public void Write(OmaReaderDoubleResult OmaReaderDoubleResult, computeLensResponseDTO leftComputeLensResponseDTO, computeLensResponseDTO rightComputeLensResponseDTO)
{
SurfaceFiles tmpSurfaceFiles = TempSurfaceFilesPath(OmaReaderDoubleResult);
string leftTmpPath = tmpSurfaceFiles.LeftSurfaceFile;
string rightTmpPath = tmpSurfaceFiles.RightSurfaceFile;
File.Delete(leftTmpPath);
File.Delete(rightTmpPath);
Write(rightTmpPath, rightComputeLensResponseDTO, side.RIGHT);
Write(leftTmpPath, leftComputeLensResponseDTO, side.LEFT);
SurfaceFiles surfaceFiles = SurfaceFilesPath(OmaReaderDoubleResult);
string leftFilePath = surfaceFiles.LeftSurfaceFile;
string rightFilePath = surfaceFiles.RightSurfaceFile;
File.Delete(leftFilePath);
File.Delete(rightFilePath);
if (File.Exists(leftTmpPath))
{
File.Move(leftTmpPath, leftFilePath);
}
if (File.Exists(rightTmpPath))
{
File.Move(rightTmpPath, rightFilePath);
}
}
public AnalizedLensPage(computeLensRequestDTO computeLensRequest, computeLensResponseDTO computeLensResponse)
{
InitializeComponent();
this.computeLensRequest = computeLensRequest;
this.computeLensResponse = computeLensResponse;
}
private void Write(OmaReaderDoubleResult OmaReaderDoubleResult, computeLensResponseDTO left, computeLensResponseDTO right, OmaEvent OmaEvent)
{
AbstractSurfaceOmaWriter <threeDimensionalPointDTO> surfaceOmaWriter;
switch (Enum.TryParse(configuration.AppSettings.Settings[OUTPUT_FORMAT].Value, out OutputFormat outputFormat) ? outputFormat : OutputFormat.sdf)
{
case OutputFormat.sdf:
surfaceOmaWriter = SDFWriter;
break;
case OutputFormat.hmf:
surfaceOmaWriter = HMFWriter;
break;
default:
surfaceOmaWriter = XYZWriter;
break;
}
surfaceOmaWriter.Write(OmaReaderDoubleResult, left, right);
SurfaceFiles surfaceFiles = surfaceOmaWriter.SurfaceFilesPath(OmaReaderDoubleResult);
IFilePathOmaBuilder filePathOmaBuilder;
if (surfaceFiles.LeftSurfaceFile.Equals(surfaceFiles.RightSurfaceFile))
{
filePathOmaBuilder = new SingleFilePathOmaBuilder(surfaceFiles.LeftSurfaceFile);
}
else
{
filePathOmaBuilder = new DoubleFilePathOmaBuilder(surfaceFiles.RightSurfaceFile, surfaceFiles.LeftSurfaceFile);
}
AnalysisWriter.Write(OmaReaderDoubleResult, left, right);
OmaWriter.Write(OmaReaderDoubleResult, left, right, surfaceFiles.LeftSurfaceFile, surfaceFiles.RightSurfaceFile, filePathOmaBuilder);
Logger.LogEvent(OmaEvent, EventLogEntryType.Information, EventTypes.Result);
}
protected void Write(string filePath, computeLensResponseDTO computeLensResponseDTO, side side)
{
if (computeLensResponseDTO is object && computeLensResponseDTO.value is object && computeLensResponseDTO.value.points is object)
{
IEnumerable <T> points = computeLensResponseDTO.value.points.Select(point => point as T);
double dimension = Math.Abs(points.First().x) * 2;
using (StreamWriter streamWriter = new StreamWriter(filePath, true, Encoding.ASCII))
{
Write(points, streamWriter, dimension, side);
}
}
}
public void Write(OmaReaderSingleResult OmaReaderSingleResult, computeLensResponseDTO computeLensResponse, string surfaceFile, IFilePathOmaBuilder filePathBuilder)
{
switch (OmaReaderSingleResult)
{
case OmaReaderLeftResult OmaReaderLeftResult:
Write(OmaReaderLeftResult.Result, null, computeLensResponse, null, surfaceFile, null, filePathBuilder);
break;
case OmaReaderRightResult OmaReaderRightResult:
Write(null, OmaReaderRightResult.Result, null, computeLensResponse, null, surfaceFile, filePathBuilder);
break;
}
}
public void Write(OmaReaderSingleResult OmaReaderSingleResult, computeLensResponseDTO computeLensResponseDTO)
{
side side = OmaReaderSingleResult is OmaReaderLeftResult ? side.LEFT : side.RIGHT;
string tmpPath = TempSurfaceFilePath(OmaReaderSingleResult);
File.Delete(tmpPath);
Write(tmpPath, computeLensResponseDTO, side);
string filePath = SurfaceFilePath(OmaReaderSingleResult);
File.Delete(filePath);
if (File.Exists(tmpPath))
{
File.Move(tmpPath, filePath);
}
}
private void Write(OmaReaderSingleResult OmaReaderSingleResult, computeLensResponseDTO response, OmaEvent OmaEvent)
