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| #include "../hdr/ramp.h"
#include <stdlib.h>
#include <hw/inout.h>
#include "ldev.h"
#include "lcode.h"
unsigned int output;
int retour;
int i = 0;
int tot_remain;
int tot_flag;
int win_flag=0;
int acq_flag =0;
int go_flag = 0;
int stp_flag = 0;
int stp1_flag =0;
int ok_flag;
int trig_flag=0;
int tps_flag=0;
int rep=5000;
int fixx;
int fixy;
int fxwd=999;
int fywd=999;
int foxwd;
int foywd;
int win_left_x=-100;
int win_left_y;
int win_right_x=100;
int win_right_y;
int l;
int pin;
int valeur, deuxmille;
int good=0;
int bad=0;
int miss=0;
int sequence=6;
int doublerew=0;
/* point de fixation visuelle*/
quelpoint()
{
if (sequence ==1)
{
int list[] = {2,6,7,1,4,5,0,8,3};
i=tot_remain%9;
output = list[i];
valeur = output;
}
if (sequence == 2)
{
int list[] = {1,7,8,2,4,0,5,6,3};
i=tot_remain%9;
output = list[i];
valeur = output;
}
if (sequence == 3)
{
int list[] = {3,8,0,2,4,5,1,6,7};
i=tot_remain%9;
output = list[i];
valeur = output;
}
if (sequence == 4)
{
int list[] = {8,5,4,3,0,1,7,6,2};
i=tot_remain%9;
output = list[i];
valeur = output;
}
if (sequence == 5)
{
int list[] = {5,0,7,1,4,2,3,6,8};
i=tot_remain%9;
output = list[i];
valeur = output;
}
if (sequence == 6)
{
int list[] = {0,0,0,0,0,0,0,0,0};
i=tot_remain%9;
output = list[i];
valeur = output;
}
if (sequence == 7)
{
int list[] = {5,0,7,5,7,0,7,0,5};
i=tot_remain%9;
output = list[i];
valeur = output;
}
retour = output + 5000;
return(0);
}
fixation(void)
{
/* envoie sur le port parallele la valeur OUTPUT */
/* puis fait basculer le bit BUSY */
/* retourne la valeur envoyee */
/* calcul valeur */
output &= 0xf ;
/* sortie valeur */
out8(0x378,output);
/* commutation Busy */
output |=0x10;
out8(0x378,output);
return(0);
}
goodcount()
{
good ++;
return(0);
}
badcount()
{
bad ++;
return(0);
}
tsttrig()
{
unsigned int value=0xffff, input=0;
input=in8(0x379)&0x0f8;
value = (input >>3) & 7;
if ((input & 0x80)==0) value |=8;
if (value==0x2) acq_flag =1;
return(0);
}
tsttrg()
{
unsigned int value=0xffff, input=0;
input=in8(0x379)&0x0f8;
value = (input >>3) & 7;
if ((input & 0x80)==0) value |=8;
if (value==0) trig_flag=1;
return(0);
}
tsttps()
{
unsigned int value=0xffff, input=0;
input=in8(0x379)&0x0f8;
value = (input >>3) & 7;
if ((input & 0x80)==0) value |=8;
if (value==0x4) tps_flag=1;
pin = 5500 + tps_flag;
return(0);
}
clrtbl()
{
tot_flag=0;
tot_remain = rep*9;
return(0);
}
/* fonctions controlant la fenetre autour du point de fixation*/
winon()
{
if (valeur==0 || valeur==1 || valeur==2)
{ fixx=0;
fixy=0;}
if (valeur==3 || valeur==4 || valeur==5)
{
fixx=win_right_x;
fixy=win_right_y;}
if (valeur==6 || valeur==7 || valeur==8)
{
fixx=win_left_x;
fixy=win_left_y;}
wd_pos(WIND0, fixx, fixy);
wd_cntrl(WIND0, WD_ON);
wd_siz(WIND0, fxwd, fywd);
wd_pos(WIND1, fixx, fixy);
wd_cntrl(WIND1, WD_ON);
wd_siz(WIND1, foxwd, foywd);
win_flag = 1;
tps_flag=0;
return(0);
}
depart()
{
go_flag = 1;
deuxmille = retour - 3000;
return(deuxmille);
}
second()
{
ok_flag = 0;
return(0);
}
blank()
{
wd_cntrl(WIND0, WD_OFF);
wd_cntrl(WIND1, WD_OFF);
wd_siz(WIND0, 0, 0);
wd_siz(WIND1, 0, 0);
output = 9;
output &= 0xf;
out8(0x378, output);
output |=0x10;
out8(0x378, output);
return(0);
}
dispcd()
{
win_flag = 0;
return(retour);
}
stop1()
{
stp1_flag = 1;
win_flag =0;
miss ++;
return(0);
}
stop()
{
stp_flag = 1;
wd_cntrl(WIND0, WD_OFF);
wd_cntrl(WIND1, WD_OFF);
wd_siz(WIND0, 0, 0);
wd_siz(WIND1, 0, 0);
return(0);
}
pause3()
{
go_flag = 0;
acq_flag = 0;
return(0);
}
alloff()
{
wd_cntrl(WIND0, WD_OFF);
wd_cntrl(WIND1, WD_OFF);
wd_siz(WIND0, 0, 0);
wd_siz(WIND1, 0, 0);
output = 9;
output &= 0xf ;
out8(0x378,output);
output |=0x10;
out8(0x378,output);
return(0);
}
remise()
{
win_flag=0;
go_flag=0;
acq_flag=0;
trig_flag=0;
wd_cntrl(WIND0, WD_OFF);
