public void AddDataPiece(float time, string currentLevel, string buttonPressed, bool correct, int inputsCount)
{
UserDataPiece dataPiece = new UserDataPiece();
dataPiece.inputTime = time;
dataPiece.level = currentLevel;
dataPiece.buttonPressed = buttonPressed;
string systemtime = System.DateTime.Now.ToString();
dataPiece.date = systemtime;
dataPiece.correct = (correct ? 1 : 0);
dataPiece.n = inputsCount;
dataPiece.userName = GameManager.instance.userName;
dataPiece.SetEpisode(GameManager.instance.episode);
userDataPieces.Add(dataPiece);
GameSaveManager.instance.SaveGame();
UserDataExport datos = new UserDataExport();
datos.Extime = time;
datos.Exlevel = currentLevel;
datos.ExbuttonPressed = buttonPressed;
datos.Excorrect = (correct ? 1 : 0);
datos.Excount = inputsCount;
datos.Exusername = GameManager.instance.userName;
datos.Exepisode = "One";
datos.Exdate = systemtime;
//crear key unico
System.DateTime epochStart = new System.DateTime(1970, 1, 1, 0, 0, 0, System.DateTimeKind.Utc);
int cur_time = (int)(System.DateTime.UtcNow - epochStart).TotalSeconds;
datos.Key = cur_time.ToString();
CSVManager.AppendToReport(ConvertDataPieceToStringArray(dataPiece));
CSVManager.SubmitDatabase(datos);//modificado por mi
}
private void SetOneBlock()
{
//혹시모르니 세팅시작할때 한번 비워주고 새로
nearRandomValue.Clear();
farRandomValue.Clear();
rotationRandomValue.Clear();
instructionPanel.SetActive(false);
for (int i = 0; i < expRandomValue.NearPositionOffsetValues.Count; i++)
{
//랜덤한 index를 pop하는 식으로 랜덤값을 쓸거기때문에 한블럭을 시작할때마다 새로 복사해서 시작해야함, 원본을 지워버리면 이후에 못하기때문
nearRandomValue.Add(expRandomValue.NearPositionOffsetValues[i]);
farRandomValue.Add(expRandomValue.FarPositionOffsetValues[i]);
rotationRandomValue.Add(expRandomValue.RotationOffsetValues[i]);
}
//한블럭 시작 초기화
curExpCase = curExpFlow[ExperimentState.curBlockNum - 1];
ExperimentState.curBlockDistance = curExpCase.distance;
ExperimentState.curBlockTechnique = curExpCase.technique;
CSVManager.AppendToReport(CSVManager.GetReportLine("Block Start"));
practiceCounter = 0;
isPractice = true;
SetOnePractice();
}
private void ReportPointerDown()
{
// 스마트폰에 가림막을 누르는 터치에대해서는 파일에 기록하지않기위해 if 문을 추가했음
if (ExperimentState.curTrialPhase != TrialPhase.Null && guideChair.activeSelf)
{
CSVManager.AppendToReport(CSVManager.GetReportLine("press"));
}
}
// Update is called once per frame
void Update()
{
if (Time.time >= nextTime)
{
getposition();
CSVManager.AppendToReport(GetReportLine());
Debug.Log("<color=green>Report updated successfully!</color>");
nextTime += interval;
}
}
static void DEV_AppendDefaultsToReport()
{
CSVManager.AppendToReport(new string[3]
{
Time.time.ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString()
}
);
EditorApplication.Beep();
}
public void StartExperiment()
{
ExperimentState.participantNum = expCtrPanel.participantNumber;
ExperimentState.curBlockNum = expCtrPanel.blockNumber;
turnOffDuringExperiment.SetActive(false);
curExpFlow = expAllFlow[ExperimentState.participantNum - 1];
CSVManager.AppendToReport(CSVManager.GetReportLine("Experiment Start"));
SetOneBlock();
}
static void AppendDefaultsToReport()
{
CSVManager.AppendToReport(
new string[3]
{
"0",
"200",
"4"
});
EditorApplication.Beep();
Debug.Log("<color=green>Report updated succesfully!</color>");
