public override void GetColumnsInfo(DBConnection connection, DBTableInfo tableInfo)
{
var query = string.Format("select * from all_tab_cols where table_name = '{0}'{1} order by column_id",
tableInfo.Name,
string.IsNullOrEmpty(tableInfo.Schema) ? null : $" and owner = '{tableInfo.Schema}'");
QResult list = connection.ExecuteQResult(query);
int iName = list.GetIndex("column_name");
int iType = list.GetIndex("data_type");
int iPrec = list.GetIndex("data_precision");
int iScale = list.GetIndex("data_scale");
int iLeng = list.GetIndex("data_length");
int iNull = list.GetIndex("nullable");
int iDefault = list.GetIndex("data_default");
foreach (object[] item in list.Values)
{
tableInfo.Columns.Add(new DBColumnInfo()
{
Name = item[iName].ToString(),
DataType = item[iType].ToString(),
Precision = item[iPrec].ToString(),
Scale = item[iScale].ToString(),
Length = item[iLeng].ToString(),
NotNull = item[iNull].Equals("N"),
Default = item[iDefault].ToString(),
});
}
}
public void Parse(DBSchema schema, DBTable table)
{
QResult list = schema.Connection.ExecuteQResult(Filter);
int iName = list.GetIndex(Name);
int iSchema = list.GetIndex(Schema);
int iTable = list.GetIndex(Table);
int iColumn = list.GetIndex(Column);
int iRefSchema = list.GetIndex(ReferenceSchema);
int iRefTable = list.GetIndex(ReferenceTable);
int iRefColumn = list.GetIndex(ReferenceColumn);
foreach (object[] item in list.Values)
{
var name = item[iName].ToString();
var tab = table ?? schema.ParseTable(item[iTable].ToString());
var col = tab?.ParseColumn(item[iName].ToString());
var rtab = schema.ParseTable(item[iRefTable].ToString());
var rcol = rtab?.ParseColumn(item[iRefColumn].ToString());
if (col != null && rcol != null)
{
var reference = col.Table.Foreigns.GetByColumns(col, rcol);
if (reference == null)
{
reference = new DBForeignKey
{
Column = col,
Reference = rcol
};
col.Table.Foreigns.Add(reference);
}
reference.Name = name;
}
}
}
public void ExecuteQResult(IDbCommand command, QResult list)
{
list.Values.Clear();
list.Columns.Clear();
using (var reader = ExecuteQuery(command, DBExecuteType.Reader) as IDataReader)
{
int fCount = reader.FieldCount;
for (int i = 0; i < fCount; i++)
{
var name = reader.GetName(i);
list.Columns.Add(name, new QField {
Index = i, Name = name, DataType = reader.GetFieldType(i)
});
}
list.OnColumnsLoaded();
while (reader.Read())
{
var objects = new object[fCount];
reader.GetValues(objects);
list.Values.Add(objects);
}
reader.Close();
list.OnLoaded();
}
}
public virtual void GetColumnsInfo(DBConnection connection, DBTableInfo tableInfo)
{
var query = string.Format("select * from information_schema.columns where table_name='{0}'{1} order by ordinal_position",
tableInfo.Name,
string.IsNullOrEmpty(tableInfo.Schema) ? null : $" and table_schema = '{tableInfo.Schema}'");
QResult list = connection.ExecuteQResult(query);
int iName = list.GetIndex("column_name");
int iType = list.GetIndex("data_type");
int iPrec = list.GetIndex("numeric_precision");
int iScale = list.GetIndex("numeric_scale");
int iLeng = list.GetIndex("character_maximum_length");
int iNull = list.GetIndex("is_nullable");
int iDefault = list.GetIndex("column_default");
foreach (object[] item in list.Values)
{
tableInfo.Columns.Add(new DBColumnInfo()
{
Name = item[iName].ToString(),
DataType = item[iType].ToString(),
