/**************************************************************************************************/
public HighRiskFollowupView(RiskApps3.Model.Clinic.Dashboard.Queue queueData)
{
theQueue = queueData;
//this.lookupMap = new PatientsByGroup(SessionManager.Instance.ActiveUser.userLogin, null);
InitializeComponent();
if (theQueue is myPatientsQueue)
{
toolStrip1.Visible = false;
}
}
private RiskApps3.Model.Clinic.Dashboard.Queue theQueue; //working version
#endregion Fields
#region Constructors
/**************************************************************************************************/
public PendingToDoView(RiskApps3.Model.Clinic.Dashboard.Queue queue)
{
theQueue = queue;
InitializeComponent();
}
/**************************************************************************************************/
public void SetPedigreeFromFHx(RiskApps3.Model.PatientRecord.FHx.FamilyHistory fhx)
{
FHxQueue.Enqueue(fhx);
if (!LoadFamilyWorking.IsBusy)
{
LoadFamilyWorking.RunWorkerAsync();
}
}
/**************************************************************************************************/
public void ForceLoadFamily(RiskApps3.Model.PatientRecord.FHx.FamilyHistory fhx)
{
FHxQueue.Enqueue(fhx);
LoadFamilyWorking_DoWork(null, null);
}
public static void SetRelationshipByParentType(GenderEnum parent_gender, RelationshipEnum childType, RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum child_bloodline, out string relationshipOfParent, out string relationshipOther, out string bloodlineOfParent)
{
relationshipOfParent = Relationship.toString(RelationshipEnum.OTHER);
relationshipOther = "";
bloodlineOfParent = Bloodline.toString(child_bloodline);
if (parent_gender == GenderEnum.Male)
{
switch (childType)
{
case RelationshipEnum.SELF:
relationshipOfParent = Relationship.toString(RelationshipEnum.FATHER);
bloodlineOfParent = Bloodline.toString(RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Paternal);
break;
case RelationshipEnum.MOTHER:
relationshipOfParent = Relationship.toString(RelationshipEnum.GRANDFATHER);
bloodlineOfParent = Bloodline.toString(RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Maternal);
break;
case RelationshipEnum.FATHER:
relationshipOfParent = Relationship.toString(RelationshipEnum.GRANDFATHER);
bloodlineOfParent = Bloodline.toString(RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Paternal);
break;
case RelationshipEnum.GRANDMOTHER:
relationshipOfParent = Relationship.toString(RelationshipEnum.GRANDMOTHERS_FATHER);
bloodlineOfParent = Bloodline.toString(child_bloodline);
break;
case RelationshipEnum.GRANDFATHER:
relationshipOfParent = Relationship.toString(RelationshipEnum.GRANDFATHERS_FATHER);
bloodlineOfParent = Bloodline.toString(child_bloodline);
break;
case RelationshipEnum.AUNT:
case RelationshipEnum.UNCLE:
relationshipOfParent = Relationship.toString(RelationshipEnum.GRANDFATHER);
bloodlineOfParent = Bloodline.toString(child_bloodline);
break;
default:
break;
}
}
else if (parent_gender == GenderEnum.Female)
{
switch (childType)
{
case RelationshipEnum.SELF:
relationshipOfParent = Relationship.toString(RelationshipEnum.MOTHER);
bloodlineOfParent = Bloodline.toString(RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Maternal);
break;
case RelationshipEnum.MOTHER:
relationshipOfParent = Relationship.toString(RelationshipEnum.GRANDMOTHER);
bloodlineOfParent = Bloodline.toString(RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Maternal);
break;
case RelationshipEnum.FATHER:
relationshipOfParent = Relationship.toString(RelationshipEnum.GRANDMOTHER);
bloodlineOfParent = Bloodline.toString(RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Paternal);
break;
case RelationshipEnum.GRANDMOTHER:
relationshipOfParent = Relationship.toString(RelationshipEnum.GRANDMOTHERS_MOTHER);
bloodlineOfParent = Bloodline.toString(child_bloodline);
break;
case RelationshipEnum.GRANDFATHER:
relationshipOfParent = Relationship.toString(RelationshipEnum.GRANDFATHERS_MOTHER);
bloodlineOfParent = Bloodline.toString(child_bloodline);
break;
case RelationshipEnum.AUNT:
case RelationshipEnum.UNCLE:
relationshipOfParent = Relationship.toString(RelationshipEnum.GRANDMOTHER);
bloodlineOfParent = Bloodline.toString(child_bloodline);
break;
default:
break;
}
}
}
public static string ShowPedigreeImage(RiskApps3.Model.PatientRecord.Patient proband)
{
int Width = 625;
int Height = 625;
PedigreeGenerator pg = new PedigreeGenerator(Width, Height, proband);
Bitmap bmp;
if (proband != null)
{
bmp = pg.GeneratePedigreeImage(proband);
}
else
{
bmp = pg.GeneratePedigreeImage();
}
System.IO.MemoryStream stream = new System.IO.MemoryStream();
bmp.Save(stream, System.Drawing.Imaging.ImageFormat.Png);
