void fakeCreation(Song s)
{
var theBPMCounter = 1;
var theSTOPCounter = 0;
double mesurecount = 0;
double prevmesure = 0;
double timecounter = 0;
double timeBPM = 0;
double timestop = 0;
double timetotal = 0;
float prec = 0.001f;
//stepBySecondsAverage
double timestart = -10f;
double stoptime = 0;
int countStep = 0;
double stepbysecAv = 0f;
//stepmax
double maxStepPerSeconds = 0f;
int numberStepBetweenTwoBeat = 0;
double timestartMax = -10f;
//double maxLenght = 0f;
//longestStream
double lenghtStream = 0f;
double maxLenghtStream = 0f;
double speedOfMaxStream = 0f;
double previousSpeed = 0f;
//Footswitch
int numberOfFootswitch = 0;
int[] casevalidate = new int[4]; //left down up right
casevalidate[0] = 0;
casevalidate[1] = 0;
casevalidate[2] = 0;
casevalidate[3] = 0;
//Cross
int numberOfCross = 0;
int[] caseCrossvalidate = new int[4]; //left down up right
caseCrossvalidate[0] = 0;
caseCrossvalidate[1] = 0;
caseCrossvalidate[2] = 0;
caseCrossvalidate[3] = 0;
//Hands
int numberOfHands = 0;
//freeze
var freezed = new int[4];
freezed[0] = 0;
freezed[1] = 0;
freezed[2] = 0;
freezed[3] = 0;
//graph
var listNumberStep = new Dictionary<double, double>();
foreach(var mesure in s.stepchart){
for(int beat=0;beat<mesure.Count;beat++){
#region BPMChange
var bps = s.getBPS(s.bpms.ElementAt(theBPMCounter-1).Value);
if(theBPMCounter < s.bpms.Count && theSTOPCounter < s.stops.Count){
while((theBPMCounter < s.bpms.Count && theSTOPCounter < s.stops.Count)
&& (s.mesureBPMS.ElementAt(theBPMCounter) < mesurecount - prec || s.mesureSTOPS.ElementAt(theSTOPCounter) < mesurecount - prec)){
if(s.mesureBPMS.ElementAt(theBPMCounter) < s.mesureSTOPS.ElementAt(theSTOPCounter)){
timecounter += (s.mesureBPMS.ElementAt(theBPMCounter) - prevmesure)/bps;
timeBPM += timecounter;
timecounter = 0;
prevmesure = s.mesureBPMS.ElementAt(theBPMCounter);
theBPMCounter++;
bps = s.getBPS(s.bpms.ElementAt(theBPMCounter-1).Value);
//Debug.Log("And bpm change before / bpm");
}else if(s.mesureBPMS.ElementAt(theBPMCounter) > s.mesureSTOPS.ElementAt(theSTOPCounter)){
timestop += s.stops.ElementAt(theSTOPCounter).Value;
theSTOPCounter++;
//Debug.Log("And stop change before");
}else{
timecounter += (s.mesureBPMS.ElementAt(theBPMCounter) - prevmesure)/bps;
timeBPM += timecounter;
timecounter = 0;
prevmesure = s.mesureBPMS.ElementAt(theBPMCounter);
theBPMCounter++;
bps = s.getBPS(s.bpms.ElementAt(theBPMCounter-1).Value);
timestop += s.stops.ElementAt(theSTOPCounter).Value;
theSTOPCounter++;
//Debug.Log("And bpm change before");
//Debug.Log("And stop change before");
}
}
}else if(theBPMCounter < s.bpms.Count){
while((theBPMCounter < s.bpms.Count) && s.mesureBPMS.ElementAt(theBPMCounter) < mesurecount - prec){
timecounter += (s.mesureBPMS.ElementAt(theBPMCounter) - prevmesure)/bps;
timeBPM += timecounter;
timecounter = 0;
prevmesure = s.mesureBPMS.ElementAt(theBPMCounter);
theBPMCounter++;
bps = s.getBPS(s.bpms.ElementAt(theBPMCounter-1).Value);
}
}else if(theSTOPCounter < s.stops.Count){
while((theSTOPCounter < s.stops.Count) && s.mesureSTOPS.ElementAt(theSTOPCounter) < mesurecount - prec){
timestop += s.stops.ElementAt(theSTOPCounter).Value;