}
static void DEV_AppendToReport()
{
CSVManager.AppendToReport(
new string[5] {
"Patient", Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
}
);
EditorApplication.Beep();
}
static void DEV_AppendDefaultsToReport()
{
CSVManager.AppendToReport(
new string[3]
{
"john",
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString()
}
);
EditorApplication.Beep();
Debug.Log("<color=green>Report updated successfully!</color>");
}
public void AddDataPiece(float time, string currentLevel, string buttonPressed, bool correct, int inputsCount)
{
UserDataPiece dataPiece = new UserDataPiece();
dataPiece.inputTime = time;
dataPiece.level = currentLevel;
dataPiece.buttonPressed = buttonPressed;
dataPiece.date = System.DateTime.Now.ToString();
dataPiece.correct = (correct ? 1 : 0);
dataPiece.n = inputsCount;
dataPiece.userName = GameManager.instance.userName;
dataPiece.SetEpisode(GameManager.instance.episode);
userDataPieces.Add(dataPiece);
GameSaveManager.instance.SaveGame();
CSVManager.AppendToReport(ConvertDataPieceToStringArray(dataPiece));
}
// Update is called once per frame
void Update()
{
switch (gameState)
{
case GameState.StartSimulation:
{
currentSimulation = numSimulations;
battle.StartBattle(GetSelectedCharA(), GetSelectedCharB());
gameState = GameState.WaitSimulation;
break;
}
case GameState.WaitSimulation:
{
battle.UpdateBattle();
break;
}
case GameState.EndSimulation:
{
CSVManager.AppendToReport(battle.characterA, battle.characterB, numSimulations, winBattles);
gameState = GameState.WaitResetSimulation;
break;
}
case GameState.WaitResetSimulation:
{
// TODO: Button to reset simulation
gameState = GameState.ResetSimulation;
break;
}
case GameState.ResetSimulation:
{
ResetSimulation();
break;
}
}
if (Input.GetKeyDown(KeyCode.Escape))
{
Application.Quit();
}
}
static void DEV_AppendDefaultsToReport()
{
CSVManager.AppendToReport(
new string[11] {
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString(),
Random.Range(0, 11).ToString()
}
);
EditorApplication.Beep();
Debug.Log("Report updated successfully!");
}
// Update is called once per frame
void FixedUpdate()
{
Wii.WakeUp();
Wii.StartSearch();
if (Measurement.WhetherStart == true)
{
CSVManager.reportFileName = PlayerPrefs.GetString("UserName") + "COPreport.csv";
CSVManager.AppendToReport(
new string[6] {
PlayerPrefs.GetString("UserName"),
Measurement.GlobalTotalForce.ToString(),
Measurement.GlobalCOP.x.ToString(),
Measurement.GlobalCOP.y.ToString(),
Measurement.GlobalVelocity.x.ToString(),
Measurement.GlobalVelocity.y.ToString()
});
}
}
//연습모드
private void SetOnePractice()
{
// SetOneTrial과 다른점은 랜덤값을 사용해도 리스트에서 삭제하지 않는다는점, 블럭종료까지 진행되는게 아니라 3회 후 바로 SetOneTrial실행으로 바로 이어진다는점, 끝내는 조건관련 변수들에 손대지않는다는점
practiceCounter++;
PV.RPC("RPC_OneTrialStart", RpcTarget.All); // trial 시작시마다 가림막 설치, 랜덤한 위치에 버튼생성을 위해 시작할때 신호를 보내줌
manipChair.transform.localPosition = defaultManipChairPosition;
manipChair.transform.localRotation = Quaternion.identity;
ExperimentState.curTrialPhase = TrialPhase.RoughPlacement;
// 랜덤 값 리스트에서 이번 Trial에 사용될 랜덤값 선정 실전과 다른점은 리스트에서 뽑아서 써도 삭제시키지 않는다는점
System.Random random = new System.Random();
int index;
if (ExperimentState.curBlockDistance == Distance.Near)
{
index = random.Next(nearRandomValue.Count);