var base64Data = Convert.ToBase64String(stream.ToArray());
return base64Data;
}
public void AddRelative(RiskApps3.Model.PatientRecord.Patient proband, ViewModels.FamilyHistoryRelative obj)
{
/*==============================*/
RiskApps3.Model.PatientRecord.FHx.FamilyHistory FHX = new RiskApps3.Model.PatientRecord.FHx.FamilyHistory(proband);
proband.FHx.BackgroundListLoad();
string relationship = "";
string bloodline = "";
int count = 1;
switch (obj.Relationship)
{
case "Son":
case "Daughter":
case "Brother":
case "Sister":
case "Cousin":
case "Cousin (Male)":
case "Cousin (Female)":
case "Niece":
case "Nephew":
case "Other":
case "Other (Male)":
case "Other (Female)":
relationship = obj.Relationship;
break;
case "Aunt - Maternal":
relationship = "Aunt";
bloodline = "Maternal";
break;
case "Aunt - Paternal":
relationship = "Aunt";
bloodline = "Paternal";
break;
case "Uncle - Maternal":
relationship = "Uncle";
bloodline = "Maternal";
break;
case "Uncle - Paternal":
relationship = "Uncle";
bloodline = "Paternal";
break;
}
if (relationship.Length > 0)
{
string new_rel_type;
List<Person> retval = new List<Person>();
RelationshipEnum re = Relationship.Parse(relationship);
GenderEnum ge = Relationship.getGenderFromRelationshipType(re);
if (Relationship.isOffspring(re))
{
Person newSpouse = null;
foreach (Person q in proband.FHx)
{
if (q.relationshipOther == "Spouse of Self")
{
newSpouse = q;
break;
}
}
if (newSpouse == null)
{
newSpouse = proband.FHx.CreateSpouse(proband);
HraModelChangedEventArgs args = new HraModelChangedEventArgs(null);
args.updatedMembers.Add(newSpouse.GetMemberByName("relativeID")); // Edit And save
args.updatedMembers.Add(newSpouse.GetMemberByName("relationship"));
args.updatedMembers.Add(newSpouse.GetMemberByName("relationshipOther"));
//args.updatedMembers.Add(newSpouse.GetMemberByName("bloodline"));
args.updatedMembers.Add(newSpouse.GetMemberByName("motherID"));
args.updatedMembers.Add(newSpouse.GetMemberByName("fatherID"));
args.updatedMembers.Add(newSpouse.GetMemberByName("gender"));
//args.updatedMembers.Add(newSpouse.GetMemberByName("vitalStatus"));
args.updatedMembers.Add(newSpouse.GetMemberByName("twinID"));
args.updatedMembers.Add(newSpouse.GetMemberByName("x_position"));
args.updatedMembers.Add(newSpouse.GetMemberByName("y_position"));
args.updatedMembers.Add(newSpouse.GetMemberByName("x_norm"));
args.updatedMembers.Add(newSpouse.GetMemberByName("y_norm"));
args.updatedMembers.Add(newSpouse.GetMemberByName("pedigreeGroup"));
args.updatedMembers.Add(newSpouse.GetMemberByName("consanguineousSpouseID"));
newSpouse.BackgroundPersistWork(args);
// newSpouse.BackgroundPersistWork();
//this.AddToList(newSpouse, new HraModelChangedEventArgs(null));
}
for (int i = 0; i < count; i++)
{
proband.FHx.BackgroundListLoad();
int nextID = proband.FHx.GetNewRelativeID();
Person newRel = new Person(proband.FHx);
newRel.HraState = RiskApps3.Model.HraObject.States.Ready;
newRel.relativeID = nextID;
newRel.motherID = 0;
newRel.fatherID = 0;
newRel.owningFHx = proband.FHx;
newRel.vitalStatus = "Alive";
newRel.gender = Gender.toString(ge);
newRel.relationship = relationship;
newRel.bloodline = bloodline;
if (proband.gender == "Female")
{
newRel.motherID = proband.relativeID;
newRel.fatherID = newSpouse.relativeID;
}
else
{
newRel.motherID = newSpouse.relativeID;
newRel.fatherID = proband.relativeID;
}
HraModelChangedEventArgs args = new HraModelChangedEventArgs(null);
args.updatedMembers.Add(newRel.GetMemberByName("relativeID")); // Edit And save
args.updatedMembers.Add(newRel.GetMemberByName("relationship"));
args.updatedMembers.Add(newRel.GetMemberByName("bloodline"));
args.updatedMembers.Add(newRel.GetMemberByName("motherID"));
args.updatedMembers.Add(newRel.GetMemberByName("fatherID"));
args.updatedMembers.Add(newRel.GetMemberByName("gender"));
args.updatedMembers.Add(newRel.GetMemberByName("vitalStatus"));
args.updatedMembers.Add(newRel.GetMemberByName("twinID"));
args.updatedMembers.Add(newRel.GetMemberByName("x_position"));
args.updatedMembers.Add(newRel.GetMemberByName("y_position"));
args.updatedMembers.Add(newRel.GetMemberByName("x_norm"));
args.updatedMembers.Add(newRel.GetMemberByName("y_norm"));
args.updatedMembers.Add(newRel.GetMemberByName("pedigreeGroup"));
args.updatedMembers.Add(newRel.GetMemberByName("consanguineousSpouseID"));
newRel.BackgroundPersistWork(args);
//this.AddToList(newRel, new HraModelChangedEventArgs(null));
retval.Add(newRel);
}
//AddChild(proband, false, count, ge);
//List<Person> newFolks = AddChild(proband, false, count, ge);
//foreach (Person np in newFolks)
//{
// retval.Add(np);
// //np.SignalModelChanged(new HraModelChangedEventArgs(null));
//}
}
else
{
