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main.c
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main.c
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/*
* File: main.c
* Author: Tony Lab
*
* Created on August 7, 2017, 9:47 AM
*/
#include <i2c.h>
#include <stdlib.h>
//#include <stdbool.h>
#include "utils.h"
#include "hal.h"
#include "lcdi2c.h"
void callFunc(int n);
void testOneValve(int n, int iti, int repeat);
void testValveFast(int board, int valve, int keep);
void testValveOnRA14();
void readADCData();
void testPorts();
void testNSetThres();
void zxLaserSessions_G2(int trialsPerSession, int missLimit, int totalSession);
void addAllOdor();
void bleedWater();
void testVolume(int repeat, int side);
void setWaterLen();
void testLaser(int type);
//void switchOdorPath(int i);
void testNewPorts();
static void feedWaterLR();
unsigned int taskType_G2 = DNMS_TASK;
const char odorTypes_G2[] = "BYRQHNKLTXZdMAES0123456";
int correctionRepeatCount = 0;
int currentSession;
int isLRLED;
int teachChance = 4;
//int totalSession;
//int alterOdorPath=0;
int main(void) {
initPorts();
initADC();
initTMR1();
initUART2();
initI2C();
LCD_PCF8574_ADDR = getLCDAddr();
LCD_Init();
splash_G2(__DATE__, __TIME__);
// switchOdorPath(1);
while (1) {
callFunc(getFuncNumber(2, "Main Func?"));
}
StopI2C();
CloseI2C();
return 0;
}
void testWaterDual() {
int i = getFuncNumber(1, "Pump #?");
if (i == 1) {
PORTDbits.RD4 = 1;
} else if (i == 2) {
PORTDbits.RD5 = 1;
}
}
static int isLikeOdorClassL(int odor) {
return (odor == 6 || odor == 16 || odor == 17 || odor == 1 || odor == 3 || odor == 5);
}
void addAllOdor() {
int i;
int odor;
if (taskParam.outTaskPairs > 0) {
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
if (!(taskType_G2 == ODR_2AFC_TASK || taskType_G2 == GONOGO_TASK))
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
for (i = 0; i < taskParam.outTaskPairs; i++) {
odor = getFuncNumber(2, "Add an sample");
taskParam.outSamples[i] = odor;
if (!(taskType_G2 == ODR_2AFC_TASK || taskType_G2 == GONOGO_TASK)) {
odor = getFuncNumber(2, "Add an test");
taskParam.outTests[i] = odor;
}
}
}
if (taskParam.innerTaskPairs > 0) {
taskParam.innerSamples = malloc(taskParam.innerTaskPairs * sizeof (int));
taskParam.innerTests = malloc(taskParam.innerTaskPairs * sizeof (int));
for (i = 0; i < taskParam.innerTaskPairs; i++) {
odor = getFuncNumber(2, "Add an sample2");
taskParam.innerSamples[i] = odor;
odor = getFuncNumber(2, "Add an test2");
taskParam.innerTests[i] = odor;
}
}
if (taskParam.respCount > 0) {
taskParam.respCue = malloc(taskParam.respCount * sizeof (int));
for (i = 0; i < taskParam.respCount; i++) {
odor = getFuncNumber(2, "Add an rsps cue");
taskParam.respCue[i] = odor;
}
}
}
void bleedWater() { //menu 28
int s = getFuncNumber(1, "1-L 2-R 3-Both");
switch (s) {
case 1:
setWaterPortOpen(LICKING_LEFT, 1);
break;
case 2:
setWaterPortOpen(LICKING_RIGHT, 1);
break;
case 3:
setWaterPortOpen(LICKING_LEFT, 1);
Nop();
Nop();
Nop();
Nop();
setWaterPortOpen(LICKING_RIGHT, 1);
break;
}
}
void testVolume(int repeat, int side) {
if (side == 0) {
side = getFuncNumber(1, "1-Left 2-Right");
}
int i, localSide = 0, waterLen = 0;
if (side == 1) {
localSide = LICKING_LEFT;
waterLen = waterLenL;
} else if (side == 2) {
localSide = LICKING_RIGHT;
waterLen = waterLenR;
}
for (i = 0; i < repeat; i++) {
setWaterPortOpen(localSide, 1);
wait_ms(waterLen);
setWaterPortOpen(localSide, 0);
if (waterLen <= 500)
wait_ms(500 - waterLen);
else
wait_ms(2000 - waterLen);
}
}
void callFunc(int n) {
lickThreshL = (read_eeprom_G2(EEP_LICK_THRESHOLD_L)) << 2;
lickThreshR = (read_eeprom_G2(EEP_LICK_THRESHOLD_R)) << 2;
waterLenL = read_eeprom_G2(EEP_WATER_LEN_MS_L);
