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Commit 60f4d764 authored by Pavel Kus's avatar Pavel Kus
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print structure improved

parent de1f3bf2
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src/elpa_impl.F90
View file @ 60f4d764
......@@ -1084,7 +1084,7 @@ module elpa_impl
implicit none
class(elpa_impl_t), intent(inout) :: self
print *, "The following parameters have been set"
!print *, "The following parameters have been set"
if (elpa_index_print_all_parameters_c(self%index) /= 1) then
stop "This should not happen (in elpa_print_all_parameters())"
endif
......
src/elpa_index.c
View file @ 60f4d764
......@@ -114,7 +114,7 @@ static int is_positive(elpa_index_t index, int n, int new_value);
static int elpa_double_string_to_value(char *name, char *string, double *value);
static int elpa_double_value_to_string(char *name, double value, const char **string);
#define BASE_ENTRY(option_name, option_description, once_value, readonly_value) \
#define BASE_ENTRY(option_name, option_description, once_value, readonly_value, print_flag_value) \
.base = { \
.name = option_name, \
.description = option_description, \
......@@ -122,17 +122,18 @@ static int elpa_double_value_to_string(char *name, double value, const char **st
.readonly = readonly_value, \
.env_default = "ELPA_DEFAULT_" option_name, \
.env_force = "ELPA_FORCE_" option_name, \
.print_flag = print_flag_value, \
}
#define INT_PARAMETER_ENTRY(option_name, option_description, valid_func) \
#define INT_PARAMETER_ENTRY(option_name, option_description, valid_func, print_flag) \
{ \
BASE_ENTRY(option_name, option_description, 1, 0), \
BASE_ENTRY(option_name, option_description, 1, 0, print_flag), \
.valid = valid_func, \
}
#define BOOL_ENTRY(option_name, option_description, default, tune_level, tune_domain) \
#define BOOL_ENTRY(option_name, option_description, default, tune_level, tune_domain, print_flag) \
{ \
BASE_ENTRY(option_name, option_description, 0, 0), \
BASE_ENTRY(option_name, option_description, 0, 0, print_flag), \
.default_value = default, \
.autotune_level = tune_level, \
.autotune_domain = tune_domain, \
......@@ -141,9 +142,9 @@ static int elpa_double_value_to_string(char *name, double value, const char **st
.valid = valid_bool, \
}
#define INT_ENTRY(option_name, option_description, default, tune_level, tune_domain, card_func, enumerate_func, valid_func, to_string_func) \
#define INT_ENTRY(option_name, option_description, default, tune_level, tune_domain, card_func, enumerate_func, valid_func, to_string_func, print_flag) \
{ \
BASE_ENTRY(option_name, option_description, 0, 0), \
BASE_ENTRY(option_name, option_description, 0, 0, print_flag), \
.default_value = default, \
.autotune_level = tune_level, \
.autotune_domain = tune_domain, \
......@@ -153,81 +154,81 @@ static int elpa_double_value_to_string(char *name, double value, const char **st
.to_string = to_string_func, \
}
#define INT_ANY_ENTRY(option_name, option_description) \
#define INT_ANY_ENTRY(option_name, option_description, print_flag) \
{ \
BASE_ENTRY(option_name, option_description, 0, 0), \
BASE_ENTRY(option_name, option_description, 0, 0, print_flag), \
}