for (int i = 0; i < count; i++)
{
int nextID = proband.FHx.GetNewRelativeID();
Person newRel = new Person(proband.FHx);
newRel.HraState = RiskApps3.Model.HraObject.States.Ready;
newRel.relativeID = nextID;
newRel.motherID = 0;
newRel.fatherID = 0;
newRel.owningFHx = proband.FHx;
newRel.vitalStatus = "Alive";
newRel.gender = Gender.toString(ge);
newRel.relationship = relationship;
newRel.bloodline = bloodline;
proband.FHx.SetIDsFromRelationship(ref newRel);
HraModelChangedEventArgs args = new HraModelChangedEventArgs(null);
args.updatedMembers.Add(newRel.GetMemberByName("relativeID")); // Edit And save
args.updatedMembers.Add(newRel.GetMemberByName("relationship"));
args.updatedMembers.Add(newRel.GetMemberByName("bloodline"));
args.updatedMembers.Add(newRel.GetMemberByName("motherID"));
args.updatedMembers.Add(newRel.GetMemberByName("fatherID"));
args.updatedMembers.Add(newRel.GetMemberByName("gender"));
args.updatedMembers.Add(newRel.GetMemberByName("vitalStatus"));
args.updatedMembers.Add(newRel.GetMemberByName("twinID"));
args.updatedMembers.Add(newRel.GetMemberByName("x_position"));
args.updatedMembers.Add(newRel.GetMemberByName("y_position"));
args.updatedMembers.Add(newRel.GetMemberByName("x_norm"));
args.updatedMembers.Add(newRel.GetMemberByName("y_norm"));
args.updatedMembers.Add(newRel.GetMemberByName("pedigreeGroup"));
args.updatedMembers.Add(newRel.GetMemberByName("consanguineousSpouseID"));
newRel.BackgroundPersistWork(args);
/*
proband.FHx.AddToList(newRel, new HraModelChangedEventArgs(null));
*/
retval.Add(newRel);
}
}
}
}
public static void SetRelationshipByChildType(GenderEnum child_gender, RelationshipEnum parentType, RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum parent_bloodline, out string relationshipOfChild, out string relationshipOther, out string bloodlineOfChild)
{
relationshipOfChild = Relationship.toString(RelationshipEnum.OTHER);
relationshipOther = "";
bloodlineOfChild = Bloodline.toString(parent_bloodline);
if (child_gender == GenderEnum.Male)
{
switch (parentType)
{
case RelationshipEnum.SELF:
relationshipOfChild = Relationship.toString(RelationshipEnum.SON);
break;
case RelationshipEnum.MOTHER:
case RelationshipEnum.FATHER:
relationshipOfChild = Relationship.toString(RelationshipEnum.BROTHER);
bloodlineOfChild = Bloodline.toString(RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Both);
break;
case RelationshipEnum.GRANDMOTHER:
case RelationshipEnum.GRANDFATHER:
relationshipOfChild = Relationship.toString(RelationshipEnum.UNCLE);
break;
case RelationshipEnum.AUNT:
case RelationshipEnum.UNCLE:
relationshipOfChild = Relationship.toString(RelationshipEnum.COUSIN_MALE);
break;
case RelationshipEnum.DAUGHTER:
case RelationshipEnum.SON:
relationshipOther = "Grandson";
break;
case RelationshipEnum.BROTHER:
case RelationshipEnum.SISTER:
relationshipOfChild = Relationship.toString(RelationshipEnum.NEPHEW);
break;
case RelationshipEnum.NIECE:
case RelationshipEnum.NEPHEW:
relationshipOther = "Grandnephew";
break;
case RelationshipEnum.COUSIN_FEMALE:
case RelationshipEnum.COUSIN_MALE:
case RelationshipEnum.COUSIN:
relationshipOther = "First cousin once removed";
break;
case RelationshipEnum.HALF_BROTHER:
case RelationshipEnum.HALF_SISTER:
relationshipOther = "Half Nephew";
break;
case RelationshipEnum.GRANDFATHERS_FATHER:
case RelationshipEnum.GRANDFATHERS_MOTHER:
if (parent_bloodline == RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Maternal)
{
relationshipOfChild = Relationship.toString(RelationshipEnum.BROTHER_OF_MATERNAL_GF);
}
else
{
relationshipOfChild = Relationship.toString(RelationshipEnum.BROTHER_OF_PATERNAL_GF);
}
break;
case RelationshipEnum.GRANDMOTHERS_FATHER:
case RelationshipEnum.GRANDMOTHERS_MOTHER:
if (parent_bloodline == RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Maternal)
{
relationshipOfChild = Relationship.toString(RelationshipEnum.BROTHER_OF_MATERNAL_GM);
}
else
{
relationshipOfChild = Relationship.toString(RelationshipEnum.BROTHER_OF_PATERNAL_GM);
}
break;
case RelationshipEnum.BROTHER_OF_PATERNAL_GF:
case RelationshipEnum.SISTER_OF_PATERNAL_GF:
case RelationshipEnum.BROTHER_OF_PATERNAL_GM:
case RelationshipEnum.SISTER_OF_PATERNAL_GM:
case RelationshipEnum.BROTHER_OF_MATERNAL_GF:
case RelationshipEnum.SISTER_OF_MATERNAL_GF:
case RelationshipEnum.BROTHER_OF_MATERNAL_GM:
case RelationshipEnum.SISTER_OF_MATERNAL_GM:
relationshipOther = "Son of " +
Relationship.toString(parentType);
break;
case RelationshipEnum.OTHER_MALE:
case RelationshipEnum.OTHER_FEMALE:
case RelationshipEnum.OTHER:
case RelationshipEnum.SPOUSE:
case RelationshipEnum.PLACEHOLDER:
case RelationshipEnum.UNKNOWN:
relationshipOther = "Son of Other";
break;
default:
break;