theSTOPCounter++;
}
}
#endregion
timecounter += (mesurecount - prevmesure)/bps;
timetotal = timecounter + timeBPM + timestop;
char[] note = mesure.ElementAt(beat).TrimStart(' ').Trim().ToCharArray();
if((beat*8f)%(mesure.Count) == 0){
var newMax = numberStepBetweenTwoBeat/(timetotal - timestartMax);
if(!listNumberStep.ContainsKey(timetotal)){
listNumberStep.Add(timetotal, newMax);
}else{
listNumberStep.Add(timetotal + 0.00001, newMax);
}
if(maxStepPerSeconds < newMax){
maxStepPerSeconds = newMax;
}
if(Mathf.Abs((float)(newMax - previousSpeed)) < 0.001f && numberStepBetweenTwoBeat > 0 && newMax > 4f){
lenghtStream += (timetotal - timestartMax);
if(lenghtStream > maxLenghtStream){
speedOfMaxStream = newMax;
maxLenghtStream = lenghtStream;
}
}else{
lenghtStream = 0;
}
previousSpeed = newMax;
numberStepBetweenTwoBeat = 0;
timestartMax = timetotal;
}
var barr = false;
var barrstop = false;
var iselected = -1;
var doubleselection = false;
var tripleselect = 0;
for(int i =0;i<4; i++){
if(note[i] == '1'){
if(iselected == -1){
iselected = i;
}else{
doubleselection = true;
}
tripleselect++;
barr = true;
}else if(note[i] == '2'){
barr = true;
if(iselected == -1){
iselected = i;
}else{
doubleselection = true;
}
freezed[i] = 1;
}else if(note[i] == '3'){
freezed[i] = 0;
barrstop = true;
}else if(note[i] == '4'){
barr = true;
if(iselected == -1){
iselected = i;
}else{
doubleselection = true;
}
freezed[i] = 1;
}else if(note[i] == 'M'){
barrstop = true;
}
}
for(int i=0;i<4;i++){
if(freezed[i] == 1) tripleselect++;
}
if(tripleselect >= 3f){
numberOfHands++;
}
if(barr || barrstop){
stoptime = timetotal;
}
if(barr){
if(timestart == -10f) timestart = timetotal;
countStep++;
numberStepBetweenTwoBeat++;
if(!doubleselection){
switch(iselected){
case 0:
//fs
if(((casevalidate[1] == 2 && casevalidate[2] == 0) || (casevalidate[2] == 2 && casevalidate[1] == 0)) && casevalidate[0] == 0 && casevalidate[3] == 1){
numberOfFootswitch++;
casevalidate[0] = 1;
casevalidate[1] = 0;
casevalidate[2] = 0;
casevalidate[3] = 0;
}else{
casevalidate[0] = 1;
casevalidate[1] = 0;
casevalidate[2] = 0;
casevalidate[3] = 0;
}
//cross
if((caseCrossvalidate[0] == 0 && (((caseCrossvalidate[1] == 1 || caseCrossvalidate[1] == 2) && caseCrossvalidate[2] == 0)
|| (caseCrossvalidate[1] == 0 && (caseCrossvalidate[2] == 1 || caseCrossvalidate[2] == 2))) && caseCrossvalidate[3] == 1)){
numberOfCross++;
caseCrossvalidate[0] = 1;
caseCrossvalidate[1] = 0;
caseCrossvalidate[2] = 0;
caseCrossvalidate[3] = 0;
}else{
caseCrossvalidate[0] = 1;
caseCrossvalidate[1] = 0;
caseCrossvalidate[2] = 0;
caseCrossvalidate[3] = 0;
}
break;
case 1:
//fs
if(((casevalidate[0] == 0 && casevalidate[3] == 1) || (casevalidate[0] == 1 && casevalidate[3] == 0)) && casevalidate[2] == 0 && casevalidate[1] < 2){
casevalidate[1]++;
}else{
casevalidate[0] = 0;
casevalidate[1] = 0;
casevalidate[2] = 0;
casevalidate[3] = 0;
}
//cross
if((caseCrossvalidate[0] == 1 || caseCrossvalidate[3] == 1)){
if(caseCrossvalidate[0] == 1 && caseCrossvalidate[1] == 1 && caseCrossvalidate[2] == 2 && caseCrossvalidate[3] == 0){
caseCrossvalidate[2] = 0;
}
