void _reader_OnRead(object sender, Symbol.Barcode.ReaderData readerData)
{
//Log.Write(new LogEntry("SymbolReader: _reader_OnRead"));
ReaderResults res = new ReaderResults();
res.Data = readerData.Text;
switch (readerData.Result)
{
case Symbol.Results.SUCCESS:
res.Status = ScannerStatus.Success;
break;
case Symbol.Results.E_SCN_READTIMEOUT:
res.Status = ScannerStatus.ReadTimeout;
break;
case Symbol.Results.CANCELED:
res.Status = ScannerStatus.Canceled;
break;
case Symbol.Results.E_SCN_DEVICEFAILURE:
res.Status = ScannerStatus.DeviceFailure;
break;
case Symbol.Results.E_SCN_READINCOMPATIBLE:
res.Status = ScannerStatus.ReaderIncompatible;
break;
}
NotifyRead(res);
}
public override ReaderResults GetNextResult()
{
//Log.Write(new LogEntry("SymbolReader: GetNextResult"));
ReaderResults res = new ReaderResults();
Symbol.Barcode.ReaderData readerData = _reader.Reader.GetNextReaderData();
res.Data = readerData.Text;
switch (readerData.Result)
{
case Symbol.Results.SUCCESS:
res.Status = ScannerStatus.Success;
break;
case Symbol.Results.E_SCN_READTIMEOUT:
res.Status = ScannerStatus.ReadTimeout;
break;
case Symbol.Results.CANCELED:
res.Status = ScannerStatus.Canceled;
break;
case Symbol.Results.E_SCN_DEVICEFAILURE:
res.Status = ScannerStatus.DeviceFailure;
break;
case Symbol.Results.E_SCN_READINCOMPATIBLE:
res.Status = ScannerStatus.ReaderIncompatible;
break;
}
return(res);
}
private void oDecodeAssembly_DecodeEvent(object sender, DecodeAssembly.DecodeEventArgs e)
{
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent"));
try {
_lastResults = new ReaderResults();
//--- Was the Decode Attempt Successful? ---
if (e.ResultCode == DecodeAssembly.ResultCodes.Success)
{
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent -> Success"));
_lastResults.Status = ScannerStatus.Success;
_lastResults.Data = e.Message;
//Helpers.Log.Write(string.Format("Read done:\nmessage: {0}, codeID: {1}, aimID: {2}, aimMod: {3}, length: {4}, result: {5}",e.Message, e.CodeId, e.AimId, e.AimModifier, e.Length.ToString(), e.ResultCode.ToString()));
//--- Play an SDK Provided Audible Sound ---
oDecodeAssembly.Sound.Play(Sound.SoundTypes.Success, true);
}
else
{
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent -> Failed"));
if (e.DecodeException != null)
{
//--- Async Decode Exception ---
switch (e.DecodeException.ResultCode)
{
case DecodeAssembly.ResultCodes.Cancel: // Async Decode was Canceled
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent -> Failed -> Cancel"));
return;
case DecodeAssembly.ResultCodes.NoDecode: // Scan Timeout
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent -> Failed -> NoDecode"));
break;
default:
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent -> Failed -> Exception: " + e.DecodeException.Message));
break;
}
}
else
{
//--- Generic Async Exception ---
//Log.Write(new LogEntry("Generic async exception"));
//MessageBox.Show(e.Exception.Message);
_lastResults.Status = ScannerStatus.DeviceFailure;
}
}
NotifyStatus(GetState());
NotifyRead(_lastResults);
} catch (Exception ex) {
// MessageBox.Show(ex.Message);
}
}
static void Main(string[] args)
{
table t9 = new table(table.table9);
ReaderResults r = new ReaderResults("input.txt");
List <double> Results = r.Results;
Console.WriteLine("Считанные данные:");
for (int i = 0; i < Results.Count; i++)
{
Console.Write("(" + (i + 1).ToString() + ")" + " " + Results[i] + " ");
}
Console.WriteLine();
Console.WriteLine();
Console.WriteLine("1 посчитать среднее арифметическое");
Console.WriteLine("2 посчитать доверительный интервал");
Console.WriteLine("3 посчитать вероятность того, что погрешность не выйдет за границы");