}
}
else if (child_gender == GenderEnum.Female)
{
switch (parentType)
{
case RelationshipEnum.SELF:
relationshipOfChild = Relationship.toString(RelationshipEnum.DAUGHTER);
break;
case RelationshipEnum.MOTHER:
case RelationshipEnum.FATHER:
relationshipOfChild = Relationship.toString(RelationshipEnum.SISTER);
bloodlineOfChild = Bloodline.toString(RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Both);
break;
case RelationshipEnum.GRANDMOTHER:
case RelationshipEnum.GRANDFATHER:
relationshipOfChild = Relationship.toString(RelationshipEnum.AUNT);
break;
case RelationshipEnum.AUNT:
case RelationshipEnum.UNCLE:
relationshipOfChild = Relationship.toString(RelationshipEnum.COUSIN_FEMALE);
break;
case RelationshipEnum.DAUGHTER:
case RelationshipEnum.SON:
relationshipOther = "Grandson";
break;
case RelationshipEnum.BROTHER:
case RelationshipEnum.SISTER:
relationshipOfChild = Relationship.toString(RelationshipEnum.NIECE);
break;
case RelationshipEnum.NIECE:
case RelationshipEnum.NEPHEW:
relationshipOther = "Grandniece";
break;
case RelationshipEnum.COUSIN_FEMALE:
case RelationshipEnum.COUSIN_MALE:
case RelationshipEnum.COUSIN:
relationshipOther = "First cousin once removed";
break;
case RelationshipEnum.HALF_BROTHER:
case RelationshipEnum.HALF_SISTER:
relationshipOther = "Half Niece";
break;
case RelationshipEnum.GRANDFATHERS_FATHER:
case RelationshipEnum.GRANDFATHERS_MOTHER:
if (parent_bloodline == RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Maternal)
{
relationshipOfChild = Relationship.toString(RelationshipEnum.SISTER_OF_MATERNAL_GF);
}
else
{
relationshipOfChild = Relationship.toString(RelationshipEnum.SISTER_OF_PATERNAL_GF);
}
break;
case RelationshipEnum.GRANDMOTHERS_FATHER:
case RelationshipEnum.GRANDMOTHERS_MOTHER:
if (parent_bloodline == RiskApps3.Model.PatientRecord.FHx.Bloodline.BloodlineEnum.Maternal)
{
relationshipOfChild = Relationship.toString(RelationshipEnum.SISTER_OF_MATERNAL_GM);
}
else
{
relationshipOfChild = Relationship.toString(RelationshipEnum.SISTER_OF_PATERNAL_GM);
}
break;
case RelationshipEnum.BROTHER_OF_PATERNAL_GF:
case RelationshipEnum.SISTER_OF_PATERNAL_GF:
case RelationshipEnum.BROTHER_OF_PATERNAL_GM:
case RelationshipEnum.SISTER_OF_PATERNAL_GM:
case RelationshipEnum.BROTHER_OF_MATERNAL_GF:
case RelationshipEnum.SISTER_OF_MATERNAL_GF:
case RelationshipEnum.BROTHER_OF_MATERNAL_GM:
case RelationshipEnum.SISTER_OF_MATERNAL_GM:
relationshipOther = "Daughter of " +
Relationship.toString(parentType);
break;
case RelationshipEnum.OTHER_MALE:
case RelationshipEnum.OTHER_FEMALE:
case RelationshipEnum.OTHER:
case RelationshipEnum.SPOUSE:
case RelationshipEnum.PLACEHOLDER:
case RelationshipEnum.UNKNOWN:
relationshipOther = "Daughter of Other";
break;
default:
break;
}
}
}
public void EditSurvey(RiskApps3.Model.PatientRecord.Patient proband, ViewModels.FamilyHistoryRelative obj)
{
RiskApps3.Model.PatientRecord.PastMedicalHistory pmh = new RiskApps3.Model.PatientRecord.PastMedicalHistory(proband);
Person per = proband.FHx.Relatives.Where(p => p.relativeID == obj.RelativeId).FirstOrDefault();
per.vitalStatus = obj.VitalStatus;
per.relationship = obj.Relationship;
per.age = obj.RelativeAge;
HraModelChangedEventArgs args = new HraModelChangedEventArgs(null);
args.updatedMembers.Add(per.GetMemberByName("vitalStatus"));
//args.updatedMembers.Add(per.GetMemberByName("relationship"));
args.updatedMembers.Add(per.GetMemberByName("age"));
per.BackgroundPersistWork(args);
relative = per;
relative.PMH.BackgroundLoadWork();
pmh = relative.PMH;
SessionManager.Instance.MetaData.Diseases.BackgroundListLoad();
relative.PMH.BackgroundLoadWork();
for (int i = 0; i < 3; i++)
{
ClincalObservation co = new ClincalObservation();
if (i < pmh.Observations.Count)
{
co = (ClincalObservation)pmh.Observations[i];
}
switch (i)
{
case 0:
if (co.instanceID != 0)
{
co.disease = obj.FirstDx;
co.ageDiagnosis = obj.FirstAgeOnset;
co.SetDiseaseDetails();
HraModelChangedEventArgs args1 = new HraModelChangedEventArgs(null);
args1.updatedMembers.Add(co.GetMemberByName("disease"));
args1.updatedMembers.Add(co.GetMemberByName("ageDiagnosis"));
co.BackgroundPersistWork(args1);
}
else
{
ClincalObservation co1 = new ClincalObservation(pmh);
co1.disease = obj.FirstDx;
co1.ageDiagnosis = obj.FirstAgeOnset;
co1.SetDiseaseDetails();
HraModelChangedEventArgs args1 = new HraModelChangedEventArgs(null);
args1.updatedMembers.Add(co1.GetMemberByName("disease"));
args1.updatedMembers.Add(co1.GetMemberByName("ageDiagnosis"));
co1.BackgroundPersistWork(args1);
pmh.Observations.AddToList(co1, args1);
}
break;
case 1:
if (co.instanceID != 0)
{
co.disease = obj.SecondDx;
co.ageDiagnosis = obj.SecondAgeOnset;
co.SetDiseaseDetails();
