ml_align2d.h File Reference

#include "ml2d.h"

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Classes
struct	structThreadTasks
class	ProgML2D

Macros
#define	FOR_ALL_THREAD_REFNO()
#define	FOR_ALL_THREAD_REFNO_NODECL()
	Same macro as before, but without declaring refno and load. More...
#define	SPECIAL_ITER   0

Functions
void *	doThreadsTasks (void *data)
	Function for threads do different tasks. More...

Macro Definition Documentation

FOR_ALL_THREAD_REFNO

#define FOR_ALL_THREAD_REFNO

(

)

Value:

int refno, load; \
while ((load = getThreadRefnoJob(refno)) > 0) \
    for (int i = 0; i < load; i++, refno = (refno + 1) % model.n_ref)

Definition at line 33 of file ml_align2d.h.

FOR_ALL_THREAD_REFNO_NODECL

#define FOR_ALL_THREAD_REFNO_NODECL

(

)

Value:

while ((load = getThreadRefnoJob(refno)) > 0) \
    for (int i = 0; i < load; i++, refno = (refno + 1) % model.n_ref)

Same macro as before, but without declaring refno and load.

Definition at line 38 of file ml_align2d.h.

SPECIAL_ITER

#define SPECIAL_ITER   0

Definition at line 51 of file ml_align2d.h.

Function Documentation

doThreadsTasks()

void* doThreadsTasks

(

void *

data

)

Function for threads do different tasks.

Definition at line 967 of file ml_align2d.cpp.

{
    auto * thread_data = (structThreadTasks *) data;

    ProgML2D * prm = thread_data->prm;

    barrier_t & barrier = prm->barrier;
    barrier_t & barrier2 = prm->barrier2;

    //Loop until the threadTask become TH_EXIT

    do
    {
        //Wait until main threads order to start
        //debug_print("Waiting on barrier, th ", thread_id);
        barrier_wait(&barrier);

        //Check task to do

        switch (prm->threadTask)
        {

        case TH_PFS_REFNO:
            prm->doThreadPreselectFastSignificantRefno();
            break;

        case TH_ESI_REFNO:
            prm->doThreadExpectationSingleImageRefno();
            break;

        case TH_ESI_UPDATE_REFNO:
            prm->doThreadESIUpdateRefno();
            break;

        case TH_RR_REFNO:
            prm->doThreadRotateReferenceRefno();
            break;

        case TH_RRR_REFNO:
            prm->doThreadReverseRotateReferenceRefno();
            break;

        case TH_EXIT:
            pthread_exit(nullptr);
            break;

        }

        barrier_wait(&barrier2);

    }
    while (1);

}//close function doThreadsTasks