waterLenR = read_eeprom_G2(EEP_WATER_LEN_MS_R);
srand((unsigned int) millisCounter);
switch (n) {
case 21:
{
int b = getFuncNumber(1, "Board?");
int v = getFuncNumber(2, "Valve?");
int k = getFuncNumber(1, "Keep?");
testValveFast(b, v, k);
}
case 22:
readADCData();
break;
case 23:
teachChance = getFuncNumber(1, "TeachChance(df4)");
break;
case 24:
testNSetThres();
break;
case 25:
{
lick_G2.refreshLickReading = 1;
int interval = getFuncNumber(2, "Water Intvl?");
// testVolume(5, LICKING_LEFT);
feedWaterFast_G2(interval * 100);
break;
}
case 26:
{
splash_G2("ODPA R_D", "");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_CATCH_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = ODPA_RD_TASK;
taskParam.falsePunish = getFuncNumber(1, "False Punish 2/0");
taskParam.outTaskPairs = 2;
addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(20, 20, sessNum);
break;
}
case 27:
{
//int dpadrOdors[] = {0, 1, 2, 3, 4, 5, 6, 7, 8, 10, 12, 13};
int dpadrOdors[] = {2, 3, 6, 7, 9, 14, 15, 16, 17, 18, 19};
int i;
for (i = 0; i < (sizeof (dpadrOdors) / sizeof (int)); i++) {
testOneValve(dpadrOdors[i], 10, 1);
}
for (i = 0; i < 20; i++) {
setWaterPortOpen(LICKING_LEFT, 1);
wait_ms(waterLenL);
setWaterPortOpen(LICKING_LEFT, 0);
if (waterLenL <= 500)
wait_ms(500 - waterLenL);
}
laser_G2.on = 1;
break;
}
case 28:
bleedWater();
break;
case 29:
testVolume(100, 0);
break;
case 30:
setWaterLen();
break;
case 31:
testLaser(getFuncNumber(1, "0 3Step 1Puls"));
break;
case 32:
{
splash_G2("GO-Nogo", "2+ 2-");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_OTHER_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = GONOGO_TASK;
taskParam.respCount = getFuncNumber(1, "Resp cue?");
taskParam.teaching = getFuncNumber(1, "Teaching?");
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 4;
addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
// waterLen = getFuncNumber(1, "Water fold?") * waterLen;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(20, 20, sessNum);
break;
}
case 33:
{
splash_G2("ODPA", "SHAPING");
laser_G2.laserSessionType = LASER_NO_TRIAL;
taskType_G2 = ODPA_SHAPING_TASK;
taskParam.teaching = 1;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.respCount = 0;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
taskParam.minBlock = 4;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(20, 20, sessNum);
break;
}
case 34:
{
splash_G2("ODPA", "LEARNING");
laser_G2.laserSessionType = LASER_NO_TRIAL;
taskType_G2 = ODPA_TASK;
taskParam.teaching = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.respCount = 0;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
taskParam.minBlock = 4;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(20, 20, sessNum);
break;
}
case 35:
{
splash_G2("ODPA Multi Samp", "4 Sample");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_CATCH_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = ODPA_RD_TASK;
taskParam.falsePunish = getFuncNumber(1, "False Punish 2/0");
taskParam.outTaskPairs = 4;
taskParam.respCount = 0;
addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(40, 20, sessNum);
break;
}
case 36:
{
splash_G2("GO-Nogo", "(RD)");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_OTHER_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = GONOGO_TASK;
taskParam.respCount = getFuncNumber(1, "Resp cue?");
taskParam.teaching = getFuncNumber(1, "Teaching?");
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
// waterLen = getFuncNumber(1, "Water fold?") * waterLen;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(20, 20, sessNum);
break;
}
case 37:
{
splash_G2("ODPA", "Record");
laser_G2.laserSessionType = LASER_NO_TRIAL;
