} /* StdDev */
private ImagesDepthStats LocateImageDepthStats(List <ImagesDepthStats> imageStats,
float depth
)
{
ImagesDepthStats result = null;
if (imageStats == null)
{
return(null);
}
if (imageStats.Count < 2)
{
return(null);
}
float bucketSize = 1.0f;
foreach (ImagesDepthStats ids in imageStats)
{
float top = ids.bucketDepth;
float bot = top + bucketSize;
if ((depth >= top) && (depth < bot))
{
result = ids;
break;
}
}
return(result);
} /* LocateImageDepthStats */
private void LoadImageDepthStats(PicesDataBase threadConn,
String cruiseName,
String stationName,
String deploymentNum,
ref List <ImagesDepthStats> downCast,
ref List <ImagesDepthStats> upCast
)
{
String sqlStr = "call ImagesStatsByUpAndDownCast(";
sqlStr += "\"" + cruiseName + "\"" + ", ";
sqlStr += "\"" + stationName + "\"" + ", ";
sqlStr += "\"" + deploymentNum + "\"" + ", ";
if (mlClass == null)
{
sqlStr += "\"\", ";
}
else
{
sqlStr = "\"" + mlClass.Name + "\"" + ", ";
}
sqlStr += "1.0);";
downCast = null;
upCast = null;
String[] cols = { "UpCast", "BucketIdx", "BucketDepth", "ImageCount", "TotalPixelCount" };
String[][] results = threadConn.QueryStatement(sqlStr, cols);
if (results == null)
{
RunLogAddMsg("Error Retrieving Images Cout Statistics.");
RunLogAddMsg(threadConn.LastErrorDesc());
return;
}
downCast = new List <ImagesDepthStats> ();
upCast = new List <ImagesDepthStats> ();
foreach (String[] row in results)
{
bool goingUp = (row[0] == "1");
int bucketIdx = PicesKKStr.StrToInt(row[1]);
float bucketDepth = PicesKKStr.StrToFloat(row[2]);
int imageCount = PicesKKStr.StrToInt(row[3]);
int totalPixelCount = PicesKKStr.StrToInt(row[4]);
ImagesDepthStats stats = new ImagesDepthStats(goingUp, bucketIdx, bucketDepth, imageCount, totalPixelCount);
if (!goingUp)
{
downCast.Add(stats);
}
else
{
upCast.Add(stats);
}
}
return;
} /* LoadImageDepthStats */
} /* LocateImageDepthStats */
private void WriteDepthSummary(System.IO.StreamWriter o,
InstrumentDataList cast,
List <ImagesDepthStats> imageStats,
float scanRate
)
{
int zed = 0;
cast.SortByDepth();
InstrumentData id = (InstrumentData)(cast[0]);
while ((id != null) && (!cancelBackGround))
{
id = (InstrumentData)cast[zed];
int lastDepth = (int)Math.Round(id.Depth());
uint scanLinesThisDepth = 0;
List <float> flowRate = new List <float> ();
List <float> temperature = new List <float> ();
List <float> oxygen = new List <float> ();
List <float> oxygenSensor = new List <float> ();
List <float> salinity = new List <float> ();
List <float> density = new List <float> ();
List <float> fluorensce = new List <float> ();
List <float> fluorensceSensor = new List <float> ();
List <float> transmissivity = new List <float> ();
List <float> transmissivitySensor = new List <float> ();
List <float> turbidity = new List <float> ();
List <float> turbiditySensor = new List <float> ();
List <float> recordRate = new List <float> ();
while ((lastDepth == (int)Math.Round(id.Depth())) && (id != null))
{
if ((id.Temperature() > 0.0f) && (id.Temperature() <= 40.0f) &&
(id.Salinity() > 20.0f) && (id.Salinity() <= 40.0f) &&
(id.Density() > 18.0f) && (id.Density() <= 40.0f) &&
(id.Fluorescence() > -2.0f)
)
{
flowRate.Add(id.FlowRate1);
temperature.Add(id.Temperature());
salinity.Add(id.Salinity());
density.Add(id.Density());
fluorensce.Add(id.Fluorescence());
fluorensceSensor.Add(id.FluorescenceSensor());
transmissivity.Add(id.Transmissivity());
transmissivitySensor.Add(id.TransmissivitySensor());
turbidity.Add(id.Turbidity());
turbiditySensor.Add(id.TurbiditySensor());
recordRate.Add(id.RecordingRate);
oxygen.Add(id.Oxygen());
oxygenSensor.Add(id.OxygenSensor());
scanLinesThisDepth += 4096;
}
zed++;
if (zed < cast.Count)
{
id = (InstrumentData)cast[zed];
}
else
{
id = null;
break;
}
}
float timeAtThisDepth = 0.0f;
if (scanRate > 0.0f)
{
timeAtThisDepth = scanLinesThisDepth / scanRate;
}
int imageCount = 0;
int totalPixelCount = 0;
ImagesDepthStats ids = LocateImageDepthStats(imageStats, lastDepth);
if (ids != null)
{
if (ids.counted)
{
RunLogAddMsg("WriteDepthSummary Duplicate Use of Cast[" + (ids.upCast ? "Up":"Down") + "] Depth[" + ids.bucketDepth + "] Count[" + ids.imageCount + "]");
}
else
{
imageCount = ids.imageCount;
totalPixelCount = ids.totalPixelCount;
ids.counted = true;
}
}
o.WriteLine(lastDepth.ToString() + "\t" +
scanLinesThisDepth.ToString() + "\t" +
timeAtThisDepth.ToString() + "\t" +
imageCount.ToString() + "\t" +
totalPixelCount.ToString() + "\t" +
Mean(flowRate).ToString() + "\t" + StdDev(flowRate).ToString() + "\t" +
Mean(temperature).ToString() + "\t" + StdDev(temperature).ToString() + "\t" +
Mean(oxygen).ToString() + "\t" + StdDev(oxygen).ToString() + "\t" +
Mean(oxygenSensor).ToString() + "\t" + StdDev(oxygenSensor).ToString() + "\t" +
Mean(salinity).ToString() + "\t" + StdDev(salinity).ToString() + "\t" +
Mean(density).ToString() + "\t" + StdDev(density).ToString() + "\t" +
Mean(fluorensce).ToString() + "\t" + StdDev(fluorensce).ToString() + "\t" +
Mean(fluorensceSensor).ToString() + "\t" + StdDev(fluorensceSensor).ToString() + "\t" +
Mean(transmissivity).ToString() + "\t" + StdDev(transmissivity).ToString() + "\t" +
Mean(transmissivitySensor).ToString() + "\t" + StdDev(transmissivitySensor).ToString() + "\t" +
Mean(turbidity).ToString() + "\t" + StdDev(turbidity).ToString() + "\t" +
Mean(turbiditySensor).ToString() + "\t" + StdDev(turbiditySensor).ToString() + "\t" +
Mean(recordRate).ToString() + "\t" + StdDev(recordRate).ToString()
);
}
foreach (ImagesDepthStats ids in imageStats)
{
if (!ids.counted)
{
RunLogAddMsg("WriteDepthSummary UnCounted [" + (ids.upCast ? "Up":"Down") + "] Depth[" + ids.bucketDepth + "] Count[" + ids.imageCount + "]");
o.WriteLine(ids.bucketDepth.ToString() + "\t" +
"---" + "\t" +
"---" + "\t" +
ids.imageCount.ToString() + "\t" +
ids.totalPixelCount.ToString() + "\t"
);
}
}
} /* WriteDepthSummary */
