///<summary>Only used for incremental tooth movements. Automatically adds a movement to any existing movement. Supply a list of all toothInitials for the patient.</summary>
public static void AddMovement(List <ToothInitial> initialList, long patNum, string tooth_id, ToothInitialType initialType, float moveAmt)
{
//No need to check RemotingRole; no call to db.
ToothInitial ti = null;
for (int i = 0; i < initialList.Count; i++)
{
if (initialList[i].ToothNum == tooth_id &&
initialList[i].InitialType == initialType)
{
ti = initialList[i].Copy();
}
}
if (ti == null)
{
ti = new ToothInitial();
ti.PatNum = patNum;
ti.ToothNum = tooth_id;
ti.InitialType = initialType;
ti.Movement = moveAmt;
ToothInitials.Insert(ti);
return;
}
ti.Movement += moveAmt;
ToothInitials.Update(ti);
}
///<summary>Only used for incremental tooth movements. Automatically adds a movement to any existing movement. Supply a list of all toothInitials for the patient.</summary>
public static void AddMovement(List <ToothInitial> initialList, long patNum, string tooth_id, ToothInitialType initialType, float moveAmt)
{
//No need to check RemotingRole; no call to db.
if (moveAmt == 0)
{
return;
}
ToothInitial ti = initialList.Find(x => x.ToothNum == tooth_id && x.InitialType == initialType)?.Copy();
if (ti == null)
{
ti = new ToothInitial();
ti.PatNum = patNum;
ti.ToothNum = tooth_id;
ti.InitialType = initialType;
ti.Movement = moveAmt;
ToothInitials.Insert(ti);
return;
}
ti.Movement += moveAmt;
if (ti.Movement == 0)
{
ClearValue(patNum, tooth_id, initialType);
}
else
{
ToothInitials.Update(ti);
}
}
///<summary>Same as SetValue, but does not clear any values first. Only use this if you have first run ClearAllValuesForType.</summary>
public static void SetValueQuick(long patNum, string tooth_id, ToothInitialType initialType, float moveAmt)
{
//No need to check RemotingRole; no call to db.
ToothInitial ti = new ToothInitial();
ti.PatNum = patNum;
ti.ToothNum = tooth_id;
ti.InitialType = initialType;
ti.Movement = moveAmt;
ToothInitials.Insert(ti);
}
///<summary>Returns the toothNums from 1-32 to skip for the given patient.</summary>
private static List <int> GetSkippedTeethForExam(Patient pat, PerioExam examCur)
{
List <int> listSkippedTeeth = new List <int>();
List <PerioExam> listOtherExamsForPat = GetExamsList(pat.PatNum)
.Where(x => x.PerioExamNum != examCur.PerioExamNum)
.OrderBy(x => x.ExamDate)
.ToList();
//If any other perio exams exist, we'll use the latest exam for the skipped tooth.
if (!listOtherExamsForPat.IsNullOrEmpty())
{
listSkippedTeeth = PerioMeasures.GetSkipped(listOtherExamsForPat.Last().PerioExamNum);
}
//For patient's first perio chart, any teeth marked missing are automatically marked skipped.
else if (PrefC.GetBool(PrefName.PerioSkipMissingTeeth))
{
//Procedures will only be queried for as needed.
List <Procedure> listProcs = null;
foreach (string missingTooth in ToothInitials.GetMissingOrHiddenTeeth(ToothInitials.Refresh(pat.PatNum)))
{
if (missingTooth.CompareTo("A") >= 0 && missingTooth.CompareTo("Z") <= 0)
{
//If is a letter (not a number)
//Skipped teeth are only recorded by tooth number within the perio exam.
continue;
}
int toothNum = PIn.Int(missingTooth);
//Check if this tooth has had an implant done AND the office has the preference to SHOW implants
if (PrefC.GetBool(PrefName.PerioTreatImplantsAsNotMissing))
{
if (listProcs == null)
{
listProcs = Procedures.Refresh(pat.PatNum);
}
if (IsToothImplant(toothNum, listProcs))
{
//Remove the tooth from the list of skipped teeth if it exists.
listSkippedTeeth.RemoveAll(x => x == toothNum);
//We do not want to add it back to the list below.
continue;
}
}
//This tooth is missing and we know it is not an implant OR the office has the preference to ignore implants.
//Simply add it to our list of skipped teeth.
listSkippedTeeth.Add(toothNum);
}
}
return(listSkippedTeeth);
}
///<summary>Same as SetValue, but does not clear any values first. Only use this if you have first run ClearAllValuesForType.</summary>
public static void SetValueQuick(long patNum, string tooth_id, ToothInitialType initialType, float moveAmt)
{
//No need to check RemotingRole; no call to db.
//if initialType is a movement and the movement amt is 0, then don't add a row, just return;
if (moveAmt == 0 &&
initialType.In(ToothInitialType.ShiftM, ToothInitialType.ShiftO, ToothInitialType.ShiftB, ToothInitialType.Rotate, ToothInitialType.TipM,
ToothInitialType.TipB))
{
return;
}
ToothInitial ti = new ToothInitial();
ti.PatNum = patNum;
ti.ToothNum = tooth_id;
ti.InitialType = initialType;
ti.Movement = moveAmt;
ToothInitials.Insert(ti);
}
public static LoadData GetLoadData(Patient pat, Family fam, Claim claim)
{
if (RemotingClient.RemotingRole == RemotingRole.ClientWeb)
{
return(Meth.GetObject <LoadData>(MethodBase.GetCurrentMethod(), pat, fam, claim));
}
LoadData data = new LoadData();
data.ListPatPlans = PatPlans.Refresh(pat.PatNum);
data.ListInsSubs = InsSubs.RefreshForFam(fam);
data.ListInsPlans = InsPlans.RefreshForSubList(data.ListInsSubs);
data.ListClaimProcs = ClaimProcs.Refresh(pat.PatNum);
data.ListProcs = Procedures.Refresh(pat.PatNum);
data.ListClaimValCodes = ClaimValCodeLogs.GetForClaim(claim.ClaimNum);
data.ClaimCondCodeLogCur = ClaimCondCodeLogs.GetByClaimNum(claim.ClaimNum);
data.TablePayments = ClaimPayments.GetForClaim(claim.ClaimNum);
data.TablePayments.TableName = "ClaimPayments";
data.ListToothInitials = ToothInitials.Refresh(pat.PatNum);
data.ListCustomStatusEntries = ClaimTrackings.RefreshForClaim(ClaimTrackingType.StatusHistory, claim.ClaimNum);
return(data);
}
