Collection of all port types actually available in mimmo. Each port is declared as a costant string M_<xxx>, where M_ prefix identifies the mimmo port. Please refer to each Manipulation Block documentation for port usage examples. More...

#define	M_GEOM "M_GEOM"

#define	M_GEOM2 "M_GEOM2"

#define	M_GEOM3 "M_GEOM3"

#define	M_GEOM4 "M_GEOM4"

#define	M_GEOM5 "M_GEOM5"

#define	M_GEOM6 "M_GEOM6"

#define	M_GEOM7 "M_GEOM7"

#define	M_GEOMOFOAM "M_GEOMOFOAM"

#define	M_GEOMOFOAM2 "M_GEOMOFOAM2"

#define	M_VECGEOM "M_VECGEOM"

#define	M_COORDS "M_COORDS"

#define	M_GLOBAL "M_GLOBAL"

#define	M_LOCAL "M_LOCAL"

#define	M_DISPLS "M_DISPLS"

#define	M_GDISPLS "M_GDISPLS"

#define	M_GDISPLS2 "M_GDISPLS2"

#define	M_FILTER "M_FILTER"

#define	M_FILTER2 "M_FILTER2"

#define	M_DATAFIELD "M_DATAFIELD"

#define	M_DATAFIELD2 "M_DATAFIELD2"

#define	M_VECTORSI "M_VECTORSI"

#define	M_VECTORLI "M_VECTORLI"

#define	M_VECTORLI2 "M_VECTORLI2"

#define	M_VECTORLI3 "M_VECTORLI3"

#define	M_SCALARFIELD "M_SCALARFIELD"

#define	M_SCALARFIELD2 "M_SCALARFIELD2"

#define	M_VECTORFIELD "M_VECTORFIELD"

#define	M_VECTORFIELD2 "M_VECTORFIELD2"

#define	M_STRINGFIELD "M_STRINGFIELD"

#define	M_STRINGFIELD2 "M_STRINGFIELD2"

#define	M_LONGFIELD "M_LONGFIELD"

#define	M_LONGFIELD2 "M_LONGFIELD2"

#define	M_VECSCALARFIELDS "M_VECSCALARFIELDS"

#define	M_VECVECTORFIELDS "M_VECVECTORFIELDS"

#define	M_VECSTRINGFIELDS "M_VECSTRINGFIELDS"

#define	M_VECLONGFIELDS "M_VECLONGFIELDS"

#define	M_POINT "M_POINT"

#define	M_AXIS "M_AXIS"

#define	M_AXES "M_AXES"

#define	M_SPAN "M_SPAN"

#define	M_DIMENSION "M_DIMENSION"

#define	M_INFLIMITS "M_INFLIMITS"

#define	M_SHAPE "M_SHAPE"

#define	M_COPYSHAPE "M_COPYSHAPE"

#define	M_SHAPEI "M_SHAPEI"

#define	M_PLANE "M_PLANE"

#define	M_VALUED "M_VALUED"

#define	M_VALUEI "M_VALUEI"

#define	M_VALUELI "M_VALUELI"

#define	M_VALUEB "M_VALUEB"

#define	M_BMATRIX "M_BMATRIX"

#define	M_BCOEFFS "M_BCOEFFS"

#define	M_VALUESI "M_VALUESI"

#define	M_DEG "M_DEG"

#define	M_NURBSCOORDTYPE "M_NURBSCOORDTYPE"

#define	M_NURBSWEIGHTS "M_NURBSWEIGHTS"

#define	M_BCCGNS "M_BCCGNS"

#define	M_POINT2 "M_POINT2"

#define	M_VALUED2 "M_VALUED2"

#define	M_VALUEB2 "M_VALUEB2"

#define	M_VALUEI2 "M_VALUEI2"

#define	M_POLYDATA_ "M_POLYDATA_"

#define	M_UMAPIDS "M_UMAPIDS"

#define	M_UMAPI "M_UMAPI"

#define	M_NAME "M_NAME"

#define	M_WAVEFRONTDATA "M_WAVEFRONTDATA"

#define	M_VECTORLI4 "M_VECTORLI4"

#define	M_BASE "M_BASE"

Detailed Description

Collection of all port types actually available in mimmo. Each port is declared as a costant string M_<xxx>, where M_ prefix identifies the mimmo port. Please refer to each Manipulation Block documentation for port usage examples.

Macro Definition Documentation

◆ M_AXES

#define M_AXES "M_AXES"

Port dedicated to communication of a 3 axis reference system [ array < array< double,3 >, 3>]

Examples: utils_example_00004.cpp.

Definition at line 72 of file portDefinitions.hpp.

