public static Spectrum SoundSpectrumEx(Fan f, int speed, bool debug)
{
CentSelect cs = new CentSelect();
Kruger.Spectrum spectrum = cs.SoundSpectrumEx(f, speed, debug);
return(spectrum);
}
public static Curve CurvePoints(Fan f, int speed)
{
Curve curve;
CentSelect cs = new CentSelect();
curve = cs.CurvePoints(f, speed);
return(curve);
}
public static Spectrum SoundSpectrum(Fan f)
{
CentSelect cs = new CentSelect();
Kruger.Spectrum spectrum = cs.SoundSpectrum(f, 0);
Array LpASpectrum = spectrum.Inlet_LpA_Spectrum;
return(spectrum);
}
public static Fans Select(SelectInfo si)
{
//JavaScriptSerializer js = new JavaScriptSerializer();
//string json = js.Serialize(si);
//log.Debug(json);
CentSelect cs = new CentSelect();
Fans fanList = cs.Select(si);
return(fanList);
}
// kruger主要调用接口centselect.Select 、centselect.SoundSpectrumEx、centselect.CurvePoints
public static void SelectDrives(Fan f)
{
CentSelect cs = new CentSelect();
Drives drs = new Drives();
DriveInfo di = new DriveInfo();
di.Distance = 0; // ' 0 = Standard. 1 to 7 as Program ComboBox. Over 10 = user specified distance in mm
di.BearingLoad = 1; // ' 0 = Low. 1 = Medium. 2 = Heavy. 3 = Extra Heavy
di.StartTime = 0; //' 0 = Standard times. Over 0 = user defined time in seconds
di.SPZ = false;
di.SPA = true;
di.SPB = false;
di.SPC = false;
di.Pole2 = false;
di.Pole4 = true;
di.Pole6 = false;
di.Pole8 = false;
di.L10_Life = 75000;
di.L50_Life = 300000;
di.MotorPosition = MotorPosition.mpZ;
di.FanHanding = FanHanding.fhCW90;
di.FanArrangement = FanArrangement.faSet;
di.RecordDirectory = @".\test\Records\";
int driveCount = drs.SelectDrives(f, di);
if (driveCount > 0)
{
Drive dr = drs.Items(0);
Trace.WriteLine(dr.Deviation);
Trace.WriteLine(dr.FanPulleySize);
Trace.WriteLine(dr.MotorPulleySize);
Trace.WriteLine(dr.NumberBelts);
}
}
public static void GenerateChart(Fan f, String filePath, int width, int height, Kruger.eChartOutput mode)
{
CentSelect cs = new CentSelect();
cs.GenerateChart(f, filePath, width, height, mode);
}
