Serafin format (also called Selafin) More...
#include <mdal_selafin.hpp>
Inheritance diagram for MDAL::DriverSelafin:
Public Member Functions | |
| DriverSelafin * | create () override |
| bool | canReadMesh (const std::string &uri) override |
| bool | canReadDatasets (const std::string &uri) override |
| std::unique_ptr< Mesh > | load (const std::string &meshFile, const std::string &meshName="") override |
| void | load (const std::string &datFile, Mesh *mesh) override |
| bool | persist (DatasetGroup *group) override |
| int | faceVerticesMaximumCount () const override |
| returns the maximum vertices per face | |
| void | save (const std::string &fileName, const std::string &meshName, Mesh *mesh) override |
| std::string | writeDatasetOnFileSuffix () const override |
| std::string | saveMeshOnFileSuffix () const override |
 Public Member Functions inherited from MDAL::Driver | |
| Driver (const std::string &name, const std::string &longName, const std::string &filters, int capabilityFlags) | |
| std::string | name () const |
| std::string | longName () const |
| std::string | filters () const |
| bool | hasCapability (Capability capability) const |
| bool | hasWriteDatasetCapability (MDAL_DataLocation location) const |
| virtual std::string | buildUri (const std::string &meshFile) |
| virtual void | createDatasetGroup (Mesh *mesh, const std::string &groupName, MDAL_DataLocation dataLocation, bool hasScalarData, const std::string &datasetGroupFile) |
| virtual void | createDataset (DatasetGroup *group, RelativeTimestamp time, const double *values, const int *active) |
| virtual void | createDataset (DatasetGroup *group, RelativeTimestamp time, const double *values, const int *verticalLevelCount, const double *verticalExtrusion) |
Detailed Description
Serafin format (also called Selafin)
Binary format for triangular mesh with datasets defined on vertices Source of this doc come from : http://www.opentelemac.org/downloads/MANUALS/TELEMAC-2D/telemac-2d_user_manual_en_v7p0.pdf Appendix 3 https://www.gdal.org/drv_selafin.html
The Selafin file records are listed below:
- 1 record containing the title of the study (72 characters) and a 8 characters string indicating the type of format (SERAFIN or SERAFIND)
- record containing the two integers NBV(1)and NBV(2)(number of linear and quadratic variables, NBV(2)with the value of 0 for Telemac, cas quadratic values are not saved so far),
- NBV(1)records containing the names and units of each variable (over 32 characters),
- 1 record containing the integers table IPARAM(10 integers, of which only the 6are currently being used),
- if IPARAM (3)!=0: the value corresponds to the x-coordinate of the origin of the mesh,
- if IPARAM (4)!=0: the value corresponds to the y-coordinate of the origin of the mesh,
- if IPARAM (7): the value corresponds to the number of planes on the vertical (3D computation),
- if IPARAM (8)!=0: the value corresponds to the number of boundary points (in parallel),
- if IPARAM (9)!=0: the value corresponds to the number of interface points (in parallel),
- if IPARAM(8 ) or IPARAM(9) !=0: the array IPOBO below is replaced by the array KNOLG(total initial number of points). All the other numbers are local to the sub-domain, including IKLE.
- if IPARAM(10)= 1: a record containing the computation starting date,
- 1 record containing the integers NELEM,NPOIN,NDP,1(number of elements, number of points, number of points per element and the value 1),
- 1 record containing table IKLE(integer array of dimension (NDP,NELEM) which is the connectivity table. N.B.: in TELEMAC-2D, the dimensions of this array are (NELEM,NDP)),
- 1 record containing table IPOBO(integer array of dimension NPOIN); the value of one element is 0 for an internal point, and gives the numbering of boundary points for the others,
- 1 record containing table X(real array of dimension NPOINcontaining the abscissae of the points),
- 1 record containing table Y(real array of dimension NPOINcontaining the ordinates of the points),
Next, for each time step, the following are found:
- 1 record containing time T(real),
- NBV(1)+NBV(2)records containing the results tables for each variable at time T.
The documentation for this class was generated from the following files:
- mdal_selafin.hpp
- mdal_selafin.cpp
