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;
}
public computeLensRequestDTO BuildRequest(IDictionary <OmaParameter, string> parameters, side side)
{
computeLensRequestDTO request;
string design = null;
int far = 80;
int near = 24;
int channel = 10;
double distance = Double.MaxValue;
double degressiveSphereValue = 0;
double degressiveAdditionValue = 0;
Boolean degressiveSphere = false;
Boolean degressiveAddition = false;
if ((parameters.ContainsKey(OmaParameter.LDNAM) ? parameters[OmaParameter.LDNAM] : parameters.ContainsKey(OmaParameter.LNAM) ? parameters[OmaParameter.LNAM] : null) is string ldnam)
{
if (officeRegex.IsMatch(ldnam) && officeRegex.Match(ldnam) is Match OfficeMatch)
{
design = OfficeMatch.Groups[1].Value;
distance = double.Parse(OfficeMatch.Groups[3].Value, CultureInfo.InvariantCulture);
degressiveAddition = true;
degressiveAdditionValue = Math.Round(StringConverter.ExtractDoubleValue(parameters, OmaParameter.ADD) - 1D / distance, 2);
degressiveSphere = true;
degressiveSphereValue = StringConverter.ExtractDoubleValue(parameters, OmaParameter.SPH) + StringConverter.ExtractDoubleValue(parameters, OmaParameter.ADD) - degressiveAdditionValue;
}
if (farRegex.IsMatch(ldnam) && farRegex.Match(ldnam) is Match FarMatch)
{
design = FarMatch.Groups[1].Value;
far = Convert.ToInt32(FarMatch.Groups[2].Value);
near = Convert.ToInt32(FarMatch.Groups[3].Value);
channel = Convert.ToInt32(FarMatch.Groups[4].Value);
}
else if (nearRegex.IsMatch(ldnam) && nearRegex.Match(ldnam) is Match NearMath)
{
design = NearMath.Groups[1].Value;
near = Convert.ToInt32(NearMath.Groups[2].Value);
channel = Convert.ToInt32(NearMath.Groups[3].Value);
}
else if (channelRegex.IsMatch(ldnam) && channelRegex.Match(ldnam) is Match ChannelMatch)
{
design = ChannelMatch.Groups[1].Value;
channel = Convert.ToInt32(ChannelMatch.Groups[2].Value);
}
else
{
design = ldnam;
}
}
switch (design.ToUpper())
{
case "MAGIC":
request = new computeMagicLensRequestDTO();
break;
case "FANTASY":
request = new computeFantasyLensRequestDTO();
break;
case "OFFICE":
case "EBLOFFICE":
request = new computeOfficeLensRequestDTO();
break;
case "ANTIFATIGUE":
case "EBLANTIFATIGUE":
request = new computeAntifatigueLensRequestDTO();
break;
case "BASIC":
case "EBLPROGRESSIVE":
request = new computeBasicLensRequestDTO();
break;
case "4K07":
case "4KUS":
request = new compute4K07LensRequestDTO();
break;
case "4K09":
case "4KSX":
request = new compute4K09LensRequestDTO();
break;
case "4K11":
case "4KS":
request = new compute4K11LensRequestDTO();
break;
case "4K13":
case "4KR":
request = new compute4K13LensRequestDTO();
break;
case "DIGIT":
request = new computeDigitLensRequestDTO();
break;
case "VARIO":
request = new computeVarioLensRequestDTO();
break;
case "IFLEX":
request = new computeIflexLensRequestDTO();
break;
case "IPROG":
request = new computeIprogLensRequestDTO();
break;
case "IPROF":
request = new computeIprofLensRequestDTO();
break;
case "PUNCTUAL":
request = new computePunctualLensRequestDTO();
break;
case "MONOF":
case "EBLSINGLEVISION":
request = new computeMonofLensRequestDTO();
break;
case "EBLPROGR":
request = new computeEblRegularLensRequestDTO();
break;
case "EBLPROGS":
request = new computeEblShortLensRequestDTO();
break;
case "EBLPROGSX":
request = new computeEblExtraShortLensRequestDTO();
break;
case "EBLPROGUS":
request = new computeEblUltraShortLensRequestDTO();
break;
default:
throw new OmaException("LDNAME format is not correct", null, side, OmaStatusCode.IncorrectLdname);
}
if (request is computeFarLensRequestDTO computeFarLensRequestDTO)
{
computeFarLensRequestDTO.far = far;
computeFarLensRequestDTO.farSpecified = true;
}
if (request is computeNearLensRequestDTO computeNearLensRequestDTO)
{
computeNearLensRequestDTO.near = near;
computeNearLensRequestDTO.nearSpecified = true;
}
if (request is computeNativeLensRequestDTO computeNativeLensRequestDTO)
{
computeNativeLensRequestDTO.channel = channel;
computeNativeLensRequestDTO.channelSpecified = true;
}
request.verticalPrismThinning = StringConverter.ExtractBoolValue(parameters, OmaParameter.PTOK);
request.verticalPrismThinningSpecified = true;
request.horizontalPrismThinning = StringConverter.ExtractBoolValue(parameters, OmaParameter._PTOK);
request.horizontalPrismThinningSpecified = true;
request.horizontalPrismThinningHeight = StringConverter.ExtractDoubleValue(parameters, OmaParameter._PTOKHVAL, 6);
request.horizontalPrismThinningHeightSpecified = true;
request.prismThinningCompensation = false;
request.prismThinningCompensationSpecified = true;
