public void RangeInput()
{
PredictionModel model = new PredictionModel();
PredictionModelInput input = new PredictionModelInput();
input.CWPON = true;
input.CWPBB_TransmitPulseType = Commands.AdcpSubsystemCommands.eCWPBB_TransmitPulseType.BROADBAND;
input.CWPBS = 4.0f;
input.CWPBN = 30;
input.CWPBL = 1.00f;
input.CBTON = true;
input.CBTBB_TransmitPulseType = Commands.AdcpSubsystemCommands.eCBTBB_Mode.BROADBAND_CODED;
input.SystemFrequency = 288000.0;
input.BeamDiameter = 0.075;
input.CyclesPerElement = 12;
input.BeamAngle = 20;
input.SpeedOfSound = 1490;
input.CWPBB_LagLength = 1.0;
input.BroadbandPower = true;
PredictionModel.PredictedRanges ranges = model.GetPredictedRange(input);
double correctWpRange = 100.05;
double correctBtRange = 199.14;
double correctFirstBin = 5.484;
double correctWpRangeUserSettings = input.CWPBL + (input.CWPBS * input.CWPBN);
Assert.AreEqual(correctWpRange, ranges.WaterProfile, 0.01);
Assert.AreEqual(correctBtRange, ranges.BottomTrack, 0.01);
Assert.AreEqual(correctFirstBin, ranges.FirstBinPosition, 0.01);
Assert.AreEqual(correctWpRangeUserSettings, ranges.ProfileRangeSettings);
}
public void RangeNB()
{
PredictionModel model = new PredictionModel();
bool _CWPON_ = true;
Commands.AdcpSubsystemCommands.eCWPBB_TransmitPulseType _CWPBB_TransmitPulseType_ = Commands.AdcpSubsystemCommands.eCWPBB_TransmitPulseType.NARROWBAND;
double _CWPBS_ = 4.0;
double _CWPBN_ = 30.0;
double _CWPBL_ = 1.00;
bool _CBTON_ = true;
Commands.AdcpSubsystemCommands.eCBTBB_Mode _CBTBB_TransmitPulseType_ = Commands.AdcpSubsystemCommands.eCBTBB_Mode.NARROWBAND_LONG_RANGE;
double _SystemFrequency_ = 288000.0;
double _BeamDiameter_ = 0.075;
double _CyclesPerElement_ = 12.0;
double _BeamAngle_ = 20;
double _SpeedOfSound_ = 1490;
double _CWPBB_LagLength_ = 1.0;
bool _BroadbandPower_ = true;
double temperature = 10.0;
double salinity = 35.0;
double xdcrDepth = 0.0;
PredictionModel.PredictedRanges ranges = model.GetPredictedRange(_CWPON_, _CWPBB_TransmitPulseType_, _CWPBS_, _CWPBN_, _CWPBL_, _CBTON_, _CBTBB_TransmitPulseType_, _SystemFrequency_, _BeamDiameter_, _CyclesPerElement_, _BeamAngle_, _SpeedOfSound_, _CWPBB_LagLength_, _BroadbandPower_, salinity, temperature, xdcrDepth);
double correctWpRange = 152.57;
double correctBtRange = 319.14;
double correctFirstBin = 5.025;
double correctWpRangeUserSettings = _CWPBL_ + (_CWPBS_ * _CWPBN_);
Assert.AreEqual(correctWpRange, ranges.WaterProfile, 0.01);
Assert.AreEqual(correctBtRange, ranges.BottomTrack, 0.01);
Assert.AreEqual(correctFirstBin, ranges.FirstBinPosition);
Assert.AreEqual(correctWpRangeUserSettings, ranges.ProfileRangeSettings);
}
/// <summary>
/// Setup the predictor.
