/// <summary>
/// Parse the specified DOM element and instantiate the properties of this instance.
/// </summary>
/// <param name="element">XML element to parse. Non-null.</param>
void update(XElement element)
{
if (element == null)
{
throw new ArgumentNullException("element cannot be null");
}
legalName = XmlUtil.update(element, "nameLegal", legalName);
licenseNumber = XmlUtil.update(element, "numLicense", licenseNumber);
wellNumber = XmlUtil.update(element, "numGovt", wellNumber);
licenseIssueTime = XmlUtil.update(element, "dTimLicense", licenseIssueTime);
field = XmlUtil.update(element, "field", field);
country = XmlUtil.update(element, "country", country);
state = XmlUtil.update(element, "state", state);
county = XmlUtil.update(element, "county", county);
region = XmlUtil.update(element, "region", region);
district = XmlUtil.update(element, "district", district);
block = XmlUtil.update(element, "block", block);
timeZone = XmlUtil.update(element, "timeZone", timeZone);
@operator = XmlUtil.update(element, "operator", @operator);
operatorDivision = XmlUtil.update(element, "operatorDiv", operatorDivision);
try
{
operatorInterestShare = XmlUtil.update(element, "pcInterest", operatorInterestShare);
}
catch (Exception e)
{
}
apiNumber = XmlUtil.update(element, "numAPI", apiNumber);
status = XmlUtil.update(element, "statusWell", status);
purpose = XmlUtil.update(element, "purposeWell", purpose);
fluidType = XmlUtil.update(element, "fluidWell", fluidType);
flowDirection = XmlUtil.update(element, "directionWell", flowDirection);
spudTime = XmlUtil.update(element, "dTimSpud", spudTime);
pluggedTime = XmlUtil.update(element, "dTimPa", pluggedTime);
wellHeadElevation = XmlUtil.update(element, "wellheadElevation", wellHeadElevation);
groundElevation = XmlUtil.update(element, "groundElevation", groundElevation);
waterDepth = XmlUtil.update(element, "waterDepth", waterDepth);
XElement locationElement = element.Element(element.Name.Namespace + "wellLocation");//, element.getNamespace());
if (locationElement != null)
{
location = new WitsmlLocation(locationElement);
}
XElement commonDataElement = element.Element(element.Name.Namespace + "commonData");//, element.getNamespace());
if (commonDataElement != null)
{
commonData = new WitsmlCommonData(commonDataElement);
}
}
/**
* Create a WITSML trajectory station instance from the given
* XML element node.
*
* @param element XML element to parse. Non-null.
* @param stationNo Station number.
*/
internal WitsmlTrajectoryStation(XElement element, int stationNo)
: base(stationNo)
{
id = element.Attribute("uid").Value;
time = XmlUtil.update(element, "dTimStn", time);
type = XmlUtil.update(element, "typeTrajStation", type);
surveyToolType = XmlUtil.update(element, "surveyToolType", surveyToolType);
md = XmlUtil.update(element, "md", md);
tvd = XmlUtil.update(element, "tvd", tvd);
inclination = XmlUtil.update(element, "incl", inclination);
azimuth = XmlUtil.update(element, "azi", azimuth);
toolfaceMagneticAngle = XmlUtil.update(element, "mtf", toolfaceMagneticAngle);
toolfaceGravityAngle = XmlUtil.update(element, "gtf", toolfaceGravityAngle);
north = XmlUtil.update(element, "dispNs", north);
east = XmlUtil.update(element, "dispEw", east);
verticalSectionDistance = XmlUtil.update(element, "vertSect", verticalSectionDistance);
dls = XmlUtil.update(element, "dls", dls);
turnRate = XmlUtil.update(element, "rateTurn", turnRate);
buildRate = XmlUtil.update(element, "rateBuild", buildRate);
dMd = XmlUtil.update(element, "mdDelta", dMd);
dTvd = XmlUtil.update(element, "tvdDelta", dTvd);
errorModel = XmlUtil.update(element, "modelToolError", errorModel);
gravityUncertainty = XmlUtil.update(element, "gravTotalUncert", gravityUncertainty);
dipAngleUncertainty = XmlUtil.update(element, "dipAngleUncert", dipAngleUncertainty);
magneticUncertainty = XmlUtil.update(element, "magTotalUncert", magneticUncertainty);
_isAccelerometerCorrectionUsed = XmlUtil.update(element, "gravAccelCorUsed", _isAccelerometerCorrectionUsed);
_isMagnetometerCorrectionUsed = XmlUtil.update(element, "magXAxialCorUsed", _isMagnetometerCorrectionUsed);
_isSagCorrectionUsed = XmlUtil.update(element, "sagCorUsed", _isSagCorrectionUsed);
_isDrillStringMagnetismCorrectionUsed = XmlUtil.update(element, "magDrlstrCorUsed", _isDrillStringMagnetismCorrectionUsed);
gravitationFieldReference = XmlUtil.update(element, "gravTotalFieldReference", gravitationFieldReference);
magneticFieldReference = XmlUtil.update(element, "magTotalFieldReference", magneticFieldReference);
magneticDipAngleReference = XmlUtil.update(element, "magDipAngleReference", magneticDipAngleReference);
magneticModel = XmlUtil.update(element, "magModelUsed", magneticModel);
magneticModelValidInterval = XmlUtil.update(element, "magModelValid", magneticModelValidInterval);
gravitationalModel = XmlUtil.update(element, "geoModelUsed", gravitationalModel);
status = XmlUtil.update(element, "statusTrajStation", status);
XElement locationElement = element.Element(element.Name.Namespace + "location");//, element.getNamespace());
if (locationElement != null)
{
location = new WitsmlLocation(locationElement);
}
XElement commonDataElement = element.Element(element.Name.Namespace + "commonData");//, element.getNamespace());
if (commonDataElement != null)
{
commonData = new WitsmlCommonData(commonDataElement);
}
}
/// <summary>
/// Return complete XML query for this type.
