Input file gli

The geometry file (*.gli) contains the descriptions of basic geometric objects. The hierarchical file structure follows the topology logic, i.e. a surface can be described by polygons/polylines, and polylines are a list of ordered points. Points, polylines and surfaces can be used for different assignments of physical parameters, such as for initial conditions, boundary conditions, source terms, and output data.

Source Files

• FileIO/OGSIOVer4.cpp
• GEO/geo_ply.cpp
• GEO/geo_pnt.cpp
• GEO/geo_sfc.cpp
• GEO/geo_vol.cpp

FileIO/OGSIOVer4.cpp

#-Keywords

• #POINTS⁶⁰⁶
• #POLYLINE^{257 259 628}
• #SURFACE^{508 512 644}

$-Keywords

• $EPSILON^{182 406}
• $ID^{103 166 390}
• $MAT_GROUP^{185 423}
• $MD⁸¹
• $NAME^{90 170 394}
• $POINTS¹⁸⁸
• $POINT_VECTOR²¹⁸
• $POLYLINES⁴²⁶
• $TIN⁴⁰⁹
• $TYPE^{176 400}

GEO/geo_ply.cpp

#-Keywords

• #POLYLINE⁵²⁸

$-Keywords

• $EPSILON⁶⁰⁰
• $ID⁵⁷³
• $MAT_GROUP⁶¹⁰
• $NAME⁵⁸³
• $POINTS⁶¹⁸
• $POINT_VECTOR⁶⁵⁸
• $TYPE⁵⁹²

GEO/geo_pnt.cpp

#-Keywords

• #POINTS²³²

$-Keywords

• $ID²⁸⁰
• $MD²⁷⁴

GEO/geo_sfc.cpp

#-Keywords

• #SURFACE^{442 1006}

$-Keywords

• $EPSILON¹⁰⁶⁹
• $ID^{444 1051}
• $MAT_GROUP^{453 1113}
• $NAME^{446 1060}
• $POLYLINES^{459 1120}
• $TIN^{476 1099}
• $TYPE^{450 1078}

GEO/geo_vol.cpp

#-Keywords

• #VOLUME^{81 217}

$-Keywords

• $LAYER¹⁷⁹
• $MAT_GROUP¹⁷⁰
• $NAME^{130 219}
• $SURFACES^{147 227}
• $TYPE¹³⁸

Last modified: 2016-01-21 13:48:59.018649

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