HraModelChangedEventArgs args1 = new HraModelChangedEventArgs(null);
args1.updatedMembers.Add(co.GetMemberByName("disease"));
args1.updatedMembers.Add(co.GetMemberByName("ageDiagnosis"));
co.BackgroundPersistWork(args1);
}
else
{
ClincalObservation co1 = new ClincalObservation(pmh);
co1.disease = obj.SecondDx;
co1.ageDiagnosis = obj.SecondAgeOnset;
co1.SetDiseaseDetails();
HraModelChangedEventArgs args1 = new HraModelChangedEventArgs(null);
args1.updatedMembers.Add(co1.GetMemberByName("disease"));
args1.updatedMembers.Add(co1.GetMemberByName("ageDiagnosis"));
co1.BackgroundPersistWork(args1);
pmh.Observations.AddToList(co1, args1);
}
break;
case 2:
if (co.instanceID != 0)
{
co.disease = obj.ThirdDx;
co.ageDiagnosis = obj.ThirdAgeOnset;
co.SetDiseaseDetails();
HraModelChangedEventArgs args1 = new HraModelChangedEventArgs(null);
args1.updatedMembers.Add(co.GetMemberByName("disease"));
args1.updatedMembers.Add(co.GetMemberByName("ageDiagnosis"));
co.BackgroundPersistWork(args1);
}
else
{
ClincalObservation co1 = new ClincalObservation(pmh);
co1.disease = obj.ThirdDx;
co1.ageDiagnosis = obj.ThirdAgeOnset;
co1.SetDiseaseDetails();
HraModelChangedEventArgs args1 = new HraModelChangedEventArgs(null);
args1.updatedMembers.Add(co1.GetMemberByName("disease"));
args1.updatedMembers.Add(co1.GetMemberByName("ageDiagnosis"));
co1.BackgroundPersistWork(args1);
pmh.Observations.AddToList(co1, args1);
}
break;
default:
break;
}
}
}
public void DeleteSurvey(RiskApps3.Model.PatientRecord.Patient proband, ViewModels.FamilyHistoryRelative obj)
{
RiskApps3.Model.PatientRecord.PastMedicalHistory pmh = new RiskApps3.Model.PatientRecord.PastMedicalHistory(proband);
Person per = proband.FHx.Relatives.Where(p => p.relativeID == obj.RelativeId).FirstOrDefault();
HraModelChangedEventArgs args = new HraModelChangedEventArgs(null);
args.Delete = true;
args.updatedMembers.Add(per.GetMemberByName("relativeID")); // Edit And save
args.updatedMembers.Add(per.GetMemberByName("relationship"));
args.updatedMembers.Add(per.GetMemberByName("bloodline"));
args.updatedMembers.Add(per.GetMemberByName("motherID"));
args.updatedMembers.Add(per.GetMemberByName("fatherID"));
args.updatedMembers.Add(per.GetMemberByName("gender"));
args.updatedMembers.Add(per.GetMemberByName("vitalStatus"));
args.updatedMembers.Add(per.GetMemberByName("twinID"));
args.updatedMembers.Add(per.GetMemberByName("x_position"));
args.updatedMembers.Add(per.GetMemberByName("y_position"));
args.updatedMembers.Add(per.GetMemberByName("x_norm"));
args.updatedMembers.Add(per.GetMemberByName("y_norm"));
args.updatedMembers.Add(per.GetMemberByName("pedigreeGroup"));
args.updatedMembers.Add(per.GetMemberByName("consanguineousSpouseID"));
per.BackgroundPersistWork(args);
}
/// <summary>
/// Send the PDF document referenced by "dt" to the PACS system defined in the database lkpInterfaceDefinitions for this document
/// effective 1/22/16 the values required to be present in lkpInterfaceDefinitions are as follows:
/// interfaceType = "PACS"
/// ipAddress, port self explanatory
/// stringParam1: "their" AET
/// stringParam2: "our" AET
/// stringParam3: qualified path to DCMTK binaries, e.g., C:\HUGHES_DCMTK_DICOM\bin
/// intParam1: send file type, see enum. 1=pdf, 2=jpg, 3=bmp
/// stringParam4: Modality to send to PACS. Defaults to "OT"
/// stringParam5: Additional parameters. see documentation for DCMTK "storescu". e.g., when sending a jpg, you might have to specify jpg type, e.g., "-xy"
/// </summary>
/// <param name="dt">Document Template, as per the HTML document generation</param>
/// <param name="patient">V3 Patient object</param>
/// <param name="filename">Name of the PDF file to be converted to a .DCM (DICOM) file and transmitted to PACS</param>
/// <param name="apptId">Appointment ID</param>
/// <returns></returns>
public static bool send2PACS(DocumentTemplate dt, RiskApps3.Model.PatientRecord.Patient patient, string filenameIn, int apptId)
{
List<TripleArg> args = new List<TripleArg>(); // for want of a tuple which doesn't exist till .NET 4.0
List<KeyValuePair<string, string>> dicomOutputArgs = new List<KeyValuePair<string, string>>();
List<InterfaceInstance> interfaces = new List<InterfaceInstance>();
string accessionNumber = "";
string patientname = "";
string dob = "";
string gender = "";
string apptDate = "";
string apptTime = "";
ParameterCollection pacsArgs = new ParameterCollection();
pacsArgs.Add("documentTemplateID", dt.documentTemplateID);
string filename;
Image img = null;
SqlDataReader reader = BCDB2.Instance.ExecuteReaderSPWithParams("sp_getInterfaceDefinitionFromTemplateID", pacsArgs);
while (reader.Read())
{
InterfaceInstance instance = new InterfaceInstance();