{
AbstractSurfaceOmaWriter <threeDimensionalPointDTO> surfaceOmaWriter;
OutputFormat outputFormat;
outputFormat = Enum.TryParse(configuration.AppSettings.Settings[OUTPUT_FORMAT].Value, out outputFormat) ? outputFormat : OutputFormat.sdf;
switch (outputFormat)
{
case OutputFormat.sdf:
surfaceOmaWriter = SDFWriter;
break;
case OutputFormat.hmf:
surfaceOmaWriter = HMFWriter;
break;
default:
surfaceOmaWriter = XYZWriter;
break;
}
surfaceOmaWriter.Write(OmaReaderSingleResult, response);
string surfaceFilePath = surfaceOmaWriter.SurfaceFilePath(OmaReaderSingleResult);
IFilePathOmaBuilder filePathOmaBuilder;
switch (outputFormat)
{
case OutputFormat.sdf:
filePathOmaBuilder = new SingleFilePathOmaBuilder(surfaceFilePath);
break;
default:
switch (OmaReaderSingleResult)
{
case OmaReaderLeftResult OmaReaderLeftResult:
filePathOmaBuilder = new DoubleFilePathOmaBuilder(null, surfaceFilePath);
break;
default:
filePathOmaBuilder = new DoubleFilePathOmaBuilder(surfaceFilePath, null);
break;
}
break;
}
AnalysisWriter.Write(OmaReaderSingleResult, response);
OmaWriter.Write(OmaReaderSingleResult, response, surfaceFilePath, filePathOmaBuilder);
Logger.LogEvent(OmaEvent, EventLogEntryType.Information, EventTypes.Result);
}
private async void ComputeLens()
{
IsBusy = true;
computeLensRequestDTO request = null;
switch (Design)
{
case LensType.Digit:
request = new computeDigitLensRequestDTO()
{
far = FarZone,
farSpecified = true,
near = NearZone,
nearSpecified = true,
channel = Channel,
channelSpecified = true
};
break;
case LensType.Punctual:
request = new computePunctualLensRequestDTO()
{
channel = Channel,
channelSpecified = true
};
break;
case LensType.Vario:
request = new computeVarioLensRequestDTO()
{
far = FarZone,
farSpecified = true,
near = NearZone,
nearSpecified = true,
channel = Channel,
channelSpecified = true
};
break;
case LensType.Iflex:
request = new computeIflexLensRequestDTO()
{
far = FarZone,
farSpecified = true,
near = NearZone,
nearSpecified = true,
channel = Channel,
channelSpecified = true
};
break;
case LensType.Iprof:
request = new computeIprofLensRequestDTO()
{
near = NearZone,
nearSpecified = true,
channel = Channel,
channelSpecified = true
};
break;
case LensType.Iprog:
request = new computeIprogLensRequestDTO()
{
near = NearZone,
nearSpecified = true,
channel = Channel,
channelSpecified = true
};
break;
case LensType.Magic:
request = new computeMagicLensRequestDTO();
break;
case LensType.Office:
request = new computeOfficeLensRequestDTO();
break;
case LensType.Fantasy:
request = new computeFantasyLensRequestDTO();
break;
}
request.preview = false;
request.previewSpecified = true;
request.verticalPrismThinning = true;
request.verticalPrismThinningSpecified = true;
request.horizontalPrismThinning = false;
request.horizontalPrismThinningSpecified = true;
request.horizontalPrismThinningHeight = 0;
request.horizontalPrismThinningHeightSpecified = true;
request.prismThinningCompensation = false;
request.prismThinningCompensationSpecified = true;
request.maximumPrismThinningCompensation = 0;
request.maximumPrismThinningCompensationSpecified = true;
request.atoric = false;
request.atoricSpecified = true;
request.pantoscopicAngle = 9;
request.pantoscopicAngleSpecified = true;
request.wrappingAngle = 6;
request.wrappingAngleSpecified = true;
request.backVertexDistance = 13;
request.backVertexDistanceSpecified = true;
request.eyeDiameter = 26;
request.eyeDiameterSpecified = true;
request.readDistance = 330;
request.readDistanceSpecified = true;
request.left = new computeLensRequestSideDTO()
{
sphere = LeftSphere,
sphereSpecified = true,
cylinder = LeftCylinder,
cylinderSpecified = true,
cylinderAxis = LeftCylinderAxis,
cylinderAxisSpecified = true,
addiction = LeftAddiction,
addictionSpecified = true,
horizontalDiameter = 70,
horizontalDiameterSpecified = true,
verticalDiameter = 70,
verticalDiameterSpecified = true,
refractiveIndex = RefractionIndex.Value,
refractiveIndexSpecified = true,
toolRealBase = LeftToolRealBase,
toolRealBaseSpecified = true,
