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zxLib.c
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#include "commons.h"
#include "zxLib.h"
//DEBUG
STIM_T stims = {.stim1Length = 1000u, .stim2Length = 1000u, .respCueLength = 500u,
.respCueValve = 7, .shapingExtra = 8, .distractorLength = 500u,
.currentDistractor = 7u, .distractorJudgingPair = 8u, .falseAlarmPenaltyRepeat = 0};
LASER_T laser = {.timer = 0u, .onTime = 65535u, .offTime = 0u, .ramp = 0u,
.ramping = 0u, .on = 0u, .side = 1u}; //1L,2R,3LR
PWM_T pwm = {.L_Hi = 0xfe, .R_Hi = 0xfe, .L_Lo = 0u, .R_Lo = 0u, .fullDuty = 0xfe};
LICK_T lick = {.current = 0u, .filter = 0u, .flag = 0u, .LCount = 0u, .RCount = 0u};
BALL_T mball = {.moving = 0, .steadyCounter = 0, .steadySent = 0};
const char odorTypes[] = " WBYLRQHN0123456789012345678901234567890123456789";
unsigned int laserSessionType = LASER_EVERY_TRIAL;
unsigned int taskType = DNMS_TASK;
unsigned int wait_Trial = 1u;
unsigned int timeSum = 0u;
int punishFalseAlarm = 0;
int psedoRanInput;
//unsigned long timerCounter32;
unsigned int highLevelShuffleLength = 12u;
const _prog_addressT EE_Addr = 0x7ff000;
static void zxLaserTrial(int type, int firstOdor, STIM_T odors, _delayT interOdorDelay,
int secondOdor, float waterPeroid, unsigned int ITI);
unsigned int getFuncNumberMarquee(int targetDigits, char input[], int l);
char * getVer(void) {
static char ver[16] = {'Z', 'X', ' '};
char date[] = __DATE__;
char time[] = __TIME__;
int i;
for (i = 0; i < 6; i++) {
ver[i + 3] = date[i];
}
ver[9] = ' ';
for (i = 0; i < 5; i++) {
ver[i + 10] = time[i];
}
return ver;
}
void initZXTMR(void) {
//Stop general timer
IEC0bits.T2IE = 0;
IFS0bits.T2IF = 0;
timerCounterI = 0u;
timerCounterJ = 0u;
// timerCounter32 = 0u;
//
TMR1 = 0;
PR1 = TMR_RATE / 200;
IFS0bits.T1IF = 0;
IEC0bits.T1IE = 1;
T1CON = 0x8020;
ConfigIntTimer1(T1_INT_PRIOR_5 & T1_INT_ON);
lick.LCount = 0u;
lick.RCount = 0u;
}
inline int filtered(void) {
return (timerCounterJ < lick.filter || timerCounterJ > lick.filter + 50u);
// return (timerCounter32 < lick.filter || timerCounter32 > lick.filter + 50u);
}
inline void tick(unsigned int i) {
laser.timer += i;
timerCounterI += i;
if (timerCounterJ == 65535u) {
timerCounterJ = 0;
} else {
timerCounterJ += i;
}
// if (timerCounter32 == LONG_MAX) {
// timerCounter32 = 0u;
// } else {
// timerCounter32 += (unsigned long) i;
// }
}
static void resetTimerCounterJ() {
timerCounterJ = 65535u;
timeSum = 0;
while (timerCounterJ > 1);
// timerCounter32 = LONG_MAX;
// while (timerCounter32 > 1);
// timeSum = 0u;
}
static void waitTimerJ(unsigned int dT) {
timeSum += dT;
while (timeSum > timerCounterJ);
}
static int isLikeOdorA(int odor) {
if (odor == 2 || odor == 5 || odor == 7 || odor == 9) return 1; //B,R,H
return 0;
}
void __attribute__((__interrupt__, no_auto_psv)) _T1Interrupt(void) {
IFS0bits.T1IF = 0;
tick(5u);
if (laser.on && (laser.timer % (laser.onTime + laser.offTime) < laser.onTime)) {
// if (laser.on) {
if (laser.on % 2) {
Out4 = 1;
Nop();
Nop();
PDC2 = pwm.L_Lo;
}
if ((laser.on >> 1) % 2) {
Out5 = 1;
Nop();
Nop();
PDC4 = pwm.R_Lo;
}
laser.ramping = laser.ramp;
} else {
