public override string GetDigitalStats(int ADBits, double ADHighVoltage, double ADLowVoltage)
{
Converter converter = new Converter(ADBits, ADHighVoltage, ADLowVoltage);
StringBuilder stats = new StringBuilder();
stats.AppendFormat("{0}:\t\t{1:0}\n",
"High Peak", converter.AnalogToDigital(m_Peak.Y));
stats.AppendFormat("{0}:\t\t{1:0}\n",
"Low Peak", converter.AnalogToDigital(m_LowPeak.Y));
stats.Append(GetAreaString());
return(stats.ToString());
}
public override string GetDigitalStats(int ADBits, double ADHighVoltage, double ADLowVoltage)
{
Converter converter = new Converter(ADBits, ADHighVoltage, ADLowVoltage);
StringBuilder triangleString = new StringBuilder();
triangleString.AppendFormat("{0}:\t{1:0} @ {2:0.00} ns\n",
"High Peak", converter.AnalogToDigital(m_Peak.Y), m_Peak.X);
triangleString.AppendFormat("{0}:\t{1:0} @ {2:0.00} ns\n",
"Low Peak", converter.AnalogToDigital(m_LowPeak.Y), m_LowPeak.X);
triangleString.Append(GetAreaString());
return(triangleString.ToString());
}
public override string GetDigitalStats(int ADBits, double ADHighVoltage, double ADLowVoltage)
{
StringBuilder gaussianString = new StringBuilder();
Converter converter = new Converter(ADBits, ADHighVoltage, ADLowVoltage);
gaussianString.AppendFormat("{0}:\t\t{1:0} @ {2:0.00} ns\n",
"Peak",
converter.AnalogToDigital(m_Peak.Y), m_Peak.X);
gaussianString.AppendFormat("{0}:\t{1:0} @ {2:0.00} ns\n",
"T50 Raise",
converter.AnalogToDigital(m_T50Raise.Y), m_T50Raise.X);
gaussianString.AppendFormat("{0}:\t\t{1:0} @ {2:0.00} ns\n",
"T50 Fall",
converter.AnalogToDigital(m_T50Fall.Y), m_T50Fall.X);
gaussianString.Append(GetTOFAndAreaStats());
return(gaussianString.ToString());
}