if (reader.IsDBNull(0) == false)
{
instance.InterfaceId = reader.GetInt32(0);
}
if (reader.IsDBNull(1) == false)
{
instance.InterfaceType = reader.GetString(1);
}
if (reader.IsDBNull(2) == false)
{
instance.IpAddress = reader.GetString(2);
}
if (reader.IsDBNull(3) == false)
{
instance.Port = reader.GetString(3);
}
if (reader.IsDBNull(4) == false)
{
instance.AeTitleRemote = reader.GetString(4);
}
if (reader.IsDBNull(5) == false)
{
instance.AeTitleLocal = reader.GetString(5);
}
if (reader.IsDBNull(6) == false)
{
instance.DCMTKpath = reader.GetString(6);
}
if (reader.IsDBNull(7) == false)
{
instance.PacsSubType = reader.GetInt32(7); // for now, 1 == PDF, 2 == JPG, 3 == BMP (see enum pacsSubTypes, above)
}
// there is no intParam2 for PACS as yet...skipping ahead to the new-as-of-jan-2016 string param 4
if (reader.IsDBNull(9) == false)
{
instance.Modality = reader.GetString(9);
}
if (reader.IsDBNull(10) == false)
{
instance.AdditionalParams = reader.GetString(10);
}
if (instance.InterfaceId > 0)
{
interfaces.Add(instance); // multiple PACS interfaces per document are now supported.
}
}
// just do this once...
if (apptId > 0)
{
// This is an FMH specific hack, they are sending the Accession Number in the HL7 ADT_A08 message in PID|26...
// and it is being stored in the appointment table in the unused field "referral".
// No more obvious way of accomplishing this has jumped out at me yet, but this will have to be made more generic as new
// customers are brought on-line.
string sqlStr = "SELECT referral,patientname,dob,gender,apptDate,apptTime FROM tblAppointments WHERE apptID=" + apptId.ToString() + ";";
reader = BCDB2.Instance.ExecuteReader(sqlStr);
while (reader.Read())
{
if (reader.IsDBNull(0) == false)
{
accessionNumber = reader.GetString(0);
}
if (reader.IsDBNull(1) == false) // taking this from appointment table, alternatively, could use Patient object
{
patientname = reader.GetString(1);
}
if (reader.IsDBNull(2) == false)
{
dob = reader.GetString(2);
}
if (reader.IsDBNull(3) == false)
{
gender = reader.GetString(3);
}
if (reader.IsDBNull(4) == false)
{
apptDate = reader.GetString(4);
}
if (reader.IsDBNull(5) == false)
{
apptTime = reader.GetString(5);
}
}
reader.Close();
}
foreach (InterfaceInstance iface in interfaces) // send document to each eligible interface, converting it as need be
{
if ((iface.InterfaceId > 0) && (iface.InterfaceType == "PACS")) // no interface? not a PACS interface? bye bye!
{
// Ok! We're sending this thing to PACS... go ahead and convert the PDF file to a DCM file...
// This will call into the DCMTK library to do their pdf2dcm, dcmodify (to set metadata), and storescu. Add appropriate parameters to the DCM.
filename = filenameIn; // reinit
// filter out oddball cases of calling this method with conflicting interface parameters versus the type of file passed in.
// however, we WILL reconvert PDFs to an image upon demand, see below.
if (((filename.ToUpper().Contains(".JPG")) || (filename.ToUpper().Contains(".BMP"))) && (iface.PacsSubType == (int)pacsSubTypes.PDF))
{
Logger.Instance.WriteToLog("Send2PACS: Attempted to send an image file to a PDF interface, interfaceID #" + iface.InterfaceId + ". Request Aborted" + (apptId > 0 ? " for appt id " + apptId.ToString() + "." : "."));
continue;
}
if (iface.PacsSubType == (int)pacsSubTypes.JPG) // jpg
{
// If we were sent a PDF file, yet it's pacsSubType is different, convert the document to an image
// this could happen depending on what type of file is generated from the survey, and the settings made in lkpInterfaceDefinitions
// as of now, we're not converting between jpgs and bmps... if you send a bmp and interface type is jpg, bail... and vice versa
if (filename.ToUpper().Contains(".BMP"))
{
Logger.Instance.WriteToLog("Send2PACS: Attempted to send a BMP file to a JPG interface. Request Aborted" + (apptId > 0 ? " for appt id " + apptId.ToString() + "." : "."));
continue;
}
if (filename.ToUpper().Contains(".PDF")) // re-convert this html to an image instead
{
HtmlToImageConverter htmlToJpgConverter = new HtmlToImageConverter();
htmlToJpgConverter.LicenseKey = "sjwvPS4uPSskPSgzLT0uLDMsLzMkJCQk";
filename = filename.ToUpper().Replace(".PDF", "") + ".jpg";
htmlToJpgConverter.ConvertHtmlToFile(dt.htmlText, "", System.Drawing.Imaging.ImageFormat.Jpeg, filename);
}
}
if ((iface.PacsSubType == (int)pacsSubTypes.BMP) || (iface.PacsSubType == (int)pacsSubTypes.inverseBMP)) // bitmap
{
// If we were sent a PDF file, yet it's pacsSubType is different, convert the document to an image
// this could happen depending on what type of file is generated from the survey, and the settings made in lkpInterfaceDefinitions
