/// <summary>
/// 调用推理引擎进行推理
/// </summary>
/// <param name="oRoles"></param>
/// <param name="lstDataModelForIE"></param>
/// <param name="oIEOutputInfo"></param>
/// <returns></returns>
public static bool BeginInference(
vMRClsDef.Role oRoles,
List <vMRClsDef.DataModel> lstDataModelForIE,
ref vMRClsDef.OutputInfo oIEOutputInfo)
{
ForwardsInference(oRoles, lstDataModelForIE, ref oIEOutputInfo);
BackwardsInference();
return(true);
}
/// <summary>
/// 根据User角色选择Rule Level
/// </summary>
/// <param name="oRoles"></param>
/// <returns></returns>
public static string ChooseRuleLevelWithRole(vMRClsDef.Role oRoles)
{
string strRoleLevel = oRoles.oClinician.strClinicianLevel;
switch (strRoleLevel)
{
default:
//根据角色选择规则
return("LEVEL_CLINICIANS");
}
}
/// <summary>
/// 正向推理
/// </summary>
/// <param name="oRoles"></param>
/// <param name="lstDataModelForIE"></param>
/// <param name="oIEOutputInfo"></param>
/// <returns></returns>
public static bool ForwardsInference(
vMRClsDef.Role oRoles,
List <vMRClsDef.DataModel> lstDataModelForIE,
ref vMRClsDef.OutputInfo oIEOutputInfo)
{
string strRuleLevel = ChooseRuleLevelWithRole(oRoles);
if (strRuleLevel != string.Empty)
{
return(ReasonWithCLIPSEngine(strRuleLevel, lstDataModelForIE, ref oIEOutputInfo));
}
else
{
return(false);
}
}
/// <summary>
/// 设置需要推理的事件
/// </summary>
/// <param name="lstCDSSEvent"></param>
/// <returns></returns>
public static bool SetInferenceNeededEvents(List <FunctionTypeDef.EventModels> lstCDSSEvents)
{
ClearIEInAndOut();
vMRClsDef.Role oRole = new vMRClsDef.Role();
oRole.oClinician.strClinicianLevel = GlobalData.UserInfo.UserID;
oRole.oPatient.strPatName = GlobalData.PatBasicInfo.Name;
oRole.oPatient.strPatID = GlobalData.PatBasicInfo.Identity;
oRole.oPatient.dtPatBirthday = GlobalData.PatBasicInfo.Birthday;
oRole.oPatient.strPatSex = GlobalData.PatBasicInfo.Sex;
for (int i = 0; i < lstCDSSEvents.Count; i++)
{
vMRClsDef.InputDataModel oInputDataModel = new vMRClsDef.InputDataModel();
oInputDataModel.oTriggeringEvent.oEvent.strEventName
= lstCDSSEvents[i].strEventENName;
oInputDataModel.oTriggeringEvent.oDisease.strDiseaseCNName = lstCDSSEvents[i].oDisease.strDiseaseCNName;
oInputDataModel.oTriggeringEvent.m_emInferenceType
= DataMapper.MapInferTypeFuntionDeftovMR(lstCDSSEvents[i].em_InferneceType);
oInputDataModel.oTriggeringEvent.m_emInferenceResultType
= DataMapper.MapInferResultTypeFuntiontovMR(lstCDSSEvents[i].em_InferenceResultType);
if (lstCDSSEvents[i].em_InferenceResultType == FunctionTypeDef.EnumInferenceResultType.DIAGNOSIS)
{
oDiagnoseIEvMRInput.oRoles = oRole;
oDiagnoseIEvMRInput.lstInputDataModel.Add(oInputDataModel);
}
else if (lstCDSSEvents[i].em_InferenceResultType == FunctionTypeDef.EnumInferenceResultType.THERAPY)
{
oTherpayIEvMRInput.oRoles = oRole;
oTherpayIEvMRInput.lstInputDataModel.Add(oInputDataModel);
}
else if (lstCDSSEvents[i].em_InferenceResultType == FunctionTypeDef.EnumInferenceResultType.SELFMONITOR)
{
oSelfMonitorIEvMRInput.oRoles = oRole;
oSelfMonitorIEvMRInput.lstInputDataModel.Add(oInputDataModel);
}
else if (lstCDSSEvents[i].em_InferenceResultType == FunctionTypeDef.EnumInferenceResultType.MSEVALUATION)
{
oMSEvaluationIEvMRInput.oRoles = oRole;
oMSEvaluationIEvMRInput.lstInputDataModel.Add(oInputDataModel);
}
else if (lstCDSSEvents[i].em_InferenceResultType == FunctionTypeDef.EnumInferenceResultType.RISKEVALUATION)
{
oRiskEvaluationIEvMRInput.oRoles = oRole;
oRiskEvaluationIEvMRInput.lstInputDataModel.Add(oInputDataModel);
}
else if (lstCDSSEvents[i].em_InferenceResultType == FunctionTypeDef.EnumInferenceResultType.DIETARY)
{
oDietaryIEvMRInput.oRoles = oRole;
oDietaryIEvMRInput.lstInputDataModel.Add(oInputDataModel);
}
else if (lstCDSSEvents[i].em_InferenceResultType == FunctionTypeDef.EnumInferenceResultType.PHYSICALACTIVITY)
{
oPhysicalActivityIEvMRInput.oRoles = oRole;
oPhysicalActivityIEvMRInput.lstInputDataModel.Add(oInputDataModel);
}
}
return(true);
}
