///<summary>Gets a list of primary teeth as strings. Includes "1"-"32".</summary>
public static ArrayList GetPriTeeth(List <ToothInitial> initialList)
{
//No need to check RemotingRole; no call to db.
ArrayList pri = new ArrayList();
for (int i = 0; i < initialList.Count; i++)
{
if (initialList[i].InitialType == ToothInitialType.Primary &&
Tooth.IsValidDB(initialList[i].ToothNum) &&
!Tooth.IsPrimary(initialList[i].ToothNum) &&
!Tooth.IsSuperNum(initialList[i].ToothNum))
{
pri.Add(initialList[i].ToothNum);
}
}
return(pri);
}
///<summary></summary>
public static bool ConditionIsMet(AutoCondition myAutoCondition, string toothNum, string surf, bool isAdditional, bool willBeMissing, int age)
{
//No need to check RemotingRole; no call to db.
switch (myAutoCondition)
{
case AutoCondition.Anterior:
return(Tooth.IsAnterior(toothNum));
case AutoCondition.Posterior:
return(Tooth.IsPosterior(toothNum));
case AutoCondition.Premolar:
return(Tooth.IsPreMolar(toothNum));
case AutoCondition.Molar:
return(Tooth.IsMolar(toothNum));
case AutoCondition.One_Surf:
return(surf.Length == 1);
case AutoCondition.Two_Surf:
return(surf.Length == 2);
case AutoCondition.Three_Surf:
return(surf.Length == 3);
case AutoCondition.Four_Surf:
return(surf.Length == 4);
case AutoCondition.Five_Surf:
return(surf.Length == 5);
case AutoCondition.First:
return(!isAdditional);
case AutoCondition.EachAdditional:
return(isAdditional);
case AutoCondition.Maxillary:
return(Tooth.IsMaxillary(toothNum));
case AutoCondition.Mandibular:
return(!Tooth.IsMaxillary(toothNum));
case AutoCondition.Primary:
return(Tooth.IsPrimary(toothNum));
case AutoCondition.Permanent:
return(!Tooth.IsPrimary(toothNum));
case AutoCondition.Pontic:
return(willBeMissing);
case AutoCondition.Retainer:
return(!willBeMissing);
case AutoCondition.AgeOver18:
return(age > 18);
default:
return(false);
}
}