if(caseCrossvalidate[0] == 0 && caseCrossvalidate[1] == 1 && caseCrossvalidate[2] == 2 && caseCrossvalidate[3] == 1){
caseCrossvalidate[2] = 0;
}
caseCrossvalidate[1] = 2;
if(caseCrossvalidate[2] == 2) caseCrossvalidate[2] = 1;
}else{
caseCrossvalidate[0] = 0;
caseCrossvalidate[1] = 0;
caseCrossvalidate[2] = 0;
caseCrossvalidate[3] = 0;
}
break;
case 2:
//fs
if(((casevalidate[0] == 0 && casevalidate[3] == 1) || (casevalidate[0] == 1 && casevalidate[3] == 0)) && casevalidate[1] == 0 && casevalidate[2] < 2){
casevalidate[2]++;
}else{
casevalidate[0] = 0;
casevalidate[1] = 0;
casevalidate[2] = 0;
casevalidate[3] = 0;
}
//cross
if((caseCrossvalidate[0] == 1 || caseCrossvalidate[3] == 1)){
if(caseCrossvalidate[0] == 1 && caseCrossvalidate[1] == 2 && caseCrossvalidate[2] == 1 && caseCrossvalidate[3] == 0){
caseCrossvalidate[1] = 0;
}
if(caseCrossvalidate[0] == 0 && caseCrossvalidate[1] == 2 && caseCrossvalidate[2] == 1 && caseCrossvalidate[3] == 1){
caseCrossvalidate[1] = 0;
}
caseCrossvalidate[2] = 2;
if(caseCrossvalidate[1] == 2) caseCrossvalidate[1] = 1;
}else{
caseCrossvalidate[0] = 0;
caseCrossvalidate[1] = 0;
caseCrossvalidate[2] = 0;
caseCrossvalidate[3] = 0;
}
break;
case 3:
//fs
if(((casevalidate[1] == 2 && casevalidate[2] == 0) || (casevalidate[2] == 2 && casevalidate[1] == 0)) && casevalidate[3] == 0 && casevalidate[0] == 1){
numberOfFootswitch++;
casevalidate[0] = 0;
casevalidate[1] = 0;
casevalidate[2] = 0;
casevalidate[3] = 1;
}else{
casevalidate[0] = 0;
casevalidate[1] = 0;
casevalidate[2] = 0;
casevalidate[3] = 1;
}
//cross
if(caseCrossvalidate[0] == 1 && (( caseCrossvalidate[1] == 2 && caseCrossvalidate[2] == 0)
|| (caseCrossvalidate[1] == 0 && caseCrossvalidate[2] == 2) && caseCrossvalidate[3] == 0)){
numberOfCross++;
caseCrossvalidate[0] = 0;
caseCrossvalidate[1] = 0;
caseCrossvalidate[2] = 0;
caseCrossvalidate[3] = 1;
}else{
caseCrossvalidate[0] = 0;
caseCrossvalidate[1] = 0;
caseCrossvalidate[2] = 0;
caseCrossvalidate[3] = 1;
}
break;
}
}else{
casevalidate[0] = 0;
casevalidate[1] = 0;
casevalidate[2] = 0;
casevalidate[3] = 0;
caseCrossvalidate[0] = 0;
caseCrossvalidate[1] = 0;
caseCrossvalidate[2] = 0;
caseCrossvalidate[3] = 0;
}
}
#region ChangeBPM
if(theBPMCounter < s.bpms.Count){
if(Mathf.Abs((float)(s.mesureBPMS.ElementAt(theBPMCounter) - mesurecount)) < prec){
timeBPM += timecounter;
timecounter = 0;
theBPMCounter++;
//Debug.Log("And bpm change");
}
}
if(theSTOPCounter < s.stops.Count){
if(Mathf.Abs((float)(s.mesureSTOPS.ElementAt(theSTOPCounter) - mesurecount)) < prec){
timestop += s.stops.ElementAt(theSTOPCounter).Value;
theSTOPCounter++;
//Debug.Log("And stop");
}
}
#endregion
prevmesure = mesurecount;
mesurecount += (4f/(float)mesure.Count);
}
}
stepbysecAv = (double)countStep/(stoptime - timestart);
s.duration = stoptime;
s.stepPerSecondAverage = stepbysecAv;
s.stepPerSecondMaximum = maxStepPerSeconds;
//s.timeMaxStep = maxLenght;
s.stepPerSecondStream = speedOfMaxStream;
s.longestStream = maxLenghtStream;
s.numberOfFootswitch = numberOfFootswitch;
s.numberOfCross = numberOfCross - numberOfFootswitch;
s.numberOfHands = numberOfHands;
s.intensityGraph = new float[100];