ExperimentState.curPositionOffset = nearRandomValue[index];
}
else
{
index = random.Next(farRandomValue.Count);
ExperimentState.curPositionOffset = farRandomValue[index];
}
index = random.Next(rotationRandomValue.Count);
ExperimentState.curRotationOffset = rotationRandomValue[index];
// 배치와 돌리는 과정을 나눠서하기때문에 Que도 나눠서 두단계에 걸쳐서 줘야함, 여기서는 포지션 큐만, 로테이션은 상세배치 끝난후에
guideChair.transform.localPosition = Vector3.zero;
guideChair.transform.localRotation = Quaternion.identity;
guideChair.transform.Translate(new Vector3(ExperimentState.curPositionOffset, 0, 0));
// 테스트 할때는 주석처리하자
guideChair.SetActive(false); // 스마트폰의 가림막을 1초 누르면 다시 킬거임
CSVManager.AppendToReport(CSVManager.GetReportLine("Practice Trial Start"));
}
public static void DEV_AppendSpecificsToReport(string[] strings)
{
CSVManager.AppendToReport(strings);
EditorApplication.Beep();
}
public static void DEV_AppendSpecificsToReport(string[] strings)
{
CSVManager.AppendToReport(strings);
//EditorApplication.Beep();
Debug.Log("<color=green>Specific data added succesfully!</color>");
}
public void get_avg()
{
CSVManager.CreateReport1();
//var dataset = Resources.Load<TextAsset>("W:\\csv test\\CSharpToCSV\\Assets\\Report\report.csv");
var dataset = File.ReadAllText(@"W:\\csv test\\CSharpToCSV\\Assets\\Report\report.csv");
var dataLines = dataset.Split(','); // Split also works with simple arguments, no need to pass char[]
using (StreamWriter sw = File.AppendText(@"W:\\csv test\\CSharpToCSV\\Assets\\Report\report2.csv"))
{
for (int i = 0; i < dataLines.Length; i++)
{
var data = dataLines[i].Split(',');
//string data1 = data;
for (int d = 0; d < data.Length; d++)
{
print(data[d]); // what you get is split sequential data that is column-first, then row
//CSVManager.AppendToReport2(new string[]{
// data[i]
//data[d] += reportSeparator;
sw.WriteLine(data[d]);
//for(int k = 0; k < data.Length; k++)
//{
// sw.WriteLine("," + data[d]);
//}
//sw.WriteLine(data[1]);
//sw.WriteLine(data[2]);
//sw.WriteLine(data[3]);
}
}
}
Avg_hips_x = "=AVERAGE(A2:A" + count + ")";
Avg_hips_y = "=AVERAGE(B2:B" + count + ")";
Avg_hips_z = "=AVERAGE(C2:C" + count + ")";
Avg_Spine_x = "=AVERAGE(D2:D" + count + ")";
Avg_Spine_y = "=AVERAGE(E2:E" + count + ")";
Avg_Spine_z = "=AVERAGE(F2:F" + count + ")";
Avg_Neck_x = "=AVERAGE(G2:G" + count + ")";
Avg_Neck_y = "=AVERAGE(H2:H" + count + ")";
Avg_Neck_z = "=AVERAGE(I2:I" + count + ")";
Avg_Head_x = "=AVERAGE(J2:J" + count + ")";
Avg_Head_y = "=AVERAGE(K2:K" + count + ")";
Avg_Head_z = "=AVERAGE(L2:L" + count + ")";
Avg_leftShoulder_x = "=AVERAGE(M2:M" + count + ")";
Avg_leftShoulder_y = "=AVERAGE(N2:N" + count + ")";
Avg_leftShoulder_z = "=AVERAGE(O2:O" + count + ")";
Avg_RightShoulder_x = "=AVERAGE(P2:P" + count + ")";
Avg_RightShoulder_y = "=AVERAGE(Q2:Q" + count + ")";
Avg_RightShoulder_z = "=AVERAGE(R2:R" + count + ")";
Avg_leftArm_x = "=AVERAGE(S2:S" + count + ")";
Avg_leftArm_y = "=AVERAGE(T2:T" + count + ")";
Avg_leftArm_z = "=AVERAGE(U2:U" + count + ")";
Avg_leftForeArm_x = "=AVERAGE(V2:V" + count + ")";
Avg_leftForeArm_y = "=AVERAGE(W2:W" + count + ")";
Avg_leftForeArm_z = "=AVERAGE(X2:X" + count + ")";
Avg_leftHand_x = "=AVERAGE(Y2:Y" + count + ")";
Avg_leftHand_y = "=AVERAGE(Z2:Z" + count + ")";