taskType_G2 = ODPA_VARDELAY_TASK;
taskParam.teaching = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.respCount = 0;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
addAllOdor();
taskParam.outDelay = 3;
taskParam.ITI = 12;
taskParam.minBlock = 8;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(16, 100, sessNum);
break;
}
// case 37:
// {
// splash_G2("Seq 2AFC", "6 Samp Var Rwd");
// int noLaser = getFuncNumber(1, "No Laser?");
// laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_CATCH_TRIAL;
// laser_G2.laserTrialType = laserDuringDelayChR2;
// taskType_G2 = Seq2AFC_TASK;
// taskParam.teaching = 1;
// taskParam.respCount = 0;
// taskParam.falsePunish = 0;
// taskParam.outTaskPairs = 6;
// taskParam.minBlock = 6;
// addAllOdor();
// taskParam.outDelay = getFuncNumber(2, "Delay duration");
// taskParam.ITI = getFuncNumber(2, "ITI duration");
// int sessNum = getFuncNumber(2, "Session number?");
// zxLaserSessions_G2(60, 20, sessNum);
// break;
// }
case 38:
{
splash_G2("ODPA Multi Samp", "6 Sample");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_CATCH_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = ODPA_RD_TASK;
taskParam.falsePunish = getFuncNumber(1, "False Punish 2/0");
taskParam.outTaskPairs = 6;
taskParam.minBlock = 6;
taskParam.respCount = 0;
addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(60, 20, sessNum);
break;
}
case 39:
{
splash_G2("Seq 2AFC", "6 Samp Var Rwd");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_OTHER_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = Seq2AFC_TASK;
taskParam.respCount = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 6;
taskParam.minBlock = 6;
addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(60, 20, sessNum);
break;
}
case 40:
{
splash_G2("Seq 2AFC w/dstrc", "6 Samp Var Rwd");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_OTHER_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = Seq2AFC_TASK;
taskParam.respCount = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 6;
taskParam.innerTaskPairs = 1;
taskParam.minBlock = 6;
addAllOdor();
taskParam.outDelay = 12;
taskParam.ITI = 5;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(60, 20, sessNum);
break;
}
case 41:
{
splash_G2("Seq 2AFC +DR", "6 Samp Var Rwd");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_OTHER_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = Seq2AFC_TASK;
taskParam.teaching = 1;
taskParam.respCount = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 6;
taskParam.innerTaskPairs = 2;
taskParam.minBlock = 6;
addAllOdor();
taskParam.outDelay = 12;
taskParam.ITI = 5;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(60, 20, sessNum);
break;
}
case 42:
{
splash_G2("Seq 2AFC +DR", "6 Samp Var Rwd");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_OTHER_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = Seq2AFC_TASK;
taskParam.respCount = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 6;
taskParam.innerTaskPairs = 2;
taskParam.minBlock = 6;
addAllOdor();
taskParam.outDelay = 12;
taskParam.ITI = 5;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(60, 20, sessNum);
break;
}
case 43:
{
int start = getFuncNumber(2, "Start from?");
int len = getFuncNumber(2, "Length?");
int repeat = getFuncNumber(2, "Repeat?");
int iti = getFuncNumber(2, "ITI?");
int i = start;
for (; i < start + len; i++)
testOneValve(i, iti, repeat);
}
break;
case 44:
{
testWaterDual();
break;
}
case 45:
{
splash_G2("Seq 2AFC", "Mult Samp VarRwd");
int noLaser = getFuncNumber(1, "No Laser?");
taskParam.teaching = noLaser;
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_OTHER_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = Seq2AFC_TASK;