toolIndex = 1.498,
toolIndexSpecified = true,
prescriptedPrism = 0,
prescriptedPrismSpecified = true,
prescriptedPrismBase = 0,
prescriptedPrismBaseSpecified = true,
secondaryPrism = 0,
secondaryPrismSpecified = true,
secondaryPrismBase = 0,
secondaryPrismBaseSpecified = true,
minimalCentralThickness = 2,
minimalCentralThicknessSpecified = true,
minimalSideThickness = 2,
minimalSideThicknessSpecified = true,
horizontalDecentralization = 0,
horizontalDecentralizationSpecified = true,
verticalDecentralization = 0,
verticalDecentralizationSpecified = true,
monocularCentrationDistance = 32,
monocularCentrationDistanceSpecified = true,
inset = 2.2,
insetSpecified = true
};
request.right = new computeLensRequestSideDTO()
{
sphere = RightSphere,
sphereSpecified = true,
cylinder = RightCylinder,
cylinderSpecified = true,
cylinderAxis = RightCylinderAxis,
cylinderAxisSpecified = true,
addiction = RightAddiction,
addictionSpecified = true,
horizontalDiameter = 70,
horizontalDiameterSpecified = true,
verticalDiameter = 70,
verticalDiameterSpecified = true,
refractiveIndex = RefractionIndex.Value,
refractiveIndexSpecified = true,
toolRealBase = RightToolRealBase,
toolRealBaseSpecified = true,
toolIndex = 1.498,
toolIndexSpecified = true,
prescriptedPrism = 0,
prescriptedPrismSpecified = true,
prescriptedPrismBase = 0,
prescriptedPrismBaseSpecified = true,
secondaryPrism = 0,
secondaryPrismSpecified = true,
secondaryPrismBase = 0,
secondaryPrismBaseSpecified = true,
minimalCentralThickness = 2,
minimalCentralThicknessSpecified = true,
minimalSideThickness = 2,
minimalSideThicknessSpecified = true,
horizontalDecentralization = 0,
horizontalDecentralizationSpecified = true,
verticalDecentralization = 0,
verticalDecentralizationSpecified = true,
monocularCentrationDistance = 32,
monocularCentrationDistanceSpecified = true,
inset = 2.2,
insetSpecified = true
};
computeLensResponseDTO response = await Task.Run(() => computeSoapClient.computeLens(request)) as computeLensResponseDTO;
if (!(response is null))
{
ResponseComputed.Invoke(this, Tuple.Create(request, response));
}
IsBusy = false;
}
private void Write(IDictionary <OmaParameter, string> leftParameters, IDictionary <OmaParameter, string> rightParameters, computeLensResponseDTO leftComputeLensResponse, computeLensResponseDTO rightComputeLensResponse, string leftSurfaceFilePath, string rightSurfaceFilePath, IFilePathOmaBuilder filePathBuilder)
{
string tmpPath = Path.Combine(OutputFolder, (leftParameters is object?leftParameters: rightParameters)[OmaParameter.JOB]);
using (StreamWriter streamWriter = File.AppendText(tmpPath))
{
streamWriter.WriteLine("REQ=LMS");
streamWriter.WriteLine("JOB=" + (leftParameters is object?leftParameters: rightParameters)[OmaParameter.JOB]);
streamWriter.WriteLine("DO=" + (leftParameters is object?leftParameters: rightParameters)[OmaParameter.DO]);
double rightCentralThickness = rightComputeLensResponse is object?rightComputeLensResponse.value.finishedCenterThickness : 0D;
double leftCentralThickness = leftComputeLensResponse is object?leftComputeLensResponse.value.finishedCenterThickness : 0D;
streamWriter.WriteLine("CTHICK=" + (rightComputeLensResponse is object?rightCentralThickness.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftCentralThickness.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("GTHK=" + (rightComputeLensResponse is object?rightCentralThickness.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftCentralThickness.ToString("0.00", CultureInfo.InvariantCulture) : ""));
// streamWriter.WriteLine("GTHK=" + (rightComputeLensResponse is object ? rightComputeLensResponse.value.surfaceBlockCenterGeneratorThickness.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object ? leftComputeLensResponse.value.surfaceBlockCenterGeneratorThickness.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("CTHNP=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.cribPerimeterThinnestPointThickness.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.cribPerimeterThinnestPointThickness.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("CTHNA=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.cribPerimeterThinnestPointAngle.ToString() : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.cribPerimeterThinnestPointAngle.ToString() : ""));