var theamountOfTime = s.duration/100f;
double thetotaltime = 0;
double themoy = 0;
double thecountmoy = 0;
var countintensity = 0;
double theprevioustimetotal = 0;
for(int i=0;i<listNumberStep.Count && thetotaltime < s.duration;i++){
if((thetotaltime - theprevioustimetotal) >= theamountOfTime){
var thevalue = themoy/thecountmoy;
s.intensityGraph[countintensity] = (float)thevalue;
countintensity++;
thecountmoy = 0;
themoy = 0;
theprevioustimetotal = thetotaltime;
}else{
themoy += listNumberStep.ElementAt(i).Value;
thecountmoy++;
thetotaltime = listNumberStep.ElementAt(i).Key;
}
}
}
//Create the chart
void createTheChart(Song s)
{
var ypos = 0f;
arrowLeftList = new List<Arrow>();
arrowUpList = new List<Arrow>();
arrowDownList = new List<Arrow>();
arrowRightList = new List<Arrow>();
mineLeftList = new List<Arrow>();
mineUpList = new List<Arrow>();
mineDownList = new List<Arrow>();
mineRightList = new List<Arrow>();
var theBPMCounter = 1;
var theSTOPCounter = 0;
double mesurecount = 0;
double prevmesure = 0;
double timecounter = 0;
double timeBPM = 0;
double timestop = 0;
double timetotal = 0;
float prec = 0.001f;
var ArrowFreezed = new Arrow[4];
Bumps = new List<double>();
foreach(var mesure in s.stepchart){
for(int beat=0;beat<mesure.Count;beat++){
var bps = s.getBPS(s.bpms.ElementAt(theBPMCounter-1).Value);
if(theBPMCounter < s.bpms.Count && theSTOPCounter < s.stops.Count){
while((theBPMCounter < s.bpms.Count && theSTOPCounter < s.stops.Count)
&& (s.mesureBPMS.ElementAt(theBPMCounter) < mesurecount - prec || s.mesureSTOPS.ElementAt(theSTOPCounter) < mesurecount - prec)){
if(s.mesureBPMS.ElementAt(theBPMCounter) < s.mesureSTOPS.ElementAt(theSTOPCounter)){
timecounter += (s.mesureBPMS.ElementAt(theBPMCounter) - prevmesure)/bps;
timeBPM += timecounter;
timecounter = 0;
prevmesure = s.mesureBPMS.ElementAt(theBPMCounter);
theBPMCounter++;
bps = s.getBPS(s.bpms.ElementAt(theBPMCounter-1).Value);
//Debug.Log("And bpm change before / bpm");
}else if(s.mesureBPMS.ElementAt(theBPMCounter) > s.mesureSTOPS.ElementAt(theSTOPCounter)){
timestop += s.stops.ElementAt(theSTOPCounter).Value;
theSTOPCounter++;
//Debug.Log("And stop change before");
}else{
timecounter += (s.mesureBPMS.ElementAt(theBPMCounter) - prevmesure)/bps;
timeBPM += timecounter;
timecounter = 0;
prevmesure = s.mesureBPMS.ElementAt(theBPMCounter);
theBPMCounter++;
bps = s.getBPS(s.bpms.ElementAt(theBPMCounter-1).Value);
timestop += s.stops.ElementAt(theSTOPCounter).Value;
theSTOPCounter++;
//Debug.Log("And bpm change before");
//Debug.Log("And stop change before");
}
}
}else if(theBPMCounter < s.bpms.Count){
while((theBPMCounter < s.bpms.Count) && s.mesureBPMS.ElementAt(theBPMCounter) < mesurecount - prec){
timecounter += (s.mesureBPMS.ElementAt(theBPMCounter) - prevmesure)/bps;
timeBPM += timecounter;
timecounter = 0;
prevmesure = s.mesureBPMS.ElementAt(theBPMCounter);
theBPMCounter++;
bps = s.getBPS(s.bpms.ElementAt(theBPMCounter-1).Value);
}
}else if(theSTOPCounter < s.stops.Count){
while((theSTOPCounter < s.stops.Count) && s.mesureSTOPS.ElementAt(theSTOPCounter) < mesurecount - prec){
timestop += s.stops.ElementAt(theSTOPCounter).Value;
