public void resolver_dataitems()
{
CAT = Convert.ToInt32(stringbinary[0], 2);
int count = 0;
if (listboolean_fspec.Count == 8)
{
count = 1;
}
else if (listboolean_fspec.Count == 16)
{
count = 2;
}
else if (listboolean_fspec.Count == 24)
{
count = 3;
}
else if (listboolean_fspec.Count == 32)
{
count = 4;
}
else if (listboolean_fspec.Count == 40)
{
count = 5;
}
else if (listboolean_fspec.Count == 48)
{
count = 6;
}
for (int i = (3 + count); i < stringbinary.Length; i++)
{
if (DI_010 == true) //VERDADERO HECHO
{
DI_010_buffer1 = stringbinary[i];
i++;
DI_010_buffer2 = stringbinary[i];
DI_010 = false;
SAC = Convert.ToInt32(DI_010_buffer1, 2);
SIC = Convert.ToInt32(DI_010_buffer2, 2);
}
else if (DI_020 == true)//VERDADERO HECHO
{
DI_020_buffer1 = stringbinary[i];
char[] prov = DI_020_buffer1.ToArray();
if (Convert.ToInt32(prov[prov.Length - 1]) == '1')
{
i++;
DI_020_buffer2 = stringbinary[i];
}
DI_020 = false;
if (prov[0] == '1')
{
D020_SSR = "Non-Mode S 1090MHz multilateration";
}
else
{
D020_SSR = "no Non-Mode S 1090MHz multilateration";
}
if (prov[1] == '1')
{
D020_MS = "Mode-S 1090 MHz multilateration";
}
else
{
D020_MS = "no Mode-s 1090 MHz multilateration";
}
if (prov[2] == '1')
{
D020_HF = "HF multilateration";
}
else
{
D020_HF = "no HF multilateration";
}
if (prov[3] == '1')
{
D020_VDL4 = "VDL Mode 4 multilateration";
}
else
{
D020_VDL4 = "no VDL Mode 4 multilateration";
}
if (prov[4] == '1')
{
D020_UAT = "UAT multilateration";
}
else
{
D020_UAT = "no UAT multilateration";
}
if (prov[5] == '1')
{
D020_DME = "DME/TACAN multilateration";
}
else
{
D020_DME = "no DME/TACAN multilateration";
}
if (prov[6] == '1')
{
D020_OT = "Other Tecnology Multilateration";
}
else
{
D020_OT = "No Other Tecnology Multilateration";
}
if (DI_020_buffer2 != null)
{
char[] prov2 = DI_020_buffer2.ToArray();
if (prov2[0] == '1')
{
D020_RAB = "Report from field monitor";
}
else
{
D020_RAB = "Report from target transponder";
}
if (prov2[1] == '1')
{
D020_SPI = "Special Position Identification";
}
else
{
D020_SPI = "Absence of SPI ";
}
if (prov2[2] == '1')
{
D020_CHN = "Chain 2";
}
else
{
D020_CHN = "Chain 1";
}
if (prov2[3] == '1')
{
D020_GBS = "Transponder Ground bit set";
}
else
{
D020_GBS = "Transponder Ground bit not set";
}
if (prov2[4] == '1')
{
D020_CRT = "Corrupted replies in multilateration";
}
else
{
D020_CRT = "No Corrupted reply in multilateration";
}
if (prov2[5] == '1')
{
D020_SIM = "Simulated target report";
}
else
{
D020_SIM = "Actual target report ";
}
if (prov2[6] == '1')
{
D020_TST = "Test Target";
}
else
{
D020_TST = "Default";
}
}
}
else if (DI_140 == true)//VERDADERO HECHO
{
DI_140_buffer1 = stringbinary[i];
i++;
DI_140_buffer2 = stringbinary[i];
i++;
DI_140_buffer3 = stringbinary[i];
DI_140 = false;
int DI_140_bff = Convert.ToInt32(String.Concat(DI_140_buffer1, DI_140_buffer2, DI_140_buffer3), 2);
double seconds = Math.Round(Convert.ToDouble(DI_140_bff) / 128, 3);
myTime = TimeSpan.FromSeconds(seconds);
//Time = time.ToString(@"hh\:mm\:ss\.fff");
}
else if (DI_041 == true)
{
DI_041_buffer1 = stringbinary[i];
i++;
DI_041_buffer2 = stringbinary[i];
i++;
DI_041_buffer3 = stringbinary[i];
i++;
DI_041_buffer4 = stringbinary[i];
i++;
DI_041_buffer5 = stringbinary[i];
i++;
DI_041_buffer6 = stringbinary[i];
i++;
DI_041_buffer7 = stringbinary[i];
i++;
DI_041_buffer8 = stringbinary[i];
DI_041 = false;
}
else if (DI_042 == true)//VERDADERO COMPROBADO
{
DI_042_buffer1 = stringbinary[i];
i++;
DI_042_buffer2 = stringbinary[i];
i++;
DI_042_buffer3 = stringbinary[i];
i++;
DI_042_buffer4 = stringbinary[i];
i++;
DI_042_buffer5 = stringbinary[i];
i++;
DI_042_buffer6 = stringbinary[i];
DI_042 = false;
string oc1 = String.Concat(DI_042_buffer1, DI_042_buffer2, DI_042_buffer3);
string oc2 = String.Concat(DI_042_buffer4, DI_042_buffer5, DI_042_buffer6);
X = CA2todec(oc1) * 0.5;
if (X < 0)
{
X = X + 0.5;
}
Y = CA2todec(oc2) * 0.5;
if (Y < 0)
{
Y = Y + 0.5;
}
double gradlat = 41;
double gradlon = 2;
double mintogradlat = (Convert.ToDouble(17) / 60);
double mintogradlon = (Convert.ToDouble(4) / 60);
double sectogradlat = Convert.ToDouble(49.426) / 3600;
double sectogradlon = Convert.ToDouble(42.410) / 3600;