/* The order here is important! Tunable options that are dependent on other
* tunable options must appear later in the list than their prerequisites */
static const elpa_index_int_entry_t int_entries[] = {
INT_PARAMETER_ENTRY("na", "Global matrix has size (na * na)", na_is_valid),
INT_PARAMETER_ENTRY("nev", "Number of eigenvectors to be computed, 0 <= nev <= na", nev_is_valid),
INT_PARAMETER_ENTRY("nblk", "Block size of scalapack block-cyclic distribution", is_positive),
INT_PARAMETER_ENTRY("local_nrows", "Number of matrix rows stored on this process", NULL),
INT_PARAMETER_ENTRY("local_ncols", "Number of matrix columns stored on this process", NULL),
INT_PARAMETER_ENTRY("process_row", "Process row number in the 2D domain decomposition", NULL),
INT_PARAMETER_ENTRY("process_col", "Process column number in the 2D domain decomposition", NULL),
INT_PARAMETER_ENTRY("process_id", "Process rank", NULL),
INT_PARAMETER_ENTRY("is_process_id_zero", "Is it a process with rank zero?", NULL),
INT_PARAMETER_ENTRY("num_process_rows", "Number of process row number in the 2D domain decomposition", NULL),
INT_PARAMETER_ENTRY("num_process_cols", "Number of process column number in the 2D domain decomposition", NULL),
INT_PARAMETER_ENTRY("num_processes", "Total number of processes", NULL),
INT_PARAMETER_ENTRY("bandwidth", "If specified, a band matrix with this bandwidth is expected as input; bandwidth must be multiply of nblk", bw_is_valid),
INT_ANY_ENTRY("mpi_comm_rows", "Communicator for inter-row communication"),
INT_ANY_ENTRY("mpi_comm_cols", "Communicator for inter-column communication"),
INT_ANY_ENTRY("mpi_comm_parent", "Parent communicator"),
INT_ANY_ENTRY("blacs_context", "BLACS context"),
INT_PARAMETER_ENTRY("na", "Global matrix has size (na * na)", na_is_valid, PRINT_STRUCTURE),
INT_PARAMETER_ENTRY("nev", "Number of eigenvectors to be computed, 0 <= nev <= na", nev_is_valid, PRINT_STRUCTURE),
INT_PARAMETER_ENTRY("nblk", "Block size of scalapack block-cyclic distribution", is_positive, PRINT_STRUCTURE),
INT_PARAMETER_ENTRY("local_nrows", "Number of matrix rows stored on this process", NULL, PRINT_NO),
INT_PARAMETER_ENTRY("local_ncols", "Number of matrix columns stored on this process", NULL, PRINT_NO),
INT_PARAMETER_ENTRY("process_row", "Process row number in the 2D domain decomposition", NULL, PRINT_NO),
INT_PARAMETER_ENTRY("process_col", "Process column number in the 2D domain decomposition", NULL, PRINT_NO),
INT_PARAMETER_ENTRY("process_id", "Process rank", NULL, PRINT_NO),
INT_PARAMETER_ENTRY("is_process_id_zero", "Is it a process with rank zero?", NULL, PRINT_NO),
INT_PARAMETER_ENTRY("num_process_rows", "Number of process row number in the 2D domain decomposition", NULL, PRINT_STRUCTURE),
INT_PARAMETER_ENTRY("num_process_cols", "Number of process column number in the 2D domain decomposition", NULL, PRINT_STRUCTURE),
INT_PARAMETER_ENTRY("num_processes", "Total number of processes", NULL, PRINT_STRUCTURE),
INT_PARAMETER_ENTRY("bandwidth", "If specified, a band matrix with this bandwidth is expected as input; bandwidth must be multiply of nblk", bw_is_valid, PRINT_YES),
INT_ANY_ENTRY("mpi_comm_rows", "Communicator for inter-row communication", PRINT_NO),