theSTOPCounter++;
}
}
timecounter += (mesurecount - prevmesure)/bps;
timetotal = timecounter + timeBPM + timestop;
if((beat)%(mesure.Count/4) == 0) Bumps.Add(timetotal);
var previousnote = mesure.ElementAt(beat).Trim();
//Traitement
if(displayValue[0]){ //No mine
previousnote = previousnote.Replace('M', '0');
}
if(displayValue[1]){ //No jump
if(previousnote.Where( c => c == '1' || c == '2' || c == '4').Count() == 2){
var done = false;
for(int i=0; i<4; i++){
if(previousnote.ElementAt(i) == '1' || previousnote.ElementAt(i) == '2' || previousnote.ElementAt(i) == '4'){
if(done){
previousnote = previousnote.Remove(i, 1);
previousnote = previousnote.Insert(i,"0");
}else{
done = true;
}
}
}
}
}
if(displayValue[2]){ //No hands
if(previousnote.Where( c => c == '1' || c == '2' || c == '4').Count() >= 3){
var done = false;
for(int i=0; i<4; i++){
if(previousnote.ElementAt(i) == '1' || previousnote.ElementAt(i) == '2' || previousnote.ElementAt(i) == '4'){
if(done){
previousnote = previousnote.Remove(i, 1);
previousnote = previousnote.Insert(i,"0");
}else{
done = true;
}
}
}
}
}
if(displayValue[3]){ //No freeze
previousnote = previousnote.Replace('2', '1');
previousnote = previousnote.Replace('4', '1');
previousnote = previousnote.Replace('3', '0');
}
char[] note = previousnote.ToCharArray();
var listNeighboors = new List<Arrow>();
var barr = false;
for(int i =0;i<4; i++){
if(note[i] == '1'){
barr = true;
var goArrow = (GameObject) Instantiate(arrow, new Vector3(i*2, -ypos, 0f), arrow.transform.rotation);
if(DataManager.Instance.skinSelected == 1 || DataManager.Instance.skinSelected == 3){
for(int j=0; j<goArrow.transform.childCount;j++){
if(goArrow.transform.GetChild(j).name.Contains("Deco")){
goArrow.transform.GetChild(j).renderer.material.color = chooseColor(beat + 1, mesure.Count);
}
}
}else{
goArrow.renderer.material.color = chooseColor(beat + 1, mesure.Count);
}
var theArrow = new Arrow(goArrow, ArrowType.NORMAL, timetotal);
switch(i){
case 0:
if(DataManager.Instance.skinSelected == 1){
theArrow.goArrow.transform.Rotate(0f, 0f, 90f);
}else if(DataManager.Instance.skinSelected == 3){
theArrow.goArrow.transform.FindChild("RotationCenter").Rotate(0f, 0f, 90f);
}
theArrow.arrowPos = ArrowPosition.LEFT;
arrowLeftList.Add(theArrow);
break;
case 1:
if(DataManager.Instance.skinSelected == 1){
theArrow.goArrow.transform.Rotate(0f, 0f, 180f);
}else if(DataManager.Instance.skinSelected == 3){
theArrow.goArrow.transform.FindChild("RotationCenter").Rotate(0f, 0f, 180f);
}
theArrow.arrowPos = ArrowPosition.DOWN;
arrowDownList.Add(theArrow);
break;
case 2:
theArrow.arrowPos = ArrowPosition.UP;
arrowUpList.Add(theArrow);
break;
case 3:
if(DataManager.Instance.skinSelected == 1){
theArrow.goArrow.transform.Rotate(0f, 0f, -90f);
}else if(DataManager.Instance.skinSelected == 3){
theArrow.goArrow.transform.FindChild("RotationCenter").Rotate(0f, 0f, -90f);
}
theArrow.arrowPos = ArrowPosition.RIGHT;
arrowRightList.Add(theArrow);
break;
}
listNeighboors.Add(theArrow);
goArrow.SetActiveRecursively(false);
gameObject.GetComponent<ManageGameObject>().Add(timetotal, goArrow);
//barrow = true;
}else if(note[i] == '2'){