double latitud = (Convert.ToDouble(gradlat) + Convert.ToDouble(mintogradlat)) + Convert.ToDouble(sectogradlat);
double longitud = (Convert.ToDouble(gradlon) + Convert.ToDouble(mintogradlon)) + Convert.ToDouble(sectogradlon);
double lat_original = latitud;
latitud = latitud + (X / 6378000) * (180 / Math.PI);
longitud = longitud + (Y / 6378000) * (180 / Math.PI) / Math.Cos(lat_original * (Math.PI / 180));;
punto = new PointLatLng(latitud, longitud);
string[] separados1lat;
string[] separados1lon;
separados1lat = Convert.ToString(latitud).Split(',');
separados1lon = Convert.ToString(longitud).Split(',');
string gradoslat = separados1lat[0];
string gradoslon = separados1lon[0];
string uno = String.Concat("0,", separados1lat[1]);
string dos = String.Concat("0,", separados1lon[1]);
double mindeclat = Convert.ToDouble(uno) * 60;
double mindeclon = Convert.ToDouble(dos) * 60;
string[] separados2lat = Convert.ToString(mindeclat).Split(',');
string[] separados2lon = Convert.ToString(mindeclon).Split(',');
string minlat = separados2lat[0];
string minlon = separados2lon[0];
double segdeclat = Convert.ToDouble(String.Concat("0,", separados2lat[1])) * 60;
double segdeclon = Convert.ToDouble(String.Concat("0,", separados2lon[1])) * 60;
string seclat = (Math.Round(segdeclat, 3)).ToString(System.Globalization.CultureInfo.CreateSpecificCulture("en-US"));
string seclon = (Math.Round(segdeclon, 3)).ToString(System.Globalization.CultureInfo.CreateSpecificCulture("en-US"));
string latitudd, longitudd;
if (latitud > 0)
{
latitudd = String.Concat(gradoslat, "º", minlat, "'", seclat, '"', 'N');
}
else
{
latitudd = String.Concat(gradoslat, 'º', minlat, "'", seclat, '"', 'S');
}
if (longitud > 0)
{
longitudd = String.Concat(gradoslon, 'º', minlon, "'", seclon, '"', 'E');
}
else
{
longitudd = String.Concat(gradoslon, 'º', minlon, "'", seclon, '"', 'O');
}
coordinates = String.Concat(latitudd, longitudd);
}
else if (DI_161 == true)//VERDADERO HECHO
{
DI_161_buffer1 = stringbinary[i];
i++;
DI_161_buffer2 = stringbinary[i];
DI_161 = false;
char[] buf1 = DI_161_buffer1.ToArray();
string conc = String.Concat(buf1[4], buf1[5], buf1[6], buf1[7], DI_161_buffer2);
TRACK_NUM = Convert.ToString(Convert.ToInt32(conc, 2));
}
else if (DI_170 == true)//VERDADERO HECHO
{
DI_170_buffer1 = stringbinary[i];
char[] prov = DI_170_buffer1.ToArray();
if (prov[prov.Length - 1] == '1')
{
i++;
DI_170_buffer2 = stringbinary[i];
}
DI_170 = false;
char[] oc1 = DI_170_buffer1.ToArray();
string oc34 = String.Concat(oc1[3], oc1[4]);
if (oc1[0] == '1')
{
TRACKSTATUS_CNF = "Initiation phase";
}
else
{
TRACKSTATUS_CNF = "Confirmed track";
}
if (oc1[1] == '1')
{
TRACKSTATUS_TRE = "Last report for a track ";
}
else
{
TRACKSTATUS_TRE = "Default";
}
if (oc1[2] == '1')
{
TRACKSTATUS_CST = "Extrapolated";
}
else
{
TRACKSTATUS_CST = "Not extrapolated";
}
if (String.Compare(oc34, "00") == 0)
{
TRACKSTATUS_CDM = "Maintaning";
}
else if (String.Compare(oc34, "01") == 0)
{
TRACKSTATUS_CDM = "Cruising";
}
else if (String.Compare(oc34, "10") == 0)
{
TRACKSTATUS_CDM = "Descending";
}
else
{
TRACKSTATUS_CDM = "Invalid";
}
if (oc1[5] == '1')
{
TRACKSTATUS_MAH = "Horizontal manouvre";
}
else
{
TRACKSTATUS_MAH = "Default";
}
if (oc1[6] == '1')
{
TRACKSTATUS_STH = "Smoothed position";
}
else
{
TRACKSTATUS_STH = "Mesured position";
}
if (DI_170_buffer2 != null)
{
char[] oc2 = DI_170_buffer2.ToArray();
if (oc2[0] == '1')
{
TRACKSTATUS_GHO = "Ghost track";
}
else
{
TRACKSTATUS_GHO = "Default";
}
}
}
else if (DI_070 == true)//VERDADERO HECHO
{
DI_070_buffer1 = stringbinary[i];
i++;
DI_070_buffer2 = stringbinary[i];
DI_070 = false;
char[] oc1 = DI_070_buffer1.ToArray();
char[] oc2 = DI_070_buffer2.ToArray();
string bit4_6 = String.Concat(oc1[4], oc1[5], oc1[6]);
string bit7_9 = String.Concat(oc1[7], oc2[0], oc2[1]);
string bit10_12 = String.Concat(oc2[2], oc2[3], oc2[4]);
string bit13_15 = String.Concat(oc2[5], oc2[6], oc2[7]);
int bbit4_6 = Convert.ToInt32(bit4_6, 2);
int bbit7_9 = Convert.ToInt32(bit7_9, 2);
int bbit10_12 = Convert.ToInt32(bit10_12, 2);
int bbit13_15 = Convert.ToInt32(bit13_15, 2);
MODE_3A = String.Concat(bbit4_6, bbit7_9, bbit10_12, bbit13_15);
}
else if (DI_202 == true)//VERDADERO LA MAYORIA BIEN!
