/*private void UpdateTexts(String s)
* {
* String[] coln = s.Split('\t');
*
* locationManager curr_loc = new locationManager(double.Parse(coln[(int)gpslogger.lat]), double.Parse(coln[(int)gpslogger.lng]), 0);
*
* if (strt_loc.lat > 0 && strt_loc.lng > 0)
* {
* curr_loc.dst = GetDistance(strt_loc.lat, strt_loc.lng, curr_loc.lat, curr_loc.lng);
*
* if (curr_loc.dst >= dist_100)
* {
* //Console.WriteLine("Id:" + a[0] + " strLat:" + start_lat + " strLng:" + start_lng + " curLat:" + currn_lat + " curLng:" + currn_lng + " curDis:" + currn_dst + " preDis:" + prevs_dst);
*
* String[] time = coln[(int)gpslogger.tim].Split('.'); // Separate the timestamp in GPS logger into second and milli
*
* double euclidean = Math.Abs(curr_loc.dst - dist_100) - Math.Abs(prev_loc.dst - dist_100);
* if (euclidean > 0)
* {
* timeStamp info = new timeStamp(listGPS.Count, int.Parse(time[0]), int.Parse(time[1]), prev_loc, new inclinoMeter(double.Parse(coln[(int)gpslogger.acx]), double.Parse(coln[(int)gpslogger.acy])), true);
* listGPS.Add(info);
*
* strt_loc = prev_loc;
* strt20m_loc = prev_loc;
*
* dist_100 = 100 + (dist_100 - prev_loc.dst);
*
* Console.WriteLine(">> Save Previous GPS Record. distance:" + prev_loc.dst + " next interval:" + dist_100);
* }
* else
* {
* timeStamp info = new timeStamp(listGPS.Count, int.Parse(time[0]), int.Parse(time[1]), curr_loc, new inclinoMeter(double.Parse(coln[(int)gpslogger.acx]), double.Parse(coln[(int)gpslogger.acy])), true);
* listGPS.Add(info);
*
* strt_loc = curr_loc;
* strt20m_loc = curr_loc;
*
* dist_100 = 100 + (dist_100 - curr_loc.dst);
*
* Console.WriteLine(">> Save Current GPS Record. distance:" + curr_loc.dst + " next interval:" + dist_100);
* }
*
* curr_loc.dst = GetDistance(strt_loc.lat, strt_loc.lng, curr_loc.lat, curr_loc.lng);
* }
* else
* {
* double currn20m_dst = GetDistance(strt20m_loc.lat, strt20m_loc.lng, curr_loc.lat, curr_loc.lng);
*
* if ((currn20m_dst >= dist_020) && (curr_loc.dst < 90.0))
* {
* String[] time = coln[(int)gpslogger.tim].Split('.'); // Separate the timestamp in GPS logger into second and milli
*
* double euclidean = Math.Abs(currn20m_dst - dist_020) - Math.Abs(prev20m_loc.dst - dist_020);
*
* if (euclidean > 0)
* {
* timeStamp info = new timeStamp(listGPS.Count, int.Parse(time[0]), int.Parse(time[1]), prev_loc, 0, 0, false);
* listGPS.Add(info);
*
* strt20m_loc = prev_loc;
*
* dist_020 = 20 + (dist_020 - prev20m_loc.dst);
* Console.WriteLine(" - Save Previous GPS Record. distance:" + prev20m_loc.dst + " next interval:" + dist_020);
* }
* else
* {
* timeStamp info = new timeStamp(listGPS.Count, int.Parse(time[0]), int.Parse(time[1]), curr_loc, 0, 0, false);
* listGPS.Add(info);
*
* strt20m_loc = curr_loc;
*
* dist_020 = 20 + (dist_020 - currn20m_dst);
* Console.WriteLine(" - Save Current GPS Record. distance:" + currn20m_dst + " next interval:" + dist_020);
* }
* //Console.WriteLine(" - Id:" + coln[0] + " strLat:" + start20m_lat + " strLng:" + start20m_lng + " curLat:" + currn_lat + " curLng:" + currn_lng + " curDis:" + currn20m_dst + " preDis:" + prevs20m_dst);
* currn20m_dst = GetDistance(strt20m_loc.lat, strt20m_loc.lng, curr_loc.lat, curr_loc.lng);
* }
*
* prev20m_loc.dst = currn20m_dst;
* }
* prev_loc = curr_loc;
* }
* else
* {
* String[] time = coln[(int)gpslogger.tim].Split('.'); // Separate the timestamp in GPS logger into second and milli
* dateSurvey = FromUnixTime(long.Parse(time[0]));
*
* strt_loc = curr_loc;
* prev_loc = curr_loc;
* strt_loc.dst = 0;
* prev_loc.dst = 0;
*
* strt20m_loc = curr_loc;
* prev20m_loc = curr_loc;
* strt20m_loc.dst = 0;
* prev20m_loc.dst = 0;
* }
* }*/
private void UpdateTexts(String s)
{
String[] coln = s.Split('\t');