Precision = item[iPrec].ToString(),
Scale = item[iScale].ToString(),
Length = item[iLeng].ToString(),
NotNull = iNull >= 0 && item[iNull].Equals("NO"),
Default = item[iDefault].ToString(),
});
}
}
public QResult ExecuteQResult(IDbCommand command)
{
var list = new QResult();
ExecuteQResult(AddCommand(command), list);
return(list);
}
public QResult ExecuteQResult()
{
var list = new QResult();
ExecuteQResult(Command, list);
return(list);
}
public void FillTable(OpenXmlElement element, QResult query)
{
var row = FindParent <Word.TableRow>(element);
var orow = (Word.TableRow)row.Clone();
var prg = FindParent <Word.Paragraph>(element);
var hCell = FindParent <Word.TableCell>(element);
var hList = row.Descendants <Word.TableCell>().ToList();
var hIndex = hList.IndexOf(hCell);
//element.Remove();
Word.TableRow prow = null;
foreach (object[] data in query.Values)
{
var cell = row.GetFirstChild <Word.TableCell>();
while (hList.IndexOf(cell) != hIndex)
{
cell = cell.NextSibling <Word.TableCell>();
}
foreach (object value in data)
{
if (cell != null)
{
var paragraph = cell.Descendants <Word.Paragraph>().FirstOrDefault();
if (paragraph == null)
{
paragraph = (Word.Paragraph)prg.Clone();
cell.Append(paragraph);
}
Word.Run run = paragraph.Descendants <Word.Run>().FirstOrDefault();
if (run != null)
{
ReplaceString(run, value.ToString());
}
else
{
ReplaceString(paragraph, value.ToString());
}
cell = cell.NextSibling <Word.TableCell>();
}
}
if (row.Parent == null)
{
prow.InsertAfterSelf <Word.TableRow>(row);
}
prow = row;
row = (Word.TableRow)orow.Clone();
hList = row.Descendants <Word.TableCell>().ToList();
}
}
public void SetCommand(IDbCommand command, DBSchema schema, string name)
{
if (Query == null)
{
Query = new QResult()
{
Name = name
}
}
;
Query.Name = name;
this.schema = schema;
this.command = command;
}
public void FillTable(OpenXmlElement element, QResult query)
{
var row = FindParent <Word.TableRow>(element);
var prg = row.Descendants <Word.Paragraph>().FirstOrDefault();
//element.Remove();
Word.TableRow prow = null;
foreach (object[] data in query.Values)
{
Word.TableCell cell = row.GetFirstChild <Word.TableCell>();
foreach (object value in data)
{
if (cell != null)
{
var paragraph = cell.Descendants <Word.Paragraph>().FirstOrDefault();
if (paragraph == null)
{
paragraph = (Word.Paragraph)prg.Clone();
cell.Append(paragraph);
}
Word.Run run = paragraph.Descendants <Word.Run>().FirstOrDefault();
if (run != null)
{
ReplaceString(run, value.ToString());
}
else
{
Word.Text text = new Word.Text()
{
Text = value.ToString(), Space = SpaceProcessingModeValues.Preserve
};
run = new Word.Run();
run.Append(text);
paragraph.Append(run);
}
cell = cell.NextSibling <Word.TableCell>();
}
}
if (row.Parent == null)
{
prow.InsertAfterSelf <Word.TableRow>(row);
}
prow = row;
row = (Word.TableRow)row.Clone();
}
}
public async Task <IEnumerable <Pos> > List(int CompanyId)
{
IEnumerable <Pos> list;
IQueryable <Pos> QList;
IQueryable <Pos> QResult;
try
{
QList = _dbContex.Pos.AsQueryable();
QResult = QList.Where(x => x.CompanyId == CompanyId);
return(await QResult.ToListAsync());
}
catch (Exception e)
{
throw;
}
}
public override IEnumerable <DBTableInfo> GetTablesInfo(DBConnection connection, string schemaName, string tableName = null)
{
