public CdmSatellite(CdmSatellite rhs)
{
this.isPrimary = rhs.isPrimary;
this.isEphemerisBased = rhs.isEphemerisBased;
this.EpochISOYMD = rhs.EpochISOYMD;
this.SatName = rhs.SatName;
this.InternationalDesignator = rhs.InternationalDesignator;
this.SSC = rhs.SSC;
this.CovarianceMethod = rhs.CovarianceMethod;
this.ReferenceFrame = rhs.ReferenceFrame;
this.XPos = rhs.XPos;
this.YPos = rhs.YPos;
this.ZPos = rhs.ZPos;
this.XVel = rhs.XVel;
this.YVel = rhs.YVel;
this.ZVel = rhs.ZVel;
this.xx = rhs.xx;
this.yx = rhs.yx;
this.yy = rhs.yy;
this.zx = rhs.zx;
this.zy = rhs.zy;
this.zz = rhs.zz;
this.Vxx = rhs.Vxx;
this.Vxy = rhs.Vxy;
this.Vxz = rhs.Vxz;
this.VxVx = rhs.VxVx;
this.Vyx = rhs.Vyx;
this.Vyy = rhs.Vyy;
this.Vyz = rhs.Vyz;
this.VyVx = rhs.VyVx;
this.VyVy = rhs.VyVy;
this.Vzx = rhs.Vzx;
this.Vzy = rhs.Vzy;
this.Vzz = rhs.Vzz;
this.VzVx = rhs.VzVx;
this.VzVy = rhs.VzVy;
this.VzVz = rhs.VzVz;
this.GeopotentialModel = rhs.GeopotentialModel;
this.SolidEarthTidesPerturbation = rhs.SolidEarthTidesPerturbation;
this.LunarsolarPerturbations = rhs.LunarsolarPerturbations;
this.SolarRadiationPerturbation = rhs.SolarRadiationPerturbation;
this.DragModel = rhs.DragModel;
this.BallisticCoefficient = rhs.BallisticCoefficient;
this.SolarRadiationCoefficient = rhs.SolarRadiationCoefficient;
this.EphemerisFile = rhs.EphemerisFile;
}
public CdmConjunction(CdmConjunction rhs)
{
this.ReferenceFrame = rhs.ReferenceFrame;
this.CreationDate = rhs.CreationDate;
this.TCA = rhs.TCA;
this.ID = rhs.ID;
this.ProbabilityMethod = rhs.ProbabilityMethod;
this.MissDistance = rhs.MissDistance;
this.RelativeSpeed = rhs.RelativeSpeed;
this.Probability = rhs.Probability;
this.SigmaDilution = rhs.SigmaDilution;
this.RelPosR = rhs.RelPosR;
this.RelPosT = rhs.RelPosT;
this.RelPosN = rhs.RelPosN;
this.RelVelR = rhs.RelVelR;
this.RelVelT = rhs.RelVelT;
this.RelVelN = rhs.RelVelN;
this.Primary = new CdmSatellite(rhs.Primary);
this.Secondary = new CdmSatellite(rhs.Secondary);
}
public static CdmConjunction ReadCdmXmlByTag(string xmlPath, out string error)
{
error = "";
try
{
XmlDocument xmlDoc = new XmlDocument();
xmlDoc.Load(xmlPath);
CdmConjunction conjunction = new CdmConjunction();
CdmSatellite[] sats = new CdmSatellite[] { new CdmSatellite(), new CdmSatellite() };
conjunction.CdmFilePath = xmlPath;
conjunction.RelPosR = GetDoubleFromXmlTag(xmlDoc, "RELATIVE_POSITION_R");
conjunction.RelPosT = GetDoubleFromXmlTag(xmlDoc, "RELATIVE_POSITION_T");
conjunction.RelPosN = GetDoubleFromXmlTag(xmlDoc, "RELATIVE_POSITION_N");
