int GiD_fBeginResultGroup(GiD_FILE fd, const char * Analysis, double step,

GiD_ResultLocation Where,

const char * GaussPointsName);

Description: Begin a result group. All grouped in the same analysis and

step. See GiD online help on this topic.

Parameters:

See GiD_fBeginResult.

Example:

C/C++

GiD_fBeginResultGroup(fd,"Analysis", 1.0d0, GiD_OnNodes, NULL);

GiD_fResultDescription(fd,"EscalarNodos", GiD_Scalar);

GiD_fResultDescription(fd,"VectorNodos", GiD_Vector);

GiD_fResultDescription(fd,"Matrix", GiD_Matrix);

GiD_fResultDescription(fd,"Local Axes", GiD_LocalAxes);

GiD_fResultDescription(fd,"A complex Scalar", GiD_ComplexScalar);

GiD_fResultDescription(fd,"A complex Vector", GiD_ComplexVector);

GiD_fResultDescription(fd,"A complex Matrix", GiD_ComplexMatrix);

for ( i = 0; i < 9; i++ ) {

GiD_fWriteScalar(fd,nodes[i].id, Random());

GiD_fWriteVector(fd,nodes[i].id, Random(), Random(), Random());

GiD_fWrite3DMatrix(fd,nodes[i].id, Random(), Random(), Random(), Random(), Random(), Random());

GiD_fWriteComplexScalar(fd,nodes[i].id, Random(), Random());

GiD_fWriteComplexVector(fd,nodes[i].id, Random(), Random(), Random(), Random(), Random(), Random());

GiD_fWrite3DMatrix(fd,nodes[i].id, Random(), Random(), Random(), Random(), Random(), Random(),

Random(), Random(), Random(), Random(), Random(), Random());

}

GiD_EndResult(fd);

FORTRAN

CALL GID_FBEGINRESULTGROUP(fd,"Analysis", 1.0d0, 0, NULL)

CALL GID_FRESULTDESCRIPTION(fd,"EscalarNodos", 0)

CALL GID_FRESULTDESCRIPTION(fd,"VectorNodos",1)

CALL GID_FRESULTDESCRIPTION(fd,"Matrix",2)

CALL GID_FRESULTDESCRIPTION(fd,"Local Axes",5)

do idx=1,9

value = idx*1.5;

CALL GID_FWRITESCALAR(fd,nodes[i].id, value)

CALL GID_FWRITEVECTOR(fd,nodes[i].id, value, value*2, value*3)

CALL GID_FWRITE3DMATRIX(fd,i+1,value,value*2,value*3,value*4,value*7,value*1.1)

CALL GID_FWRITELOCALAXES(fd,i+1,value,value*3,value*5)

end do

GID_ENDRESULT(fd);