// Use this for initialization
void Awake () {
skipTrial = false;
base.Setup(GameManager.SessionType.Star);
//Hide the arrow
arrow = GameObject.Find("next");
arrow.SetActive(false);
for(int i=1; i< materials.Length;i++){
materials[i].color = Color.black;
}
//Read in the event
events = csv.ReadInSession();
//If read in failed, generate basic list of events
if(events == null){
events = new List<EventStats>();
NeuroLog.Log("Generating Random events");
numTrials = 2;
for(int i =0;i<numTrials;i++){
StarEvent eS = new StarEvent();
eS.NumLittleStars = 34;
eS.NumBigStars = 31;
eS.NumTriangles= 7;
eS.NumDots= 6;
events.Add(eS);
}
}
else{
numTrials = events.Count;
}
//Find the max number of objects we'll need
int maxTri = 2;
int maxDot = 2;
int maxLS = 3;
int maxBS = 5;
foreach(StarEvent sE in events){
if(sE.NumBigStars>maxBS) maxBS = sE.NumBigStars;
if(sE.NumLittleStars>maxLS) maxLS = sE.NumLittleStars;
if(sE.NumDots>maxDot) maxDot = sE.NumDots;
if(sE.NumTriangles>maxTri) maxTri = sE.NumTriangles;
}
//Have the game generate the maximum amount of objects needed for this session
generateObjects(maxLS,maxBS,maxDot,maxTri);
//Start the game
StartCoroutine("runSession");
}
//Generate a practice event
protected override void generatePractice()
{
StarEvent prac = new StarEvent();
prac.NumLittleStars = 5;
prac.NumBigStars = 3;
prac.NumTriangles = 2;
prac.NumDots = 2;
practice.Add(prac);
}
//Method used to read in all the trials of the game
private List<EventStats> ReadStarEvents(XmlNode eventsNode)
{
List<EventStats> starEvents = new List<EventStats>();
//For all the trials
foreach(XmlNode trial in eventsNode.ChildNodes){
StarEvent sE = new StarEvent();
int lS=0;
int bS=0;
int d=0;
int t=0;
List<StarObject> objs = new List<StarObject>();
for (int i=0; i<trial.ChildNodes.Count; i++){
//Make sure were trying to deal with event
if(trial.ChildNodes[i].Name =="event"){
int type = -1;
Vector2 pos = new Vector2(Mathf.Infinity,Mathf.Infinity);
float rotation = 0;
foreach(XmlAttribute attri in trial.ChildNodes[i].Attributes){
//Type
if(attri.Name.ToLower() == "type"){
if(int.TryParse(attri.Value.ToLower(),out type)){
if(type <0 && type>3){
NeuroLog.Error("Invalid value for 'type' at event #" + (i+1).ToString() + ". Needs to be between 0 and 4.");
type = -1;
}
else{
if(type == 0)
lS++;
else if(type ==1)
bS++;
else if(type ==2)
d++;
else if(type ==3)
t++;
}
}
else NeuroLog.Error("Invalid value for 'type' at event #" + (i+1).ToString() + ". Needs to be a int.");
}
//Position
else if(attri.Name.ToLower() =="position"){
string[] input = attri.Value.Split(',');
float x = Mathf.Infinity;
float y = Mathf.Infinity;
if(float.TryParse(input[0],out x)){
if(x!=Mathf.Infinity){
if(x>170 || x<-170){
x = Mathf.Infinity;
NeuroLog.Error("Invalid value for 'position.x' at event #" + (i+1).ToString() + ". Needs to be between -170 and 170.");
}
}
}
else NeuroLog.Error("Invalid value for 'position.x' at event #" + (i+1).ToString() + ". Needs to be a float.");
if(float.TryParse(input[1],out y)){
if(y!=Mathf.Infinity){
if(y>90 || y<-75){
y = Mathf.Infinity;
NeuroLog.Error("Invalid value for 'position.y' at event #" + (i+1).ToString() + ". Needs to be between -75 and 90.");
}
}
}
else NeuroLog.Error("Invalid value for 'position.y' at event #" + (i+1).ToString() + ". Needs to be a float.");
pos = new Vector2(x,y);
}
//Rotation
else if(attri.Name.ToLower() == "rotation"){
if(!float.TryParse(attri.Value.ToLower(),out rotation))
NeuroLog.Error("Invalid value for 'rotation' at event #" + (i+1).ToString() + ". Needs to be a float.");
}
//Other attributes that don't have cases
else NeuroLog.Error("Unknown attribute '" + attri.Name + "' at event #" + (i+1).ToString() + ".");
}
if(type!=-1 && pos.x != Mathf.Infinity && pos.y != Mathf.Infinity){
StarObject sO = new StarObject(type,pos,rotation);
objs.Add(sO);
}
}
}
sE.Objects = objs;
sE.NumBigStars = bS;
sE.NumLittleStars=lS;
sE.NumTriangles = t;
sE.NumDots = d;
starEvents.Add(sE);
}
return starEvents;
}
// Use this for initialization
void Awake()
{
skipTrial = false;
base.Setup(GameManager.SessionType.Star);
//Hide the arrow
arrow = GameObject.Find("next");
arrow.SetActive(false);
for (int i = 1; i < materials.Length; i++)
{
materials[i].color = Color.black;
}
//Read in the event
events = csv.ReadInSession();
//If read in failed, generate basic list of events
if (events == null)
{