Avg_leftHand_z = "=AVERAGE(AA2:AA" + count + ")";
Avg_RightArm_x = "=AVERAGE(AB2:AB" + count + ")";
Avg_RightArm_y = "=AVERAGE(AC2:AC" + count + ")";
Avg_RightArm_z = "=AVERAGE(AD2:AD" + count + ")";
Avg_RightForeArm_x = "=AVERAGE(AE2:AE" + count + ")";
Avg_RightForeArm_y = "=AVERAGE(AF2:AF" + count + ")";
Avg_RightForeArm_z = "=AVERAGE(AG2:AG" + count + ")";
Avg_RightHand_x = "=AVERAGE(AH2:AH" + count + ")";
Avg_RightHand_y = "=AVERAGE(AI2:AI" + count + ")";
Avg_RightHand_z = "=AVERAGE(AJ2:AJ" + count + ")";
Avg_leftUpLeg_x = "=AVERAGE(AK2:AK" + count + ")";
Avg_leftUpLeg_y = "=AVERAGE(AL2:AL" + count + ")";
Avg_leftUpLeg_z = "=AVERAGE(AM2:AM" + count + ")";
Avg_leftLeg_x = "=AVERAGE(AN2:AN" + count + ")";
Avg_leftLeg_y = "=AVERAGE(AO2:AO" + count + ")";
Avg_leftLeg_z = "=AVERAGE(AP2:AP" + count + ")";
Avg_leftFoot_x = "=AVERAGE(AQ2:AQ" + count + ")";
Avg_leftFoot_y = "=AVERAGE(AR2:AR" + count + ")";
Avg_leftFoot_z = "=AVERAGE(AS2:AS" + count + ")";
Avg_rightUpLeg_x = "=AVERAGE(AT2:AT" + count + ")";
Avg_rightUpLeg_y = "=AVERAGE(AU2:AU" + count + ")";
Avg_rightUpLeg_z = "=AVERAGE(AV2:AV" + count + ")";
Avg_rightLeg_x = "=AVERAGE(AW2:AW" + count + ")";
Avg_rightLeg_y = "=AVERAGE(AX2:AX" + count + ")";
Avg_rightLeg_z = "=AVERAGE(AY2:AY" + count + ")";
Avg_rightFoot_x = "=AVERAGE(AZ2:AZ" + count + ")";
Avg_rightFoot_y = "=AVERAGE(BA2:BA" + count + ")";
Avg_rightFoot_z = "=AVERAGE(BB2:BB" + count + ")";
CSVManager.AppendToReport(
new string[54] {
Avg_hips_x,
Avg_hips_y,
Avg_hips_z,
Avg_Spine_x,
Avg_Spine_y,
Avg_Spine_z,
Avg_Neck_x,
Avg_Neck_y,
Avg_Neck_z,
Avg_Head_x,
Avg_Head_y,
Avg_Head_z,
Avg_leftShoulder_x,
Avg_leftShoulder_y,
Avg_leftShoulder_z,
Avg_RightShoulder_x,
Avg_RightShoulder_y,
Avg_RightShoulder_z,
Avg_leftArm_x,
Avg_leftArm_y,
Avg_leftArm_z,
Avg_leftForeArm_x,
Avg_leftForeArm_y,
Avg_leftForeArm_z,
Avg_leftHand_x,
Avg_leftHand_y,
Avg_leftHand_z,
Avg_RightArm_x,
Avg_RightArm_y,
Avg_RightArm_z,
Avg_RightForeArm_x,
Avg_RightForeArm_y,
Avg_RightForeArm_z,
Avg_RightHand_x,
Avg_RightHand_y,
Avg_RightHand_z,
Avg_leftUpLeg_x,
Avg_leftUpLeg_y,
Avg_leftUpLeg_z,
Avg_leftLeg_x,
Avg_leftLeg_y,
Avg_leftLeg_z,
Avg_leftFoot_x,
Avg_leftFoot_y,
Avg_leftFoot_z,
Avg_rightUpLeg_x,
Avg_rightUpLeg_y,
Avg_rightUpLeg_z,
Avg_rightLeg_x,
Avg_rightLeg_y,
Avg_rightLeg_z,
Avg_rightFoot_x,
Avg_rightFoot_y,
Avg_rightFoot_z,
}
);
//Debug.Log("<color=green>Average updated successfully!</color>");
//var textReader = new StreamReader("W:\\csv test\\CSharpToCSV\\Assets\\Report\report.csv");
//var csv = new CsvReader(textReader, System.Globalization.CultureInfo.CreateSpecificCulture("enUS"));
//var records = csv.GetRecords<report>();
// var average = records.Average(_ => _.hips_x);
// print("avs is: " + average);
/* var reader = new StreamReader(File.OpenRead(@"W:\\csv test\\CSharpToCSV\\Assets\\Report\report.csv"));
* List<string> listA = new List<string>();
* List<string> listB = new List<string>();
* while (!reader.EndOfStream)
* {
* var line = reader.ReadLine();
* var values = line.Split(';');
*
* listA.Add(values[0]);
* //listB.Add(values[1]);
*
* }
* int headerRow = 1;
* foreach (var values in listA.Skip(headerRow))
* {
* Debug.Log(values);
* }*/
/*var contents = File.ReadAllText(@"W:\\csv test\\CSharpToCSV\\Assets\\Report\report.csv").Split('\n');