Console.WriteLine("q чтобы выйти");
while (true)
{
string input = Console.ReadLine();
if (input == "q")
{
break;
}
int ans;
if (!int.TryParse(input, out ans))
{
Console.WriteLine("Число не распознано");
continue;
}
switch (ans)
{
case 1:
Console.Write("Среднее арифметическое: ");
Console.WriteLine(MyMath.Avg(Results));
break;
case 2:
Console.Write("Доверительный интервал для среднего: ");
var t = t9.getValue(0.99);
Console.WriteLine(ConfidenceIntervalString(Results, t));
break;
case 3:
Console.Write("Доверительный интервал для среднего: ");
//Console.WriteLine(ConfidenceIntervalString(Results));
break;
default:
Console.WriteLine("неизвестный пункт");
break;
}
}
}
static void Main(string[] args)
{
ReaderResults r = new ReaderResults("input.txt");
var Results = r.Results;
var S = MyMath.StandardDeviation(Results);
double t = 0.005 / S;
Select_Target.table t78 = new Select_Target.table(Select_Target.table.table78);
var Ft = t78.getValue(t);
var obrFt = 1 - Ft;
Console.WriteLine(obrFt * 100 + "%");
Console.ReadLine();
}
public override ReaderResults GetNextResult()
{
//Log.Write(new LogEntry("HoneywellReader: GetNextResult"));
ReaderResults res = new ReaderResults()
{
Status = ScannerStatus.Canceled,
Data = ""
};
if (_lastResults == null)
{
return(res);
}
return(_lastResults);
}
static void Main(string[] args)
{
int n = 15;
ReaderResults r = new ReaderResults("input.txt", n);
List <double> Results = r.Results;
Console.WriteLine("Считанные данные:");
for (int i = 0; i < Results.Count; i++)
{
Console.Write("(" + (i + 1).ToString() + ")" + " " + Results[i] + " ");
}
var S = MyMath.StandardDeviation(Results);
double Vmax = (Results.Max() - MyMath.Avg(Results)) / S;
double Vmin = (MyMath.Avg(Results) - Results.Min()) / S;
Console.WriteLine();
Console.WriteLine();
Console.WriteLine("vmax = " + Vmax);
Console.WriteLine("vmin = " + Vmin);
double Vminmin = Math.Min(Vmax, Vmin);
Console.WriteLine("Vminmin = " + Vminmin);
Select_Target_2.table t = new Select_Target_2.table(Select_Target_2.table.table78);
double P = t.getValue(n, 0.975);
Console.WriteLine("При P=0.975 и n=15; Vp=" + P);
Console.WriteLine(Vminmin + "<" + P + "? " + (Vminmin < P).ToString());
P = t.getValue(n, 0.95);
Console.WriteLine("При P=0.95 и n=15; Vp=" + P);
Console.WriteLine();
/////////////////////////////////////
///
Results.Clear();
r = new ReaderResults("input2.txt", n);
Results = r.Results;
Console.WriteLine("Считанные данные:");
for (int i = 0; i < Math.Min(Results.Count, n); i++)
{
Console.Write("(" + (i + 1).ToString() + ")" + " " + Results[i] + " ");
}
S = MyMath.StandardDeviation(Results);
Vmax = (Results.Max() - MyMath.Avg(Results)) / S;
Vmin = (MyMath.Avg(Results) - Results.Min()) / S;
Console.WriteLine();
Console.WriteLine();
Console.WriteLine("vmax = " + Vmax);
Console.WriteLine("vmin = " + Vmin);
Vminmin = Math.Min(Vmax, Vmin);
Console.WriteLine("Vminmin = " + Vminmin);
t = new Select_Target_2.table(Select_Target_2.table.table78);
P = t.getValue(n, 0.9);
Console.WriteLine("При P=0.9 и n=15; Vp=" + P);
Console.WriteLine(Vminmin + "<" + P + "? " + (Vminmin < P).ToString());
P = t.getValue(n, 0.95);
Console.WriteLine("При P=0.95 и n=15; Vp=" + P);
Console.WriteLine(Vminmin + "<" + P + "? " + (Vminmin < P).ToString());
P = t.getValue(n, 0.975);
Console.WriteLine("При P=0.975 и n=15; Vp=" + P);
Console.WriteLine(Vminmin + "<" + P + "? " + (Vminmin < P).ToString());
P = t.getValue(n, 0.99);
Console.WriteLine("При P=0.99 и n=15; Vp=" + P);
Console.WriteLine(Vminmin + "<" + P + "? " + (Vminmin < P).ToString());
Console.ReadLine();
}