taskParam.respCount = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = getFuncNumber(1, "S/T Pairs?");
addAllOdor();
int trialPerSess = 0;
switch (taskParam.outTaskPairs) {
case 2:
trialPerSess = 20;
break;
case 4:
trialPerSess = 40;
break;
case 6:
taskParam.minBlock = 6;
trialPerSess = 60;
break;
}
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(trialPerSess, 20, sessNum);
break;
}
case 46:
{
splash_G2("Seq 2AFC", "Early Late");
laser_G2.laserSessionType = LASER_HALF_HALF;
taskType_G2 = Seq2AFC_TASK;
taskParam.respCount = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 6;
taskParam.minBlock = 6;
addAllOdor();
taskParam.outDelay = 8;
taskParam.ITI = 5;
int sessNum = 30;
zxLaserSessions_G2(60, 20, sessNum);
break;
}
case 47:
{
splash_G2("Dual Task", "Training");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_EVERY_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = DUAL_TASK;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.innerTaskPairs = 2;
taskParam.respCount = 0;
addAllOdor();
taskParam.outDelay = 10;
taskParam.ITI = 15;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(20, 40, sessNum);
break;
}
case 48:
{
splash_G2("Dual Task", "Training");
int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = noLaser ? LASER_NO_TRIAL : LASER_CATCH_TRIAL;
laser_G2.laserTrialType = laserDuringDelayChR2;
taskType_G2 = DUAL_TASK_SHAPING;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.innerTaskPairs = 1;
taskParam.respCount = 0;
taskParam.teaching = 1;
//taskParam.minBlock = 8;
addAllOdor();
taskParam.outDelay = 10;
taskParam.ITI = 15;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(20, 40, sessNum);
break;
}
case 49:
{
int odorPort = getFuncNumber(2, "Valve?");
// taskTimeCounter += dTime;
set4076_4bit(odorPort > 15 ? odorPort - 16 : odorPort); // target valve
muxOff(odorPort < 16 ? (~1) : (~4));
wait_ms(500); // turn off three-connected valve
muxOff(odorPort < 16 ? (~3) : (~0x0c)); //turn on two-connected valve
wait_ms(60000); // turn off three-connected valve
muxOff(odorPort < 16 ? (~2) : (~8));
wait_ms(200);
muxOff(0x0f);
break;
}
case 51:
case 101:
testNewPorts();
break;
case 52:
lick_G2.refreshLickReading = 1;
feedWaterLR();
break;
case 53:
{
lick_G2.refreshLickReading = 1;
splash_G2("ODR 2AFC", "");
int opLaser = getFuncNumber(1, "Laser?");
laser_G2.laserSessionType = opLaser ? LASER_OTHER_TRIAL : LASER_NO_TRIAL;
laser_G2.laserTrialType = LASERT3SMID;
taskType_G2 = ODR_2AFC_TASK;
taskParam.teaching = getFuncNumber(1, "0Tst 1Tch 23NoPu");
taskParam.waitForTrial = getFuncNumber(1, "TrialWait 1Y 0N");
taskParam.falsePunish = getFuncNumber(1, "False Punish 2/0");
taskParam.outTaskPairs = 2;
taskParam.respCount = 1;
addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(20, 100, sessNum);
lick_G2.refreshLickReading = 0;
break;
}
case 54:
{
lick_G2.refreshLickReading = 1;
splash_G2("ODR 2AFC SWCH", "");
laser_G2.laserSessionType = LASER_NO_TRIAL;
taskType_G2 = ODR_2AFC_TASK;
taskParam.teaching = getFuncNumber(1, "0Tst 1Tch 23NoPu");
taskParam.waitForTrial = getFuncNumber(1, "TrialWait 1Y 0N");
taskParam.falsePunish = getFuncNumber(1, "False Punish 2/0");
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.respCount = 1;
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
int sessNum = getFuncNumber(2, "Session number?");
int sessRpt = getFuncNumber(2, "Session repeat?");
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.respCue = malloc(taskParam.respCount * sizeof (int));
taskParam.respCue[0] = 0;
for (; sessRpt > 0; sessRpt--) {
int odor = (sessRpt % 2) == 0 ? 6 : 7;
taskParam.outSamples[0] = odor;
taskParam.outSamples[1] = odor;