{
DI_202_buffer1 = stringbinary[i];
i++;
DI_202_buffer2 = stringbinary[i];
i++;
DI_202_buffer3 = stringbinary[i];
i++;
DI_202_buffer4 = stringbinary[i];
DI_202 = false;
string oc1 = String.Concat(DI_202_buffer1, DI_202_buffer2);
string oc2 = String.Concat(DI_202_buffer3, DI_202_buffer4);
VX = CA2todec(oc1) * 0.25;
if (VX < 0)
{
VX = VX + 0.25;
}
VY = CA2todec(oc2) * 0.25;//PUEDE FALLAR ESTE POR EL ÚLTIMO VALOR DEL TERCER OCTETO!!!
if (VY < 0)
{
VY = VY + 0.25;
}
}
else if (DI_090 == true)//VERDADERO HECHO
{
DI_090_buffer1 = stringbinary[i];
i++;
DI_090_buffer2 = stringbinary[i];
DI_090 = false;
char[] oc1 = DI_090_buffer1.ToArray();
string ocfinal = String.Concat(oc1[2], oc1[3], oc1[4], oc1[5], oc1[6], oc1[7], DI_090_buffer2);
MODE_C = Convert.ToDouble(Convert.ToInt32(ocfinal, 2)) * 0.25;
}
else if (DI_100 == true)
{
DI_100_buffer1 = stringbinary[i];
i++;
DI_100_buffer2 = stringbinary[i];
i++;
DI_100_buffer3 = stringbinary[i];
i++;
DI_100_buffer4 = stringbinary[i];
DI_100 = false;
}
else if (DI_220 == true)//VERDADERO HECHO
{
DI_220_buffer1 = stringbinary[i];
i++;
DI_220_buffer2 = stringbinary[i];
i++;
DI_220_buffer3 = stringbinary[i];
DI_220 = false;
if (stringhex[i].Count() == 1)
{
stringhex[i] = String.Concat("0", stringhex[i]);
}
if (stringhex[i - 1].Count() == 1)
{
stringhex[i - 1] = String.Concat("0", stringhex[i]);
}
if (stringhex[i - 2].Count() == 1)
{
stringhex[i - 2] = String.Concat("0", stringhex[i]);
}
ADDRESS = String.Concat(stringhex[i - 2], stringhex[i - 1], stringhex[i]);
}
else if (DI_245 == true)//VERDADERO HECHO
{
DI_245_buffer1 = stringbinary[i];
i++;
DI_245_buffer2 = stringbinary[i];
i++;
DI_245_buffer3 = stringbinary[i];
i++;
DI_245_buffer4 = stringbinary[i];
i++;
DI_245_buffer5 = stringbinary[i];
i++;
DI_245_buffer6 = stringbinary[i];
i++;
DI_245_buffer7 = stringbinary[i];
DI_245 = false;
string fulloctet = String.Concat(DI_245_buffer1, DI_245_buffer2, DI_245_buffer3, DI_245_buffer4, DI_245_buffer5, DI_245_buffer6, DI_245_buffer7);
char[] fulloctetchar = fulloctet.ToArray();
string oc1 = String.Concat(Convert.ToString(fulloctetchar[8]), Convert.ToString(fulloctetchar[9]), Convert.ToString(fulloctetchar[10]), Convert.ToString(fulloctetchar[11]), Convert.ToString(fulloctetchar[12]), Convert.ToString(fulloctetchar[13]));
string oc2 = String.Concat(Convert.ToString(fulloctetchar[14]), Convert.ToString(fulloctetchar[15]), Convert.ToString(fulloctetchar[16]), Convert.ToString(fulloctetchar[17]), Convert.ToString(fulloctetchar[18]), Convert.ToString(fulloctetchar[19]));
string oc3 = String.Concat(Convert.ToString(fulloctetchar[20]), Convert.ToString(fulloctetchar[21]), Convert.ToString(fulloctetchar[22]), Convert.ToString(fulloctetchar[23]), Convert.ToString(fulloctetchar[24]), Convert.ToString(fulloctetchar[25]));
string oc4 = String.Concat(Convert.ToString(fulloctetchar[26]), Convert.ToString(fulloctetchar[27]), Convert.ToString(fulloctetchar[28]), Convert.ToString(fulloctetchar[29]), Convert.ToString(fulloctetchar[30]), Convert.ToString(fulloctetchar[31]));
string oc5 = String.Concat(Convert.ToString(fulloctetchar[32]), Convert.ToString(fulloctetchar[33]), Convert.ToString(fulloctetchar[34]), Convert.ToString(fulloctetchar[35]), Convert.ToString(fulloctetchar[36]), Convert.ToString(fulloctetchar[37]));
string oc6 = String.Concat(Convert.ToString(fulloctetchar[38]), Convert.ToString(fulloctetchar[39]), Convert.ToString(fulloctetchar[40]), Convert.ToString(fulloctetchar[41]), Convert.ToString(fulloctetchar[42]), Convert.ToString(fulloctetchar[43]));
string oc7 = String.Concat(Convert.ToString(fulloctetchar[44]), Convert.ToString(fulloctetchar[45]), Convert.ToString(fulloctetchar[46]), Convert.ToString(fulloctetchar[47]), Convert.ToString(fulloctetchar[48]), Convert.ToString(fulloctetchar[49]));
ACID_palabra = ACID(oc1, oc2, oc3, oc4, oc5, oc6, oc7);
}
else if (DI_110 == true)
{
DI_110_buffer1 = stringbinary[i];
i++;
DI_110_buffer2 = stringbinary[i];
DI_110 = false;
}