* var csv = from line in contents
* select line.Split(',').ToArray();
*
* int headerRows = 1;
* foreach (var row in csv.Skip(headerRows)
* .TakeWhile(r => r.Length > 1 && r.Last().Trim().Length > 0))
* {
* string zerothColumnValue = row[0]; // leftmost column
* var firstColumnValue = row[1];
* }*/
//}
}
void DEV_AppendDefaultsToReport()
{
print(eulerAngrightFoot_x.ToString());
CSVManager.AppendToReport(
new string[54] {
eulerAnghips_x.ToString(),
eulerAnghips_y.ToString(),
eulerAnghips_z.ToString(),
eulerAngSpine_x.ToString(),
eulerAngSpine_y.ToString(),
eulerAngSpine_z.ToString(),
eulerAngNeck_x.ToString(),
eulerAngNeck_y.ToString(),
eulerAngNeck_z.ToString(),
eulerAngHead_x.ToString(),
eulerAngHead_y.ToString(),
eulerAngHead_z.ToString(),
eulerAngleftShoulder_x.ToString(),
eulerAngleftShoulder_y.ToString(),
eulerAngleftShoulder_z.ToString(),
eulerAngRightShoulder_x.ToString(),
eulerAngRightShoulder_y.ToString(),
eulerAngRightShoulder_z.ToString(),
eulerAngleftArm_x.ToString(),
eulerAngleftArm_y.ToString(),
eulerAngleftArm_z.ToString(),
eulerAngleftForeArm_x.ToString(),
eulerAngleftForeArm_y.ToString(),
eulerAngleftForeArm_z.ToString(),
eulerAngleftHand_x.ToString(),
eulerAngleftHand_y.ToString(),
eulerAngleftHand_z.ToString(),
eulerAngRightArm_x.ToString(),
eulerAngRightArm_y.ToString(),
eulerAngRightArm_z.ToString(),
eulerAngRightArm_x.ToString(),
eulerAngRightArm_y.ToString(),
eulerAngRightArm_z.ToString(),
eulerAngRightHand_x.ToString(),
eulerAngRightHand_y.ToString(),
eulerAngRightHand_z.ToString(),
eulerAngleftUpLeg_x.ToString(),
eulerAngleftUpLeg_y.ToString(),
eulerAngleftUpLeg_z.ToString(),
eulerAngleftLeg_x.ToString(),
eulerAngleftLeg_y.ToString(),
eulerAngleftLeg_z.ToString(),
eulerAngleftFoot_x.ToString(),
eulerAngleftFoot_y.ToString(),
eulerAngleftFoot_z.ToString(),
eulerAngrightUpLeg_x.ToString(),
eulerAngrightUpLeg_y.ToString(),
eulerAngrightUpLeg_z.ToString(),
eulerAngrightLeg_x.ToString(),
eulerAngrightLeg_y.ToString(),
eulerAngrightLeg_z.ToString(),
eulerAngrightFoot_x.ToString(),
eulerAngrightFoot_y.ToString(),
eulerAngrightFoot_z.ToString()
}
);
Debug.Log("<color=green>Report updated successfully!</color>");
}
//한블럭 10회 수행
private void SetOneTrial()
{
ExperimentState.curTrialNum = 11 - rotationRandomValue.Count;
PV.RPC("RPC_OneTrialStart", RpcTarget.All); // trial 시작시마다 가림막 설치, 랜덤한 위치에 버튼생성을 위해 시작할때 신호를 보내줌
manipChair.transform.localPosition = defaultManipChairPosition;
manipChair.transform.localRotation = Quaternion.identity;
// Trial 10번하면 새로운 의자 생성을 멈춤, 설문시간을 가진후 다시 시작을 누르면 다음 Block을 실행 : 어느경우에느 사용되는 rotation random 갯수로, 거리는 near, far 경우가 갈림
if (ExperimentState.curTrialNum > 10)
{
ExperimentState.curBlockDistance = Distance.Null;
ExperimentState.curBlockTechnique = Technique.Null;
ExperimentState.curTrialNum = -1;
ExperimentState.curTrialPhase = TrialPhase.Null;
ExperimentState.curPositionOffset = -1;
ExperimentState.curRotationOffset = -1;
if (ExperimentState.curBlockNum == 6)
{
// 실험 종료
ExperimentState.curBlockDistance = Distance.Null;
ExperimentState.curBlockTechnique = Technique.Null;
ExperimentState.curTrialNum = -1;
ExperimentState.curTrialPhase = TrialPhase.Null;
ExperimentState.curPositionOffset = -1;