INT_ANY_ENTRY("mpi_comm_cols", "Communicator for inter-column communication", PRINT_NO),
INT_ANY_ENTRY("mpi_comm_parent", "Parent communicator", PRINT_NO),
INT_ANY_ENTRY("blacs_context", "BLACS context", PRINT_NO),
INT_ENTRY("solver", "Solver to use", ELPA_SOLVER_1STAGE, ELPA_AUTOTUNE_FAST, ELPA_AUTOTUNE_DOMAIN_ANY, \
number_of_solvers, solver_enumerate, solver_is_valid, elpa_solver_name),
number_of_solvers, solver_enumerate, solver_is_valid, elpa_solver_name, PRINT_YES),
INT_ENTRY("gpu", "Use GPU acceleration", 0, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_ANY,
cardinality_bool, enumerate_identity, gpu_is_valid, NULL),
cardinality_bool, enumerate_identity, gpu_is_valid, NULL, PRINT_YES),
//default of gpu ussage for individual phases is 1. However, it is only evaluated, if GPU is used at all, which first has to be determined
//by the parameter gpu and presence of the device
INT_ENTRY("gpu_tridiag", "Use GPU acceleration for ELPA1 tridiagonalization", 1, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_ANY,
cardinality_bool, enumerate_identity, valid_with_gpu_elpa1, NULL),
cardinality_bool, enumerate_identity, valid_with_gpu_elpa1, NULL, PRINT_YES),
INT_ENTRY("gpu_solve_tridi", "Use GPU acceleration for ELPA solve tridi", 1, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_ANY,
cardinality_bool, enumerate_identity, valid_with_gpu, NULL),
cardinality_bool, enumerate_identity, valid_with_gpu, NULL, PRINT_YES),
INT_ENTRY("gpu_trans_ev", "Use GPU acceleration for ELPA1 trans ev", 1, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_ANY,
cardinality_bool, enumerate_identity, valid_with_gpu_elpa1, NULL),
cardinality_bool, enumerate_identity, valid_with_gpu_elpa1, NULL, PRINT_YES),
INT_ENTRY("gpu_bandred", "Use GPU acceleration for ELPA2 band reduction", 1, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_ANY,
cardinality_bool, enumerate_identity, valid_with_gpu_elpa2, NULL),
cardinality_bool, enumerate_identity, valid_with_gpu_elpa2, NULL, PRINT_YES),
INT_ENTRY("gpu_tridiag_band", "Use GPU acceleration for ELPA2 tridiagonalization", 1, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_ANY,
cardinality_bool, enumerate_identity, valid_with_gpu_elpa2, NULL),
cardinality_bool, enumerate_identity, valid_with_gpu_elpa2, NULL, PRINT_YES),
INT_ENTRY("gpu_trans_ev_tridi_to_band", "Use GPU acceleration for ELPA2 trans_ev_tridi_to_band", 1, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_ANY,
cardinality_bool, enumerate_identity, valid_with_gpu_elpa2, NULL),
cardinality_bool, enumerate_identity, valid_with_gpu_elpa2, NULL, PRINT_YES),
INT_ENTRY("gpu_trans_ev_band_to_full", "Use GPU acceleration for ELPA2 trans_ev_band_to_full", 1, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_ANY,
cardinality_bool, enumerate_identity, valid_with_gpu_elpa2, NULL),
cardinality_bool, enumerate_identity, valid_with_gpu_elpa2, NULL, PRINT_YES),
INT_ENTRY("real_kernel", "Real kernel to use if 'solver' is set to ELPA_SOLVER_2STAGE", ELPA_2STAGE_REAL_DEFAULT, ELPA_AUTOTUNE_FAST, ELPA_AUTOTUNE_DOMAIN_REAL, \
number_of_real_kernels, real_kernel_enumerate, real_kernel_is_valid, real_kernel_name),
number_of_real_kernels, real_kernel_enumerate, real_kernel_is_valid, real_kernel_name, PRINT_YES),
