//Put content everything into SequenceTerm classes
List <SequenceTerm> convertCSV(List <string[]> inputString)
{
List <SequenceTerm> listToReturn = new List <SequenceTerm>();
foreach (string[] thisLine in inputString)
{
if (thisLine.Length > 1)
{
SequenceTerm termToAdd;
if (useImages)
{
if (thisLine[1][0] == ' ')
{
thisLine[1] = thisLine[1].Substring(1, thisLine[1].Length - 1);
}
string imgPathToUse = directoryForAssignment + "/" + thisLine[1].ToLower() + ".png";
imgPathToUse = imgPathToUse.Replace("\"", "");
termToAdd = new SequenceTerm(thisLine, imgPathToUse); //, newImg);
}
else
{
termToAdd = new SequenceTerm(thisLine);
}
termToAdd.mastery = ((int)Mathf.Ceil(((float)(currMastery / 100f)) * requiredMastery));
listToReturn.Add(termToAdd);
}
}
return(listToReturn);
}
public void configureGame(int thisInt)
{
assignIndex = thisInt;
Assignment assignToUse = AppManager.s_instance.currentAssignments[assignIndex];
matrixOfCSVData = parseContent(AppManager.s_instance.currentAssignments[assignIndex].content);
useImages = AppManager.s_instance.currentAssignments[assignIndex].hasImages;
if (useImages)
{
directoryForAssignment = AppManager.s_instance.currentAssignments[assignIndex].imgDir;
}
myCanvas = GameObject.Find("Canvas").GetComponent <Canvas>();
screenWidth = myCanvas.GetComponent <RectTransform> ().rect.width;
submitButton = GameObject.Find("SubmitButton"); //TODO GET RID OF ALL .FINDS
scaleFactor = GameObject.Find("Canvas").GetComponent <Canvas> ().scaleFactor;
greenCheck = GameObject.Find("greenCheck").GetComponent <PopUpGraphic> ();
parentCanvas = GameObject.FindGameObjectWithTag("shaker");
draggableGUIHolder = GameObject.Find("DraggableGUIHolder");
redX = GameObject.Find("redX").GetComponent <PopUpGraphic> ();
Input.multiTouchEnabled = true;
//list init
allTerms = new List <SequenceTerm> (); //use this to store per sequence mastery values
randomizedListSequences = new List <SequenceTerm> (); //can remove from this list once mastered
//parsing
for (int i = 0; i < matrixOfCSVData.Count; i++) //fill out list of Sequence class instances
{
SequenceTerm tempSequence = new SequenceTerm();
tempSequence.initIndex = i;
tempSequence.arrayOfStrings = matrixOfCSVData[i];
allTerms.Add(tempSequence);
}
for (int i = 0; i < allTerms.Count; i++)
{
totalMastery += requiredMastery;
}
PropagateMastery(assignToUse);
List <SequenceTerm> tempListSequences = new List <SequenceTerm>(allTerms); //copy list
while (tempListSequences.Count > 0) //shuffle list
{
int randomIndex = Mathf.FloorToInt(Random.Range(0, tempListSequences.Count)); //r.Next(0, inputList.Count); //Choose a random object in the list
randomizedListSequences.Add(tempListSequences[randomIndex]); //add it to the new, random list
tempListSequences.RemoveAt(randomIndex); //remove to avoid duplicates
}
CheckForSequenceMastery();
readyToConfigure = true;
}
//Put content everything into SequenceTerm classes
List<SequenceTerm> convertCSV(List<string[]> inputString)
{
List<SequenceTerm> listToReturn = new List<SequenceTerm>();
foreach(string[] thisLine in inputString){
if(thisLine.Length > 1){
SequenceTerm termToAdd;
if(useImages){
if(thisLine[1][0] == ' '){
thisLine[1] = thisLine[1].Substring(1,thisLine[1].Length-1);
}
string imgPathToUse = directoryForAssignment + "/" + thisLine[1].ToLower() + ".png";
imgPathToUse = imgPathToUse.Replace("\"", "");
termToAdd = new SequenceTerm(thisLine, imgPathToUse);//, newImg);
}else{
termToAdd = new SequenceTerm(thisLine);
}
termToAdd.mastery = ((int)Mathf.Ceil(((float)(currMastery/100f))*requiredMastery));
listToReturn.Add(termToAdd);
}
}
return listToReturn;
}