var filter = schemaName != null ? $" where owner = '{schemaName.ToUpper()}'{(tableName != null ? $" and table_name = '{tableName.ToUpper()}'" : null)}" : null;
QResult list = connection.ExecuteQResult($"select * from all_tables{filter}");
int iSchema = list.GetIndex("owner");
int iName = list.GetIndex("table_name");
foreach (object[] item in list.Values)
{
var table = new DBTableInfo()
{
Schema = item[iSchema].ToString(),
Name = item[iName].ToString(),
};
GetColumnsInfo(connection, table);
yield return(table);
}
}
public virtual IEnumerable <DBTableInfo> GetTablesInfo(DBConnection connection, string schemaName = null, string tableName = null)
{
var tableFilter = !string.IsNullOrEmpty(tableName) ? $" and table_name = '{tableName}'" : string.Empty;
var schemaFilter = !string.IsNullOrEmpty(schemaName) ? $" where table_schema = '{schemaName}'{tableFilter}" : string.Empty;
QResult list = connection.ExecuteQResult($"select * from information_schema.tables{schemaFilter} order by table_name");
int iSchema = list.GetIndex("table_schema");
int iName = list.GetIndex("table_name");
int iIndex = list.GetIndex("table_type");
foreach (object[] item in list.Values)
{
var table = new DBTableInfo()
{
Schema = item[iSchema].ToString(),
Name = item[iName].ToString(),
View = item[iIndex].ToString().IndexOf("view", StringComparison.OrdinalIgnoreCase) >= 0,
};
GetColumnsInfo(connection, table);
GetConstraintInfo(connection, table);
yield return(table);
}
}
public IActionResult Index(ShellGameModel model)
{
Debug.WriteLine("Preparing to Compute Quantum Results using selected Shell #" + model.ShellSelected + "...");
model.ComputedShell = "0";
model.QASM = "";
model.ExecutionResults = "";
string token = "INSERTYOURTOKENHERE";
//Build the processor
QProcessor qp = new QProcessor(token);
//login
QResult result = qp.Login();
Debug.WriteLine(string.Format("Login result. Success={0} Message={1}", result.Success.ToString(), result.Message));
if (result.Success)
{
int shell = 0;
Int32.TryParse(model.ShellSelected, out shell);
//build the QASM code
QCode code = new QCode(shell);
code.name = string.Format("ExperimentID {0} with Shell at {1} ", System.Guid.NewGuid().ToString(), shell.ToString());
Debug.WriteLine("Code:" + Environment.NewLine + code.qasm);
//execute the code
result = qp.ExecuteCode(code);
Debug.WriteLine(string.Format("Code Executed Success={0}, Data={1}", result.Success.ToString(), result.Message));
//parse the result and output the location of the coin
QExecutionOutput x = qp.GetOutputFromMessageData(result.Message);
string labels = x.result.data.p.labels[0];
switch (labels)
{
case "00000":
Debug.WriteLine("The coin was under Shell #1");
model.ComputedShell = "1";
break;
case "00100":
Debug.WriteLine("The coin was under Shell #2");
model.ComputedShell = "2";
break;
case "00010":
Debug.WriteLine("The coin was under Shell #3");
model.ComputedShell = "3";
break;
case "00110":
Debug.WriteLine("The coin was under Shell #4");
model.ComputedShell = "4";
break;
default:
Debug.WriteLine("Something broke!");
model.ComputedShell = "0";
break;
}
model.QASM = JsonConvert.SerializeObject(x.code, Formatting.Indented);
model.ExecutionResults = JsonConvert.SerializeObject(x.result, Formatting.Indented);
//now cleanup and delete the results
QResult deleteResult = qp.DeleteExperiment(x.code.idCode);
}
return(View(model));
}