Out4 = 0;
__builtin_nop();
__builtin_nop();
Out5 = 0;
if (laser.ramping >= 5) {
laser.ramping -= 5;
if (PDC2 != pwm.fullDuty)
PDC2 = (pwm.L_Hi - pwm.L_Lo) * (1 - ((float) laser.ramping / laser.ramp)) + pwm.L_Lo;
if (PDC4 != pwm.fullDuty)
PDC4 = (pwm.R_Hi - pwm.R_Lo) * (1 - ((float) laser.ramping / laser.ramp)) + pwm.R_Lo;
} else {
PDC2 = pwm.fullDuty;
Nop();
Nop();
PDC4 = pwm.fullDuty;
}
}
if (LICK_LEFT && LICK_RIGHT && (lick.current != LICKING_BOTH) && filtered()) {
lick.filter = timerCounterJ;
Out1 = 1;
Nop();
Nop();
Nop();
Out6 = 1;
if (lick.current == LICKING_LEFT) {
lick.RCount++;
} else if (lick.current == LICKING_RIGHT) {
lick.LCount++;
} else {
lick.LCount++;
lick.RCount++;
}
lick.current = LICKING_BOTH;
localSendOnce(SpLick, 4);
} else if (LICK_LEFT && lick.current != LICKING_LEFT && filtered()) {
lick.filter = timerCounterJ; // lick.filter = timerCounter32;
lick.current = LICKING_LEFT;
Out1 = 1;
Nop();
Nop();
Nop();
Out6 = 0;
lick.LCount++;
Nop();
localSendOnce(SpLick, taskType < 35 ? 1 : 2);
// tick(3);
} else if (LICK_RIGHT && lick.current != LICKING_RIGHT && filtered()) {
lick.filter = timerCounterJ;
// lick.filter = timerCounter32;
lick.current = LICKING_RIGHT;
Out6 = 1;
Nop();
Nop();
Nop();
Out1 = 0;
lick.RCount++;
Nop();
if (taskType != BALL_IMMOBILE) localSendOnce(SpLick, 3);
// tick(3);
} else if (lick.current && !LICK_ANY) {
lick.current = 0;
Out1 = 0;
Nop();
Nop();
Nop();
Out6 = 0;
Nop();
Nop();
Nop();
}
/////////////////////////////////////////
//////////// BALL //////////////
//////////////////////////////
if (taskType == ODPA_SHAPING_BALL_TASK
|| taskType == ODPA_BALL_TASK
|| taskType == BALL_IMMOBILE) {
if (BALL_MOVING && !mball.moving) {
mball.moving = 1;
if (mball.steadySent) {
protectedSerialSend(SpBallMove, 1);
mball.steadySent = 0;
}
mball.steadyCounter = 0;
} else if (mball.moving && !BALL_MOVING) {
mball.moving = 0;
} else if ((!mball.moving) && !BALL_MOVING) {
mball.steadyCounter += 5;
if (mball.steadyCounter > 200 && !mball.steadySent) {
protectedSerialSend(SpBallMove, 0);
mball.steadySent = 1;
}
}
}
}
static int setType(void) {
int ports[] = {0, 2, 5, 7};
return ports[getFuncNumber(1, "23 56 78")];
}
static unsigned int setSessionNum() {
_delayT d[] = {0u, 1u, 5u, 10u, 12u, 15u, 20u, 24u, 30u};
unsigned int n = getFuncNumberMarquee(1, "1:1sess 2:5sess 3:10sess 4:12sess 5:15sess 6:20sess 7:24sess 8:30sess ", 70);
if (n > 0 && n < sizeof (d))
return d[n];
else return 5u;
}
static _delayT setDelay() {
_delayT d[] = {0u, 4u, 5u, 8u, 12u, 13u, 16u, 20u, 30u};
unsigned int n = getFuncNumberMarquee(1, "0:0s 1:4s 2:5s 3:8s 4:12s 5:13s 6:16s 7:20s 8:30s ", 50);
if (n > 0 && n < sizeof (d))
return d[n];
else return 5u;
}
static int setLaser() {
int d[] = {LASER_NO_TRIAL, LASER_NO_TRIAL, LASER_OTHER_TRIAL, LASER_EVERY_TRIAL};
unsigned int n = getFuncNumber(1, "None 1+1- Every");
if (n > 0 && n < 4)
return d[n];
else return LASER_NO_TRIAL;
}
//void setLaser(void) {
// unsigned int n = getFuncNumber(1, "DC=1 20Hz=2");
// switch (n) {
// case 2:
// laser.onTime = 20;
// laser.offTime = 30;
// break;
// default:
// laser.onTime = 65535;
// laser.offTime = 0;