/// </summary>
/// <param name="id">ID of instance to get. May be empty to indicate all. Non-null.</param>
/// <param name="parentId">Parent IDs. Closest first. May be empty if instances are accessed from the root. Non-null.</param>
/// <returns>XML query. Never null.</returns>
static String getQuery(String id, params String[] parentId)
{
if (id == null)
{
throw new ArgumentNullException("id cannot be null");
}
if (parentId == null)
{
throw new ArgumentNullException("parentId cannot be null");
}
String query = "<wells xmlns=\"" + WitsmlVersion.VERSION_1_3_1.getNamespace() + "\">" +
" <well uid=\"" + id + "\">" +
" <name/>" +
" <nameLegal/>" +
" <numLicense/>" +
" <numGovt/>" +
" <dTimLicense/>" +
" <field/>" +
" <country/>" +
" <state/>" +
" <county/>" +
" <region/>" +
" <district/>" +
" <block/>" +
" <timeZone/>" +
" <operator/>" +
" <operatorDiv/>" +
" <pcInterest/>" + //BM added uom
" <numAPI/>" +
" <statusWell/>" +
" <purposeWell/>" +
" <fluidWell/>" +
" <directionWell/>" +
" <dTimSpud/>" +
" <dTimPa/>" +
" <wellheadElevation/>" +
" <wellDatum/>" +
" <groundElevation/>" +
" <waterDepth uom=\"" + WitsmlServer.distUom + "\"/>" +
" <wellLocation>" +
WitsmlLocation.getQuery() +
" </wellLocation>" +
" <referencePoint/>" +
" <wellCRS/>" +
WitsmlCommonData.getQuery() +
" </well>" +
"</wells>";
return(query);
}
/**
* Return complete XML query for this type.
*
* @return XML query. Never null.
*/
public static String getQuery()
{
String query = "<trajectoryStation uid = \"\">" +
" <dTimStn/>" +
" <typeTrajStation/>" +
" <typeSurveyTool/>" +
" <md uom=\"" + WitsmlServer.distUom + "\"/>" +
" <tvd uom=\"" + WitsmlServer.distUom + "\"/>" +
" <incl uom=\"rad\"/>" +
" <azi uom=\"rad\"/>" +
" <mtf uom=\"rad\"/>" +
" <gtf uom=\"rad\"/>" +
" <dispNs uom=\"" + WitsmlServer.distUom + "\"/>" +
" <dispEw uom=\"" + WitsmlServer.distUom + "\"/>" +
" <vertSect uom=\"" + WitsmlServer.distUom + "\"/>" +
" <dls/>" +
" <rateTurn/>" +
" <rateBuild/>" +
" <mdDelta uom=\"" + WitsmlServer.distUom + "\"/>" +
" <tvdDelta uom=\"" + WitsmlServer.distUom + "\"/>" +
" <modelToolError/>" +
" <gravTotalUncert/>" +
" <dipAngleUncert uom=\"rad\"/>" +
" <magTotalUncert/>" +
" <gravAccelCorUsed/>" +
" <magXAxialCorUsed/>" +
" <sagCorUsed/>" +
" <magDrlstrCorUsed/>" +
" <gravTotalFieldReference/>" +
" <magTotalFieldReference/>" +
" <magDipAngleReference uom=\"rad\"/>" +
" <magModelUsed/>" +
" <magModelValid/>" +
" <geoModelUsed/>" +
" <statusTrajStation/>" +
" <rawData/>" +
" <corUsed/>" +
" <valid/>" +
" <matrixCov/>" +
" <location>" +
WitsmlLocation.getQuery() +
" </location>" +
" <sourceStation/>" +
WitsmlCommonData.getQuery() +
"</trajectoryStation>";
return(query);
}
