void RotatingCube::RotateMyCube ( H5File &h5_local_ref, int total_blocks, const char *cube_name, const char *cube_description )
{
char s[128];
string str;
for ( int i=0; i<total_blocks; i++ )
{
sprintf ( s,"%s/block_%04d",cube_name, i );
H5DataSet *ptr = h5_local_ref.CreateDataSet ( s, source, 3 );
sprintf ( s,"%s",cube_description );
h5_local_ref.CreateAttribute ( ptr->getDataSetId(),"description",s );
h5_local_ref.makeParamNames ( "ndx_",source.GetNumZ(),str );
h5_local_ref.CreateAttribute ( ptr->getDataSetId(),"paramNames",str.c_str() );
h5_vec.push_back ( ptr );
}
}
// set up a basic data cube + matched h5 set
//@TODO: use templates to avoid "INT" duplication
void MatchedCubeInt::InitBasicCube ( H5File &h5_local_ref, int col, int row, int maxflows, const char *set_name, const char *set_description, const char *param_root )
{
//printf ( "%s\n",set_name );
string str;
source.Init ( col, row, maxflows );
source.SetRange ( 0,col, 0, row, 0, maxflows );
source.AllocateBuffer();
h5_set = h5_local_ref.CreateDataSet ( set_name, source, 3 );
h5_local_ref.CreateAttribute ( h5_set->getDataSetId(),"description",set_description );
// either we're just using the axis for nothing special
if ( strlen ( param_root ) <1 )
{
h5_local_ref.makeParamNames ( "ndx_",maxflows, str );
}
else
{
// or we have a specific set of variables for this axis
str = param_root;
}
h5_local_ref.CreateAttribute ( h5_set->getDataSetId(),"paramNames",str.c_str() );
}