// }
//}
void protectedSerialSend(int type, int value) {
#ifndef DEBUG
IEC0bits.T1IE = 0;
unsigned int i;
for (i = 0; i < 4000; i++); //1000 per ms
localSendOnce(type, value);
for (i = 0; i < 3000; i++); //1000 per ms
tick(10);
IEC0bits.T1IE = 1;
#endif
}
static void turnOnLaser(unsigned int i) {
laser.timer = 0;
laser.on = i;
if (i % 2) {
Out4 = 1;
Nop();
Nop();
PDC2 = pwm.L_Lo;
}
if ((i >> 1) % 2) {
Out5 = 1;
Nop();
Nop();
PDC4 = pwm.R_Lo;
}
lcdWriteChar('L', 4, 1);
protectedSerialSend(SpLaserSwitch, i);
}
static void turnOffLaser() {
laser.on = 0;
Out4 = 0;
Nop();
Nop();
Out5 = 0;
if (laser.ramping == 0) {
PDC2 = pwm.fullDuty;
Nop();
Nop();
PDC4 = pwm.fullDuty;
}
lcdWriteChar('.', 4, 1);
protectedSerialSend(SpLaserSwitch, 0);
}
static void assertLaser(int type, int step) {
switch (type) {
case laserOff:
break;
case laserDuringBeginningToOneSecInITI:
if (step == atFirstOdorBeginning) {
turnOnLaser(3);
} else if (step == atITIOneSecIn) {
turnOffLaser();
}
break;
case laserDuringDelay:
if (step == atDelay1SecIn) {
turnOnLaser(3);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
case laserDuringDelayChR2:
if (step == atDelay1SecIn) {
turnOnLaser(3);
} else if (step == atDelayLastSecBegin) {
turnOffLaser();
}
break;
case laserDuringDelay_Odor2:
if (step == atDelay1SecIn) {
turnOnLaser(3);
} else if (step == atSecondOdorEnd) {
turnOffLaser();
}
break;
case laserDuringBaselineNDelay:
if (step == atDelay1SecIn || step == threeSecBeforeFirstOdor) {
turnOnLaser(3);
} else if (step == atDelayLastSecBegin || step == at500mSBeforeFirstOdor) {
turnOffLaser();
}
break;
case laserDuringOdor:
if (step == atFirstOdorBeginning || step == atSecondOdorBeginning) {
turnOnLaser(3);
} else if (step == atFirstOdorEnd || step == atSecondOdorEnd) {
turnOffLaser();
}
break;
case laserDuring1stOdor:
if (step == atFirstOdorBeginning) {
turnOnLaser(laser.side);
} else if (step == atFirstOdorEnd) {
turnOffLaser();
}
break;
case laserDuring2ndOdor:
if (step == atSecondOdorBeginning) {
turnOnLaser(3);
} else if (step == atSecondOdorEnd) {
turnOffLaser();
}
break;
case laserDuringEarlyHalf:
if (step == atDelayBegin) {
turnOnLaser(3);
} else if (step == atDelayMiddle) {
turnOffLaser();
}
break;
case laserDuringLateHalf:
if (step == atDelayMiddle) {
turnOnLaser(3);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
case laserDuring1Quarter:
if (step == atDelayBegin) {
turnOnLaser(laser.side);
} else if (step == atDelay1_5SecIn) {
turnOffLaser();
}
break;
case laserDuring2Quarter:
if (step == atDelay2SecIn) {
turnOnLaser(laser.side);
} else if (step == atDelay500msToMiddle) {
turnOffLaser();
}
break;
case laserDuring3Quarter:
if (step == atDelayMiddle) {
turnOnLaser(laser.side);
} else if (step == atDelayLast2_5SecBegin) {
turnOffLaser();
}
break;
case laserDuring4Quarter:
if (step == atDelayLast2SecBegin) {
turnOnLaser(laser.side);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
case laserDuring12s1Quarter:
if (step == atDelayBegin) {
turnOnLaser(laser.side);
} else if (step == atDelay2_5SecIn) {
turnOffLaser();
}
break;
case laserDuring12s2Quarter:
if (step == atDelay3SecIn) {
turnOnLaser(laser.side);