request.maximumPrismThinningCompensation = 0;
request.maximumPrismThinningCompensationSpecified = true;
request.atoric = false;
request.atoricSpecified = true;
request.pantoscopicAngle = StringConverter.ExtractDoubleValue(parameters, OmaParameter.PANTO);
request.pantoscopicAngleSpecified = true;
request.wrappingAngle = StringConverter.ExtractDoubleValue(parameters, OmaParameter.ZTILT);
request.wrappingAngleSpecified = true;
request.backVertexDistance = StringConverter.ExtractDoubleValue(parameters, OmaParameter.BVD);
request.backVertexDistanceSpecified = true;
request.eyeDiameter = 24;
request.eyeDiameterSpecified = true;
request.readDistance = StringConverter.ExtractDoubleValue(parameters, OmaParameter.NWD);
request.readDistanceSpecified = true;
request.value = new computeLensRequestSideDTO
{
side = side,
sideSpecified = true,
sphere = (degressiveSphere ? degressiveSphereValue : StringConverter.ExtractDoubleValue(parameters, OmaParameter.SPH)) + StringConverter.ExtractDoubleValue(parameters, OmaParameter.ADJSPH),
sphereSpecified = true,
cylinder = StringConverter.ExtractDoubleValue(parameters, OmaParameter.CYL) + StringConverter.ExtractDoubleValue(parameters, OmaParameter.ADJCYL),
cylinderSpecified = true,
cylinderAxis = Convert.ToInt32(Math.Round(StringConverter.ExtractDoubleValue(parameters, OmaParameter.AX) + StringConverter.ExtractDoubleValue(parameters, OmaParameter.ADJAX))),
cylinderAxisSpecified = true,
addiction = (degressiveAddition ? degressiveAdditionValue : StringConverter.ExtractDoubleValue(parameters, OmaParameter.ADD)) + StringConverter.ExtractDoubleValue(parameters, OmaParameter.ADJADD),
addictionSpecified = true,
horizontalDiameter = Convert.ToInt32(Math.Round(StringConverter.ExtractDoubleValue(parameters, OmaParameter.CRIB))),
horizontalDiameterSpecified = true,
verticalDiameter = Convert.ToInt32(Math.Round(StringConverter.ExtractDoubleValue(parameters, OmaParameter.ELLH, StringConverter.ExtractDoubleValue(parameters, OmaParameter.CRIB)))),
verticalDiameterSpecified = true,
refractiveIndex = StringConverter.ExtractDoubleValue(parameters, OmaParameter.LIND),
refractiveIndexSpecified = true,
toolRealBase = (StringConverter.ExtractDoubleValue(parameters, OmaParameter.LIND) - 1) * 1000 / ((StringConverter.ExtractDoubleValue(parameters, OmaParameter.TIND) - 1) * 1000 / StringConverter.ExtractDoubleValue(parameters, OmaParameter.FRNT)),
toolRealBaseSpecified = true,
toolIndex = StringConverter.ExtractDoubleValue(parameters, OmaParameter.TIND),
toolIndexSpecified = true,
prescriptedPrism = StringConverter.ExtractDoubleValue(parameters, OmaParameter.PRVM),
prescriptedPrismSpecified = true,
prescriptedPrismBase = StringConverter.ExtractIntValue(parameters, OmaParameter.PRVA),
prescriptedPrismBaseSpecified = true,
secondaryPrism = StringConverter.ExtractDoubleValue(parameters, OmaParameter._PRVM),
secondaryPrismSpecified = true,
secondaryPrismBase = StringConverter.ExtractIntValue(parameters, OmaParameter._PRVA),
secondaryPrismBaseSpecified = true,
minimalCentralThickness = StringConverter.ExtractDoubleValue(parameters, OmaParameter.MINCTR),
minimalCentralThicknessSpecified = true,
minimalSideThickness = StringConverter.ExtractDoubleValue(parameters, OmaParameter.MINEDG, 2.0),
minimalSideThicknessSpecified = true,
horizontalDecentralization = StringConverter.ExtractDoubleValue(parameters, OmaParameter.BCERIN, StringConverter.ExtractDoubleValue(parameters, OmaParameter.SMOCIN)),
horizontalDecentralizationSpecified = true,
verticalDecentralization = StringConverter.ExtractDoubleValue(parameters, OmaParameter.BCERUP, StringConverter.ExtractDoubleValue(parameters, OmaParameter.SMOCUP)),
verticalDecentralizationSpecified = true,
monocularCentrationDistance = StringConverter.ExtractDoubleValue(parameters, OmaParameter.IPD, 32),
monocularCentrationDistanceSpecified = true,
inset = StringConverter.ExtractDoubleValue(parameters, OmaParameter.ERNRIN, 2.2),
insetSpecified = true
};
if (new[] { OmaParameter._EBL }.ToList().All(Key => parameters.ContainsKey(Key)) && StringConverter.ExtractBoolValue(parameters, OmaParameter._EBL))
{
request = new computeAestheticLensRequestDTO()
{
componentLensRequest = request,
internalLensDiameter = StringConverter.ExtractIntValue(parameters, OmaParameter._EBLINTDIA, 40),
internalLensDiameterSpecified = true,
junctionDiameter = StringConverter.ExtractIntValue(parameters, OmaParameter._EBLJUNDIA, 60),
junctionDiameterSpecified = true,
sideAngle = StringConverter.ExtractIntValue(parameters, OmaParameter._EBLANG, 10),
sideAngleSpecified = true
};
}
return(request);
}