barr = true;
var goArrow = (GameObject) Instantiate(arrow, new Vector3(i*2, -ypos, 0f), arrow.transform.rotation);
if(DataManager.Instance.skinSelected == 1 || DataManager.Instance.skinSelected == 3){
for(int j=0; j<goArrow.transform.childCount;j++){
if(goArrow.transform.GetChild(j).name.Contains("Deco")){
goArrow.transform.GetChild(j).renderer.material.color = chooseColor(beat + 1, mesure.Count);
}
}
}else{
goArrow.renderer.material.color = chooseColor(beat + 1, mesure.Count);
}
var theArrow = new Arrow(goArrow, ArrowType.FREEZE, timetotal);
ArrowFreezed[i] = theArrow;
switch(i){
case 0:
if(DataManager.Instance.skinSelected == 1){
theArrow.goArrow.transform.Rotate(0f, 0f, 90f);
}else if(DataManager.Instance.skinSelected == 3){
theArrow.goArrow.transform.FindChild("RotationCenter").Rotate(0f, 0f, 90f);
}
theArrow.arrowPos = ArrowPosition.LEFT;
arrowLeftList.Add(theArrow);
break;
case 1:
if(DataManager.Instance.skinSelected == 1){
theArrow.goArrow.transform.Rotate(0f, 0f, 180f);
}else if(DataManager.Instance.skinSelected == 3){
theArrow.goArrow.transform.FindChild("RotationCenter").Rotate(0f, 0f, 180f);
}
theArrow.arrowPos = ArrowPosition.DOWN;
arrowDownList.Add(theArrow);
break;
case 2:
theArrow.arrowPos = ArrowPosition.UP;
arrowUpList.Add(theArrow);
break;
case 3:
if(DataManager.Instance.skinSelected == 1){
theArrow.goArrow.transform.Rotate(0f, 0f, -90f);
}else if(DataManager.Instance.skinSelected == 3){
theArrow.goArrow.transform.FindChild("RotationCenter").Rotate(0f, 0f, -90f);
}
theArrow.arrowPos = ArrowPosition.RIGHT;
arrowRightList.Add(theArrow);
break;
}
listNeighboors.Add(theArrow);
goArrow.SetActiveRecursively(false);
GetComponent<ManageGameObject>().Add(timetotal, goArrow);
}else if(note[i] == '3'){
barr = true;
var theArrow = ArrowFreezed[i];
if(ArrowFreezed[i] != null){
var goFreeze = (GameObject) Instantiate(freeze, new Vector3(i*2, (theArrow.goArrow.transform.position.y + ((-ypos - theArrow.goArrow.transform.position.y)/2f)) , 1f), freeze.transform.rotation);
goFreeze.transform.localScale = new Vector3(1f, -((-ypos - theArrow.goArrow.transform.position.y)/2f), 0.1f);
if(DataManager.Instance.skinSelected == 1 || DataManager.Instance.skinSelected == 3){
for(int j=0; j<theArrow.goArrow.transform.childCount;j++){
if(theArrow.goArrow.transform.GetChild(j).name.Contains("Deco")){
goFreeze.transform.GetChild(0).renderer.material.color = theArrow.goArrow.transform.GetChild(j).renderer.material.color;
j = theArrow.goArrow.transform.childCount;
}
}
}else{
goFreeze.transform.GetChild(0).renderer.material.color = theArrow.goArrow.renderer.material.color;
}
theArrow.setArrowFreeze(timetotal, new Vector3(i*2,-ypos, 0f), goFreeze, null);
}
ArrowFreezed[i] = null;
}else if(note[i] == '4'){
barr = true;
var goArrow = (GameObject) Instantiate(arrow, new Vector3(i*2, -ypos, 0f), arrow.transform.rotation);
if(DataManager.Instance.skinSelected == 1 || DataManager.Instance.skinSelected == 3){
for(int j=0; j<goArrow.transform.childCount;j++){
if(goArrow.transform.GetChild(j).name.Contains("Deco")){
goArrow.transform.GetChild(j).renderer.material.color = chooseColor(beat + 1, mesure.Count);