} else if (step == atDelay500msToMiddle) {
turnOffLaser();
}
break;
case laserDuring12s3Quarter:
if (step == atDelayMiddle) {
turnOnLaser(laser.side);
} else if (step == atDelayMid2_5Sec) {
turnOffLaser();
}
break;
case laserDuring12s4Quarter:
if (step == atDelayMid3Sec) {
turnOnLaser(laser.side);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
case laserDuringResponseDelay:
if (step == atSecondOdorEnd) {
turnOnLaser(3);
} else if (step == atRewardBeginning) {
turnOffLaser();
}
break;
case laserNoDelayControl:
if (step == oneSecBeforeFirstOdor) {
turnOnLaser(3);
} else if (step == atRewardBeginning) {
turnOffLaser();
}
break;
case laserNoDelayControlShort:
if (step == atFirstOdorBeginning) {
turnOnLaser(3);
} else if (step == atSecondOdorEnd) {
turnOffLaser();
}
break;
case laserDuringBaseline:
if (step == threeSecBeforeFirstOdor) {
turnOnLaser(3);
} else if (step == atFirstOdorBeginning) {
turnOffLaser();
}
break;
case laserDuring3Baseline:
if (step == fourSecBeforeFirstOdor) {
turnOnLaser(3);
} else if (step == oneSecBeforeFirstOdor) {
turnOffLaser();
}
break;
case laserDuring4Baseline:
if (step == fourSecBeforeFirstOdor) {
turnOnLaser(3);
} else if (step == at500mSBeforeFirstOdor) {
turnOffLaser();
}
break;
case laserDuringBaseAndResponse:
if (step == oneSecBeforeFirstOdor || step == atSecondOdorEnd) {
turnOnLaser(3);
} else if (step == at500mSBeforeFirstOdor || step == atRewardBeginning) {
turnOffLaser();
}
break;
case laser4sRamp:
if (step == atDelay_5SecIn) {
turnOnLaser(3);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
case laser2sRamp:
if (step == atDelayLast2_5SecBegin) {
turnOnLaser(3);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
case laser1sRamp:
if (step == atDelayLast1_5SecBegin) {
turnOnLaser(3);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
case laser_5sRamp:
if (step == atDelayLastSecBegin) {
turnOnLaser(3);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
// case laserDelayDistractorEarly:
// if (step == atDelay2SecIn) {
// turnOnLaser(3);
// } else if (step == atDelay2SecIn) {
// turnOffLaser();
// }
// break;
// case laserDelayDistractorLate:
// if (step == atDelay1SecIn) {
// turnOnLaser(3);
// } else if (step == atDelay2SecIn) {
// turnOffLaser();
// }
// break;
case laserRampDuringDelay:
if (step == atDelay1SecIn) {
turnOnLaser(laser.side);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
// case laserAfterDistractor:
// if (step == atDelayMid2_5Sec) {
// turnOnLaser(laser.side);
// } else if (step == atDelayLast2_5SecBegin) {
// turnOffLaser();
// }
// break;
// case laserAfterDistractorLong:
// if (step == atDelayMid2_5Sec) {
// turnOnLaser(laser.side);
// } else if (step == atDelayLast500mSBegin) {
// turnOffLaser();
// }
// break;
case laserDuring1Terice:
if (step == atFirstOdorEnd) {
turnOnLaser(laser.side);
} else if (step == atDelay3_5SIn) {
turnOffLaser();
}
break;
case laserDuring2Terice:
if (step == atDelay4_5SIn) {
turnOnLaser(laser.side);
} else if (step == atDelayMid1_5Sec) {
turnOffLaser();
}
break;
case laserDuring3Terice:
if (step == atDelayMid2_5Sec) {
turnOnLaser(laser.side);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
