123456reg.add

/* BEGIN GEGENEREERDE HEADER */
/* REGEL BESTAND, GEBRUIKERS TOEVOEGINGEN              */
/* --------------------------------------------------- */

/* KRUISPUNT: 123456
              123456
              123456
              123456

   BESTAND:   123456reg.add
      CCOL:   12.0
    TLCGEN:   12.4.0.20
   CCOLGEN:   12.4.0.20
*/

/****************************** Versie commentaar ***********************************
 *
 * Versie   Datum   Ontwerper   Commentaar
 *
 ************************************************************************************/
/* EINDE GEGENEREERDE HEADER */
#ifndef AUTOMAAT
FILE* fpt;
void modulessatus1(boolv* prml[])
{
    register int hml;

    for (hml = 0; hml < MLMAX; hml++)
    {
        xyprintf(hml * 30, 0, "prml[%1d][fc22] = %3d", hml, prml[hml][fc22]);
        xyprintf(hml * 30, 1, "prml[%1d][fc32] = %3d", hml, prml[hml][fc32]);
    }
}
void modulessatus2(boolv* prml[])
{
    register int hml;

    for (hml = 0; hml < MLMAX; hml++)
    {
        xyprintf(hml * 30, 2, "prml[%1d][fc22] = %3d", hml, prml[hml][fc22]);
        xyprintf(hml * 30, 3, "prml[%1d][fc32] = %3d", hml, prml[hml][fc32]);
    }
}
#endif

#ifdef CCOL_IS_SPECIAL
void SpecialSignals_Add(void)
{

}
#endif

void post_init_application()
{
#ifndef AUTOMAAT

    int i;
    fpt = fopen("MyFile.csv", "w");
    if (fpt)
    {
        for (i = 0; i < FCMAX; ++i)
        {
            fprintf(fpt, "%4s,", FC_code[i]);
        }
        fprintf(fpt, " prio02,");
        fprintf(fpt, " prio03,");
        fprintf(fpt, " prio05,");
        fprintf(fpt, " prio08,");
        fprintf(fpt, " prio09,");
        fprintf(fpt, " prio11,");
        fprintf(fpt, " hd02,");
        fprintf(fpt, " hd03,");
        fprintf(fpt, " hd05,");
        fprintf(fpt, " hd08,");
        fprintf(fpt, " hd09,");
        fprintf(fpt, " hd11,");
        fprintf(fpt, " fietsprio22,");
        fprintf(fpt, " fietsprio28,");
        fprintf(fpt, " uswtv24,");
        fprintf(fpt, "\n");
    }
#ifndef DUURTEST
 //   stuffkey(F2KEY);
 //   stuffkey(CTRLALTF3KEY);
 //   stuffkey(F4KEY);
#endif
    SCH[schisgdebug] = 0;
#endif
}

void PreApplication_Add(void)
{

}

void KlokPerioden_Add(void)
{

}

void Aanvragen_Add(void)
{
}

void Maxgroen_Add(void)
{

}

boolv CorrectieRealisatieTijd_Add(void)
{
    /* let op! deze functie wordt in een loop aangeroepen (max. 100 iteraties). */
    boolv aanpassing = FALSE;

    /* Voeg hier zonodig eigen code toe, bijv:
     * aanpassing |= VTG2_Real_Los(fc32, fc31, T_max[tinl3231], T_max[tinl3132], hinl32, hinl31, hlos32, hlos31, (IH[hdrtk311] && IH[hdrtk321]));
     * aanpassing |= VTG2_Real_Los(fc31, fc32, T_max[tinl3132], T_max[tinl3231], hinl31, hinl32, hlos31, hlos32, (IH[hdrtk311] && IH[hdrtk321]));
     */

    return aanpassing;
}

void BepaalRealisatieTijden_Add(void)
{

}

void Wachtgroen_Add(void)
{

}

void Meetkriterium_Add(void)
{

}

void Meeverlengen_Add(void)
{

}

void Synchronisaties_Add(void)
{
}
     
void VersneldPrimair_Add(void)
{

}

void Alternatief_Add(void)
{

}

void Modules_Add(void)
{

}

void RealisatieAfhandeling_Add(void)
{

}

void FileVerwerking_Add(void)
{

}

void DetectieStoring_Aanvraag_Add(void)
{

}

void DetectieStoring_Meetkriterium_Add(void)
{

}

void DetectieStoring_VerlengGroen_Add(void)
{

}

void PostApplication_Add(void)
{
#ifndef AUTOMAAT
    count x;
    count prio;
    for (prio = 0; prio < prioFCMAX; ++prio)
    {
        x = iFC_PRIOix[prio];
        if (iPrioriteit[prio] && (iStartGroen[prio] < twacht[x])) twacht[x] = (mulv) iStartGroen[prio];
        if (iPrioriteit[prio] && (iStartGroen[prio] < twacht_wtv[x])) twacht_wtv[x] = (mulv) iStartGroen[prio];
    }
    xyprintf(0, 0, "iPrioriteit[hdFC02] = %3d", iPrioriteit[hdFC02]);
    if (TS)
    {
        if (fpt)
        {
            for (x = 0; x < FCMAX; ++x)
            {
                fprintf(fpt, "%4d,", ((twacht_AR_wtv[x] >= 0) && (twacht_AR_wtv[x] < twacht_wtv[x])) ? twacht_AR_wtv[x] : twacht_wtv[x] * (A[x] != 0 || PRIOFC[x]) * R[x]);
            }
            fprintf(fpt, "%7d,", (H[hprio02karbus]) * 50);
            fprintf(fpt, "%7d,", (H[hprio03karbus]) * 50);
            fprintf(fpt, "%7d,", (H[hprio05karbus]) * 50);
            fprintf(fpt, "%7d,", (H[hprio08karbus]) * 50);
            fprintf(fpt, "%7d,", (H[hprio09karbus]) * 50);
            fprintf(fpt, "%7d,", (H[hprio11karbus]) * 50);
            fprintf(fpt, "%7d,", (H[hhd02]) * 50);
            fprintf(fpt, "%7d,", (H[hhd03]) * 50);
            fprintf(fpt, "%7d,", (H[hhd05]) * 50);
            fprintf(fpt, "%7d,", (H[hhd08]) * 50);
            fprintf(fpt, "%7d,", (H[hhd09]) * 50);
            fprintf(fpt, "%7d,", (H[hhd11]) * 50);
            fprintf(fpt, "%7d,", (H[hprio22fiets]) * 50);
            fprintf(fpt, "%7d,", (H[hprio28fiets]) * 50);
            fprintf(fpt, "%7d,", CIF_GUS[uswtv24] & ~BIT8);
            fprintf(fpt, "\n");
        }
    }

#endif
#if (!defined AUTOMAAT && !defined AUTOMAAT_TEST && !defined VISSIM)
    if (TS &&
        (CIF_KLOK[CIF_JAAR] == 2001) &&
        (CIF_KLOK[CIF_MAAND] == 1) &&
        (CIF_KLOK[CIF_DAG] == 1) &&
        (CIF_KLOK[CIF_UUR] == 16) &&
        (CIF_KLOK[CIF_MINUUT] == 0) &&
        (CIF_KLOK[CIF_SECONDE] == 0))
    {
        //stuffkey(F2KEY);
        stuffkey(F5KEY);
        SCH[schisgdebug] = 1;
        //stuffkey(F4KEY);
        //stuffkey(F10KEY); 
    }
#endif

    if (SCH[schisgdebug]) IsgDebug();
    PrioDebug_Add();
}

void WachttijdvoorspellersWachttijd_Add(void)
{

}

void pre_system_application(void)
{

}

void post_system_application(void)
{

}

void post_system_application2(void)
{

}

void pre_msg_fctiming()
{

}

void post_dump_application(void)
{

}

void BepaalInterStartGroenTijden_Add(void)
{

}

boolv Correctie_TISG_add(void)
{
    return FALSE;
}


boolv Correctie_InterStartGroentijdTijd_PRIO_Add(void)
{
    return FALSE;
}
void max_wachttijd_modulen_primair_ISG_Add(void)
{

}
void AlternatiefOngecoordineerd_Add(void)
{

}