streamWriter.WriteLine("CTHKP=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.cribPerimeterThickestPointThickness.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.cribPerimeterThickestPointThickness.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("CTHKA=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.cribPerimeterThickestPointAngle.ToString() : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.cribPerimeterThickestPointAngle.ToString() : ""));
streamWriter.WriteLine("LAPBASX=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.lapBaseCurve.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.lapBaseCurve.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("LAPCRSX=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.lapCrossCurve.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.lapCrossCurve.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("CRIB=" + (rightParameters is object?rightParameters[OmaParameter.CRIB] : "") + ";" + (leftParameters is object?leftParameters[OmaParameter.CRIB] : ""));
streamWriter.WriteLine("ELLH=" + (rightParameters is object?rightParameters[OmaParameter.ELLH] : "") + ";" + (leftParameters is object?leftParameters[OmaParameter.ELLH] : ""));
streamWriter.WriteLine("LDDRSPH=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedDistanceReferencePointSpherePower.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedDistanceReferencePointSpherePower.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("LDDRCYL=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedDistanceReferencePointCylinderPower.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedDistanceReferencePointCylinderPower.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("LDDRAX=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedLayoutReferencePointCylinderAxis.ToString() : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedLayoutReferencePointCylinderAxis.ToString() : ""));
streamWriter.WriteLine("LDNRSPH=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedNearReferencePointSpherePower.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedNearReferencePointSpherePower.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("LDNRCYL=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedNearReferencePointCylinderPower.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedNearReferencePointCylinderPower.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("LDNRAX=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedNearReferencePointCylinderAxis.ToString() : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedNearReferencePointCylinderAxis.ToString() : ""));
streamWriter.WriteLine("LDADD=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedAdditionPower.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedAdditionPower.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("LDSGSPH=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedLayoutReferencePointSpherePower.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedLayoutReferencePointSpherePower.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("LDSGCYL=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedLayoutReferencePointCylinderPower.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedLayoutReferencePointCylinderPower.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("LDSGAX=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedNearReferencePointCylinderAxis.ToString() : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedNearReferencePointCylinderAxis.ToString() : ""));