ExperimentState.curRotationOffset = -1;
CSVManager.AppendToReport(CSVManager.GetReportLine("Block End"));
CSVManager.AppendToReport(CSVManager.GetReportLine("Experiment End"));
instruction.SetText($"<size=35><b>All trials are over</b></size>\n\nPlease call coordinator and fill out the questionnaire.");
nextBlockBtn.SetActive(false);
}
else if (ExperimentState.curBlockNum < 6)
{
// Block블록 종료
ExperimentState.curBlockDistance = Distance.Null;
ExperimentState.curBlockTechnique = Technique.Null;
ExperimentState.curTrialNum = -1;
ExperimentState.curTrialPhase = TrialPhase.Null;
ExperimentState.curPositionOffset = -1;
ExperimentState.curRotationOffset = -1;
CSVManager.AppendToReport(CSVManager.GetReportLine("Block End"));
instruction.SetText($"<size=35><b>Block{ExperimentState.curBlockNum} is over</b></size>\n\nPlease call coordinator and fill out the questionnaire.");
ExperimentState.curBlockNum++;
}
instructionPanel.SetActive(true);
return;
}
// 한 trial의 첫 모드는 항상 시선으로 배치로 시작
ExperimentState.curTrialPhase = TrialPhase.RoughPlacement;
// 랜덤 값 리스트에서 이번 Trial에 사용될 랜덤값 선정
System.Random random = new System.Random();
int index;
if (ExperimentState.curBlockDistance == Distance.Near)
{
index = random.Next(nearRandomValue.Count);
ExperimentState.curPositionOffset = nearRandomValue[index];
nearRandomValue.RemoveAt(index);
}
else
{
index = random.Next(farRandomValue.Count);
ExperimentState.curPositionOffset = farRandomValue[index];
farRandomValue.RemoveAt(index);
}
index = random.Next(rotationRandomValue.Count);
ExperimentState.curRotationOffset = rotationRandomValue[index];
rotationRandomValue.RemoveAt(index);
// 배치와 돌리는 과정을 나눠서하기때문에 Que도 나눠서 두단계에 걸쳐서 줘야함, 여기서는 포지션 큐만, 로테이션은 상세배치 끝난후에
guideChair.transform.localPosition = Vector3.zero;
guideChair.transform.localRotation = Quaternion.identity;
guideChair.transform.Translate(new Vector3(ExperimentState.curPositionOffset, 0, 0));
// 테스트 할때는 주석처리하자
guideChair.SetActive(false); // 스마트폰의 가림막을 1초 누르면 다시 킬거임
CSVManager.AppendToReport(CSVManager.GetReportLine("Trial Start"));
}
// All input byte data cleaning, escape sequence addition, etc.
public void GetThePacket(byte[] dataPacket)
{
packet = dataPacket;
timer = Mathf.Round(Time.time * 1000f) / 1000f;
//Debug.Log(timer);
// According to relevant bytes as ordered in the incoming packet
// If no escape sequence involved, byte number 2,3,4,5 are required to be extracted in my case, could be different per device/byte sequence
if (!(packet[2] == 125 | packet[3] == 125 | packet[4] == 125 | packet[5] == 125))
{
abdHighByte = packet[2];
abdLowByte = packet[3];
chestHighByte = packet[4];
chestLowByte = packet[5];
}
// Next 4 if conditions are for escape sequence handling. Comments in the first if loop are relevant to all others.
if (packet[2] == 125)
{
temp = packet[3].ToString("X"); // Hex value of the byte from which the required data needs to be retrieved
abdHighByte = packet[3] ^ 32; // To get back the value that caused the escape sequence to occur. Byte 2 is replaced by an escape value, which shifts the corresponding values one place ahead.
/* Debug.Log("TEMP: " + temp);
* Debug.Log("ABD HIGH BYTE:" + abdHighByte);*/
abdLowByte = packet[4]; // Abd low byte then becomes packet[4] and so on..
