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Public Attributes
ML_Struct Struct Reference

#include <ml_struct.h>

Collaboration diagram for ML_Struct:
Collaboration graph
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List of all members.

Public Attributes

int id
char * label
int ML_init_flag
int ML_scheme
int ML_num_levels
int ML_num_actual_levels
int ML_num_transfers
int ML_finest_level
int ML_coarsest_level
int * LevelID
int RAP_storage_type
int symmetrize_matrix
int output_level
int res_output_freq
int MinPerProc_repartition
int PutOnSingleProc_repartition
double LargestMinMaxRatio_repartition
int use_repartitioning
int repartitionStartLevel
ML_Partitioner partitioner
double tolerance
int max_iterations
double * spectral_radius
ML_Smoother * pre_smoother
ML_Smoother * post_smoother
ML_CSolve * csolve
ML_OperatorAmat
ML_OperatorRmat
ML_OperatorPmat
ML_Grid * Grid
ML_BdryPts * BCs
ML_Mapper * eqn2grid
ML_Mapper * grid2eqn
ML_1Level * SingleLevel
ML_DVector * Amat_Normalization
struct ML_Timingtiming
ML_Comm * comm
int * int_options
double * dble_options
void * void_options
int(* func )(void)
double Cheby_eig_boost

Detailed Description

This is the primary data structure which users interact directly with via the provided functions. --------------------------------------------------------------------


Member Data Documentation

ML_Comm* ML_Struct::comm

communicator for ML

optional double parameters

int(* ML_Struct::func)(void)

optional function

optional integer parameters

optional character label

indicate initialization done

number of levels actually used by the multigrid method.

Referenced by ML_Epetra::MultiLevelPreconditioner::ComputePreconditioner().

number of levels available

number of transfers

which ML scheme to pick

Used for timing information.

optional other parameters

Referenced by ML_Epetra::MultiLevelPreconditioner::ApplyInverse().


The documentation for this struct was generated from the following file:
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