private void ParseWorksheetPart(ExecuteArgs param, Dictionary <string, DefinedName> cacheNames, StringKeyList sharedStrings, Stream worksheetPart, WorksheetPart newWorksheetPart)
{
var inserts = new List <CellRange>();
using (var reader = OpenXmlReader.Create(worksheetPart))
using (var writer = XmlWriter.Create(newWorksheetPart.GetStream(FileMode.Create)
, new XmlWriterSettings {
Encoding = Encoding.UTF8, CloseOutput = true
}))
{
int ind, dif = 0;
writer.WriteStartDocument(true);
while (reader.Read())
{
//remove protection
//if (reader.ElementType == typeof(Excel.SheetProtection))
//{
// reader.LoadCurrentElement();
// continue;
//}
if (reader.ElementType == typeof(Excel.Row))
{
var row = (Excel.Row)reader.LoadCurrentElement();
var rowIndex = (int)row.RowIndex.Value;
ind = rowIndex + dif;
UpdateRowIndex(row, ind);
QResult query = null;
foreach (Excel.Cell ocell in row.Descendants <Excel.Cell>())
{
object rz = null;
if (cacheNames.TryGetValue(ocell.CellReference.Value, out var defName))
{
rz = defName.CacheValue ?? param.GetValue(defName.Code);
}
else
{
string value = ReadCell(ocell, sharedStrings);
rz = ReplaceExcelString(param, value);
}
if (rz != null)
{
query = rz as QResult;
if (query != null)
{
var sref = CellReference.Parse(ocell.CellReference);
var insert = new CellRange(sref, sref);
Excel.Row tableRow = null;
foreach (object[] dataRow in query.Values)
{
if (tableRow == null)
{
tableRow = row;
}
else if (defName != null && defName.Range.End.Row > sref.Row)
{
if (reader.Read() && reader.ElementType == typeof(Excel.Row))
{
tableRow = (Excel.Row)reader.LoadCurrentElement();
UpdateRowIndex(tableRow, (int)tableRow.RowIndex.Value + dif);
insert.Start.Row++;
insert.End.Row++;
}
else
{
}
}
else
{
tableRow = CloneRow(tableRow, sref.Row);// GetRow(sd, srow, excelRow == null, cell.Parent as Excel.Row);
insert.End.Row++;
}
int col = sref.Col;
foreach (object itemValue in dataRow)
{
GetCell(tableRow, itemValue, col, sref.Row, 0, sharedStrings);
col++;
}
sref.Row++;
WriteElement(writer, tableRow);
}
if (insert.Rows > 0)
{
inserts.Add(insert);
dif += insert.Rows;
}
break;
}
else
{
WriteCell(ocell, rz, sharedStrings);
}
}
}
if (query == null)
{
WriteElement(writer, row);
}
}
else if (reader.ElementType == typeof(Excel.MergeCell))
{
var merge = reader.LoadCurrentElement() as Excel.MergeCell;
var range = CellRange.Parse(merge.Reference);
foreach (var insert in inserts)
{
if (insert.Start.Row < range.Start.Row)
{
range.Start.Row += insert.Rows;
range.End.Row += insert.Rows;
}
}
merge.Reference = range.ToString();
WriteElement(writer, merge);
}
else if (reader.ElementType == typeof(Excel.DataValidation))
{
var validation = (Excel.DataValidation)reader.LoadCurrentElement();
if (validation.SequenceOfReferences.HasValue)
{
var newlist = new List <StringValue>();
foreach (var item in validation.SequenceOfReferences.Items)
{
var range = CellRange.Parse(item);
foreach (var insert in inserts)
{
if (insert.Start.Row <= range.End.Row && insert.End.Row > range.End.Row)
{
range.End.Row = insert.End.Row;
newlist.Add(range.ToString());
continue;
}
}
newlist.Add(item);
}
validation.SequenceOfReferences = new ListValue <StringValue>(newlist);
}
WriteElement(writer, validation);
}
else if (reader.ElementType == typeof(Excel.OddFooter) ||
reader.ElementType == typeof(Excel.EvenFooter) ||