chestHighByte = packet[5];
chestLowByte = packet[6];
}
if (packet[3] == 125)
{
abdHighByte = packet[2];
temp = packet[4].ToString("X");
abdLowByte = packet[4] ^ 32;
/*Debug.Log("TEMP: " + temp);
* Debug.Log("ABD LOW BYTE:" + abdLowByte);*/
chestHighByte = packet[5];
chestLowByte = packet[6];
}
if (packet[4] == 125)
{
abdHighByte = packet[2];
abdLowByte = packet[3];
chestHighByte = packet[5] ^ 32;
temp = packet[5].ToString("X");
/*Debug.Log("TEMP: " + temp);
* Debug.Log("CHEST HIGH BYTE:" + chestHighByte);*/
chestLowByte = packet[6];
}
if (packet[5] == 125)
{
abdHighByte = packet[2];
abdLowByte = packet[3];
chestHighByte = packet[4];
chestLowByte = packet[6] ^ 32;
temp = packet[6].ToString("X");
/*Debug.Log("TEMP: " + temp);
* Debug.Log("CHEST LOW BYTE:" + chestLowByte);*/
}
// Once escape sequence handling is done, set the integer values by combining the bytes:
if (abdHighByte > 0 & chestHighByte > 0)
{
abdBreathValue = abdLowByte + (abdHighByte * 256);
chBreathValue = chestLowByte + (chestHighByte * 256);
}
// Send relevant data to csv file handler
CSVManager.AppendToReport(GetReportLine());
}
/// <summary>Tulis hasil pertandingan pada file .csv</summary>
private void WriteReport(bool whiteWin, bool blackWin)
{
// write for white
string color = "White";
string versus = GetAIName(false) + " " + GameState.blackSearchDepth.ToString();
string status = "";
if (whiteWin && !blackWin)
{
status = "Win";
}
else if (!whiteWin && blackWin)
{
status = "Lose";
}
else
{
status = "Draw";
}
string notes = "-";
if (status == "Draw")
{
if (GameState.drawVariance == GameState.DrawVariance.StaleMate)
{
notes = "Stalemate";
}
else if (GameState.drawVariance == GameState.DrawVariance.PerpetualCheck)
{
notes = "Perpetual Check";
}
else if (GameState.drawVariance == GameState.DrawVariance.ThreefoldRepetition)
{
notes = "Threefold Repetition";
}
else if (GameState.drawVariance == GameState.DrawVariance.NotEnoughMaterials)
{
notes = "Not Enough Materials";
}
}
CSVManager.AppendToReport(
true,
new string[9] {
color,
versus,
GameState.whiteAvgTime.ToString(),
GameState.whiteAvgNodes.ToString(),
GameState.whiteTotalTime.ToString(),
GameState.whiteTotalNodes.ToString(),
GameState.totalTurn.ToString(),
status,
notes
}
);
// write for black
color = "Black";
versus = GetAIName(true) + " " + GameState.whiteSearchDepth.ToString();
if (whiteWin && !blackWin)
{
status = "Lose";
}
else if (!whiteWin && blackWin)
{
status = "Win";
}
else
{
status = "Draw";
}
CSVManager.AppendToReport(
false,
new string[9] {
color,
versus,
GameState.blackAvgTime.ToString(),
GameState.blackAvgNodes.ToString(),
GameState.blackTotalTime.ToString(),
GameState.blackTotalNodes.ToString(),
GameState.totalTurn.ToString(),
status,
notes
}
);
}
// pointer up 마다 호출
// 한번의 trial에는 3가지의 페이즈가 있음, 사용자 입력때마다 상태체크 or 정답체크하는 파트, 특정상태 or 정답이면 상호작용모드만 바꿔주면 된다.
public void PhaseCheck()
{
if (ExperimentState.curTrialPhase == TrialPhase.RoughPlacement)
{
// 그냥 시선배치니까 어느정도 근처에 배치되면 ok
float distance = Vector3.Distance(guideChair.transform.position, manipChair.transform.position);
if (distance < 2f)
{
CSVManager.AppendToReport(CSVManager.GetReportLine("correct", distance));
ExperimentState.curTrialPhase = TrialPhase.FinePlacement;
}
}
else if (ExperimentState.curTrialPhase == TrialPhase.FinePlacement)
{
// 정답체크해서 맞으면 각도모드로 바꿔주고 아니면 말고
float distance = Vector3.Distance(guideChair.transform.position, manipChair.transform.position);
// 정답일때
if (distance < 0.15f)
{
CSVManager.AppendToReport(CSVManager.GetReportLine("correct", distance));
System.Random random = new System.Random();
guideChair.transform.localRotation = Quaternion.identity;
if (random.Next(2) == 0)
{
guideChair.transform.Rotate(new Vector3(0, ExperimentState.curRotationOffset, 0));
}
else
{
guideChair.transform.Rotate(new Vector3(0, -ExperimentState.curRotationOffset, 0));
}
ExperimentState.curTrialPhase = TrialPhase.Rotation;
}
else
{
//정답은 아닌데 화면에서 손 땟을때
CSVManager.AppendToReport(CSVManager.GetReportLine("release", distance));
}
}
