public SpectrumModel SoundSpectrumEx([FromBody] FanModel model)
{
SpectrumModel outModel = new SpectrumModel();
log.Debug("Modle Speed : " + model.Speed);
log.Debug("Modle Debug : " + model.Debug);
Fan f = createFan(model);
f.SelectInfo = createSelectInfo();
log.Debug("Record Path : " + f.SelectInfo.RecordDirectory);
Spectrum stm = KrugerUtil.SoundSpectrumEx(f, model.Speed, model.Debug);
outModel.Inlet_LPA_Overall = stm.Inlet_LPA_Overall;
outModel.Inlet_LpA_Spectrum = stm.Inlet_LpA_Spectrum;
outModel.Inlet_LWA_Overall = stm.Inlet_LWA_Overall;
outModel.Inlet_LwA_Spectrum = stm.Inlet_LwA_Spectrum;
outModel.Inlet_LwLin_Overall = stm.Inlet_LwLin_Overall;
outModel.Inlet_LwLin_Spectrum = stm.Inlet_LwLin_Spectrum;
outModel.Outlet_LPA_Overall = stm.Outlet_LPA_Overall;
outModel.Outlet_LpA_Spectrum = stm.Outlet_LpA_Spectrum;
outModel.Outlet_LWA_Overall = stm.Outlet_LWA_Overall;
outModel.Outlet_LwA_Spectrum = stm.Outlet_LwA_Spectrum;
outModel.Outlet_LwLin_Overall = stm.Outlet_LwLin_Overall;
outModel.Outlet_LwLin_Spectrum = stm.Outlet_LwLin_Spectrum;
return(outModel);
}
public void Setup(FanModel currentFan)
{
fanModel = currentFan;
txt_Model.text = fanModel.Model;
txt_Manufacturer.text = fanModel.Manufacturer;
txt_AirFlow.text = ((fanModel.WattsMax * 100) / 100).ToString();
txt_DP.text = fanModel.MaxPressure.ToString();
txt_DuctSize.text = fanModel.DuctSize.ToString();
}
public Boolean GenerateChart([FromBody] FanModel model)
{
Boolean success = true;
log.Debug("Modle Speed : " + model.Speed);
log.Debug("Modle Debug : " + model.Debug);
Fan f = createFan(model);
f.SelectInfo = createSelectInfo();
String basePath = String.IsNullOrEmpty(model.chartPath) ? @".\" : model.chartPath;
String fileName = String.IsNullOrEmpty(model.chartName) ? @"tmp" : model.chartName;
int chartOutput = model.chartType;
String fileExtention = ".jpg";
switch (chartOutput)
{
case 0:
fileExtention = ".gif";
break;
case 1:
fileExtention = ".bmp";
break;
case 2:
fileExtention = ".wmf";
break;
default:
fileExtention = ".jpg";
break;
}
String outputPath = String.Format(@"{0}\{1}{2}", basePath, fileName, fileExtention);
log.Debug("file output : " + outputPath);
int width = model.Width == 0 ? 350 : model.Width;
int height = model.Height == 0 ? 350 : model.Height;
KrugerUtil.GenerateChart(f, outputPath, width, height, Kruger.eChartOutput.coGIF);
return(success);
}
public List <FanModel> Select([FromBody] SelectInfoModel model)
{
SelectInfo si = new SelectInfo();
String path = String.Format("{0}\\{1}", System.AppDomain.CurrentDomain.BaseDirectory, "test\\Records\\");
si.RecordDirectory = path;
si.Volume = model.Volume;
si.Pressure = model.Pressure;
si.VolumeUnit = (VolumeUnit)model.VolumeUnit;
si.PressureUnit = (PressureUnit)model.PressureUnit;
si.PressureType = (PressureType)model.PressureType;
si.CallType = model.CallType;
si.Debug = model.Debug;
si.Hz = model.Hz;
si.Temperature = model.Temperature;
si.Altitude = model.Altitude;
si.ProductType = (Product)model.ProductType;
si.MinStyle = model.MinStyle;
si.MinClass = (FanClass)model.MinClass;
si.SoundCondition = (SoundCondition)model.SoundCondition;
si.FanCasing = (FanCasing)model.FanCasing;
si.FanWidth = model.FanWidth;
si.VelocityUnit = (VelocityUnit)model.VelocityUnit;
si.OutletType = (OutletType)model.OutletType;
si.ServiceFactor = model.ServiceFactor;
si.AltitudeUnit = (AltitudeUnit)model.AltitudeUnit;
si.SoundDistance = model.SoundDistance;
si.SoundDistanceUnit = (DistanceUnit)model.SoundDistanceUnit;
si.TemperatureUnit = (TemperatureUnit)model.TemperatureUnit;
log.Debug(si);
Fans fanList = KrugerUtil.Select(si);
List <FanModel> modelList = new List <FanModel>();
for (int i = 1; i < fanList.Count; i++)
{
Fan f = fanList.Item(i);
FanModel fModel = createFanModel(f);