conjunction.RelVelR = GetDoubleFromXmlTag(xmlDoc, "RELATIVE_VELOCITY_R");
conjunction.RelVelT = GetDoubleFromXmlTag(xmlDoc, "RELATIVE_VELOCITY_T");
conjunction.RelVelN = GetDoubleFromXmlTag(xmlDoc, "RELATIVE_VELOCITY_N");
conjunction.RelativeSpeed = GetDoubleFromXmlTag(xmlDoc, "RELATIVE_SPEED");
conjunction.Probability = GetDoubleFromXmlTag(xmlDoc, "COLLISION_PROBABILITY");
conjunction.ProbabilityMethod = GetStringFromXmlTag(xmlDoc, "COLLISION_PROBABILITY_METHOD");
conjunction.ID = GetStringFromXmlTag(xmlDoc, "MESSAGE_ID");
conjunction.CreationDate = GetStringFromXmlTag(xmlDoc, "CREATION_DATE");
conjunction.MissDistance = GetDoubleFromXmlTag(xmlDoc, "MISS_DISTANCE");
conjunction.TCA = GetStringFromXmlTag(xmlDoc, "TCA");
conjunction.TCA = StkAssistant.ValidateDateFormat(conjunction.TCA);
conjunction.CreationDate = StkAssistant.ValidateDateFormat(conjunction.CreationDate);
if (xmlDoc.GetElementsByTagName("relativeMetadataData").Count > 0)
{
foreach (XmlNode node in xmlDoc.GetElementsByTagName("relativeMetadataData")[0].ChildNodes)
{
if (node.Name.ToUpper().Equals("COMMENT"))
{
string metadataComment = node.InnerText;
string pattern = "SIGMA_DILUTION=(?<sigmaDilution>\\d+(.\\d+)?)";
Regex dateRegex = new Regex(pattern);
Match match = dateRegex.Match(metadataComment);
double sd;
if (match.Groups["sigmaDilution"].Success &&
double.TryParse(match.Groups["sigmaDilution"].Value, out sd))
{
conjunction.SigmaDilution = sd;
}
break;
}
}
}
for (int i = 0; i < 2; i++)
{
sats[i].isPrimary = i == 0;
sats[i].EpochISOYMD = GetStringFromXmlTag(xmlDoc, "TCA");
sats[i].EpochISOYMD = StkAssistant.ValidateDateFormat(sats[i].EpochISOYMD);
// Get satellite names
sats[i].SatName = GetStringFromXmlTag(xmlDoc, "OBJECT_NAME", i);
// Get International Designators
sats[i].InternationalDesignator = GetStringFromXmlTag(xmlDoc, "INTERNATIONAL_DESIGNATOR", i);
// Get Catalog Number
sats[i].SSC = GetStringFromXmlTag(xmlDoc, "OBJECT_DESIGNATOR", i);
if (sats[i].SSC == "KNOWN OBJECT")
{
sats[i].SatName = "KNOWN OBJECT";
sats[i].SSC = "99999";
}
if (sats[i].SatName.Trim() == "")
{
sats[i].SatName = "UNIDENTIFIED OBJECT";
}
// Get ephemeris check data
string ephTemp = GetStringFromXmlTag(xmlDoc, "EPHEMERIS_NAME", i);
sats[i].EphemerisFile = string.IsNullOrEmpty(ephTemp) || ephTemp.ToUpper().Equals("NONE") ? null :
Path.Combine(Path.GetDirectoryName(xmlPath), ephTemp);
// Get Orbital Data
sats[i].ReferenceFrame = GetStringFromXmlTag(xmlDoc, "REF_FRAME", i);