locationManager curr_loc = new locationManager(double.Parse(coln[(int)gpslogger.lat]), double.Parse(coln[(int)gpslogger.lng]), double.Parse(coln[(int)gpslogger.bea]), double.Parse(coln[(int)gpslogger.acx]), double.Parse(coln[(int)gpslogger.acy]));
if (strt_loc.lat > 0 && strt_loc.lng > 0)
{
curr_loc.dst = GetDistance(strt_loc.lat, strt_loc.lng, curr_loc.lat, curr_loc.lng);
if (curr_loc.dst >= dist_50m)
{
String[] time = coln[(int)gpslogger.tim].Split('.'); // Separate the timestamp in GPS logger into second and milli
double euclidean = Math.Abs(curr_loc.dst - dist_50m) - Math.Abs(prev_loc.dst - dist_50m);
if (euclidean > 0)
{
timeStamp info = new timeStamp(listGPS.Count, int.Parse(time[0]), int.Parse(time[1]), prev_loc, !Convert.ToBoolean(listGPS.Count % 2));
listGPS.Add(info);
strt_loc = prev_loc;
dist_50m = 50.0 + (dist_50m - prev_loc.dst);
Console.WriteLine(">> Save Previous GPS Record. distance:" + prev_loc.dst + " next interval:" + dist_50m + " is100m:" + Convert.ToBoolean(0 % 2) + " is100m:" + Convert.ToBoolean(1 % 2) + " is100m:" + Convert.ToBoolean(2 % 2));
}
else
{
timeStamp info = new timeStamp(listGPS.Count, int.Parse(time[0]), int.Parse(time[1]), curr_loc, !Convert.ToBoolean(listGPS.Count % 2));
listGPS.Add(info);
strt_loc = curr_loc;
dist_50m = 50.0 + (dist_50m - curr_loc.dst);
Console.WriteLine(">> Save Current GPS Record. distance:" + curr_loc.dst + " next interval:" + dist_50m + " is100m:" + Convert.ToBoolean(listGPS.Count % 2));
}
curr_loc.dst = GetDistance(strt_loc.lat, strt_loc.lng, curr_loc.lat, curr_loc.lng);
}
prev_loc = curr_loc;
}
else
{
String[] time = coln[(int)gpslogger.tim].Split('.'); // Separate the timestamp in GPS logger into second and milli
dateSurvey = FromUnixTime(long.Parse(time[0]));
strt_loc = curr_loc;
prev_loc = curr_loc;
strt_loc.dst = 0;
prev_loc.dst = 0;
}
}
IEnumerator popMonitor(timeStamp input)
{
yield return(new WaitForSeconds(input.startTime));
if (!input.isFake)
{
yemeOn[input.monitor] = true;
}
messages[input.monitor].SetActive(true);
messages[input.monitor].GetComponent <Image>().sprite = input.sprite;
yield return(new WaitForSeconds(input.holdingTime));
messages[input.monitor].SetActive(false);
messages[input.monitor].GetComponent <Image>().sprite = null;
yield return(new WaitForSeconds(0.03f));
yemeOn[input.monitor] = false;
}
private List <timeStamp> makeTimeStamp(TKTLevel level)
{
List <timeStamp> tempStemps = new List <timeStamp>();
//chance만큼 진짜를 만듬
for (int i = 0; level.chance > i; i++)
{
timeStamp temp = new timeStamp();
temp.holdingTime = level.holdingTime;
temp.isFake = false;
temp.sprite = sprites[0];
tempStemps.Add(temp);
}
//페이크가 있으면 만듬
if (level.fake)
{
for (int i = 0; level.chance / 2 > i; i++)
{
timeStamp temp = new timeStamp();
temp.holdingTime = level.holdingTime;
temp.isFake = true;
temp.sprite = sprites[Random.Range(1, sprites.Count)];
tempStemps.Add(temp);
}
}
List <timeStamp> output = new List <timeStamp>();
output = tempStemps;
//순서 랜덤섞기
ShuffleList <timeStamp>(output);
// 번호 붙이고 시간 매기기, 어떤 모니터에 나올지 결정
int order = 0;
int postMonitor = Random.Range(0, level.monitorNum);
foreach (timeStamp i in output)
{
while (true)
{
int currMonitor = Random.Range(0, level.monitorNum);
if (!(postMonitor == currMonitor))
{
i.monitor = currMonitor;
postMonitor = currMonitor;
break;
}
}
i.order = order;
i.startTime = ((gameTime - 1.0f) / (output.Count + 1)) * (order) + 1.0f;
order++;
}
output.Sort(delegate(timeStamp a, timeStamp b) // 내림차순 정렬
{
if (a.order < b.order)
{
return(-1);
}
else if (a.order > b.order)
{
return(1);
}
return(0);
});
/*
* foreach (timeStamp i in output)
* {
* Debug.Log(i.startTime + " : " + i.holdingTime + " : " + i.monitor + " : " + i.isFake + " : " + i.sprite + " : " + i.order);
* }
*/
return(output);
}