}
}
}else{
goArrow.renderer.material.color = chooseColor(beat + 1, mesure.Count);
}
var theArrow = new Arrow(goArrow, ArrowType.ROLL, timetotal);
ArrowFreezed[i] = theArrow;
switch(i){
case 0:
if(DataManager.Instance.skinSelected == 1){
theArrow.goArrow.transform.Rotate(0f, 0f, 90f);
}else if(DataManager.Instance.skinSelected == 3){
theArrow.goArrow.transform.FindChild("RotationCenter").Rotate(0f, 0f, 90f);
}
theArrow.arrowPos = ArrowPosition.LEFT;
arrowLeftList.Add(theArrow);
break;
case 1:
if(DataManager.Instance.skinSelected == 1){
theArrow.goArrow.transform.Rotate(0f, 0f, 180f);
}else if(DataManager.Instance.skinSelected == 3){
theArrow.goArrow.transform.FindChild("RotationCenter").Rotate(0f, 0f, 180f);
}
theArrow.arrowPos = ArrowPosition.DOWN;
arrowDownList.Add(theArrow);
break;
case 2:
theArrow.arrowPos = ArrowPosition.UP;
arrowUpList.Add(theArrow);
break;
case 3:
if(DataManager.Instance.skinSelected == 1){
theArrow.goArrow.transform.Rotate(0f, 0f, -90f);
}else if(DataManager.Instance.skinSelected == 3){
theArrow.goArrow.transform.FindChild("RotationCenter").Rotate(0f, 0f, -90f);
}
theArrow.arrowPos = ArrowPosition.RIGHT;
arrowRightList.Add(theArrow);
break;
}
listNeighboors.Add(theArrow);
goArrow.SetActiveRecursively(false);
GetComponent<ManageGameObject>().Add(timetotal, goArrow);
}else if(note[i] == 'M'){
var goArrow = (GameObject) Instantiate(mines, new Vector3(i*2, -ypos, 0f), mines.transform.rotation);
var theArrow = new Arrow(goArrow, ArrowType.MINE, timetotal);
switch(i){
case 0:
theArrow.arrowPos = ArrowPosition.LEFT;
mineLeftList.Add(theArrow);
break;
case 1:
theArrow.arrowPos = ArrowPosition.DOWN;
mineDownList.Add(theArrow);
break;
case 2:
theArrow.arrowPos = ArrowPosition.UP;
mineUpList.Add(theArrow);
break;
case 3:
theArrow.arrowPos = ArrowPosition.RIGHT;
mineRightList.Add(theArrow);
break;
}
}
}
if(barr){
if(firstArrow <= 0f) firstArrow = timetotal;
lastArrow = timetotal;
}
if(listNeighboors.Count > 1){
foreach(var el in listNeighboors){
el.neighboors = listNeighboors;
el.imJump = true;
}
}
if(theBPMCounter < s.bpms.Count){
if(Mathf.Abs((float)(s.mesureBPMS.ElementAt(theBPMCounter) - mesurecount)) < prec){
timeBPM += timecounter;
timecounter = 0;
theBPMCounter++;
//Debug.Log("And bpm change");
}
}
if(theSTOPCounter < s.stops.Count){
if(Mathf.Abs((float)(s.mesureSTOPS.ElementAt(theSTOPCounter) - mesurecount)) < prec){
timestop += s.stops.ElementAt(theSTOPCounter).Value;
theSTOPCounter++;
//Debug.Log("And stop");
}
}
prevmesure = mesurecount;
mesurecount += (4f/(float)mesure.Count);
ypos += (4f/(float)mesure.Count)*speedmod;
}
}
//Sort
arrowUpList = arrowUpList.OrderBy(c => c.time).ToList();
arrowDownList = arrowDownList.OrderBy(c => c.time).ToList();
arrowRightList = arrowRightList.OrderBy(c => c.time).ToList();
arrowLeftList = arrowLeftList.OrderBy(c => c.time).ToList();
mineUpList = mineUpList.OrderBy(c => c.time).ToList();
mineDownList = mineDownList.OrderBy(c => c.time).ToList();
mineRightList = mineRightList.OrderBy(c => c.time).ToList();
mineLeftList = mineLeftList.OrderBy(c => c.time).ToList();
GetComponent<ManageGameObject>().DoTheStartSort();
}