reader.ElementType == typeof(Excel.FirstFooter))
{
var footer = reader.LoadCurrentElement() as OpenXmlLeafTextElement;
var str = ReplaceExcelString(param, footer.Text) as string;
if (str != null)
{
footer.Text = str;
}
WriteElement(writer, footer);
}
else if (reader.IsStartElement)
{
WriteStartElement(writer, reader);
}
else if (reader.IsEndElement)
{
writer.WriteEndElement();
}
}
writer.WriteEndDocument();
writer.Flush();
writer.Close();
//newWorksheetPart.FeedData(temp);
}
}
public static QResult GetPatientFullInfo(Guid _pkey)
{
GuruETCEntities _etc = new GuruETCEntities();
long? ParentId = _etc.PatientProfiles.Where(d => d.UserGuid == _pkey).Select(d => d.Id).FirstOrDefault();
long? DoctorId = _etc.PatientProfiles.Where(d => d.UserGuid == _pkey).Select(d => d.DoctorId).FirstOrDefault();
QResult _result = new QResult();
long? ExamId = _etc.PatientExams.Where(d => d.PatientId == ParentId && d.DoctorId == DoctorId).Max(d => d.ExamId);
PatientResultQuestion _pResult = _etc.PatientResultQuestions.Where(d => d.ExamId == ExamId).FirstOrDefault();
if (_pResult != null)
{
//Calculation for Periodental - HEALTH HX LINKED QUESTIONS
DateTime? _pDOB = _etc.PatientProfiles.Where(d => d.Id == _pResult.PatientId).Select(d => d.DOB).FirstOrDefault();
int Patient_age = (DateTime.Now.Year - _pDOB.Value.Year);
string[] perioGeneralRAC = { "8.1" };
string[] perioTobaccoRAC = { "2", "7" };
string[] perioEndocrineRAC = { "4" };
string[] perioDentalRAC = { "1.2", "12", "15", "21" };
string[] hx_general = _pResult.hx_general.Split('|');
string[] hx_tobacco = _pResult.hx_tobacco_alcohol.Split('|');
string[] hx_endro = _pResult.hx_medical_endocrine_disorders.Split('|');
string[] hx_dental = _pResult.hx_dental.Split('|');
string[] hx_nutrition = _pResult.hx_nutrition_activity.Split('|');
string[] hx_ent = _pResult.hx_medical_ent.Split('|');
string[] hx_sleep = _pResult.hx_medical_sleep.Split('|');
string[] hx_cancer = _pResult.hx_medical_cancer.Split('|');
string[] hx_other = _pResult.hx_medical_other_diseases.Split('|');
int perioRAC_Count = hx_general.Intersect(perioGeneralRAC).Count() + hx_tobacco.Intersect(perioTobaccoRAC).Count() + hx_endro.Intersect(perioEndocrineRAC).Count() + hx_dental.Intersect(perioDentalRAC).Count();
_result.periodental = (27.2 + (27.2 * perioRAC_Count)) + "px";
//Calculation for DIABETES - HEALTH HX LINKED QUESTIONS
string[] diabetesGeneralRAC = { "8.3" };
string[] diabetesVitalsRAC = { "2" };
string[] diabetesNutritionRAC = { "7" };
int diabetesRAC_Count = hx_general.Intersect(diabetesGeneralRAC).Count() + hx_tobacco.Intersect(diabetesVitalsRAC).Count() + hx_nutrition.Intersect(diabetesNutritionRAC).Count();
if (Patient_age > 45)
diabetesRAC_Count++;
_result.diabetic = (49 + (49 * diabetesRAC_Count)) + "px";
//Calculation for SLEEP - HEALTH HX LINKED QUESTIONS
string[] sleepEntRAC = { "6" };
string[] sleepSleepRAC = { "1", "2", "3", "5", "6" };
int sleepRAC_Count = hx_ent.Intersect(sleepEntRAC).Count() + hx_sleep.Intersect(sleepSleepRAC).Count();
_result.sleepApnea = (35 + (35 * sleepRAC_Count)) + "px";
//Calculation for TMD - HEALTH HX LINKED QUESTIONS
string[] tmdEntRAC = { "1", "2", "3", "4", "5", "8" };
string[] tmdDentalRAC = { "19" };
int tmdRAC_Count = hx_ent.Intersect(tmdEntRAC).Count() + hx_dental.Intersect(tmdDentalRAC).Count();