sats[i].XPos = GetDoubleFromXmlTag(xmlDoc, "X", i);
sats[i].YPos = GetDoubleFromXmlTag(xmlDoc, "Y", i);
sats[i].ZPos = GetDoubleFromXmlTag(xmlDoc, "Z", i);
sats[i].XVel = GetDoubleFromXmlTag(xmlDoc, "X_DOT", i);
sats[i].YVel = GetDoubleFromXmlTag(xmlDoc, "Y_DOT", i);
sats[i].ZVel = GetDoubleFromXmlTag(xmlDoc, "Z_DOT", i);
// Get Force Model Definition
sats[i].GeopotentialModel = GetStringFromXmlTag(xmlDoc, "GRAVITY_MODEL", i);
sats[i].LunarsolarPerturbations = GetStringFromXmlTag(xmlDoc, "N_BODY_PERTURBATIONS", i);
sats[i].SolidEarthTidesPerturbation = GetStringFromXmlTag(xmlDoc, "EARTH_TIDES", i);
sats[i].SolarRadiationPerturbation = GetStringFromXmlTag(xmlDoc, "SOLAR_RAD_PRESSURE", i);
sats[i].SolarRadiationCoefficient = GetDoubleFromXmlTag(xmlDoc, "CR_AREA_OVER_MASS", i);
sats[i].DragModel = GetStringFromXmlTag(xmlDoc, "ATMOSPHERIC_MODEL", i);
sats[i].BallisticCoefficient = GetDoubleFromXmlTag(xmlDoc, "CD_AREA_OVER_MASS", i);
sats[i].CovarianceMethod = GetStringFromXmlTag(xmlDoc, "COVARIANCE_METHOD", i);
sats[i].xx = GetDoubleFromXmlTag(xmlDoc, "CR_R", i);
sats[i].yx = GetDoubleFromXmlTag(xmlDoc, "CT_R", i);
sats[i].yy = GetDoubleFromXmlTag(xmlDoc, "CT_T", i);
sats[i].zx = GetDoubleFromXmlTag(xmlDoc, "CN_R", i);
sats[i].zy = GetDoubleFromXmlTag(xmlDoc, "CN_T", i);
sats[i].zz = GetDoubleFromXmlTag(xmlDoc, "CN_N", i);
sats[i].Vxx = GetDoubleFromXmlTag(xmlDoc, "CRDOT_R", i);
sats[i].Vxy = GetDoubleFromXmlTag(xmlDoc, "CRDOT_T", i);
sats[i].Vxz = GetDoubleFromXmlTag(xmlDoc, "CRDOT_N", i);
sats[i].VxVx = GetDoubleFromXmlTag(xmlDoc, "CRDOT_RDOT", i);
sats[i].Vyx = GetDoubleFromXmlTag(xmlDoc, "CTDOT_R", i);
sats[i].Vyy = GetDoubleFromXmlTag(xmlDoc, "CTDOT_T", i);
sats[i].Vyz = GetDoubleFromXmlTag(xmlDoc, "CTDOT_N", i);
sats[i].VyVx = GetDoubleFromXmlTag(xmlDoc, "CTDOT_RDOT", i);
sats[i].VyVy = GetDoubleFromXmlTag(xmlDoc, "CTDOT_TDOT", i);
sats[i].Vzx = GetDoubleFromXmlTag(xmlDoc, "CNDOT_R", i);
sats[i].Vzy = GetDoubleFromXmlTag(xmlDoc, "CNDOT_T", i);
sats[i].Vzz = GetDoubleFromXmlTag(xmlDoc, "CNDOT_N", i);
sats[i].VzVx = GetDoubleFromXmlTag(xmlDoc, "CNDOT_RDOT", i);
sats[i].VzVy = GetDoubleFromXmlTag(xmlDoc, "CNDOT_TDOT", i);
sats[i].VzVz = GetDoubleFromXmlTag(xmlDoc, "CNDOT_NDOT", i);
if (sats[i].VxVx == 0)
{
sats[i].VxVx = small;
}
if (sats[i].VyVy == 0)
{
sats[i].VyVy = small;
}
if (sats[i].VzVz == 0)
{
sats[i].VzVz = small;
}
}
conjunction.Primary = sats[0];
conjunction.Secondary = sats[1];
return(conjunction);
}
catch (Exception e)
{
error += e.Message;
return(null);
}
}