streamWriter.WriteLine("LDPRVM=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedPrismMagnitude.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedPrismMagnitude.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("LDPRVA=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.designedPrismBaseSetting.ToString() : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.designedPrismBaseSetting.ToString() : ""));
string R_BCERIN = rightParameters is object?rightParameters.ContainsKey(OmaParameter.SMOCIN) ? rightParameters[OmaParameter.SMOCIN] : rightParameters.ContainsKey(OmaParameter.BCERIN) ? rightParameters[OmaParameter.BCERIN] == "?" ? "0" : rightParameters[OmaParameter.BCERIN] : null : null;
string L_BCERIN = leftParameters is object?leftParameters.ContainsKey(OmaParameter.SMOCIN) ? leftParameters[OmaParameter.SMOCIN] : leftParameters.ContainsKey(OmaParameter.BCERIN) ? leftParameters[OmaParameter.BCERIN] == "?" ? "0" : leftParameters[OmaParameter.BCERIN] : null : null;
string R_BCERUP = rightParameters is object?rightParameters.ContainsKey(OmaParameter.SMOCUP) ? rightParameters[OmaParameter.SMOCUP] : rightParameters.ContainsKey(OmaParameter.BCERUP) ? rightParameters[OmaParameter.BCERUP] == "?" ? "0" : rightParameters[OmaParameter.BCERUP] : null : null;
string L_BCERUP = leftParameters is object?leftParameters.ContainsKey(OmaParameter.SMOCUP) ? leftParameters[OmaParameter.SMOCUP] : leftParameters.ContainsKey(OmaParameter.BCERUP) ? leftParameters[OmaParameter.BCERUP] == "?" ? "0" : leftParameters[OmaParameter.BCERUP] : null : null;
if (R_BCERIN is object || L_BCERIN is object)
{
streamWriter.WriteLine("BCERIN=" + R_BCERIN + ";" + L_BCERIN);
}
if (R_BCERUP is object || L_BCERUP is object)
{
streamWriter.WriteLine("BCERUP=" + R_BCERUP + ";" + L_BCERUP);
}
if (!string.IsNullOrWhiteSpace(Gax))
{
streamWriter.WriteLine("GAX=" + (
rightComputeLensResponse is object?
Gax: ""
) + ';' + (
leftComputeLensResponse is object?Gax: ""));
}
if (!string.IsNullOrWhiteSpace(LapGax))
{
streamWriter.WriteLine("LAPGAX=" + (
rightComputeLensResponse is object?
LapGax: ""
) + ';' + (
leftComputeLensResponse is object?LapGax: ""));
}
streamWriter.WriteLine("KPRVM=" + "0" + ";" + "0");
streamWriter.WriteLine("INSET=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.inset.ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.inset.ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("_DOWNSET=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.downset.ToString() : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.downset.ToString() : ""));
streamWriter.WriteLine("_FCRSSY=" + (rightComputeLensResponse is object?rightComputeLensResponse.value.crossPosition.ToString() : "") + ";" + (leftComputeLensResponse is object?leftComputeLensResponse.value.crossPosition.ToString() : ""));
streamWriter.WriteLine("LDPATH=" + filePathBuilder.BuildFilePath());
// RENDERE CONFIGURABILE/OPZIONALE LA RESTITUZIONE DI SVAL AVAL
// streamWriter.WriteLine("SVAL=" + (rightParameters is object ? Sval(rightParameters, rightCentralThickness).ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftParameters is object ? Sval(leftParameters, leftCentralThickness).ToString("0.00", CultureInfo.InvariantCulture) : ""));
// streamWriter.WriteLine("AVAL=" + (rightParameters is object ? Aval(rightParameters, rightCentralThickness).ToString("0.00", CultureInfo.InvariantCulture) : "") + ";" + (leftParameters is object ? Aval(leftParameters, leftCentralThickness).ToString("0.00", CultureInfo.InvariantCulture) : ""));
streamWriter.WriteLine("STATUS=" + "0");
}
string filePath = Path.ChangeExtension(tmpPath, ".lms");
File.Delete(filePath);
if (File.Exists(tmpPath))
{
File.Move(tmpPath, filePath);
}
}
public void Write(OmaReaderDoubleResult OmaReaderDoubleResult, computeLensResponseDTO leftComputeLensResponse, computeLensResponseDTO rightComputeLensResponse, string leftSurfaceFilePath, string rightSurfaceFilePath, IFilePathOmaBuilder filePathBuilder)
{
Write(OmaReaderDoubleResult.Left, OmaReaderDoubleResult.Right, leftComputeLensResponse, rightComputeLensResponse, leftSurfaceFilePath, rightSurfaceFilePath, filePathBuilder);
}
