties::TypeProperties:: IsUndefinedValue(unwrappedValue) == false) { pResult->SetValue(index2, unwrappedValue, true); } } } } } } } } } } nRetVal = 0; } } } } return nRetVal; } /* Template method map2Functionmtt implements the map2 operator functionality between a mt datatype and a t datatype. author: Dirk Zacher parameters: pArguments - a pointer to the arguments of map2 operator rResult - reference to a Word containing the result message - message to distinguish call modes of map2Functionmtt rLocal - reference to a Word to store local method information supplier - an Address to a supplier of information of operator tree return value: 0 if map2Functionmtt successfully executed, otherwise FAILURE exceptions: - */ template int map2Functionmtt(Word* pArguments, Word& rResult, int message, Word& rLocal, Supplier supplier) { int nRetVal = FAILURE; if(qp != 0 && pArguments != 0) { SourceType1* pSourceType1 = static_cast(pArguments[0].addr); SourceType2* pSourceType2 = static_cast(pArguments[1].addr); Address pFunction = pArguments[2].addr; if(pSourceType1 != 0 && pSourceType2 != 0 && pFunction != 0) { rResult = qp->ResultStorage(supplier); if(rResult.addr != 0) { DestinationType* pResult = static_cast(rResult.addr); if(pResult != 0) { pResult->SetDefined(false); pResult->SetUndefinedValues(); if(pSourceType1->IsDefined() && pSourceType2->IsDefined()) { typename SourceType1Properties::GridType grid1; pSourceType1->getgrid(grid1); typename SourceType2Properties::GridType grid2; pSourceType2->getgrid(grid2); if(grid1.IsEqualGrid(grid2)) { typename SourceType1Properties::RectangleType boundingBox1; pSourceType1->bbox(boundingBox1); typename SourceType2Properties::RectangleType boundingBox2; pSourceType2->bbox(boundingBox2); double minMax[] = { boundingBox1.MinD(0), boundingBox1.MaxD(0), boundingBox1.MinD(1), boundingBox1.MaxD(1) }; typename SourceType2Properties::RectangleType boundingBox12 (true,minMax ); typename SourceType2Properties::RectangleType boundingBox = boundingBox2.Union(boundingBox12); if(boundingBox.IsDefined()) { pResult->SetDefined(true); pResult->SetGrid(grid1); Index<3> startIndex = pSourceType1->GetLocationIndex (boundingBox.MinD(0), boundingBox.MinD(1), boundingBox1.MinD(2)); Index<3> endIndex = pSourceType1->GetLocationIndex (boundingBox.MaxD(0), boundingBox.MaxD(1), boundingBox1.MaxD(2)); ArgVector& argumentsVector = *qp->Argument(pFunction); Word word; for(int time = startIndex[2]; time <= endIndex[2]; time++) { for(int row = startIndex[1]; row <= endIndex[1]; row++) { for(int column = startIndex[0]; column <= endIndex[0]; column++) { Index<3> index1((int[]){column, row, time}); typename SourceType1Properties::TypeProperties:: PropertiesType value1 = pSourceType1->GetValue(index1); Index<2> index2((int[]){column, row}); typename SourceType2Properties::TypeProperties:: PropertiesType value2 = pSourceType2->GetValue(index2); if(SourceType1Properties::TypeProperties:: IsUndefinedValue(value1) == false || SourceType2Properties::TypeProperties:: IsUndefinedValue(value2) == false) { typename SourceType1Properties::TypeProperties:: WrapperType wrappedValue1 = SourceType1Properties:: TypeProperties::GetWrappedValue(value1); typename SourceType2Properties::TypeProperties:: WrapperType wrappedValue2 = SourceType2Properties:: TypeProperties::GetWrappedValue(value2); argumentsVector[0].setAddr(&wrappedValue1); argumentsVector[1].setAddr(&wrappedValue2); qp->Request(pFunction, word); if(word.addr != 0) { typename DestinationTypeProperties::TypeProperties:: WrapperType* pMappedValue = static_cast(word.addr); if(pMappedValue != 0) { typename DestinationTypeProperties::TypeProperties:: PropertiesType unwrappedValue = DestinationTypeProperties::TypeProperties:: GetUnwrappedValue(*pMappedValue); if(DestinationTypeProperties::TypeProperties:: IsUndefinedValue(unwrappedValue) == false) { pResult->SetValue(index1, unwrappedValue, true); } } } } } } } } } } nRetVal = 0; } } } } return nRetVal; } /* Template method map2Functionmtmt implements the map2 operator functionality between a mt datatype and a mt datatype. author: Dirk Zacher parameters: pArguments - a pointer to the arguments of map2 operator rResult - reference to a Word containing the result message - message to distinguish call modes of map2Functionmtmt rLocal - reference to a Word to store local method information supplier - an Address to a supplier of information of operator tree return value: 0 if map2Functionmtmt successfully executed, otherwise FAILURE exceptions: - */ template int map2Functionmtmt(Word* pArguments, Word& rResult, int message, Word& rLocal, Supplier supplier) { int nRetVal = FAILURE; if(qp != 0 && pArguments != 0) { SourceType1* pSourceType1 = static_cast(pArguments[0].addr); SourceType2* pSourceType2 = static_cast(pArguments[1].addr); Address pFunction = pArguments[2].addr; if(pSourceType1 != 0 && pSourceType2 != 0 && pFunction != 0) { rResult = qp->ResultStorage(supplier); if(rResult.addr != 0) { DestinationType* pResult = static_cast(rResult.addr); if(pResult != 0) { pResult->SetDefined(false); pResult->SetUndefinedValues(); if(pSourceType1->IsDefined() && pSourceType2->IsDefined()) { typename SourceType1Properties::GridType grid1; pSourceType1->getgrid(grid1); typename SourceType2Properties::GridType grid2; pSourceType2->getgrid(grid2); if(grid1.IsEqualGrid(grid2)) { typename SourceType1Properties::RectangleType boundingBox1; pSourceType1->bbox(boundingBox1); typename SourceType2Properties::RectangleType boundingBox2; pSourceType2->bbox(boundingBox2); typename SourceType1Properties::RectangleType boundingBox = boundingBox1.Union(boundingBox2); if(boundingBox.IsDefined()) { pResult->SetDefined(true); pResult->SetGrid(grid1); Index<3> startIndex = pSourceType1->GetLocationIndex (boundingBox.MinD(0), boundingBox.MinD(1), boundingBox.MinD(2)); Index<3> endIndex = pSourceType2->GetLocationIndex (boundingBox.MaxD(0), boundingBox.MaxD(1), boundingBox.MaxD(2)); ArgVector& argumentsVector = *qp->Argument(pFunction); Word word; for(int time = startIndex[2]; time <= endIndex[2]; time++) { for(int row = startIndex[1]; row <= endIndex[1]; row++) { for(int column = startIndex[0]; column <= endIndex[0]; column++) { Index<3> index((int[]){column, row, time}); typename SourceType1Properties::TypeProperties:: PropertiesType value1 = pSourceType1->GetValue(index); typename SourceType2Properties::TypeProperties:: PropertiesType value2 = pSourceType2->GetValue(index); if(SourceType1Properties::TypeProperties:: IsUndefinedValue(value1) == false || SourceType2Properties::TypeProperties:: IsUndefinedValue(value2) == false) { typename SourceType1Properties::TypeProperties:: WrapperType wrappedValue1 = SourceType1Properties:: TypeProperties::GetWrappedValue(value1); typename SourceType2Properties::TypeProperties:: WrapperType wrappedValue2 = SourceType2Properties:: TypeProperties::GetWrappedValue(value2); argumentsVector[0].setAddr(&wrappedValue1); argumentsVector[1].setAddr(&wrappedValue2); qp->Request(pFunction, word); if(word.addr != 0) { typename DestinationTypeProperties::TypeProperties:: WrapperType* pMappedValue = static_cast(word.addr); if(pMappedValue != 0) { typename DestinationTypeProperties::TypeProperties:: PropertiesType unwrappedValue = DestinationTypeProperties::TypeProperties:: GetUnwrappedValue(*pMappedValue); if(DestinationTypeProperties::TypeProperties:: IsUndefinedValue(unwrappedValue) == false) { pResult->SetValue(index, unwrappedValue, true); } } } } } } } } } } nRetVal = 0; } } } } return nRetVal; } /* definition of map2Functions array. */ ValueMapping map2Functions[] = { map2Functiontt, tint, tProperties, tint, tProperties >, map2Functiontt, tint, tProperties, treal, tProperties >, map2Functiontt, tint, tProperties, tbool, tProperties >, map2Functiontt, tint, tProperties, tstring, tProperties >, map2Functiontt, treal, tProperties, tint, tProperties >, map2Functiontt, treal, tProperties, treal, tProperties >, map2Functiontt, treal, tProperties, tbool, tProperties >, map2Functiontt, treal, tProperties, tstring, tProperties >, map2Functiontt, tbool, tProperties, tint, tProperties >, map2Functiontt, tbool, tProperties, treal, tProperties > , map2Functiontt, tbool, tProperties, tbool, tProperties >, map2Functiontt, tbool, tProperties, tstring, tProperties >, map2Functiontt, tstring, tProperties, tint, tProperties >, map2Functiontt, tstring, tProperties, treal, tProperties >, map2Functiontt, tstring, tProperties, tbool, tProperties >, map2Functiontt, tstring, tProperties, tstring, tProperties >, map2Functiontmt, mtint, mtProperties, mtint, mtProperties >, map2Functiontmt, mtint, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtint, mtProperties, mtbool, tProperties >, map2Functiontmt, mtint, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtint, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtreal, tProperties >, map2Functiontmt, mtreal, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtint, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtint, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtstring, mtProperties >, map2Functiontt, tint, tProperties, tint, tProperties >, map2Functiontt, tint, tProperties, treal, tProperties >, map2Functiontt, tint, tProperties, tbool, tProperties >, map2Functiontt, tint, tProperties, tstring, tProperties >, map2Functiontt, treal, tProperties, tint, tProperties >, map2Functiontt, treal, tProperties, treal, tProperties >, map2Functiontt, treal, tProperties, tbool, tProperties >, map2Functiontt, treal, tProperties, tstring, tProperties >, map2Functiontt, tbool, tProperties, tint, tProperties >, map2Functiontt, tbool, tProperties, treal, tProperties >, map2Functiontt, tbool, tProperties, tbool, tProperties >, map2Functiontt, tbool, tProperties, tstring, tProperties >, map2Functiontt, tstring, tProperties, tint, tProperties >, map2Functiontt, tstring, tProperties, treal, tProperties >, map2Functiontt, tstring, tProperties, tbool, tProperties >, map2Functiontt, tstring, tProperties, tstring, tProperties >, map2Functiontmt, mtint, mtProperties, mtint, mtProperties >, map2Functiontmt, mtint, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtint, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtint, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtint, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtint, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtint, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtstring, mtProperties >, map2Functiontt, tint, tProperties, tint, tProperties >, map2Functiontt, tint, tProperties, treal, tProperties >, map2Functiontt, tint, tProperties, tbool, tProperties >, map2Functiontt, tint, tProperties, tstring, tProperties >, map2Functiontt, treal, tProperties, tint, tProperties >, map2Functiontt, treal, tProperties, treal, tProperties >, map2Functiontt, treal, tProperties, tbool, tProperties >, map2Functiontt, treal, tProperties, tstring, tProperties >, map2Functiontt, tbool, tProperties, tint, tProperties >, map2Functiontt, tbool, tProperties, treal, tProperties >, map2Functiontt, tbool, tProperties, tbool, tProperties >, map2Functiontt, tbool, tProperties, tstring, tProperties >, map2Functiontt, tstring, tProperties, tint, tProperties >, map2Functiontt, tstring, tProperties, treal, tProperties >, map2Functiontt, tstring, tProperties, tbool, tProperties >, map2Functiontt, tstring, tProperties, tstring, tProperties >, map2Functiontmt, mtint, mtProperties, mtint, mtProperties >, map2Functiontmt, mtint, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtint, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtint, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtint, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtint, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtint, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtstring, mtProperties >, map2Functiontt, tint, tProperties, tint, tProperties >, map2Functiontt, tint, tProperties, treal, tProperties >, map2Functiontt, tint, tProperties, tbool, tProperties >, map2Functiontt, tint, tProperties, tstring, tProperties >, map2Functiontt, treal, tProperties, tint, tProperties >, map2Functiontt, treal, tProperties, treal, tProperties >, map2Functiontt, treal, tProperties, tbool, tProperties >, map2Functiontt, treal, tProperties, tstring, tProperties >, map2Functiontt, tbool, tProperties, tint, tProperties >, map2Functiontt, tbool, tProperties, treal, tProperties >, map2Functiontt, tbool, tProperties, tbool, tProperties >, map2Functiontt, tbool, tProperties, tstring, tProperties >, map2Functiontt, tstring, tProperties, tint, tProperties >, map2Functiontt, tstring, tProperties, treal, tProperties >, map2Functiontt, tstring, tProperties, tbool, tProperties >, map2Functiontt, tstring, tProperties, tstring, tProperties >, map2Functiontmt, mtint, mtProperties, mtint, mtProperties >, map2Functiontmt, mtint, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtint, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtint, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtint, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtreal, mtProperties, mtstring, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtint, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtbool, mtProperties >, map2Functiontmt, mtbool, mtProperties, mtstring, tProperties >, map2Functiontmt, mtstring, mtProperties, mtint, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtreal, mtProperties >, map2Functiontmt, mtstring, mtProperties, mtbool, mtProperties