case laserCoverDistractor:
if (step == atPreDualTask) {
turnOnLaser(laser.side);
} else if (step == atPostDualTask) {
turnOffLaser();
}
break;
case laserAfterDistractorMax:
if (step == atPostDualTask) {
turnOnLaser(laser.side);
} else if (step == atDelayLast500mSBegin) {
turnOffLaser();
}
break;
case laserAfterMultiDistractor:
if (step == atPostDualTask) {
turnOnLaser(laser.side);
} else if (step == atPreDualTask) {
turnOffLaser();
}
break;
}
}
void shuffleArray(unsigned int * orgArray, unsigned int arraySize) {
if (arraySize == 0 || arraySize == 1)
return;
int iter;
for (iter = 0; iter < arraySize; iter++) {
orgArray[iter] = iter;
}
int index, temp;
for (iter = arraySize - 1; iter > 0; iter--) {
index = rand() % (iter + 1);
temp = orgArray[index];
orgArray[index] = orgArray[iter];
orgArray[iter] = temp;
}
}
void lcdWriteString(char s[]) {
int iter;
for (iter = 0; s[iter] && iter < 16; iter++) {
lcd_data(s[iter]);
}
}
int lcdMarqueeString(char s[], int l) {
static unsigned int last;
int startIdx = (timerCounterJ >> 9) % l;
if (startIdx != last) {
last = startIdx;
home_clr();
int i = 0;
for (; i < 16; i++) {
while (l - 1 < i + startIdx) {
startIdx -= l;
}
lcd_data(s[i + startIdx]);
}
return 1;
}
return 0;
}
void lcdWriteNumber(int n, int digits, int x, int y) {
if (digits < 1) {
return;
}
LCD_set_xy(x, y);
counts_dispose(n);
switch (digits) {
case 5:
case 4:
lcd_data(thous);
case 3:
lcd_data(hunds);
case 2:
lcd_data(tens);
}
lcd_data(ones);
}
void lcdWriteChar(char ch, int x, int y) {
// LCD_set_xy(x, y);
lcd_cmd((y == 1 ? 0x7f : 0xbf) + x);
lcd_data(ch);
}
unsigned int getFuncNumberMarquee(int targetDigits, char input[], int l) {
#ifdef DEBUG
int n = 0;
return n;
#else
int bitSet[targetDigits];
int bitValue[targetDigits];
unsigned int n;
int iter;
int iter1;
for (iter = 0; iter < targetDigits; iter++) {
bitSet[iter] = 0;
bitValue[iter] = -6;
}
home_clr();
for (iter = 0; iter < targetDigits; iter++) {
while (!bitSet[iter]) {
if (lcdMarqueeString(input, l)) {
line_2();
for (iter1 = 0; iter1 < targetDigits; iter1++) {
lcd_data(bitValue[iter1] + 0x30);
}
}
if (u2Received > 0) {
bitValue[iter] = u2Received - 0x30;
bitSet[iter] = 1;
u2Received = -1;
} else {
Key_Event();
if (hardwareKey) {
hardwareKey = 0;
bitValue[iter] = key_val;
bitSet[iter] = 1;
}
}
}
localSendOnce(SpCome, bitValue[iter]);
safe_wait_ms(300);
}
n = 0;
for (iter1 = 0; iter1 < targetDigits; iter1++) {
n = n * 10 + bitValue[iter1];
}
return n;
#endif
}
void write_eeprom(int offset, int value) {
_erase_eedata(EE_Addr + offset, _EE_WORD);
_wait_eedata();
_write_eedata_word(EE_Addr + offset, value);
_wait_eedata();
}
int read_eeprom(int offset) {
int temp;
_memcpy_p2d16(&temp, EE_Addr + offset, 2);
return temp;
}
static void processHit(float waterPeroid, int valve, int id) {
protectedSerialSend(22, valve == 1 ? 1 : 2);
Valve_ON(valve, pwm.fullDuty);
wait_ms(waterPeroid * 1000);
Valve_OFF(valve);
currentMiss = 0;
protectedSerialSend(SpHit, id);
lcdWriteNumber(++hit, 3, 6, 1);
}
static void processFalse(int id) {
currentMiss = 0;
protectedSerialSend(SpFalseAlarm, id);
lcdWriteNumber(++falseAlarm, 3, 6, 2);