events = new List <EventStats>();
NeuroLog.Log("Generating Random events");
numTrials = 2;
for (int i = 0; i < numTrials; i++)
{
StarEvent eS = new StarEvent();
eS.NumLittleStars = 34;
eS.NumBigStars = 31;
eS.NumTriangles = 7;
eS.NumDots = 6;
events.Add(eS);
}
}
else
{
numTrials = events.Count;
}
//Find the max number of objects we'll need
int maxTri = 2;
int maxDot = 2;
int maxLS = 3;
int maxBS = 5;
foreach (StarEvent sE in events)
{
if (sE.NumBigStars > maxBS)
{
maxBS = sE.NumBigStars;
}
if (sE.NumLittleStars > maxLS)
{
maxLS = sE.NumLittleStars;
}
if (sE.NumDots > maxDot)
{
maxDot = sE.NumDots;
}
if (sE.NumTriangles > maxTri)
{
maxTri = sE.NumTriangles;
}
}
//Have the game generate the maximum amount of objects needed for this session
generateObjects(maxLS, maxBS, maxDot, maxTri);
//Start the game
StartCoroutine("runSession");
}
//Generate a practice event
protected override void generatePractice(){
StarEvent prac = new StarEvent();
prac.NumLittleStars = 5;
prac.NumBigStars = 3;
prac.NumTriangles= 2;
prac.NumDots= 2;
practice.Add(prac);
}
//Method used to read in all the trials of the game
private List<EventStats> ReadStarEvents(CsvReader csv)
{
List<EventStats> starEvents = new List<EventStats>();
int fieldCount = csv.FieldCount;
string[] headers = csv.GetFieldHeaders();
int i =2;
StarEvent sE = new StarEvent();
int lS=0;
int bS=0;
int d=0;
int t=0;
int block =0;
List<StarObject> objs = new List<StarObject>();
while (csv.ReadNextRecord()){
int type = -1;
int b=-1;
Vector2 pos = new Vector2(Mathf.Infinity,Mathf.Infinity);
float rotation = 0;
for(int j = 0;j<fieldCount;j++){
//Type
if(headers[j].ToLower() == "type"){
if(int.TryParse(csv[j].ToLower(),out type)){
if(type <0 && type>3){
NeuroLog.Log("Invalid value for 'type' at line #" + i.ToString() + ". Needs to be between 0 and 4.");
type = -1;
}
else{
if(type == 0)
lS++;
else if(type ==1)
bS++;
else if(type ==2)
d++;
else if(type ==3)
t++;
}
}
else NeuroLog.Log("Invalid value for 'type' at line #" + i.ToString() + ". Needs to be a int.");
}
//Position
else if(headers[j].ToLower() =="position"){
string[] input = csv[j].Split(';');
float x = Mathf.Infinity;
float y = Mathf.Infinity;
if(float.TryParse(input[0],out x)){
if(x!=Mathf.Infinity){
if(x>170 || x<-170){
x = Mathf.Infinity;
NeuroLog.Log("Invalid value for 'position.x' at line #" + i.ToString() + ". Needs to be between -170 and 170.");
}
}
}
else NeuroLog.Log("Invalid value for 'position.x' at line #" + i.ToString() + ". Needs to be a float.");
if(float.TryParse(input[1],out y)){
if(y!=Mathf.Infinity){
if(y>90 || y<-75){
y = Mathf.Infinity;
NeuroLog.Log("Invalid value for 'position.y' at line #" + i.ToString() + ". Needs to be between -75 and 90.");
}
}
}
else NeuroLog.Log("Invalid value for 'position.y' at line #" + i.ToString() + ". Needs to be a float.");
pos = new Vector2(x,y);
}
//Rotation
else if(headers[j].ToLower() == "rotation"){
if(!float.TryParse(csv[j].ToLower(),out rotation))
NeuroLog.Log("Invalid value for 'rotation' at line #" + i.ToString() + ". Needs to be a float.");
}
//Block Num
else if (headers[j].ToLower() =="blocknum"){
if(int.TryParse(csv[j],out b)){
if(block ==0){
block = b;
}
else if(b <block){
NeuroLog.Log("Invalid value for 'dot' at line #" + i.ToString() + ". Needs to be greater than "+block +" at this point. Please keep block num's together");
b = -1;
}
else if(b> block+1){
NeuroLog.Log("Invalid value for 'dot' at line #" + i.ToString() + ". Needs to be less than "+(block+1).ToString()
+" at this point. Do not jump ahead.");
b = -1;
}
}
else NeuroLog.Log("Invalid value for 'BlockNum' at line #" + i.ToString() + ". Needs to be a int.");
}
}
if(b != -1){
if(b != block){
block = b;
sE.Objects = objs;
if(type == 0) lS--;
else if(type ==1) bS--;
else if(type ==2) d--;
else if(type ==3) t--;
sE.NumBigStars = bS;
sE.NumLittleStars=lS;
sE.NumTriangles = t;
sE.NumDots = d;
starEvents.Add(sE);
lS=0;
bS=0;
d=0;
t=0;
if(type == 0) lS++;
else if(type ==1) bS++;
else if(type ==2) d++;
else if(type ==3) t++;
objs = new List<StarObject>();
sE = new StarEvent();
}
if(type!=-1 && pos.x != Mathf.Infinity && pos.y != Mathf.Infinity){
StarObject sO = new StarObject(type,pos,rotation);
objs.Add(sO);
}
}
i++;
}
if(objs.Count>0){
sE.Objects = objs;
sE.NumBigStars = bS;
sE.NumLittleStars=lS;
sE.NumTriangles = t;
sE.NumDots = d;
starEvents.Add(sE);
}
return starEvents;
}