zxLaserSessions_G2(4, 100, sessNum);
}
lick_G2.refreshLickReading = 0;
break;
}
case 55:
{
splash_G2("ODR 2AFC MIX", "");
laser_G2.laserSessionType = LASER_NO_TRIAL;
taskType_G2 = ODR_2AFC_TASK;
taskParam.minBlock = 6;
taskParam.teaching = 2;
taskParam.waitForTrial = 1;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 6;
taskParam.respCount = 1;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.respCue = malloc(taskParam.respCount * sizeof (int));
taskParam.respCue[0] = 0;
taskParam.outSamples[0] = 6;
taskParam.outSamples[1] = 7;
taskParam.outSamples[2] = 16;
taskParam.outSamples[3] = 17;
taskParam.outSamples[4] = 18;
taskParam.outSamples[5] = 19;
taskParam.outDelay = 2;
taskParam.ITI = 8;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(24, 24, sessNum);
lick_G2.refreshLickReading = 0;
break;
}
case 56:
{
lick_G2.refreshLickReading = 1;
splash_G2("ODR 2AFC", "LR Laser");
int opLaser = getFuncNumber(1, "Laser?");
laser_G2.laserSessionType = opLaser ? LASER_LR_OTHER_TRIAL : LASER_NO_TRIAL;
laser_G2.laserTrialType = LASERT3SMID;
taskType_G2 = ODR_2AFC_TASK;
taskParam.teaching = getFuncNumber(1, "0Tst 1Tch 23NoPu");
taskParam.waitForTrial = getFuncNumber(1, "TrialWait 1Y 0N");
taskParam.falsePunish = getFuncNumber(1, "False Punish 2/0");
taskParam.outTaskPairs = 2;
taskParam.respCount = 1;
addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(20, 100, sessNum);
lick_G2.refreshLickReading = 0;
break;
}
case 61:
{
splash_G2("DNMS", "SHAPING");
// int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = LASER_NO_TRIAL;
taskType_G2 = DNMS_SHAPING_TASK;
taskParam.teaching = 1;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outSamples[0] = 2;
taskParam.outSamples[1] = 3;
taskParam.outTests[0] = 2;
taskParam.outTests[1] = 3;
taskParam.respCount = 0;
// addAllOdor();
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
// waterLenL = getFuncNumber(1, "Water fold?") * waterLenL;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(12, 50, sessNum);
break;
}
case 62:
{
splash_G2("DNMS", "TEST");
// int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = LASER_NO_TRIAL;
taskType_G2 = DNMS_TASK;
taskParam.teaching = getFuncNumber(1, "0Test 1Teach");
;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outSamples[0] = 2;
taskParam.outSamples[1] = 3;
taskParam.outTests[0] = 2;
taskParam.outTests[1] = 3;
taskParam.respCount = 0;
taskParam.outDelay = getFuncNumber(2, "Delay duration");
taskParam.ITI = getFuncNumber(2, "ITI duration");
int sessNum = getFuncNumber(2, "Session number?");
if (taskParam.outDelay >= 20) {
waterLenL = waterLenL + (waterLenL >> 1);
}
zxLaserSessions_G2(12, 50, sessNum);
break;
}
case 63:
{
splash_G2("DNMS ELF", "OPTOGENETICS");
// int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = LASER_SESS_ELF;
taskType_G2 = ELF_DNMS_TASK;
taskParam.teaching = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outSamples[0] = 2;
taskParam.outSamples[1] = 3;
taskParam.outTests[0] = 2;
taskParam.outTests[1] = 3;
taskParam.respCount = 0;
taskParam.outDelay = 12;
taskParam.ITI = 24;
taskParam.minBlock = 40;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(40, 50, sessNum);
break;
}
case 64:
{
splash_G2("DNMS ELF 18", "OPTOGENETICS");
// int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = LASER_SESS_ELF;
taskType_G2 = ELF_DNMS_TASK;
taskParam.teaching = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outSamples[0] = 2;
taskParam.outSamples[1] = 3;
taskParam.outTests[0] = 2;
taskParam.outTests[1] = 3;
taskParam.respCount = 0;
taskParam.outDelay = 12;
taskParam.ITI = 24;
taskParam.minBlock = 40;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(40, 50, sessNum);
break;
}
case 65:
{
splash_G2("DNMS ELF", "OPTOGENETICS");
// int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = LASER_SESS_ELF;
taskType_G2 = ELF_DNMS_TASK;
taskParam.teaching = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outSamples[0] = 2;
taskParam.outSamples[1] = 3;
taskParam.outTests[0] = 2;
taskParam.outTests[1] = 3;
taskParam.respCount = 0;
taskParam.outDelay = 12;
taskParam.ITI = 24;
taskParam.minBlock = 40;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(40, 50, sessNum);
break;
}
case 66:
{
splash_G2("DNMS ELF 18", "OPTOGENETICS");
// int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = LASER_SESS_ELF_20;
taskType_G2 = ELF_DNMS_TASK;
taskParam.teaching = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outSamples[0] = 2;
taskParam.outSamples[1] = 3;
taskParam.outTests[0] = 2;
taskParam.outTests[1] = 3;
taskParam.respCount = 0;
taskParam.outDelay = 20;
taskParam.ITI = 40;
taskParam.minBlock = 48;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(48, 50, sessNum);
break;
}
case 67:
{
splash_G2("DNMS ELF VDLY", "OPTOGENETICS");
// int noLaser = getFuncNumber(1, "No Laser?");
laser_G2.laserSessionType = LASER_SESS_ELF_VARDELAY;
taskType_G2 = ELF_DNMS_TASK_VARDELAY;
taskParam.teaching = 0;
taskParam.falsePunish = 0;
taskParam.outTaskPairs = 2;
taskParam.outSamples = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outTests = malloc(taskParam.outTaskPairs * sizeof (int));
taskParam.outSamples[0] = 2;
taskParam.outSamples[1] = 3;
taskParam.outTests[0] = 2;
taskParam.outTests[1] = 3;
taskParam.respCount = 0;
taskParam.outDelay = 20;
taskParam.ITI = getFuncNumber(2, "ITI?");
;
taskParam.minBlock = 32;
int sessNum = getFuncNumber(2, "Session number?");
zxLaserSessions_G2(taskParam.minBlock, 50, sessNum);
break;
}
default:
{
int i;
for (i = n; i < n + 4; i++)
testOneValve(i, 8, 10);
}
break;
}
free(taskParam.outSamples);
free(taskParam.outTests);
free(taskParam.respCue);
}
void testValveFast(int board, int valve, int keep) {
LCDclear();
LCDhome();
LCD_Write_Str("BOARD VALVE");
lcdWriteNumber_G2(board, 6, 0);
lcdWriteNumber_G2(valve, 6, 1);
set4076_4bit(valve - 1);
while (1) {
muxOff(~board);
if (!keep) {
wait_ms(500);
muxOff(0x0f);
wait_ms(500);
}
}
}
void testOneValve(int valve, int iti, int repeat) {
const int preCharge = 500;
// int repeat = 10;
// int iti = 8;
const int onTime = 1000;
int closingAdvance = 195;
// int valve;
int rpt;
for (rpt = 0; rpt < repeat; rpt++) {
LCDclear();
LCDhome();
LCD_Write_Str("Valve");
LCDsetCursor(0, 1);
LCD_Write_Str("Repeat");
lcdWriteNumber_G2(rpt + 1, 7, 1);
// serialSend(3, rpt + 1);
// for (valve = 0; valve < 20; valve++) {
lcdWriteNumber_G2(valve, 6, 0);
int P10Val = valve < 16 ? valve : valve - 16;
int boardA = valve < 16 ? 1 : 4;
int boardB = valve < 16 ? 2 : 8;
serialSend(SpIO, valve);
set4076_4bit(P10Val);
muxOff(~boardA);
wait_ms(preCharge);
BNC_1 = 1;
muxOff(~(boardA | boardB));
BNC_2 = (valve & 0x10) >> 4;
wait_ms(onTime / 5);
BNC_2 = (valve & 0x08) >> 3;
wait_ms(onTime / 5);
BNC_2 = (valve & 0x04) >> 2;
wait_ms(onTime / 5);
BNC_2 = (valve & 0x02) >> 1;
wait_ms(onTime / 5);
BNC_2 = (valve & 0x01);
wait_ms(onTime / 5 - closingAdvance);
muxOff(~boardB);
wait_ms(closingAdvance);
BNC_2 = 0;
muxOff(0x0F);
serialSend(SpIO, 0);
BNC_1 = 0;
wait_ms(iti * 1000 - preCharge);
}
}
void readADCData(void) {
int i = getFuncNumber(1, "ADC channel");
while (1) {
volatile int temp = i == 0 ? adcdataL : adcdataR;
int highByte = temp / 100;
int lowByte = temp % 100;
serialSend(23, highByte);
serialSend(24, lowByte);
wait_ms(50);
}
}
int readADCDataNorm(void) {
while (1) {
volatile int temp = (((double) (adcdataL - adcdataR)) / (adcdataL + adcdataR) + 1)*512;