}
static void processMiss(int id) {
currentMiss++;
protectedSerialSend(SpMiss, id);
lcdWriteNumber(++miss, 3, 10, 1);
}
static void processLRTeaching(float waterPeroid, int LR) {
int rr = rand() % 3;
if (rr == 0) {
lcdWriteChar(rr + 0x30, 4, 1);
protectedSerialSend(22, LR == 2 ? 1 : 2);
// FreqL = lick.LCount;
Valve_ON(LR == 2 ? 1 : 3, pwm.fullDuty);
wait_ms(waterPeroid * 1000);
Valve_OFF(LR == 2 ? 1 : 3);
// currentMiss = 0;
protectedSerialSend(SpWater_sweet, LR);
}
}
static int waterNResult(int firstOdor, int secondOdor, float waterPeroid, int id) {
int rtn = 0;
int rewardWindow = (taskType == ODPA_RD_SHAPING_A_CATCH_LASER_TASK
|| taskType == ODPA_RD_SHAPING_B_CATCH_LASER_TASK
|| taskType == ODPA_RD_CATCH_LASER_TASK) ? 1000 : 500;
if (taskType == ODPA_RD_SHAPING_B_CATCH_LASER_TASK && firstOdor == stims.shapingExtra) {
firstOdor = secondOdor;
}
lick.flag = 0;
switch (taskType) {
/*
*DNMS-LR
*/
case DNMS_2AFC_TASK:
//
///////////Detect/////////////////
for (timerCounterI = 0; timerCounterI < 500 && !(lick.flag == 2 || lick.flag == 3); lick.flag = lick.current);
/////Reward
if (!lick.flag) {
processMiss((firstOdor != secondOdor) ? 2 : 3);
} else if (!(lick.flag & 1) != !(firstOdor^secondOdor)) {
processHit(waterPeroid, lick.flag & 1 ? 3 : 1, lick.flag);
} else {
processFalse(lick.flag == LICKING_LEFT ? 2 : 3);
}
break;
case DNMS_2AFC_TEACH:
//
///////////Detect/////////////////
for (timerCounterI = 0; timerCounterI < 500 && !(lick.flag == 2 || lick.flag == 3); lick.flag = lick.current);
/////Reward
if (!lick.flag) {
processMiss((firstOdor != secondOdor) ? 2 : 3);
processLRTeaching(waterPeroid, (firstOdor != secondOdor) ? 2 : 3);
} else if (!(lick.flag & 1) != !(firstOdor^secondOdor)) {
processHit(waterPeroid, lick.flag & 1 ? 3 : 1, lick.flag);
} else {
processFalse(lick.flag == LICKING_LEFT ? 2 : 3);
processLRTeaching(waterPeroid, (firstOdor != secondOdor) ? 2 : 3);
}
break;
case GONOGO_LR_TASK:
case GONOGO_2AFC_TEACH:
//
///////////Detect/////////////////
for (timerCounterI = 0; timerCounterI < 500 && !(lick.flag == 2 || lick.flag == 3); lick.flag = lick.current);
/////Reward
if (lick.flag == LICKING_LEFT && isLikeOdorA(firstOdor)) {
processHit(waterPeroid, 1, 2);
} else if (lick.flag == LICKING_RIGHT && !isLikeOdorA(firstOdor)) {
processHit(waterPeroid, 3, 3);
} else if (lick.flag) {
processFalse(lick.flag == LICKING_LEFT ? 2 : 3);
} else {
processMiss(isLikeOdorA(firstOdor) ? 2 : 3);
}
break;
case GONOGO_TASK:
for (timerCounterI = 0; timerCounterI < 500 && !lick.flag; lick.flag = lick.current);
/////Reward
if (!lick.flag) {
if (!isLikeOdorA(firstOdor)) {
protectedSerialSend(SpCorrectRejection, 1);
lcdWriteNumber(++correctRejection, 3, 10, 2);
} else {
processMiss(1);
}
} else if (!isLikeOdorA(firstOdor)) {
processFalse(1);
} else {
processHit(waterPeroid, 1, 1);
}
break;
default:
/*///////////////
*DNMS
*//////////////
// case DNMS_TASK:
// case SHAPING_TASK:
// case OPTO_ODPA_TASK:
// case OPTO_ODPA_SHAPING_TASK:
// case NO_ODOR_CATCH_TRIAL_TASK:
// case VARY_ODOR_LENGTH_TASK:
// case DELAY_DISTRACTOR:
// case _ASSOCIATE_TASK:
// case _ASSOCIATE_SHAPING_TASK:
//
