#include "diabolo.h"
#include "bolo.h"
#include "acqui.h"
#include "regul.h"
#include "auto.h"
#include "config_transputer.h" 




void rafraichis_fenetres(void)
{
int i,j;
//printf("rafraichis fenetres ");
if(fenetre(fenetre_acquisition))
	{
	double f1,f2,f3;

	ecritD(fenetre_acquisition,e_periode,"%6.1f",(double)gg->reglage.horloge.periode/5.);
	ecritD(fenetre_acquisition,e_nb_mes,(int)gg->reglage.horloge.nb_mesures/2);
	ecritD(fenetre_acquisition,e_temp_mort,(int)gg->reglage.horloge.temp_mort);
	ecritD(fenetre_acquisition,e_telemesure,1+(0x0f & (int)gg->reglage.dilu.transmission));
	ecritD(fenetre_acquisition,e_flash,1+((0x30 & (int)gg->reglage.dilu.transmission)>>4));
	ecritD(fenetre_acquisition,e_vanne,(int)gg->reglage.dilu.vanne);
	ecritD(fenetre_acquisition,e_helium,(int)gg->reglage.dilu.helium);

	// affichage de toutes les fréquences  
	if(gg->reglage.horloge.periode)	f1=5000/(double)gg->reglage.horloge.periode; else f1=1;
	f2=f1/bitmot;f3=f2*1000./(double)(gg->reglage.horloge.nb_mesures);
	ecritD(fenetre_acquisition,e_freq,"freq: %5.1f kHz  --  %5.2f kHz,    modulation: %5.1f Hz",f1,f2,f3);
		
	gg->periode_echantillonage=(double)gg->reglage.horloge.periode*((double)bitmot)*(double)(gg->reglage.horloge.nb_mesures)/10000000.;					//  2 fois la frequence de modulation
//	printf(" periode d'échantillonage= %g \n",gg->periode_echantillonage);
	}

for(j=0;j<nb_max_bolo;j++)
	if(fenetre(j+1))	// seuls les bolos avec fenetre ouverte	
		{
		int V,I,g,v;
//		printf("b%d  ",j+1);
		V=dac_V(gg->reglage.bolo[j]);
		I=dac_I(gg->reglage.bolo[j]);
		ecritD(j+1,b_carre,V);
		ecritD(j+1,b_tri,I);
		ecritD(j+1,b_lin,dac_L(gg->reglage.bolo[j]));
		ecritD(j+1,b_trans,dac_T(gg->reglage.bolo[j]));
		g=gainbrut(gg->reglage.bolo[j]);if(g>15)	g=g&3;
		ecritD(j+1,b_gain,g);
		ecritD(j+1,b_phase,phase(gg->reglage.bolo[j]));
		ecritD(j+1,b_comm,comm(gg->reglage.bolo[j]));
		v=voie(gg->reglage.bolo[j]);
		if(v)	{ecritD(j+1,b_auto,1);ecritD(j+1,b_voie,v);}
		else	ecritD(j+1,b_auto,0);
		mesures_bolo(j+1,V,I,0);
		}
//printf("\n");

/*if(fenetre(fenetre_vitesse_block))
	for(i=0;i<14;i++)
		ecritD(fenetre_vitesse_block,ct_cadence+i,"%d",gg->reglage.vitesse[i]);
*/

if(fenetre(fenetre_regulation))
	for(i=0;i<nombre_de_regul;i++)
	    	{
	    	ecritD(fenetre_regulation,regu_mode+i,gg->reglage.regul[i].mode+1);
		ecritD(fenetre_regulation,regu_bolo+i,gg->reglage.regul[i].num_bolo+1);
		ecritD(fenetre_regulation,regu_voie_chauf+i,gg->reglage.regul[i].voie_chauf+1);
		ecritD(fenetre_regulation,regu_prop+i,gg->reglage.regul[i].prop);
		ecritD(fenetre_regulation,regu_int+i,gg->reglage.regul[i].integ+1);
		ecritD(fenetre_regulation,regu_deriv+i,gg->reglage.regul[i].deriv+1);
		if(gg->reglage.regul[i].chauffage>0)	ecritD(fenetre_regulation,regu_chauffage+i,gg->reglage.regul[i].chauffage);
			else				ecritD(fenetre_regulation,regu_chauffage+i,-gg->reglage.regul[i].chauffage);
		}

if(fenetre(fenetre_automatismes))
	for(i=0;i<nombre_de_voies;i++)
	    	{
	    	ecritD(fenetre_automatismes,atm_auto+i,gg->reglage.autom[i].mode+1);
		ecritD(fenetre_automatismes,atm_gain+i,gg->reglage.autom[i].gain+1-20);
		ecritD(fenetre_automatismes,atm_courant+i,gg->reglage.autom[i].courant+1);
		ecritD(fenetre_automatismes,atm_delai+i,gg->reglage.autom[i].delai);
		}
}