wd_cntrl(WIND1, WD_OFF);
return(0);
}
VLIST state_vl[] = {
"sequence(1-5 | 6 | 7)", &sequence, NP, NP, 0, ME_DEC,
"double-recompense", &doublerew, NP,NP, 0, ME_DEC,
"other-win_x", &foxwd, NP,NP, 0,ME_DEC,
"other-win_y", &foywd, NP,NP, 0,ME_DEC,
"repetitions", &rep, NP, clrtbl, ME_AFT, ME_DEC,
"remaining", &tot_remain, NP,NP, 0, ME_DEC,
"win_left_x",&win_left_x,NP,NP, 0,ME_DEC,
"win_left_y",&win_left_y,NP,NP, 0,ME_DEC,
"win_right_x",&win_right_x,NP,NP, 0,ME_DEC,
"win_right_y",&win_right_y,NP,NP, 0,ME_DEC,
NS,
};
total()
{
ok_flag=1;
tot_remain --;
if (tot_remain ==0) tot_flag = 1;
return(0);
}
ok()
{
ok_flag = 1;
stp1_flag = 0;
stp_flag = 0;
trig_flag = 0;
return(0);
}
/* initialize at first pass or at r s from keyboard */
void rinitf(void)
{
ok_flag = 1;
stp_flag=0;
stp1_flag =0;
acq_flag = 0;
trig_flag =0;
tps_flag=0;
tot_remain = rep*9;
i= tot_remain % 9;
wd_disp(D_W_EYE_X|D_W_EYE_O);
wd_src_pos(WIND0, WD_DIRPOS, 0, WD_DIRPOS, 0);
wd_src_check(WIND0, WD_SIGNAL, EYEH_SIG, WD_SIGNAL, EYEV_SIG);
wd_siz(WIND0, 0, 0);
wd_src_pos(WIND1, WD_DIRPOS, 0, WD_DIRPOS, 0);
wd_src_check(WIND1, WD_SIGNAL, OEYEH_SIG, WD_SIGNAL, OEYEV_SIG);
wd_siz(WIND1, 0, 0);
ustatus("paradigme cou");
}
RTVAR rtvars[] = {
{"bad trials", &bad},
{"good trials", &good},
{"miss", &miss},
{"remaining", &tot_remain},
{"",0},
};
/************************************************************************/
char hm_sv_vl[]="";
%%
id 511
restart rinitf
main_set {
status ON
begin first:
time 10
to third
third:
time 10
to second on +MET & ok_flag
to first
second:
code STARTCD
do second()
time 1100
to pause
pause:
code PAUSECD
to go on -PSTOP & softswitch
go:
code ENABLECD
rl 10
time 100
to donelist on +MET & tot_flag
to vrg
donelist:
code LISTDONECD
time 500
to first on -MET & tot_flag
vrg:
code VRG
time 10
do quelpoint()
to fwinon
temps:
time 10
do tsttps()
to alors
alors:
code ALORS
to temps on ZERO = tps_flag
to fwinon on MET = tps_flag
fwinon:
code FWINON
do winon()
time 20
to fpon
fpon:
code FPONCD
do fixation()
time 1300
to period1 on -EYEALL & eyeflag
to stop
stop:
do stop1()
to fofo
fofo:
do alloff()
to remise
period1:
code PERIOD
time 2200
do depart()
to bad on +EYEALL & eyeflag
to troptot
troptot:
time 170
to remise
bad:
code RATE
time 10
do stop()
to remise
remise:
code REMISECD
do remise()
to first
}
timing_set {
status ON
begin attente:
time 10
to boo on +MET & stp1_flag
to attente1 on +MET & win_flag
to attente
attente1:
time 10
to test on +MET & go_flag
to attente
test:
time 10
do tsttrig()
to wrong1 on +MET & stp_flag
to attente on -MET & win_flag
to branch
branch:
time 10
to opnw on +MET & acq_flag
to wrong1 on +MET & stp_flag
to test
opnw:
do pre_post(300,100)
to opnwd
opnwd:
code WOPENCD
do awind(OPEN_W)
to wrong2 on +MET & stp_flag
to dispcode
dispcode:
do dispcd()
to wrong2 on +MET & stp_flag
to gords
gords:
code GORDSCD
to period
period:
code PERIOCD
time 500
to wrong2 on +MET & stp_flag
to closew
closew:
code WCLOSECD
do awind(CLOSE_W)
to alloff
alloff:
code ALLOFFCD
do alloff()
to rewon
rewon:
code REWCD
rl 40
do dio_on(REW)
to rewoff
rewonattente:
time 200
to rewon2
rewon2:
do dio_on(REW)
to rewoff2
rewoff:
rl 10
do dio_off(REW)
to rewonattente on +MET & doublerew
to score
rewoff2:
do dio_off(REW)
to score
score:
code CORRECTCD
do goodcount()
to total
total:
code TOTALCD
do total()
to pause3
pause3:
do pause3()
to attente
wrong1:
code WRONGCD
do blank()
to score1
score1:
do badcount()
to reset
wrong2:
code WRONGCD
do score(NO)
to tsttrg
tsttrg:
do tsttrg()
to canwin on +MET & trig_flag
to tsttrg
canwin:
do awind(CANCEL_W)
to reset
reset:
do reset_s(-1)
time 10
to poo
poo:
do alloff()
to beep
beep:
do dio_on(BEEP)
time 1000
to bpoff
bpoff:
do dio_off(BEEP)
to boo
boo:
code BOOCD
do ok()
to attente
abort list:
alloff rewoff bpoff
} |