INT_ENTRY("complex_kernel", "Complex kernel to use if 'solver' is set to ELPA_SOLVER_2STAGE", ELPA_2STAGE_COMPLEX_DEFAULT, ELPA_AUTOTUNE_FAST, ELPA_AUTOTUNE_DOMAIN_COMPLEX, \
number_of_complex_kernels, complex_kernel_enumerate, complex_kernel_is_valid, complex_kernel_name),
number_of_complex_kernels, complex_kernel_enumerate, complex_kernel_is_valid, complex_kernel_name, PRINT_YES),
INT_ENTRY("min_tile_size", "Minimal tile size used internally in elpa1_tridiag and elpa2_bandred", 0, ELPA_AUTOTUNE_NOT_TUNABLE, ELPA_AUTOTUNE_DOMAIN_ANY,
min_tile_size_cardinality, min_tile_size_enumerate, min_tile_size_is_valid, NULL),
min_tile_size_cardinality, min_tile_size_enumerate, min_tile_size_is_valid, NULL, PRINT_YES),
INT_ENTRY("intermediate_bandwidth", "Specifies the intermediate bandwidth in ELPA2 full->banded step. Must be a multiple of nblk", 0, ELPA_AUTOTUNE_NOT_TUNABLE, ELPA_AUTOTUNE_DOMAIN_ANY,
intermediate_bandwidth_cardinality, intermediate_bandwidth_enumerate, intermediate_bandwidth_is_valid, NULL),
intermediate_bandwidth_cardinality, intermediate_bandwidth_enumerate, intermediate_bandwidth_is_valid, NULL, PRINT_YES),
INT_ENTRY("blocking_in_band_to_full", "Loop blocking, default 3", 3, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_ANY,
band_to_full_cardinality, band_to_full_enumerate, band_to_full_is_valid, NULL),
band_to_full_cardinality, band_to_full_enumerate, band_to_full_is_valid, NULL, PRINT_YES),
INT_ENTRY("max_stored_rows", "Maximum number of stored rows used in ELPA 1 backtransformation, default 63", 63, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_ANY,
max_stored_rows_cardinality, max_stored_rows_enumerate, max_stored_rows_is_valid, NULL),
max_stored_rows_cardinality, max_stored_rows_enumerate, max_stored_rows_is_valid, NULL, PRINT_YES),
#ifdef WITH_OPENMP
INT_ENTRY("omp_threads", "OpenMP threads used in ELPA, default 1", 1, ELPA_AUTOTUNE_FAST, ELPA_AUTOTUNE_DOMAIN_ANY,
omp_threads_cardinality, omp_threads_enumerate, omp_threads_is_valid, NULL),
omp_threads_cardinality, omp_threads_enumerate, omp_threads_is_valid, NULL, PRINT_YES),
#else
INT_ENTRY("omp_threads", "OpenMP threads used in ELPA, default 1", 1, ELPA_AUTOTUNE_NOT_TUNABLE, ELPA_AUTOTUNE_DOMAIN_ANY,
omp_threads_cardinality, omp_threads_enumerate, omp_threads_is_valid, NULL),
omp_threads_cardinality, omp_threads_enumerate, omp_threads_is_valid, NULL, PRINT_YES),
#endif
INT_ENTRY("cannon_buffer_size", "Increasing the buffer size might make it faster, but costs memory", 0, ELPA_AUTOTUNE_NOT_TUNABLE, ELPA_AUTOTUNE_DOMAIN_ANY,
cannon_buffer_size_cardinality, cannon_buffer_size_enumerate, cannon_buffer_size_is_valid, NULL),
cannon_buffer_size_cardinality, cannon_buffer_size_enumerate, cannon_buffer_size_is_valid, NULL, PRINT_YES),
//BOOL_ENTRY("qr", "Use QR decomposition, only used for ELPA_SOLVER_2STAGE, real case", 0, ELPA_AUTOTUNE_MEDIUM, ELPA_AUTOTUNE_DOMAIN_REAL),
BOOL_ENTRY("qr", "Use QR decomposition, only used for ELPA_SOLVER_2STAGE, real case", 0, ELPA_AUTOTUNE_NOT_TUNABLE, ELPA_AUTOTUNE_DOMAIN_REAL),
BOOL_ENTRY("timings", "Enable time measurement", 0, ELPA_AUTOTUNE_NOT_TUNABLE, 0),
BOOL_ENTRY("debug", "Emit verbose debugging messages", 0, ELPA_AUTOTUNE_NOT_TUNABLE, 0),