else if (DI_105 == true)
{
DI_105_buffer1 = stringbinary[i];
i++;
DI_105_buffer2 = stringbinary[i];
DI_105 = false;
}
else if (DI_210 == true)
{
DI_210_buffer1 = stringbinary[i];
i++;
DI_210_buffer2 = stringbinary[i];
DI_210 = false;
}
else if (DI_300 == true)
{
DI_300_buffer1 = stringbinary[i];
DI_300 = false;
}
else if (DI_310 == true)
{
DI_310_buffer1 = stringbinary[i];
DI_310 = false;
}
else if (DI_500 == true)//VERDADERO (NO SÉ SI ES NECESARIO)
{
DI_500_buffer1 = stringbinary[i];
char[] buff1 = DI_500_buffer1.ToArray();
if (buff1[0] == '1')
{
i++;
DI_500_buffer2 = stringbinary[i];
i++;
DI_500_buffer3 = stringbinary[i];
i++;
DI_500_buffer4 = stringbinary[i];
i++;
DI_500_buffer5 = stringbinary[i];
i++;
DI_500_buffer6 = stringbinary[i];
i++;
DI_500_buffer7 = stringbinary[i];
}
if (buff1[1] == '1')
{
i++;
DI_500_buffer8 = stringbinary[i];
i++;
DI_500_buffer9 = stringbinary[i];
i++;
DI_500_buffer10 = stringbinary[i];
i++;
DI_500_buffer11 = stringbinary[i];
i++;
DI_500_buffer12 = stringbinary[i];
i++;
DI_500_buffer13 = stringbinary[i];
}
if (buff1[2] == '1')
{
i++;
DI_500_buffer14 = stringbinary[i];
i++;
DI_500_buffer15 = stringbinary[i];
}
DI_500 = false;
}
else if (DI_400 == true)//VERDADERO HECHO
{
DI_400_buffer1 = stringbinary[i];
i++;
DI_400_buffer2 = stringbinary[i];
i++;
DI_400_buffer3 = stringbinary[i];
i++;
DI_400_buffer4 = stringbinary[i];
i++;
DI_400_buffer5 = stringbinary[i];
i++;
DI_400_buffer6 = stringbinary[i];
i++;
DI_400_buffer7 = stringbinary[i];
i++;
DI_400_buffer8 = stringbinary[i];
i++;
DI_400_buffer9 = stringbinary[i];
i++;
DI_400 = false;
char[] oc1 = DI_400_buffer1.ToArray();
char[] oc2 = DI_400_buffer2.ToArray();
char[] oc3 = DI_400_buffer3.ToArray();
char[] oc4 = DI_400_buffer4.ToArray();
char[] oc5 = DI_400_buffer5.ToArray();
char[] oc6 = DI_400_buffer6.ToArray();
char[] oc7 = DI_400_buffer7.ToArray();
char[] oc8 = DI_400_buffer8.ToArray();
char[] oc9 = DI_400_buffer9.ToArray();
int suma = 0;
for (int d = 0; d < oc1.Length; d++)
{
if (oc1[d] == '1')
{
suma++;
}
if (oc2[d] == '1')
{
suma++;
}
if (oc3[d] == '1')
{
suma++;
}
if (oc4[d] == '1')
{
suma++;
}
if (oc5[d] == '1')
{
suma++;
}
if (oc6[d] == '1')
{
suma++;
}
if (oc7[d] == '1')
{
suma++;
}
if (oc8[d] == '1')
{
suma++;
}
if (oc9[d] == '1')
{
suma++;
}
}
RECEIVERS = suma - 1;
}
else if (DI_250 == true)
{
DI_250_buffer1 = stringbinary[i];
DI_250 = false;
}
else if (DI_230 == true)
{
DI_230_buffer1 = stringbinary[i];
i++;
DI_230_buffer2 = stringbinary[i];
DI_230 = false;
}
else if (DI_260 == true)
{
DI_260_buffer1 = stringbinary[i];
i++;
DI_260_buffer2 = stringbinary[i];
i++;
DI_260_buffer3 = stringbinary[i];
i++;
DI_260_buffer4 = stringbinary[i];
i++;
DI_260_buffer5 = stringbinary[i];
i++;
DI_260_buffer6 = stringbinary[i];
i++;
DI_260_buffer7 = stringbinary[i];
DI_260 = false;
}
else if (DI_030 == true)
{
DI_030_buffer1 = stringbinary[i];
char[] prov = DI_030_buffer1.ToArray();
if (prov[prov.Length - 1] == '1')
{
i++;
DI_030_buffer2 = stringbinary[i];
}
DI_030 = false;
}
else if (DI_055 == true)
{
DI_055_buffer1 = stringbinary[i];
DI_055 = false;
}
else if (DI_050 == true)
{
DI_050_buffer1 = stringbinary[i];
i++;
DI_050_buffer2 = stringbinary[i];
DI_050 = false;
}
}
//myTime = DateTime.ParseExact(Time, "HH:mm:ss.fff", System.Globalization.CultureInfo.InvariantCulture);
}
public void resolver_dataitems()
{
CAT = Convert.ToInt32(stringbinary[0], 2);
int count = 0;
if (listboolean_fspec.Count == 8)
{
count = 1;
}
else if (listboolean_fspec.Count == 16)
{
count = 2;
}
else if (listboolean_fspec.Count == 24)
{
count = 3;
}
else if (listboolean_fspec.Count == 32)
{
count = 4;
}
else if (listboolean_fspec.Count == 40)
{
count = 5;
}
else if (listboolean_fspec.Count == 48)
{
count = 6;
}
for (int i = (3 + count); i < stringbinary.Length; i++)
{
if (DI_010 == true) //VERDADERO HECHO
{
DI_010_buffer1 = stringbinary[i];
i++;
DI_010_buffer2 = stringbinary[i];
DI_010 = false;
SAC = Convert.ToInt32(DI_010_buffer1, 2);
SIC = Convert.ToInt32(DI_010_buffer2, 2);
}
else if (DI_000 == true)//VERDADERO COMPROBAR
{
DI_000_buffer1 = stringbinary[i];
DI_000 = false;
int messg = Convert.ToInt32(DI_000_buffer1, 2);
if (messg == 1)
{
Message_type = "Target Report";
}
else if (messg == 2)
{
Message_type = "Start of Update Cycle";
}
else if (messg == 3)
{
Message_type = "Periodic Status Message";
}
else
{
Message_type = "Event-triggered Status Message";
}
}
else if (DI_020 == true)//VERDADERO COMPROBAR
{
DI_020_buffer1 = stringbinary[i];
char[] prov = DI_020_buffer1.ToArray();
int TYP = Convert.ToInt32(String.Concat(prov[0], prov[1], prov[2]));
if (TYP == 0)
{
TARGET_TYP = "SSR multilateration";
}
else if (TYP == 1)
{
TARGET_TYP = "Mode S multilateration";
}
else if (TYP == 10)
{
TARGET_TYP = "ADS-B";
}
else if (TYP == 11)
{
TARGET_TYP = "PSR";
}
else if (TYP == 100)
{
TARGET_TYP = "Magnetic Loop System";
}
else if (TYP == 101)
{
TARGET_TYP = "HF multilateration";
}
else if (TYP == 110)
{
TARGET_TYP = "Not defined";
}
else if (TYP == 111)
{
TARGET_TYP = "Other types";
}
if (prov[3] == '0')
{
TARGET_DCR = "No differential correction";
}
else
{
TARGET_DCR = "Differential correction";
}
if (prov[4] == '0')
{
TARGET_CHN = "Chain 1";
}
else
{
TARGET_CHN = "Chain 2";
}
if (prov[5] == '0')
{
TARGET_GBS = "Transponder Ground bit not set";
}
else
{
TARGET_GBS = "Transponder Ground bit set";
}
if (prov[6] == '0')
{
TARGET_CRT = "No Corrupted reply in multilateration ";
}
else
{
TARGET_CRT = "No Corrupted reply in multilateration ";
}
if (prov[prov.Length - 1] == '1')
{
i++;
DI_020_buffer2 = stringbinary[i];
char[] prov2 = DI_020_buffer2.ToArray();
int LOP = Convert.ToInt32(String.Concat(prov[3], prov[4]));
int TOT = Convert.ToInt32(String.Concat(prov[5], prov[6]));
if (prov2[0] == '0')
{
TARGET_SIM = "Actual target report ";
}
else
{
TARGET_SIM = "Simulated target report ";
}
if (prov2[1] == '0')
{
TARGET_TST = "Default";
}
else
{
TARGET_TST = "Test Target";
}
if (prov2[2] == '0')
{
TARGET_RAB = "Report from target transponder ";
}
else
{
TARGET_RAB = "Report from field monitor";
}
if (LOP == 0)
{
TARGET_LOP = "Undetermined ";
}
else if (LOP == 1)
{
TARGET_LOP = "Loop start";
}
else if (LOP == 10)
{
TARGET_LOP = "Loop finish";
}
if (TOT == 0)
{
TARGET_TOT = "Undeterminated";
}
else if (TOT == 1)
{
TARGET_TOT = "Aircraft";
}
else if (TOT == 10)
{
TARGET_TOT = "Ground vehicle ";
}
else
{
TARGET_TOT = "Helicopter ";
}
if (prov2[prov.Length - 1] == '1')
{
i++;
DI_020_buffer3 = stringbinary[i];
if (DI_020_buffer3[0] == '0')
{
TARGET_SPI = "Absence of SPI";
}
else
{
TARGET_SPI = "Special Position Identification";
}
}
}
DI_020 = false;
}
else if (DI_140 == true)//VERDADERO COMPROBAR
{
DI_140_buffer1 = stringbinary[i];
i++;
DI_140_buffer2 = stringbinary[i];
i++;
DI_140_buffer3 = stringbinary[i];
DI_140 = false;
int DI_140_bff = Convert.ToInt32(String.Concat(DI_140_buffer1, DI_140_buffer2, DI_140_buffer3), 2);
double seconds = Math.Round(Convert.ToDouble(DI_140_bff) / 128, 3);
myTime = TimeSpan.FromSeconds(seconds);
//Time = time.ToString(@"hh\:mm\:ss\.fff");
}
else if (DI_041 == true)
{
DI_041_buffer1 = stringbinary[i];
i++;
DI_041_buffer2 = stringbinary[i];
i++;
DI_041_buffer3 = stringbinary[i];
i++;
DI_041_buffer4 = stringbinary[i];
i++;
DI_041_buffer5 = stringbinary[i];
i++;
DI_041_buffer6 = stringbinary[i];
i++;
DI_041_buffer7 = stringbinary[i];
i++;
DI_041_buffer8 = stringbinary[i];
DI_041 = false;
}
else if (DI_040 == true)
{
DI_040_buffer1 = stringbinary[i];
i++;
DI_040_buffer2 = stringbinary[i];
i++;
DI_040_buffer3 = stringbinary[i];
i++;
DI_040_buffer4 = stringbinary[i];
DI_040 = false;
}
else if (DI_042 == true)//VERDADERO COMPROBAR
{
DI_042_buffer1 = stringbinary[i];
i++;
DI_042_buffer2 = stringbinary[i];
i++;
DI_042_buffer3 = stringbinary[i];
i++;
DI_042_buffer4 = stringbinary[i];
DI_042 = false;
string oc1 = String.Concat(DI_042_buffer1, DI_042_buffer2);
string oc2 = String.Concat(DI_042_buffer3, DI_042_buffer4);
X = CA2todec(oc1);
Y = CA2todec(oc2);
double latitud, longitud;
double lat_original;
if (SAC == 107)
{
double gradlat = 41;
double gradlon = 2;
double mintogradlat = (Convert.ToDouble(17) / 60);
double mintogradlon = (Convert.ToDouble(4) / 60);
double sectogradlat = Convert.ToDouble(44.426) / 3600;
double sectogradlon = Convert.ToDouble(42.410) / 3600;
latitud = (Convert.ToDouble(gradlat) + Convert.ToDouble(mintogradlat)) + Convert.ToDouble(sectogradlat);
longitud = (Convert.ToDouble(gradlon) + Convert.ToDouble(mintogradlon)) + Convert.ToDouble(sectogradlon);
lat_original = latitud;
}
else
{
double gradlat = 41;
double gradlon = 2;
double mintogradlat = (Convert.ToDouble(17) / 60);
double mintogradlon = (Convert.ToDouble(5) / 60);
double sectogradlat = Convert.ToDouble(44.226) / 3600;
double sectogradlon = Convert.ToDouble(42.411) / 3600;
latitud = (Convert.ToDouble(gradlat) + Convert.ToDouble(mintogradlat)) + Convert.ToDouble(sectogradlat);
longitud = (Convert.ToDouble(gradlon) + Convert.ToDouble(mintogradlon)) + Convert.ToDouble(sectogradlon);
lat_original = latitud;
}
latitud = latitud + (Y / 6378000) * (180 / Math.PI);
longitud = longitud + (X / 6378000) * (180 / Math.PI) / Math.Cos(lat_original * (180 / Math.PI));
punto = new PointLatLng(latitud, longitud);
string[] separados1lat;
string[] separados1lon;
separados1lat = Convert.ToString(latitud).Split(',');
separados1lon = Convert.ToString(longitud).Split(',');
string gradoslat = separados1lat[0];
string gradoslon = separados1lon[0];
string uno = String.Concat("0,", separados1lat[1]);
string dos = String.Concat("0,", separados1lon[1]);
double mindeclat = Convert.ToDouble(uno) * 60;
double mindeclon = Convert.ToDouble(dos) * 60;
string[] separados2lat = Convert.ToString(mindeclat).Split(',');
string[] separados2lon = Convert.ToString(mindeclon).Split(',');
string minlat = separados2lat[0];
string minlon = separados2lon[0];
double segdeclat = Convert.ToDouble(String.Concat("0,", separados2lat[1])) * 60;
double segdeclon = Convert.ToDouble(String.Concat("0,", separados2lon[1])) * 60;
string seclat = (Math.Round(segdeclat, 3)).ToString(System.Globalization.CultureInfo.CreateSpecificCulture("en-US"));
string seclon = (Math.Round(segdeclon, 3)).ToString(System.Globalization.CultureInfo.CreateSpecificCulture("en-US"));
string latitudd, longitudd;
if (latitud > 0)
{
latitudd = String.Concat(gradoslat, "º", minlat, "'", seclat, '"', 'N');
}
else
{
latitudd = String.Concat(gradoslat, 'º', minlat, "'", seclat, '"', 'S');
}
if (longitud > 0)
{
longitudd = String.Concat(gradoslon, 'º', minlon, "'", seclon, '"', 'E');
}
else
{
longitudd = String.Concat(gradoslon, 'º', minlon, "'", seclon, '"', 'O');
}
coordinates = String.Concat(latitudd, longitudd);
}
else if (DI_200 == true)//VERDADERO
{
DI_200_buffer1 = stringbinary[i];
i++;
DI_200_buffer2 = stringbinary[i];
i++;
DI_200_buffer3 = stringbinary[i];
i++;
DI_200_buffer4 = stringbinary[i];
DI_200 = false;
}
else if (DI_202 == true)//VERDADERO COMPROBAR
{
DI_202_buffer1 = stringbinary[i];
i++;
DI_202_buffer2 = stringbinary[i];
i++;
DI_202_buffer3 = stringbinary[i];
i++;
DI_202_buffer4 = stringbinary[i];
DI_202 = false;
string oc1 = String.Concat(DI_202_buffer1, DI_202_buffer2);
string oc2 = String.Concat(DI_202_buffer3, DI_202_buffer4);
VX = CA2todec(oc1) * 0.25;
{ VX = VX + 0.25; }
VY = CA2todec(oc2) * 0.25;
{ VY = VY + 0.25; }
}
else if (DI_161 == true)//VERDADERO COMPROBAR
{
DI_161_buffer1 = stringbinary[i];
i++;
DI_161_buffer2 = stringbinary[i];
DI_161 = false;
string oc = String.Concat(DI_161_buffer1[3], DI_161_buffer1[4], DI_161_buffer1[5], DI_161_buffer1[6], DI_161_buffer1[7], DI_161_buffer2);
TRACKNUMBER = Convert.ToInt32(oc, 2);
}
else if (DI_170 == true)//VERDADERO COMPROBAR
{
DI_170_buffer1 = stringbinary[i];
char[] prov = DI_170_buffer1.ToArray();
if (prov[0] == '0')
{
TRACKSTATUS_CNF = "Confirmed track";
}
else
{
TRACKSTATUS_CNF = "Track in initialisation phase";
}
if (prov[1] == '0')
{
TRACKSTATUS_TRE = "Default";
}
else
{
TRACKSTATUS_TRE = "Last report for a track";
}
int bit65 = Convert.ToInt32(String.Concat(prov[2], prov[3]));
if (bit65 == 0)
{
TRACKSTATUS_CST = "No extrapolation";
}
else if (bit65 == 1)
{
TRACKSTATUS_CST = "Predictable extrapolation due to sensor refresh period";
}
else if (bit65 == 10)
{
TRACKSTATUS_CST = "Predictable extrapolation in masked area";
}
else if (bit65 == 11)
{
TRACKSTATUS_CST = "Extrapolation due to unpredictable absence of detection";
}
if (prov[4] == '0')
{
TRACKSTATUS_MAH = "Default";
}
else
{
TRACKSTATUS_MAH = "Horizontal manoeuvre";
}
if (prov[5] == '0')
{
TRACKSTATUS_TCC = "Slant range correction and a suitable projection technique";
}
else
{
TRACKSTATUS_TCC = "Sensor plane ";
}
if (prov[6] == '0')
{
TRACKSTATUS_STH = "Measured position";
}
else
{
TRACKSTATUS_STH = "Smoothed position ";
}
if (prov[prov.Length - 1] == '1')
{
i++;
DI_170_buffer2 = stringbinary[i];
char[] prov2 = DI_170_buffer2.ToArray();
int TOM = Convert.ToInt32(String.Concat(prov2[0], prov2[1]));
int DOU = Convert.ToInt32(String.Concat(prov2[2], prov2[3], prov2[4]));
int MRS = Convert.ToInt32(String.Concat(prov2[5], prov2[6]));
if (TOM == 0)
{
TRACKSTATUS_TOM = "Unknown type of movement";
}
else if (TOM == 1)
{
TRACKSTATUS_TOM = "Taking-off";
}
else if (TOM == 10)
{
TRACKSTATUS_TOM = "Lading";
}
else if (TOM == 11)
{
TRACKSTATUS_TOM = "Other types of movement";
}
if (DOU == 0)
{
TRACKSTATUS_DOU = "No doubt";
}
else if (DOU == 1)
{
TRACKSTATUS_DOU = "Doubtful correlation (undetermined reason)";
}
else if (DOU == 10)
{
TRACKSTATUS_DOU = "Doubtful correlation in clutter";
}
else if (DOU == 11)
{
TRACKSTATUS_DOU = " Loss of accuracy";
}
else if (DOU == 100)
{
TRACKSTATUS_DOU = "Loss of accuracy in clutter";
}
else if (DOU == 101)
{
TRACKSTATUS_DOU = "Unstable track";
}
else if (DOU == 110)
{
TRACKSTATUS_DOU = "Previously coasted";
}
if (MRS == 0)
{
TRACKSTATUS_MRS = "Merge or split indication undetermined ";
}
else if (MRS == 1)
{
TRACKSTATUS_MRS = "Track merged by association to plot";
}
else if (MRS == 10)
{
TRACKSTATUS_MRS = "Track merged by non-association to plot ";
}
else if (MRS == 11)
{
TRACKSTATUS_MRS = "Split track";
}
if (prov2[7] == '1')
{
i++;
DI_170_buffer3 = stringbinary[i];
if (DI_170_buffer3[0] == '0')
{
TRACKSTATUS_GHO = "Default";
}
else
{
TRACKSTATUS_GHO = "Ghost track";
}
}
}
DI_170 = false;
}
else if (DI_060 == true)//VERDADERO COMPROBAR
{
DI_060_buffer1 = stringbinary[i];
i++;
DI_060_buffer2 = stringbinary[i];
DI_060 = false;
char[] oc1 = DI_060_buffer1.ToArray();
char[] oc2 = DI_060_buffer2.ToArray();
string bit4_6 = String.Concat(oc1[4], oc1[5], oc1[6]);
string bit7_9 = String.Concat(oc1[7], oc2[0], oc2[1]);
string bit10_12 = String.Concat(oc2[2], oc2[3], oc2[4]);
string bit13_15 = String.Concat(oc2[5], oc2[6], oc2[7]);
int bbit4_6 = Convert.ToInt32(bit4_6, 2);
int bbit7_9 = Convert.ToInt32(bit7_9, 2);
int bbit10_12 = Convert.ToInt32(bit10_12, 2);
int bbit13_15 = Convert.ToInt32(bit13_15, 2);
MODE_3A = String.Concat(bbit4_6, bbit7_9, bbit10_12, bbit13_15);
}
else if (DI_220 == true)//VERDADERO COMPROBAR
{
DI_220_buffer1 = stringbinary[i];
i++;
DI_220_buffer2 = stringbinary[i];
i++;
DI_220_buffer3 = stringbinary[i];
DI_220 = false;
if (stringhex[i].Count() == 1)
{
stringhex[i] = String.Concat("0", stringhex[i]);
} //AÑADIMOS UN 0 SI SOLO HAY UNA LETRA O NÚMERO PORQUE EL 0 DESAPARECE AL PRINCIPIO
if (stringhex[i - 1].Count() == 1)
{
stringhex[i - 1] = String.Concat("0", stringhex[i]);
}
if (stringhex[i - 2].Count() == 1)
{
stringhex[i - 2] = String.Concat("0", stringhex[i]);
}
ADDRESS = String.Concat(stringhex[i - 2], stringhex[i - 1], stringhex[i]);
}
else if (DI_245 == true)//VERDADERO COMPROBAR
{
DI_245_buffer1 = stringbinary[i];
i++;
DI_245_buffer2 = stringbinary[i];
i++;
DI_245_buffer3 = stringbinary[i];
i++;
DI_245_buffer4 = stringbinary[i];
i++;
DI_245_buffer5 = stringbinary[i];
i++;
DI_245_buffer6 = stringbinary[i];
i++;
DI_245_buffer7 = stringbinary[i];
DI_245 = false;
string fulloctet = String.Concat(DI_245_buffer1, DI_245_buffer2, DI_245_buffer3, DI_245_buffer4, DI_245_buffer5, DI_245_buffer6, DI_245_buffer7);
char[] fulloctetchar = fulloctet.ToArray();
string oc1 = String.Concat(Convert.ToString(fulloctetchar[8]), Convert.ToString(fulloctetchar[9]), Convert.ToString(fulloctetchar[10]), Convert.ToString(fulloctetchar[11]), Convert.ToString(fulloctetchar[12]), Convert.ToString(fulloctetchar[13]));
string oc2 = String.Concat(Convert.ToString(fulloctetchar[14]), Convert.ToString(fulloctetchar[15]), Convert.ToString(fulloctetchar[16]), Convert.ToString(fulloctetchar[17]), Convert.ToString(fulloctetchar[18]), Convert.ToString(fulloctetchar[19]));
string oc3 = String.Concat(Convert.ToString(fulloctetchar[20]), Convert.ToString(fulloctetchar[21]), Convert.ToString(fulloctetchar[22]), Convert.ToString(fulloctetchar[23]), Convert.ToString(fulloctetchar[24]), Convert.ToString(fulloctetchar[25]));
string oc4 = String.Concat(Convert.ToString(fulloctetchar[26]), Convert.ToString(fulloctetchar[27]), Convert.ToString(fulloctetchar[28]), Convert.ToString(fulloctetchar[29]), Convert.ToString(fulloctetchar[30]), Convert.ToString(fulloctetchar[31]));
string oc5 = String.Concat(Convert.ToString(fulloctetchar[32]), Convert.ToString(fulloctetchar[33]), Convert.ToString(fulloctetchar[34]), Convert.ToString(fulloctetchar[35]), Convert.ToString(fulloctetchar[36]), Convert.ToString(fulloctetchar[37]));
string oc6 = String.Concat(Convert.ToString(fulloctetchar[38]), Convert.ToString(fulloctetchar[39]), Convert.ToString(fulloctetchar[40]), Convert.ToString(fulloctetchar[41]), Convert.ToString(fulloctetchar[42]), Convert.ToString(fulloctetchar[43]));
string oc7 = String.Concat(Convert.ToString(fulloctetchar[44]), Convert.ToString(fulloctetchar[45]), Convert.ToString(fulloctetchar[46]), Convert.ToString(fulloctetchar[47]), Convert.ToString(fulloctetchar[48]), Convert.ToString(fulloctetchar[49]));
string oc8 = String.Concat(Convert.ToString(fulloctetchar[50]), Convert.ToString(fulloctetchar[51]), Convert.ToString(fulloctetchar[52]), Convert.ToString(fulloctetchar[53]), Convert.ToString(fulloctetchar[54]), Convert.ToString(fulloctetchar[55]));
ACID_palabra = ACID(oc1, oc2, oc3, oc4, oc5, oc6, oc7, oc8);
}
else if (DI_250 == true)
{
DI_250_buffer1 = stringbinary[i];
DI_250 = false;
}
else if (DI_300 == true)
{
DI_300_buffer1 = stringbinary[i];
DI_300 = false;
}
else if (DI_090 == true)//VERDADERO COMPROBAR
{
DI_090_buffer1 = stringbinary[i];
i++;
DI_090_buffer2 = stringbinary[i];
DI_090 = false;
string flighlvl = String.Concat(DI_090_buffer1[2], DI_090_buffer1[3], DI_090_buffer1[4], DI_090_buffer1[5], DI_090_buffer1[6], DI_090_buffer1[7], DI_090_buffer2);
FLIGHTLEVEL = Convert.ToDouble(Convert.ToInt32(flighlvl, 2)) / 4;
}
else if (DI_091 == true)
{
DI_091_buffer1 = stringbinary[i];
i++;
DI_091_buffer2 = stringbinary[i];
DI_091 = false;
}
else if (DI_270 == true)//VERDADERO
{
DI_270_buffer1 = stringbinary[i];
char[] prov = DI_270_buffer1.ToArray();
if (prov[prov.Length - 1] == 1)
{
i++;
DI_270_buffer2 = stringbinary[i];
}
DI_270 = false;
}
else if (DI_550 == true)
{
DI_550_buffer1 = stringbinary[i];
DI_550 = false;
}
else if (DI_310 == true)
{
DI_310_buffer1 = stringbinary[i];
DI_310 = false;
}
else if (DI_500 == true)
{
DI_500_buffer1 = stringbinary[i];
i++;
DI_500_buffer2 = stringbinary[i];
i++;
DI_500_buffer3 = stringbinary[i];
i++;
DI_500_buffer4 = stringbinary[i];
DI_550 = false;
}
else if (DI_280 == true)
{
DI_280_buffer1 = stringbinary[i];
DI_280 = false;
}
else if (DI_131 == true)
{
DI_131_buffer1 = stringbinary[i];
DI_131 = false;
}
else if (DI_210 == true)
{
DI_210_buffer1 = stringbinary[i];
i++;
DI_210_buffer2 = stringbinary[i];
DI_210 = false;
}
}
//myTime = DateTime.ParseExact(Time, "HH:mm:ss.fff", System.Globalization.CultureInfo.InvariantCulture);
//roww = new DataRow(SAC, SIC, Message_type, "Target", myTime, X, Y, VX, VY, TRACKNUMBER, "Track Status", MODE_3A, ADDRESS, ACID_palabra, FLIGHTLEVEL);
}
