public KrakenComputingResult ComputeModes(AcousticProblemData acousticProblemData)
{
CalculatedModesInfo modesInfo;
KrakenResultAndAcousticFieldSnapshots krakenResultAndAcousticFieldSnapshots = new KrakenResultAndAcousticFieldSnapshots();
try
{
var profile = _krakenInputProfileMapper.Map(acousticProblemData);
(krakenResultAndAcousticFieldSnapshots.KrakenResult, modesInfo) =
_krakenNormalModeProgram.CalculateNormalModes(profile);
}
catch (KrakenException ex)
{
throw new KrakenComputingException(ex.Message);
}
if (acousticProblemData.CalculateTransmissionLoss)
{
var fieldComputingRequiredData = new FieldComputingRequiredData
{
AcousticProblemData = acousticProblemData,
ModesInfo = modesInfo
};
var fieldInput = _fieldInputDataMapper.Map(fieldComputingRequiredData);
krakenResultAndAcousticFieldSnapshots.AcousticFieldSnapshots = _fieldModel.CalculateFieldPressure(fieldInput);
krakenResultAndAcousticFieldSnapshots.TransmissionLoss.AddRange(
CalculateTransmissionLossUsingAcousticSnapshots(krakenResultAndAcousticFieldSnapshots.
AcousticFieldSnapshots.Snapshots)
);
}
var result = _krakenComputingResultMapper.Map(krakenResultAndAcousticFieldSnapshots);
return(result);
}
private AcousticProblemData GetAcousticProblemDataTestData()
{
var data = new AcousticProblemData
{
APB = 0,
APT = 0,
ASB = 0,
AST = 0,
AddedVolumeAttenuation = "",
AttenuationUnits = "F",
BottomBCType = "A",
BumDen = 0,
CHigh = 2000,
CLow = 1400,
CPB = 2000,
CPT = 0,
CSB = 0,
CST = 0,
CalculateTransmissionLoss = false,
Eta = 0,
Frequency = 10,
InterpolationType = "N",
ModesTheory = "A",
NMedia = 1,
NModes = 44,
NModesForField = 9999,
NR = 1,
NRDField = 1,
NRR = 1,
NSD = 1,
NSDField = 1,
RHOB = 2,
RHOT = 0,
RMax = 1000,
Sigma = 0,
SourceType = "R",
TopBCType = "V",
Xi = 0,
ZB = 5000,
ZT = 0
};
data.MediumInfo.AddRange(new List <List <double> > {
new List <double> {
500, 0, 5000
}
});
data.R.AddRange(new List <double> {
200, 220
});
data.RD.AddRange(new List <double> {
2500
});
data.RDField.AddRange(new List <double> {
2500
});
data.RR.AddRange(new List <double> {
0
});
data.SD.AddRange(new List <double> {
500
});
data.SDField.AddRange(new List <double> {
500
});
data.SSP.AddRange(new List <List <double> > {
new List <double> {
0, 1500, 0, 1, 0, 0
},
new List <double> {
5000, 1500, 0, 1, 0, 0
}
});
return(data);
}