/// </summary>
public void CalcPrediction()
{
if (_pm.SelectedProject.Configuration.SubsystemConfigDict.ContainsKey(ConfigKey))
{
PredictionModelInput predInput = new PredictionModelInput(_pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].SubsystemConfig.SubSystem);
if (_pm.SelectedProject.Configuration.DeploymentOptions.Duration <= 0)
{
predInput.DeploymentDuration = 1;
}
else
{
predInput.DeploymentDuration = _pm.SelectedProject.Configuration.DeploymentOptions.Duration;
}
// Absorption
predInput.Temperature = _pm.SelectedProject.Configuration.Commands.CWT;
predInput.Salinity = _pm.SelectedProject.Configuration.Commands.CWS;
predInput.XdcrDepth = _pm.SelectedProject.Configuration.Commands.CTD;
predInput.CEI = _pm.SelectedProject.Configuration.Commands.CEI.ToSecondsD();
predInput.CWPON = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CWPON;
predInput.CBTON = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CBTON;
predInput.CBTTBP = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CBTTBP;
predInput.CBTBB_TransmitPulseType = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CBTBB_Mode;
//predInput.CBTBB_TransmitPulseType = Commands.AdcpSubsystemCommands.eCBTBB_Mode.NARROWBAND_LONG_RANGE; // DEFAULT to narrowband because it autoswitches now
predInput.CWPTBP = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CWPTBP;
predInput.CWPBN = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CWPBN;
predInput.CWPBS = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CWPBS;
predInput.CWPBL = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CWPBL;
predInput.CWPBB_TransmitPulseType = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CWPBB_TransmitPulseType;
predInput.CWPBB_LagLength = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CWPBB_LagLength;
predInput.CWPP = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CWPP;
predInput.BatteryType = _pm.SelectedProject.Configuration.DeploymentOptions.BatteryType;
predInput.CBI_BurstInterval = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CBI_BurstInterval.ToSecondsD();
predInput.CBI_SamplesPerBurst = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CBI_NumEnsembles;
predInput.CBI_IsInterleaved = _pm.SelectedProject.Configuration.SubsystemConfigDict[ConfigKey].Commands.CBI_BurstPairFlag;
// Create Prediction model
PredictionModel Predictor = new PredictionModel();
// Set the prediction values
PredictionModel.PredictedRanges ranges = Predictor.GetPredictedRange(predInput);
PredictedBottomRange = ranges.BottomTrack;
PredictedProfileRange = ranges.WaterProfile;
ProfileFirstBinPosition = ranges.FirstBinPosition.ToString("0.0000");
double maxVel = Predictor.GetMaxVelocity(predInput);
MaximumVelocity = maxVel.ToString("0.0000");
double std = Predictor.GetStandardDeviation(predInput);
StandardDeviation = std.ToString("0.0000");
double numBatts = Predictor.BatteryUsage(predInput);
NumberBatteryPacks = numBatts;
if (CBI_NumEnsembles > 0)
{
NumberBytes = Predictor.GetDataStorageBurst(predInput);
}
else
{
NumberBytes = Predictor.GetDataStorage(predInput);
}
if (RangeVM != null)
{
// Update all the properites
RangeVM.WaterProfileRange = ranges.WaterProfile;
RangeVM.BottomTrackRange = ranges.BottomTrack;
RangeVM.WpBlank = predInput.CWPBL;
RangeVM.WpFirstBinRange = ranges.FirstBinPosition;
if (_pm.IsProjectSelected && _pm.SelectedProject.Configuration != null)
{
RangeVM.DepthToBottom = predInput.XdcrDepth;
}
}
//this.NotifyOfPropertyChange(() => this.CWPP);
//this.NotifyOfPropertyChange(() => this.CWPTBP);
//this.NotifyOfPropertyChange(() => this.CWPBS);
//this.NotifyOfPropertyChange(() => this.CWPBN);
//this.NotifyOfPropertyChange(() => this.CWPBL);
//this.NotifyOfPropertyChange(() => this.CWPBB_TransmitPulseType);
//this.NotifyOfPropertyChange(() => this.CWPBB_LagLength);
//this.NotifyOfPropertyChange(() => this.CBTON);
//this.NotifyOfPropertyChange(() => this.CBI_BurstInterval);
//this.NotifyOfPropertyChange(() => this.DataSize);
//this.NotifyOfPropertyChange(() => this.NumberBatteryPackStr);
//this.NotifyOfPropertyChange(() => this.PredictedBottomRangeStr);
//this.NotifyOfPropertyChange(() => this.PredictedProfileRangeStr);
//this.NotifyOfPropertyChange(() => this.ProfileFirstBinPosition);
//this.NotifyOfPropertyChange(() => this.MaximumVelocity);
//this.NotifyOfPropertyChange(() => this.StandardDeviation);
}
}