modelList.Add(fModel);
}
return(modelList);
}
public CurveModel CurvePoints([FromBody] FanModel model)
{
CurveModel outModel = new CurveModel();
log.Debug(model.Speed);
Fan f = createFan(model);
f.SelectInfo = createSelectInfo();
Curve cre = KrugerUtil.CurvePoints(f, model.Speed);
outModel.VolumePoints = cre.VolumePoints;
outModel.PressurePoints = cre.PressurePoints;
outModel.PowerPoints = cre.PowerPoints;
return(outModel);
}
private void AddRows()
{
for (int i = 0; i < fanModelList.Count; i++)
{
FanModel currentFanModel = fanModelList[i];
GameObject newRow = rowObjectPool.GetObject();
newRow.transform.SetParent(gameObject.transform, false);
Image img = newRow.GetComponent <Image>();
if (i % 2 == 0)
{
img.color = evenRowColor;
}
else
{
img.color = oddRowColor;
}
RowData rowData = newRow.GetComponent <RowData>();
rowData.Setup(currentFanModel);
}
}
private FanModel createFanModel(Fan f)
{
FanModel fan = new FanModel();
fan.AirVelocity = f.AirVelocity;
fan.AMCAPressure = f.AMCAPressure;
fan.AMCAVolume = f.AMCAVolume;
fan.BearingLoad = f.BearingLoad;
fan.BladeType = (int)f.BladeType;
fan.DataPoint = f.DataPoint;
fan.Density = f.Density;
fan.DimA = f.DimA;
fan.DimB = f.DimB;
fan.DimC = f.DimC;
//fan.DimD = f.DimD;
//fan.DimE = f.DimE;
//fan.DimF = f.DimF;
//fan.DimF1 = f.DimF1;
//fan.DimF2 = f.DimF2;
fan.DimG = f.DimG;
//fan.DimH = f.DimH;
//fan.DimH1 = f.DimH1;
//fan.DimH2 = f.DimH2;
//fan.DimH3 = f.DimH3;
//fan.DimI = f.DimI;
fan.DimJ = f.DimJ;
fan.DimK = f.DimK;
//fan.DimL = f.DimL;
fan.DimM = f.DimM;
//fan.DimN = f.DimN;
//fan.DimN1 = f.DimN1;
//fan.DimN2 = f.DimN2;
//fan.DimNxS = f.DimNxS;
//fan.DimO = f.DimO;
//fan.DimOD = f.DimOD;
fan.DimP = f.DimP;
//fan.DimPhi = f.DimPhi;
fan.DimQ = f.DimQ;
fan.DimR = f.DimR;
//fan.DimS = f.DimS;
//fan.DimSetCentres = f.DimSetCentres;
//fan.DimSetHeight = f.DimSetHeight;
//fan.DimSetLength = f.DimSetLength;
//fan.DimSetWidth = f.DimSetWidth;
//fan.DimT = f.DimT;
//fan.DimT1m = f.DimT1m;
//fan.DimTm = f.DimTm;
//fan.DimUxS = f.DimUxS;
//fan.DimV = f.DimV;
//fan.DimV1 = f.DimV1;
//fan.DimV2 = f.DimV2;
//fan.DimW = f.DimW;
//fan.DimX = f.DimX;
//fan.DimY = f.DimY;
//fan.DimZ = f.DimZ;
//fan.Drawing = f.Drawing;
fan.DrivenPower = f.DrivenPower;
fan.FanArea = f.FanArea;
fan.FanBlades = f.FanBlades;
fan.FanClass = (int)f.FanClass;
fan.FanCode = f.FanCode;
fan.FanDescription = f.FanDescription;
fan.FanIndex = f.FanIndex;
fan.FanKey = f.FanKey;
fan.FanMotorFLC = f.FanMotorFLC;
fan.FanMotorFrame = f.FanMotorFrame;
fan.FanMotorHz = f.FanMotorHz;
fan.FanMotorPoles = f.FanMotorPoles;
fan.FanMotorRating = f.FanMotorRating;
fan.FanMotorSize = f.FanMotorSize;
fan.FanMotorSpeed = f.FanMotorSpeed;
fan.FanMotorSTC = f.FanMotorSTC;
fan.FanMotorWeight = f.FanMotorWeight;
fan.FanShaft = f.FanShaft;
fan.FanSize = f.FanSize;
fan.FanSpeed = f.FanSpeed;
fan.FanStyle = (int)f.FanStyle;
fan.FanWeight = f.FanWeight;
fan.FanWidth = (int)f.FanWidth;
fan.ImpellerDiameter = f.ImpellerDiameter;
fan.InletDuctDiameter = f.InletDuctDiameter;
fan.Inlet_LPA_Overall = f.Inlet_LPA_Overall;
fan.Inlet_LWA_Overall = f.Inlet_LWA_Overall;
fan.Inlet_LwLin_Overall = f.Inlet_LwLin_Overall;
fan.JFan = f.JFan;
fan.MaxPower = f.MaxPower;
fan.MaxSpeed = f.MaxSpeed;
fan.Outlet_LPA_Overall = f.Outlet_LPA_Overall;
fan.Outlet_LWA_Overall = f.Outlet_LWA_Overall;
fan.Outlet_LwLin_Overall = f.Outlet_LwLin_Overall;
fan.PressureFactor = f.PressureFactor;
fan.Product = (int)f.Product;
fan.PwrCondition = f.PwrCondition;
fan.PwrStandard = f.PwrStandard;
fan.StaticEff = f.StaticEff;
fan.StaticPressure = f.StaticPressure;
fan.TempRange = f.TempRange;
fan.TipSpeed = f.TipSpeed;
fan.TotalEff = f.TotalEff;
fan.TotalPressure = f.TotalPressure;
fan.VelPressure = f.VelPressure;
return(fan);
}