BOOL_ENTRY("print_flops", "Print FLOP rates on task 0", 0, ELPA_AUTOTUNE_NOT_TUNABLE, 0),
BOOL_ENTRY("check_pd", "Check eigenvalues to be positive", 0, ELPA_AUTOTUNE_NOT_TUNABLE, 0),
BOOL_ENTRY("cannon_for_generalized", "Whether to use Cannons algorithm for the generalized EVP", 1, ELPA_AUTOTUNE_NOT_TUNABLE, 0),
BOOL_ENTRY("qr", "Use QR decomposition, only used for ELPA_SOLVER_2STAGE, real case", 0, ELPA_AUTOTUNE_NOT_TUNABLE, ELPA_AUTOTUNE_DOMAIN_REAL, PRINT_YES),
BOOL_ENTRY("timings", "Enable time measurement", 0, ELPA_AUTOTUNE_NOT_TUNABLE, 0, PRINT_YES),
BOOL_ENTRY("debug", "Emit verbose debugging messages", 0, ELPA_AUTOTUNE_NOT_TUNABLE, 0, PRINT_YES),
BOOL_ENTRY("print_flops", "Print FLOP rates on task 0", 0, ELPA_AUTOTUNE_NOT_TUNABLE, 0, PRINT_YES),
BOOL_ENTRY("check_pd", "Check eigenvalues to be positive", 0, ELPA_AUTOTUNE_NOT_TUNABLE, 0, PRINT_YES),
BOOL_ENTRY("cannon_for_generalized", "Whether to use Cannons algorithm for the generalized EVP", 1, ELPA_AUTOTUNE_NOT_TUNABLE, 0, PRINT_YES),
};
#define READONLY_DOUBLE_ENTRY(option_name, option_description) \
......@@ -1027,18 +1028,32 @@ int elpa_index_print_autotune_parameters(elpa_index_t index, int autotune_level,
}
int elpa_index_print_all_parameters(elpa_index_t index) {
int process_id = elpa_index_get_int_value(index, "process_id", NULL);
if(process_id == 0){
const int LEN =10000;
char out_structure[LEN], out_set[LEN], out_defaults[LEN], out_nowhere[LEN];
char (*out)[LEN];
sprintf(out_structure, "Parameters describing structure of the computation:\n");
sprintf(out_set, "Parameters explicitly set by the user:\n");
sprintf(out_defaults, "Parameters with default or environment value:\n");
sprintf(out_nowhere, "Not to be printed:\n");
int is_process_id_zero = elpa_index_get_int_value(index, "is_process_id_zero", NULL);
if(is_process_id_zero){
for (int i = 0; i < nelements(int_entries); i++) {
fprintf(stderr, " %s = ", int_entries[i].base.name);
if(int_entries[i].base.print_flag == PRINT_STRUCTURE) {
out = &out_structure;
} else if(int_entries[i].base.print_flag == PRINT_YES && index->int_options.is_set[i]) {
out = &out_set;
} else if(int_entries[i].base.print_flag == PRINT_YES && !index->int_options.is_set[i]) {
out = &out_defaults;
} else
out = &out_nowhere;
sprintf(*out, "%s %s = ", *out, int_entries[i].base.name);
if (int_entries[i].to_string) {
fprintf(stderr, " %s\n", int_entries[i].to_string(index->int_options.values[i]));
sprintf(*out, "%s%s\n", *out, int_entries[i].to_string(index->int_options.values[i]));
} else {
fprintf(stderr, " %d\n", index->int_options.values[i]);
sprintf(*out, "%s%d\n",*out, index->int_options.values[i]);
}
}
fprintf(stderr, "\n");
fprintf(stderr, "%s\n%s\n%s\n", out_structure, out_set, out_defaults);
}
return 1;
}
src/elpa_index.h
View file @ 60f4d764
......@@ -90,6 +90,7 @@ typedef struct {
char *env_force;
int once;
int readonly;
int print_flag;
} elpa_index_entry_t;
......@@ -116,6 +117,12 @@ enum NOTIFY_FLAGS {
NOTIFY_ENV_FORCE = (1<<1),
};
enum PRINT_FLAGS {
PRINT_STRUCTURE,
PRINT_YES,
PRINT_NO,
};
struct elpa_index_struct {
#define STRUCT_MEMBERS(TYPE, ...) \
struct { \
......
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