◆ M_AXIS

#define M_AXIS "M_AXIS"

Port dedicated to communication of an axis direction [ array < double,3 > ]

Definition at line 71 of file portDefinitions.hpp.

◆ M_BASE

#define M_BASE "M_BASE"

Port dedicated to communication of a pointer to a BaseManipulation object [ mimmo::BaseManipulation ]

Definition at line 101 of file portDefinitions.hpp.

◆ M_BCCGNS

#define M_BCCGNS "M_BCCGNS"

Port dedicated to communicate a pointer to a BCCGNS object (Boundary Conditions Info for CGNS export)

Examples: iocgns_example_00001.cpp.

Definition at line 90 of file portDefinitions.hpp.

◆ M_BCOEFFS

#define M_BCOEFFS "M_BCOEFFS"

Port dedicated to communication of a pointer to 3x3 matrix of float vector N values [array < array< vector< double>,3>,3>]

Definition at line 85 of file portDefinitions.hpp.

◆ M_BMATRIX

#define M_BMATRIX "M_BMATRIX"

Port dedicated to communication of a 3x3 matrix of float values [array< array< double,3>,3>]

Definition at line 84 of file portDefinitions.hpp.

◆ M_COORDS

#define M_COORDS "M_COORDS"

Port dedicated to communication of coordinates of points [vector < array < double,3 > > ]

Examples: genericinput_example_00001.cpp, manipulators_example_00006.cpp, manipulators_example_00007.cpp, and manipulators_example_00008.cpp.

Definition at line 44 of file portDefinitions.hpp.

◆ M_COPYSHAPE

#define M_COPYSHAPE "M_COPYSHAPE"

Port dedicated to communication of an elemental shape itself, passed by pointer, instantiated elsewhere [BasicShape *]

Definition at line 77 of file portDefinitions.hpp.

◆ M_DATAFIELD

#define M_DATAFIELD "M_DATAFIELD"

Port dedicated to communication of a generic scalar field [ std::vector<double>]

Examples: manipulators_example_00007.cpp, and manipulators_example_00008.cpp.

Definition at line 52 of file portDefinitions.hpp.

◆ M_DATAFIELD2

#define M_DATAFIELD2 "M_DATAFIELD2"

Port dedicated to communication of a generic scalar field [ std::vector<double>]

Definition at line 53 of file portDefinitions.hpp.

◆ M_DEG

#define M_DEG "M_DEG"

Port dedicated to communication of degrees of freedom numbers in each of 3D space dimensions [array< int,3 >]

Definition at line 87 of file portDefinitions.hpp.

◆ M_DIMENSION

#define M_DIMENSION "M_DIMENSION"

Port dedicated to communication of the lattice mesh dimension [ array < int,3 > ]

Definition at line 74 of file portDefinitions.hpp.

◆ M_DISPLS

#define M_DISPLS "M_DISPLS"

Port dedicated to communication of displacements of 3D points [ vector < array < double,3 > > ]

Examples: genericinput_example_00003.cpp, manipulators_example_00002.cpp, manipulators_example_00003.cpp, manipulators_example_00004.cpp, manipulators_example_00005.cpp, manipulators_example_00006.cpp, and manipulators_example_00007.cpp.

Definition at line 47 of file portDefinitions.hpp.

◆ M_FILTER

#define M_FILTER "M_FILTER"

Port dedicated to communication of a scalar field used as a filter function [ POINTER to MimmoPiercedVector < double > ]

Definition at line 50 of file portDefinitions.hpp.

◆ M_FILTER2

#define M_FILTER2 "M_FILTER2"

Port dedicated to communication of a scalar field used as a filter function [ POINTER to MimmoPiercedVector < double > ]

Definition at line 51 of file portDefinitions.hpp.

◆ M_GDISPLS

#define M_GDISPLS "M_GDISPLS"

Port dedicated to communication of displacements relative to geometry vertices [ MimmoPiercedVector < array < double,3 > > ]

Examples: genericinput_example_00005.cpp, geohandlers_example_00003.cpp, iocgns_example_00001.cpp, ioofoam_example_00001.cpp, manipulators_example_00001.cpp, manipulators_example_00002.cpp, manipulators_example_00003.cpp, manipulators_example_00004.cpp, manipulators_example_00005.cpp, manipulators_example_00006.cpp, manipulators_example_00007.cpp, and utils_example_00003.cpp.

Definition at line 48 of file portDefinitions.hpp.

◆ M_GDISPLS2

#define M_GDISPLS2 "M_GDISPLS2"

Port dedicated to communication of displacements relative to geometry vertices [ POINTER to MimmoPiercedVector < array < double,3 > > ]

Definition at line 49 of file portDefinitions.hpp.