// as of now, we're not converting between jpgs and bmps... if you send a bmp and interface type is jpg, bail... and vice versa
if (filename.ToUpper().Contains(".JPG"))
{
Logger.Instance.WriteToLog("Send2PACS: Attempted to send a JPG file to a BMP interface. Request Aborted" + (apptId > 0 ? " for appt id " + apptId.ToString() + "." : "."));
continue;
}
if (filename.ToUpper().Contains(".PDF")) // re-convert this html to an image instead
{
HtmlToImageConverter htmlToJpgConverter = new HtmlToImageConverter();
htmlToJpgConverter.LicenseKey = "sjwvPS4uPSskPSgzLT0uLDMsLzMkJCQk";
filename = filename.ToUpper().Replace(".PDF", "") + ".bmp";
if (iface.PacsSubType == (int)pacsSubTypes.inverseBMP)
{
img = htmlToJpgConverter.ConvertHtmlToImageObject(dt.htmlText, "");
}
else
{
htmlToJpgConverter.ConvertHtmlToFile(dt.htmlText, "", System.Drawing.Imaging.ImageFormat.Bmp, filename);
}
}
// jdg 1/26/2016 invert bmp
if (iface.PacsSubType == (int)pacsSubTypes.inverseBMP)
{
InvertBitmap(filename, img);
}
}
args.Clear();
string dcmFilename = filename + ".dcm";
TripleArg arg1 = new TripleArg();
//arg1.ArgSwitch = filename;
arg1.ArgSwitch = "\"" + filename + "\"";
args.Add(arg1);
TripleArg arg2 = new TripleArg();
//arg2.ArgSwitch = dcmFilename;
arg2.ArgSwitch = "\"" + dcmFilename + "\"";
args.Add(arg2);
if ((patient != null) && (iface.PacsSubType == (int)pacsSubTypes.PDF)) // for some reason, img2dcm (jpg) doesn't have a patient identifier arg. will have to insert this into the metadata later.
{
TripleArg arg3 = new TripleArg();
arg3.ArgSwitch = "+pi";
arg3.Name = patient.unitnum;
args.Add(arg3);
}
if ((iface.PacsSubType == (int)pacsSubTypes.BMP) || (iface.PacsSubType == (int)pacsSubTypes.inverseBMP)) // defaults to jpg
{
TripleArg arg4 = new TripleArg();
arg4.ArgSwitch = "-i";
arg4.Name = "BMP";
args.Add(arg4);
}
if ((iface.PacsSubType == (int)pacsSubTypes.JPG) || (iface.PacsSubType == (int)pacsSubTypes.BMP) || (iface.PacsSubType == (int)pacsSubTypes.inverseBMP)) // jpg, bmp
{
// do the conversion jpg --> dcm; this is a local command, no ip/port needed for this one.
wrapDCMTKmethodAsExternalCommand(null, null, iface.DCMTKpath + "\\img2dcm.exe", args);
}
else
{
// do the conversion pdf --> dcm; this is a local command, no ip/port needed for this one.
wrapDCMTKmethodAsExternalCommand(null, null, iface.DCMTKpath + "\\pdf2dcm.exe", args);
}
if (!File.Exists(dcmFilename))
{
Logger.Instance.WriteToLog("Send2PACS: Unable to convert JPG or PDF to DCM OR perhaps just unable to write it to disk. Check lkp_AutomationDocuments, lkpInterfaceDefinitions, document storage location and DICOM binary library (" + iface.DCMTKpath + ") for existence and/or permissions. Filename: " + dcmFilename + ".");
continue; // something went wrong, but didn't throw an error...
}
// I'm guessing that we'll be adding a study/series ID later, just add another TripleArg here, if you didn't build the DCM with it in the metadata initially
// If you need to fetch the UID, here is a sample of what a findscu would look like... don't forget the -aec and -aet...
// findscu localhost 5678 -S -k StudyInstanceUID -k QueryRetrieveLevel=STUDY -k AccessionNumber=22222893 -aet Hughes -aec Hughes2
// and of course, you have to read the resulting array list.
args.Clear();
TripleArg modArg0 = new TripleArg(); // dcm file name
modArg0.ArgSwitch = "\"" + dcmFilename + "\"";
args.Add(modArg0);
if (!String.IsNullOrEmpty(accessionNumber))
{
TripleArg modArg1 = new TripleArg(); // accession number
modArg1.ArgSwitch = "-m";
modArg1.Name = "AccessionNumber"; // DICOM literal string, do not modify
modArg1.Value = accessionNumber;
args.Add(modArg1);
}
else
{
// make a note of this circumstance, it's especially critical for FMH
Logger.Instance.WriteToLog("Send2PACS: Accession number is not set for Interface #" + iface.InterfaceId + " for appt # : " + apptId.ToString());
}
TripleArg modArg2 = new TripleArg(); // Modality hard-coded to "OT". May need to be parameterized later.
modArg2.ArgSwitch = "-i";
modArg2.Name = "Modality"; // DICOM literal string, do not modify
modArg2.Value = iface.Modality; // "OT"; no longer hard-coded jdg 1/21/16
args.Add(modArg2);
TripleArg modArg3 = new TripleArg(); // Patient Name
modArg3.ArgSwitch = "-m";
modArg3.Name = "PatientName"; // DICOM literal string, do not modify
patientname = patientname.Replace(", ", ","); // hack for extra space in name...
patientname = patientname.Replace(", ", ","); // hack for extra space in name...
modArg3.Value = "\"" + patientname.Replace(",", "^") + "\"";
args.Add(modArg3);
try
{
if (!String.IsNullOrEmpty(dob))
{
dob = DateTime.ParseExact(dob, "MM/dd/yyyy", CultureInfo.InvariantCulture).ToString("yyyyMMdd"); // FMH preferred format... DICOM Standard??