///////////Detect/////////////////
for (timerCounterI = 0; timerCounterI < rewardWindow && !lick.flag; lick.flag = lick.current);
/////Reward
if (!lick.flag) {
if (isLikeOdorA(firstOdor) == isLikeOdorA(secondOdor)) {
protectedSerialSend(SpCorrectRejection, id);
lcdWriteNumber(++correctRejection, 3, 10, 2);
} else {
processMiss(id);
if ((taskType == SHAPING_TASK || taskType == ODPA_SHAPING_TASK || taskType == ODPA_SHAPING_BALL_TASK
|| taskType == DUAL_TASK_LEARNING || taskType == DNMS_DUAL_TASK_LEARNING
|| taskType == ODPA_RD_SHAPING_A_CATCH_LASER_TASK
|| taskType == ODPA_RD_SHAPING_B_CATCH_LASER_TASK) && ((rand() % 3) == 0)) {
protectedSerialSend(22, 1);
Valve_ON(water_sweet, pwm.fullDuty);
protectedSerialSend(SpWater_sweet, 1);
wait_ms(waterPeroid * 1000);
Valve_OFF(water_sweet);
}
}
} else if (isLikeOdorA(firstOdor) == isLikeOdorA(secondOdor)) {
processFalse(id);
rtn = SpFalseAlarm;
} else {
processHit(waterPeroid, 1, id);
}
break;
}
return rtn;
}
static void distractor(unsigned int distractOdor, unsigned int judgingPair, float waterLen) {
if (distractOdor == 0) {
wait_ms(1500u);
} else {
Valve_ON(distractOdor, pwm.fullDuty);
if (isLikeOdorA(distractOdor)) Out2 = 1;
else Out3 = 1;
protectedSerialSend(isLikeOdorA(distractOdor) ? SpOdor_C : SpOdor_D, distractOdor);
lcdWriteChar(isLikeOdorA(distractOdor) ? '.' : ':', 4, 1);
wait_ms(stims.distractorLength - 10u);
protectedSerialSend(isLikeOdorA(distractOdor) ? SpOdor_C : SpOdor_D, 0);
Valve_OFF(distractOdor);
Out2 = 0;
Nop();
Nop();
Out3 = 0;
Nop();
Nop();
lcdWriteChar('D', 4, 1);
wait_ms(450u);
waterNResult(distractOdor, judgingPair, waterLen, 3);
}
}
static void waitTrial() {
static int waitingLickRelease = 0;
if (!wait_Trial) {
return;
}
while (LICK_ANY) {
if (!waitingLickRelease) {
protectedSerialSend(20, 100);
waitingLickRelease = 1;
}
}
waitingLickRelease = 0;
while (u2Received != 0x31) {
protectedSerialSend(20, 1);
}
u2Received = -1;
}
static void zxLaserSessions(int stim1, int stim2, int laserTrialType, _delayT delay, unsigned int ITI, int trialsPerSession, float WaterLen, int missLimit, unsigned int totalSession) {
// wait_ms(1000);
int currentTrial = 0;
unsigned int currentSession = 0;
int laserOnType = laserTrialType;
protectedSerialSend(SpWater_bitter, pwm.L_Lo);
protectedSerialSend(SpValve8, pwm.R_Lo);
protectedSerialSend(SpStepN, taskType);
while ((currentMiss < missLimit) && (currentSession++ < totalSession)) {
// protectedSerialSend(SpOdorDelay, delay);
protectedSerialSend(SpSess, 1);
splash(" H___M___ __%", "S__ F___C___t___");
lcdWriteNumber(currentSession, 2, 2, 2);
hit = miss = falseAlarm = correctRejection = 0;
unsigned int lastHit = 0;
unsigned int shuffledList[4];
unsigned int shuffledLongList[highLevelShuffleLength];
shuffleArray(shuffledLongList, highLevelShuffleLength);
int firstOdor, secondOdor;
int lastOdor1;
int lastOdor2;
for (currentTrial = 0; currentTrial < trialsPerSession && currentMiss < missLimit;) {
shuffleArray(shuffledList, 4);
int iterOf4;
for (iterOf4 = 0; iterOf4 < 4 && currentMiss < missLimit; iterOf4++) {
// wait_ms(1000);
int index = shuffledList[iterOf4];
switch (taskType) {
case DNMS_TASK: