private void Timer_Tick(object sender, EventArgs e)
{
if (Running == true)
{
//Lauf ist wurde beendet
if (Run == "stopped")
{
Run = "inactiv";
Console.WriteLine("Run had been finished");
log.Items.Insert(0, "Lauf beendet");
logTime.Items.Insert(0, "--:--");
logTime2.Items.Insert(0, "---");
Console.WriteLine("==========================");
log.Items.Insert(0, "=====================");
logTime.Items.Insert(0, "==:==");
logTime2.Items.Insert(0, "===");
//Abfrage von streamdata.php
WebClient wc = new WebClient();
string livetiming = wc.DownloadString("http://erzgebirgsschwimmcup.de/Livetiming/streamdata.php");
Console.WriteLine(livetiming);
//streamdata auswerten
string[] words = livetiming.Split('?');
string lane = "0";
string lane_1_meters = "0";
string lane_2_meters = "0";
string lane_3_meters = "0";
string lane_4_meters = "0";
string lane_1_time = "0";
string lane_2_time = "0";
string lane_3_time = "0";
string lane_4_time = "0";
foreach (string word in words)
{
string[] words2 = word.Split('#');
foreach (string word2 in words2)
{
if (word2 == "1")
{
lane = "1";
}
if (word2 == "2")
{
lane = "2";
}
if (word2 == "3")
{
lane = "3";
}
if (word2 == "4")
{
lane = "4";
}
if (word2 == "50" || word2 == "100" || word2 == "200")
{
if (lane == "1")
{
lane_1_meters = word2;
}
if (lane == "2")
{
lane_2_meters = word2;
}
if (lane == "3")
{
lane_3_meters = word2;
}
if (lane == "4")
{
lane_4_meters = word2;
}
}
if (lane != "0" || word2 != "1" || word2 != "2" || word2 != "3" || word2 != "4" || word2 != "50" || word2 != "100" || word2 != "200")
{
if (lane == "1")
{
lane_1_time = word2;
}
if (lane == "2")
{
lane_2_time = word2;
}
if (lane == "3")
{
lane_3_time = word2;
}
if (lane == "4")
{
lane_4_time = word2;
}
}
}
}
Console.WriteLine("=====================");
Console.WriteLine("Run before:");
Console.WriteLine("=====================");
Console.WriteLine("Lane 1:");
Console.WriteLine("Meters: " + lane_1_meters);
Console.WriteLine("Time: " + lane_1_time);
Console.WriteLine("=====================");
Console.WriteLine("Lane 2:");
Console.WriteLine("Meters: " + lane_2_meters);
Console.WriteLine("Time: " + lane_2_time);
Console.WriteLine("=====================");
Console.WriteLine("Lane 3:");
Console.WriteLine("Meters: " + lane_3_meters);
Console.WriteLine("Time: " + lane_3_time);
Console.WriteLine("=====================");
Console.WriteLine("Lane 4:");
Console.WriteLine("Meters: " + lane_4_meters);
Console.WriteLine("Time: " + lane_4_time);
Console.WriteLine("=====================");
//streamdata auswerten
string[] words3 = livetiming.Split('#');
Wk_l = "0";
Meters = "0";
int forcount = 0;
foreach (string word3 in words3)
{
forcount++;
if (forcount == 1)
{
Wk_l = word3;
}
if (forcount == 2)
{
int forcount2 = 0;
string[] words4 = word3.Split('m');
foreach (string word4 in words4)
{
forcount2++;
if (forcount2 == 1)
{
Meters = word4;
}
}
}
}
Console.WriteLine("");
Console.WriteLine("WK: " + Wk_l);
Console.WriteLine("Strecke: " + Meters + "m");
Console.WriteLine("");
Console.WriteLine("=====================");
//Zeiten mit richtigen Metern in Array
string StrRuntimes = "";
if (lane_1_meters == Meters)
{
StrRuntimes = StrRuntimes + "#" + lane_1_time;
Console.WriteLine(StrRuntimes);
}
if (lane_2_meters == Meters)
{
StrRuntimes = StrRuntimes + "#" + lane_2_time;
Console.WriteLine(StrRuntimes);
}
if (lane_3_meters == Meters)
{
StrRuntimes = StrRuntimes + "#" + lane_3_time;
Console.WriteLine(StrRuntimes);
}
if (lane_4_meters == Meters)
{
StrRuntimes = StrRuntimes + "#" + lane_4_time;
Console.WriteLine(StrRuntimes);
}
string[] Runtimes = StrRuntimes.Split('#');
int TimeFast = 10000000;
foreach (string Time in Runtimes)
{
if (!String.IsNullOrEmpty(Time))
{
Console.WriteLine("Zeit:");
Console.WriteLine(Time);
//Sekunden berechnen
string Time_min_str = Time.Substring(0, 2);
string Time_sek_str = Time.Substring(3, 2);
int Time_min = Int32.Parse(Time_min_str);
int Time_sek = Int32.Parse(Time_sek_str);
if (Time_min == 1)
{
Time_sek = Time_sek + 60;
}
if (Time_min == 02)
{
Time_sek = Time_sek + 120;
}
if (Time_min == 03)
{
Time_sek = Time_sek + 180;
}
if (Time_sek <= TimeFast)
{
TimeFast = Time_sek;
}
}
}
Run_sek = TimeFast;
}
//während keinem Lauf
if (Run == "inactiv")
{
//Abfrage, ob Lauf wieder gestartet
WebClient wc2 = new WebClient();
string livetimingD = wc2.DownloadString("http://erzgebirgsschwimmcup.de/Livetiming/livetime2.php");
if (livetimingD.Contains("Bahn"))
{
Run = "started";
}
}
//wenn Lauf gestartet:
if (Run == "started")
{
Run = "activ";
//Abfrage welche Strecke geschwommen wird
WebClient wc3 = new WebClient();
string livetimingD = wc3.DownloadString("http://erzgebirgsschwimmcup.de/Livetiming/streamdata.php");
Console.WriteLine(livetimingD);
Console.WriteLine("Run has been started!");
Console.WriteLine("");
log.Items.Insert(0, "Lauf wurde gestartet");
logTime.Items.Insert(0, "00:00");
logTime2.Items.Insert(0, "0");
//Werte aktueller Lauf
string distance = Meters;
//Szenenwechsel berechnen
//für 50m Stecken
if (distance == "50")
{
T1 = Math.Round(Run_sek * 0.3);
T2 = Math.Round(Run_sek * 0.7);
Time1.Text = T1.ToString();
Time2.Text = T2.ToString();
Time3.Text = " ";
Time4.Text = " ";
Time5.Text = " ";
Time6.Text = " ";
Time7.Text = " ";
Time8.Text = " ";
}
if (distance == "100")
{
T1 = Math.Round(Run_sek * 0.15);
T2 = Math.Round(Run_sek * 0.35);
T3 = Math.Round(Run_sek * 0.65);
T4 = Math.Round(Run_sek * 0.85);
Time1.Text = T1.ToString();
Time2.Text = T2.ToString();
Time3.Text = T3.ToString();
Time4.Text = T4.ToString();
Time5.Text = " ";
Time6.Text = " ";
Time7.Text = " ";
Time8.Text = " ";
}
if (distance == "200")
{
T1 = Math.Round(Run_sek * 0.075);
T2 = Math.Round(Run_sek * 0.175);
T3 = Math.Round(Run_sek * 0.325);
T4 = Math.Round(Run_sek * 0.425);
T5 = Math.Round(Run_sek * 0.575);
T6 = Math.Round(Run_sek * 0.675);
T7 = Math.Round(Run_sek * 0.825);
T8 = Math.Round(Run_sek * 0.925);
Time1.Text = T1.ToString();
Time2.Text = T2.ToString();
Time3.Text = T3.ToString();
Time4.Text = T4.ToString();
Time5.Text = T5.ToString();
Time6.Text = T6.ToString();
Time7.Text = T7.ToString();
Time8.Text = T8.ToString();
}
Console.WriteLine(Run_sek);
log.Items.Insert(0, "Sekunden: " + Run_sek);
logTime.Items.Insert(0, "00:00");
logTime2.Items.Insert(0, "0");
progressBar.Maximum = Run_sek;
TimeCount = 0;
Count = 0;
Count2 = 0;
clock.Text = "00:00";
//Auslesen streamdata.php für WK
WebClient wc = new WebClient();
string livetiming = wc.DownloadString("http://erzgebirgsschwimmcup.de/Livetiming/streamdata.php");
//WK ermitteln
string[] words3 = livetiming.Split('#');
Wk_c = "0";
Meters = "0";
int forcount = 0;
foreach (string word3 in words3)
{
forcount++;
if (forcount == 1)
{
Wk_c = word3;
}
if (forcount == 2)
{
int forcount2 = 0;
string[] words4 = word3.Split('m');
foreach (string word4 in words4)
{
forcount2++;
if (forcount2 == 1)
{
Meters_c = word4;
}
}
}
}
Console.WriteLine("WK: " + Wk_c);
Console.WriteLine("WK (l): " + Wk_l);
WkBox.Text = Wk_c;
DistanceBox.Text = Meters_c + "m";
}
//während des Laufes:
if (Run == "activ")
{
//timer hochzählen
TimeCount = TimeCount + 1;
Console.WriteLine(TimeCount);
Count = Count + 1;
string display;
string display2;
if (Count >= 60)
{
Count = 0;
Count2++;
}
if (Count < 10)
{
display = "0" + Count.ToString();
}
else
{
display = Count.ToString();
}
if (Count2 < 10)
{
display2 = "0" + Count2.ToString();
}
else
{
display2 = Count2.ToString();
}
string output = display2 + ":" + display;
clock.Text = output;
TimeBox.Text = "" + TimeCount;
//wenn stichzeiten gleich aktueller Zeit Kamera wechseln
if (Wk_c == Wk_l)
{
if (TimeCount == T1)
{
Console.WriteLine("Change Scene to webcam 2");
log.Items.Insert(0, "Wechsle Szene zu Webcam 2");
logTime.Items.Insert(0, output);
logTime2.Items.Insert(0, TimeCount);
//OBS Anweisungen
SendKeys.Send("^M");
T1 = 0;
}
if (TimeCount == T2)
{
Console.WriteLine("Change Scene to webcam 1");
log.Items.Insert(0, "Wechsle Szene zu Webcam 1");
logTime.Items.Insert(0, output);
logTime2.Items.Insert(0, TimeCount);
//OBS Anweisungen
SendKeys.Send("^N");
T2 = 0;
}
if (TimeCount == T3)
{
Console.WriteLine("Change Scene to webcam 2");
log.Items.Insert(0, "Wechsle Szene zu Webcam 2");
logTime.Items.Insert(0, output);
logTime2.Items.Insert(0, TimeCount);
//OBS Anweisungen
SendKeys.Send("^M");
T3 = 0;
}
if (TimeCount == T4)
{
Console.WriteLine("Change Scene to webcam 1");
log.Items.Insert(0, "Wechsle Szene zu Webcam 1");
logTime.Items.Insert(0, output);
logTime2.Items.Insert(0, TimeCount);
//OBS Anweisungen
SendKeys.Send("^N");
T4 = 0;
}
if (TimeCount == T5)
{
Console.WriteLine("Change Scene to webcam 2");
log.Items.Insert(0, "Wechsle Szene zu Webcam 2");
logTime.Items.Insert(0, output);
logTime2.Items.Insert(0, TimeCount);
//OBS Anweisungen
SendKeys.Send("^M");
T5 = 0;
}
if (TimeCount == T6)
{
Console.WriteLine("Change Scene to webcam 1");
log.Items.Insert(0, "Wechsle Szene zu Webcam 1");
logTime.Items.Insert(0, output);
logTime2.Items.Insert(0, TimeCount);
//OBS Anweisungen
SendKeys.Send("^N");
T6 = 0;
}
if (TimeCount == T7)
{
Console.WriteLine("Change Scene to webcam 2");
log.Items.Insert(0, "Wechsle Szene zu Webcam 2");
logTime.Items.Insert(0, output);
logTime2.Items.Insert(0, TimeCount);
//OBS Anweisungen
SendKeys.Send("^M");
T7 = 0;
}
if (TimeCount == T8)
{
Console.WriteLine("Change Scene to webcam 1");
log.Items.Insert(0, "Wechsle Szene zu Webcam 1");
logTime.Items.Insert(0, output);
logTime2.Items.Insert(0, TimeCount);
//OBS Anweisungen
SendKeys.Send("^N");
T8 = 0;
}
}
//Lauffortschritt in Progressbar
if (TimeCount <= Run_sek)
{
progressBar.Value = TimeCount;
}
//Abfrage, ob Lauf beendet
WebClient wc2 = new WebClient();
string livetimingD = wc2.DownloadString("http://erzgebirgsschwimmcup.de/Livetiming/livetime2.php");
if (!livetimingD.Contains("Bahn"))
{
Run = "stopped";
}
}
}
else
{
textBox1.Text = "angehalten";
}
}
public void CalculatePerformance(double pressure, double temperature, double velocity, double commandedThrottle)
{
if (Tt7 == 0)
{
mainThrottle = commandedThrottle;
}
else
{
mainThrottle = Math.Min(commandedThrottle * 1.5, 1.0);
abThrottle = Math.Max(commandedThrottle - 0.667, 0);
}
p0 = pressure * 1000; //freestream
t0 = temperature;
gamma_c = CalculateGamma(t0, 0);
Cp_c = CalculateCp(t0, 0);
Cv_c = Cp_c / gamma_c;
R_c = Cv_c * (gamma_c - 1);
M0 = velocity / Math.Sqrt(gamma_c * R_c * t0);
T1 = t0 * (1 + 0.5 * (gamma_c - 1) * M0 * M0); //inlet
P1 = p0 * Math.Pow(T1 / t0, gamma_c / (gamma_c - 1)) * TPR;
double prat3 = CPR;
double prat2 = FPR;
double k = FPR / CPR;
double p = Math.Pow(k, (gamma_c - 1) / eta_c / gamma_c);
for (int i = 0; i < 20; i++) //use iteration to calculate CPR
{
P2 = prat2 * P1;
P3 = prat3 * P1;
T2 = T1 * Math.Pow(prat2, (gamma_c - 1) / gamma_c / eta_c); //fan
T3 = T1 * Math.Pow(prat3, (gamma_c - 1) / gamma_c / eta_c); //compressor
T4 = (Tt4 - T3) * mainThrottle + T3; //burner
P4 = P3;
ff = Cp_c * (T4 - T3) / (Cp_c * (T4 - T3) + h_f); //fuel fraction
Cp_t = CalculateCp(T4, ff);
T5 = T4 * TTR; //turbine
double x = prat3;
prat3 = (1 + ff) * Cp_t * (T4 - T5) / T1 / Cp_c + 1 + BPR;
prat3 /= 1 + BPR * p;
prat3 = Math.Pow(prat3, eta_c * gamma_c / (gamma_c - 1));
prat2 = k * prat3;
if (Math.Abs(x - prat3) < 0.01)
{
break;
}
}
gamma_t = CalculateGamma(T5, ff);//gas parameters
Cp_t = CalculateCp(T5, ff);
Cv_t = Cp_t / gamma_t;
R_t = Cv_t * (gamma_t - 1);
P5 = P4 * Math.Pow((1 - 1 / eta_t * (1 - TTR)), gamma_t / (gamma_t - 1));
if (exhaustMixer && BPR > 0) //exhaust mixer
{
double Cp6 = (Cp_c * BPR + Cp_t) / (1 + BPR); //Cp of mixed flow -- kind of
T6 = T5 * Cp_t / Cp6 * (1 + BPR * Cp_c * T2 / Cp_t / T5) / (1 + BPR);
P6 = (P5 + BPR * 0.98 * P2) / (1 + BPR);
ff /= (1 + ff + BPR);
gamma_t = CalculateGamma(T6, ff);//gas parameters
Cp_t = CalculateCp(T6, ff);
Cv_t = Cp_t / gamma_t;
R_t = Cv_t * (gamma_t - 1);
}
else
{
T6 = T5;
P6 = P5;
}
if (Tt7 > 0)
{
T7 = (Tt7 - T6) * abThrottle * 3 + T6;//afterburner
}
else
{
T7 = T6;
}
P7 = P6; //rayleigh loss?
ff_ab = ff + Cp_t * (T7 - T6) / (Cp_t * (T7 - T6) + h_f); //fuel fraction
gamma_ab = CalculateGamma(T7, ff_ab); //gas parameters
Cp_ab = CalculateCp(T7, ff_ab);
Cv_ab = Cp_ab / gamma_ab;
R_ab = Cv_ab * (gamma_ab - 1);
//Nozzle code is from NASA
double P8 = P7;
double T8 = T7;
double p8, V8, A8;
double epr = P8 / P1;
double etr = T8 / T1;
double area8max = .75 * Math.Sqrt(etr) / epr;//ratio of nozzle area to ref area
A8 = area8max * Aref;
if (exhaustMixer && BPR > 0)
{
A8 *= (1 + BPR);
}
double eair = P8 * Math.Sqrt(gamma_ab / R_ab / T8) *
Math.Pow((.5 + .5 * gamma_ab), .5 * (1 + gamma_ab) / (1 - gamma_ab));//corrected mass flow per area
mdot = eair * A8;
double npr = P8 / p0;
double fac1 = (gamma_ab - 1.0) / gamma_ab;
V8 = Math.Sqrt(2.0 * R_c / fac1 * T8 * eta_n * (1.0 - Math.Pow(1.0 / npr, fac1))); //exit velocity
p8 = (npr <= 1.893) ? p0 : .52828 * P8;
thrust = V8 * mdot + (p8 - p0) * A8;
if (BPR > 0 && FPR > 1 && exhaustMixer == false)
{
fac1 = (gamma_c - 1) / gamma_c; //fan thrust from NASA
double snpr = P2 / p0;
double ues = Math.Sqrt(2.0 * R_c / fac1 * T2 * eta_n * (1.0 - Math.Pow(1.0 / snpr, fac1)));
double pfexit = (snpr <= 1.893) ? p0 : .52828 * P2; //exit pressure of fan
thrust += BPR * ues * mdot / (1 + ff_ab) + (pfexit - p0) * BPR * Aref;
}
double netthrust = thrust - mdot / (1 + ff_ab) * (1 + (exhaustMixer ? 0 : BPR)) * (velocity);//ram drag
Isp = thrust / (mdot * ff_ab * 9.81);
debugstring = "";
debugstring += "TTR:\t" + TTR.ToString("F3") + "\r\n";
debugstring += "CPR:\t" + prat3.ToString("F3") + "\r\n";
debugstring += "M0:\t" + M0.ToString("F3") + "\r\n";
debugstring += "p0: " + p0.ToString("F2") + "\tt0: " + t0.ToString("F2") + "\r\n";
debugstring += "P1: " + P1.ToString("F2") + "\tT1: " + T1.ToString("F2") + "\r\n";
debugstring += "P2: " + P2.ToString("F2") + "\tT2: " + T2.ToString("F2") + "\r\n";
debugstring += "P3: " + P3.ToString("F2") + "\tT3: " + T3.ToString("F2") + "\r\n";
debugstring += "P4: " + P4.ToString("F2") + "\tT4: " + T4.ToString("F2") + "\r\n";
debugstring += "P5: " + P5.ToString("F2") + "\tT5: " + T5.ToString("F2") + "\r\n";
debugstring += "P6: " + P6.ToString("F2") + "\tT6: " + T6.ToString("F2") + "\r\n";
debugstring += "P7: " + P7.ToString("F2") + "\tT7: " + T7.ToString("F2") + "\r\n";
debugstring += "EPR: " + epr.ToString("F2") + "\tETR: " + etr.ToString("F2") + "\r\n";
debugstring += "FF: " + ff.ToString("P") + "\t";
debugstring += "FF_AB: " + ff_ab.ToString("P") + "\r\n";
debugstring += "V8: " + V8.ToString("F2") + "\tA8: " + A8.ToString("F2") + "\r\n";
debugstring += "Thrust: " + (thrust / 1000).ToString("F1") + "\tmdot: " + mdot.ToString("F2") + "\r\n";
debugstring += "NetThrust: " + (netthrust / 1000).ToString("F1") + "\tSFC: " + (3600 / Isp).ToString("F3") + "\r\n";
//Debug.Log(debugstring);
}
static void Main(string[] args)
{
Console.Write("Energiförbrukning N ? ");
int N = Convert.ToInt32(Console.ReadLine());
int sum = 0;
int antal = 0;
int oldi1 = 0;
int oldi2 = 0;
int oldi3 = 0;
for (int i1 = 0; i1 < 24; i1++)
{
for (int i2 = 0; i2 < 60; i2++)
{
for (int i3 = 0; i3 < 60; i3++)
{
if (sum == 0)
{
oldi1 = i1;
oldi2 = i2;
oldi3 = i3;
}
sum += energySum(i1, i2, i3);
if (sum == N)
{
antal++;
sum = 0;
i1 = oldi1;
i2 = oldi2;
i3 = oldi3;
}
else if (sum > N)
{
sum = 0;
i1 = oldi1;
i2 = oldi2;
i3 = oldi3;
}
}
}
}
Console.WriteLine("Antal möjligheter : " + antal);
int energySum(int T1, int T2, int T3)
{
int[] energyNumber = new int[] { 6, 2, 5, 5, 4, 5, 6, 3, 7, 6 };
char[] T1S;
char[] T2S;
char[] T3S;
if (T1 < 10)
{
T1S = ("0" + T1.ToString()).ToCharArray();
}
else
{
T1S = T1.ToString().ToCharArray();
}
if (T2 < 10)
{
T2S = ("0" + T2.ToString()).ToCharArray();
}
else
{
T2S = T2.ToString().ToCharArray();
}
if (T3 < 10)
{
T3S = ("0" + T3.ToString()).ToCharArray();
}
else
{
T3S = T3.ToString().ToCharArray();
}
int S1 = Convert.ToInt32(T1S[0].ToString());
int S2 = Convert.ToInt32(T1S[1].ToString());
int S3 = Convert.ToInt32(T2S[0].ToString());
int S4 = Convert.ToInt32(T2S[1].ToString());
int S5 = Convert.ToInt32(T3S[0].ToString());
int S6 = Convert.ToInt32(T3S[1].ToString());
//Console.WriteLine(S1 + ", " + S2 + ", " + S3 + ", " + S4 + ", " + S5 + ", " + S6);
int sum = energyNumber[S1] + energyNumber[S2] + energyNumber[S3] + energyNumber[S4] + energyNumber[S5] + energyNumber[S6];
return(sum);
}
}
public override string ToString()
{
return(Id + ", T1: " + T1.ToString("F3") + ", T2: " + T2.ToString("F3") + ", T3: " + T3.ToString("F3") + ", T4: " + T4.ToString("F3") + " " + Power);
}