}
}
catch (Exception) { } // else use dob as found in database
TripleArg modArg4 = new TripleArg(); // Date of Birth
modArg4.ArgSwitch = "-m";
modArg4.Name = "PatientBirthDate"; // DICOM literal string, do not modify
modArg4.Value = dob;
args.Add(modArg4);
TripleArg modArg5 = new TripleArg(); // Gender
modArg5.ArgSwitch = "-m";
modArg5.Name = "PatientSex"; // DICOM literal string, do not modify
modArg5.Value = gender;
args.Add(modArg5);
try
{
if (!String.IsNullOrEmpty(apptDate))
{
apptDate = DateTime.ParseExact(apptDate, "MM/dd/yyyy", CultureInfo.InvariantCulture).ToString("yyyyMMdd");
}
}
catch (Exception) { } // else use apptDate as found in database
TripleArg modArg6 = new TripleArg(); // Study Date
modArg6.ArgSwitch = "-m";
modArg6.Name = "StudyDate"; // DICOM literal string, do not modify
modArg6.Value = apptDate;
args.Add(modArg6);
if ((iface.PacsSubType == (int)pacsSubTypes.JPG) || (iface.PacsSubType == (int)pacsSubTypes.BMP)) // pdf already has this in the metadata; img2dcm won't take patient id argument like pdf2dcm, for reasons that escape me
{
TripleArg modArg7 = new TripleArg(); // MRN
modArg7.ArgSwitch = "-m";
modArg7.Name = "PatientID"; // DICOM literal string, do not modify
modArg7.Value = patient.unitnum;
args.Add(modArg7);
}
try
{
if (!String.IsNullOrEmpty(apptTime))
{
apptTime = DateTime.ParseExact(apptTime, "hh:mm tt", CultureInfo.InvariantCulture).ToString("hhmm") + "00";
TripleArg modArg8 = new TripleArg(); // Date of Birth
modArg8.ArgSwitch = "-m";
modArg8.Name = "StudyTime"; // DICOM literal string, do not modify
modArg8.Value = apptTime;
args.Add(modArg8);
}
}
catch (Exception) { } // no time? no big deal.
TripleArg modArg9 = new TripleArg(); // Study ID
modArg9.ArgSwitch = "-m";
modArg9.Name = "StudyID"; // DICOM literal string, do not modify
//modArg9.Value = "1";
modArg9.Value = iface.InterfaceId.ToString();
args.Add(modArg9);
TripleArg modArg10 = new TripleArg(); // Series ID
modArg10.ArgSwitch = "-m";
modArg10.Name = "SeriesNumber"; // DICOM literal string, do not modify
//modArg10.Value = "1";
modArg10.Value = iface.InterfaceId.ToString();
args.Add(modArg10);
TripleArg modArg11 = new TripleArg(); // Instance
modArg11.ArgSwitch = "-m";
modArg11.Name = "InstanceNumber"; // DICOM literal string, do not modify
//modArg11.Value = "1";
modArg11.Value = iface.InterfaceId.ToString();
args.Add(modArg11);
wrapDCMTKmethodAsExternalCommand(null, null, iface.DCMTKpath + "\\dcmodify.exe", args);
args.Clear();
TripleArg sendArg1 = new TripleArg(); // file to xmit
sendArg1.ArgSwitch = "\"" + dcmFilename + "\"";
args.Add(sendArg1);
TripleArg sendArg2 = new TripleArg(); // ae title HRA
sendArg2.ArgSwitch = "-aet";
sendArg2.Name = iface.AeTitleLocal;
args.Add(sendArg2);
TripleArg sendArg3 = new TripleArg(); // ae title remote
sendArg3.ArgSwitch = "-aec";
sendArg3.Name = iface.AeTitleRemote;
args.Add(sendArg3);
if (!String.IsNullOrEmpty(iface.AdditionalParams))
{
TripleArg sendArg4 = new TripleArg(); // additional params
sendArg4.ArgSwitch = iface.AdditionalParams;
args.Add(sendArg4);
}
// Send it out... finally!
dicomOutputArgs = wrapDCMTKmethodAsExternalCommand(iface.IpAddress, iface.Port, iface.DCMTKpath + "\\storescu.exe", args);
// todo: parse out any useful returned values... in the meantime, unless an error is thrown we'll return success
Logger.Instance.WriteToLog("Send2PACS: Successful send to " + iface.AeTitleRemote + " for Interface #" + iface.InterfaceId + " " + (apptId > 0 ? " for appt id " + apptId.ToString() : ""));
try
{
File.Delete(dcmFilename); // no point in keeping these around.
File.Delete(dcmFilename + ".bak");
File.Delete(filename);
}
catch (Exception e)
{
Logger.Instance.WriteToLog("Send2PACS: Unable to delete " + dcmFilename + ", underlying error was " + e.Message);
}
}
}
// if some interfaces were processed, return true.
if (interfaces.Count > 0) return true;
else return false;
}
internal void Register(RiskApps3.View.Risk.SimpleRiskModelView.ChangeSyndromeCallbackType ChangeSyndromeDelegate)
{
ChangeSyndromeCallback = ChangeSyndromeDelegate;
}
public void Register(RiskApps3.View.BreastImaging.BreastImagingDashboard.FollowupCallbackType FollowupDelegate)
{
FollowupCallback = FollowupDelegate;
}