else if (ExperimentState.curTrialPhase == TrialPhase.Rotation)
{
float angleGap = Vector3.Angle(guideChair.transform.forward, manipChair.transform.forward);
// 정답체크해서 맞으면 다음 trial 호출 (세번째 페이즈까지 완료하면 다음 trial 호출)
if (angleGap < 8f)
{
// 정답
CSVManager.AppendToReport(CSVManager.GetReportLine("correct", angleGap));
if (practiceCounter < practiceTimes)
{
CSVManager.AppendToReport(CSVManager.GetReportLine("Practice Trial End"));
SetOnePractice();
}
else
{
//연습 3회 한 후에는 정상모드로 돌입 (practiceCounter가 3일때 부터), isPractice는 Practice 끝남을 기록하는 동시에 SetOneTrial실행으로 바꿔줘야하기때문에 필요
if (isPractice)
{
CSVManager.AppendToReport(CSVManager.GetReportLine("Practice Trial End"));
isPractice = false;
}
else
{
CSVManager.AppendToReport(CSVManager.GetReportLine("Trial End"));
}
SetOneTrial();
}
}
else
{
// 정답아닌데 손땟을때
CSVManager.AppendToReport(CSVManager.GetReportLine("release", angleGap));
}
}
}
// Update is called once per frame
void Update()
{
#region ObjectLocations
//update locations of all objects
Target.transform.position = new Vector3(TX, CoM.transform.position.y, TZ) + Push_up;
StartBox.transform.position = new Vector3(SX, CoM.transform.position.y, SZ) + Push_up;
Cursorloc = CoM.transform.position + Push_Forward + Push_up;
Cursorloc_w_shift = Cursorloc + Tru_shift;
//Calculate distances and radii that assist with when visual feedback is given
Rad_Dist = Mathf.Abs(Vector3.Distance(StartBox.transform.position, Target.transform.position));
Vector3 Rad_Vec = Target.transform.position - StartBox.transform.position;
//Shift_Dist = Mathf.Abs(Vector3.Distance(Cursor.transform.position, StartBox.transform.position));
Rad_Min = Rad_Dist * .20f;
Rad_Max = Rad_Dist * .70f;
//Create a noise vector that is added to the position of the cursor
Noise_vec = new Vector3(CurrentDist[Random.Range(0, 1999)], 0, CurrentDist[Random.Range(0, 1999)]);
Cursor.transform.position = Cursorloc;
Vector3 Curs_Vec = Cursor.transform.position - StartBox.transform.position;
//Theta = Vector3.Angle(Cursor.transform.position - StartBox.transform.position, Target.transform.position - StartBox.transform.position);
//Debug.Log("Theta is " + Theta + " Rad_Min is " + Rad_Min + " Rad_Max is " + Rad_Max + "Shift_Dist is " + Shift_Dist + "Rad_Dist is " + Rad_Dist + StartBox.transform.position + Target.transform.position + Cursor.transform.position);
//StartDist is the distance from the cursor to the startbox. this is used when determining when participants can see the cursor
StartDist = Mathf.Abs(Vector3.Distance(Cursor.transform.position, StartBox.transform.position));
#endregion
#region Visibility Shift and Noise
//The startbox is set to be located where the CoM cursor is located before a trial begins.Once the cursor leaves the startbox,
//it is occluded from vision and the shift is added to the cursor location
if (StartDist > SB_RangeX)
{
rend.enabled = false;
Cursor.transform.position = Cursorloc + Tru_shift + Noise_vec;
Theta = Vector3.Angle(Cursor.transform.position - StartBox.transform.position, Target.transform.position - StartBox.transform.position);
Shift_Dist = Mathf.Abs(Vector3.Distance(Cursor.transform.position, StartBox.transform.position));
//This if statement allows visual feedback while the cursor is in the middle % 10 of the movement between start and target
if ((Shift_Dist > Rad_Min) && (Shift_Dist < Rad_Max) && Theta < 45f)
{
Cursor.transform.position = Cursorloc + Tru_shift + Noise_vec;
rend.enabled = true;
}
}
#endregion
//This statement exports the study data at the moment that the button is clicked to a csv with the title report
if (SteamVR_Actions._default.Select.GetStateUp(SteamVR_Input_Sources.Any))
{
CSVManager.AppendToReport(GetReportLine());
Debug.Log("Report updated successfully!");
}
if (SteamVR_Actions._default.Select.GetStateUp(SteamVR_Input_Sources.Any) && Noise == 0)
{
//Transform CursorTransform = Cursor_FB.transform;
Cursor_FB.transform.position = Cursorloc_w_shift;
Feedback = true;
}
if (Feedback == true)
{
FB_rend.enabled = true;
}
if (Feedback == false)
{
FB_rend.enabled = false;
}
}