_result.tmd = (30.6 + (30.6 * tmdRAC_Count)) + "px";
//Calculation for CARIES - HEALTH HX LINKED QUESTIONS
string[] cariesGeneralRAC = { "9.1", "9.2" };
string[] cariesNutritionRAC = { "4", "5", "13" };
string[] cariesCancerRAC = { "2" };
string[] cariesOtherDiseasesRAC = { "9", "10", "24" };
string[] cariesDentalRAC = { "1.2", "2.2", "3", "7", "13", "19", "20" };
int cariesRAC_Count = hx_general.Intersect(cariesGeneralRAC).Count() + hx_nutrition.Intersect(cariesNutritionRAC).Count() + hx_cancer.Intersect(cariesCancerRAC).Count() + hx_other.Intersect(cariesOtherDiseasesRAC).Count() + hx_dental.Intersect(cariesDentalRAC).Count();
_result.caries = (15.3 + (15.3 * cariesRAC_Count)) + "px";
//Calculation for ORAL CANCER - HEALTH HX LINKED QUESTIONS
string[] oralCancerGeneralRAC = { "8.5" };
string[] oralCancerNutritionRAC = { "1.2", "1.3" };
string[] oralCancerTobaccoRAC = { "1.1", "1.2", "4.1", "4.2", "4.3", "4.4", "3" };
string[] oralCancerCancerRAC = { "1", "3", "4", "5" };
string[] oralCancerEntRAC = { "11", "12", "14", "15", "16", "17", "19", "20", "18" };
int oralCancerRAC_Count = hx_general.Intersect(oralCancerGeneralRAC).Count() + hx_nutrition.Intersect(oralCancerNutritionRAC).Count() + hx_tobacco.Intersect(oralCancerTobaccoRAC).Count() + hx_cancer.Intersect(oralCancerCancerRAC).Count() + hx_ent.Intersect(oralCancerEntRAC).Count();
if (Patient_age > 40)
{
oralCancerRAC_Count++;
}
_result.oralCancer = oralCancerRAC_Count.ToString();
}
return _result;
}
public static QResult GetPatientFullInfo(Guid _pkey)
{
GuruETCEntities _etc = new GuruETCEntities();
long? ParentId = _etc.PatientProfiles.Where(d => d.UserGuid == _pkey).Select(d => d.Id).FirstOrDefault();
long? DoctorId = _etc.PatientProfiles.Where(d => d.UserGuid == _pkey).Select(d => d.DoctorId).FirstOrDefault();
QResult _result = new QResult();
long? ExamId = _etc.PatientExams.Where(d => d.PatientId == ParentId && d.DoctorId == DoctorId).Max(d => d.ExamId);
PatientResultQuestion _pResult = _etc.PatientResultQuestions.Where(d => d.ExamId == ExamId).FirstOrDefault();
if (_pResult != null)
{
//Calculation for Periodental - HEALTH HX LINKED QUESTIONS
DateTime?_pDOB = _etc.PatientProfiles.Where(d => d.Id == _pResult.PatientId).Select(d => d.DOB).FirstOrDefault();
int Patient_age = (DateTime.Now.Year - _pDOB.Value.Year);
string[] perioGeneralRAC = { "8.1" };
string[] perioTobaccoRAC = { "2", "7" };
string[] perioEndocrineRAC = { "4" };
string[] perioDentalRAC = { "1.2", "12", "15", "21" };
string[] hx_general = _pResult.hx_general.Split('|');
string[] hx_tobacco = _pResult.hx_tobacco_alcohol.Split('|');
string[] hx_endro = _pResult.hx_medical_endocrine_disorders.Split('|');
string[] hx_dental = _pResult.hx_dental.Split('|');
string[] hx_nutrition = _pResult.hx_nutrition_activity.Split('|');
string[] hx_ent = _pResult.hx_medical_ent.Split('|');
string[] hx_sleep = _pResult.hx_medical_sleep.Split('|');
string[] hx_cancer = _pResult.hx_medical_cancer.Split('|');
string[] hx_other = _pResult.hx_medical_other_diseases.Split('|');
int perioRAC_Count = hx_general.Intersect(perioGeneralRAC).Count() + hx_tobacco.Intersect(perioTobaccoRAC).Count() + hx_endro.Intersect(perioEndocrineRAC).Count() + hx_dental.Intersect(perioDentalRAC).Count();
_result.periodental = (27.2 + (27.2 * perioRAC_Count)) + "px";
//Calculation for DIABETES - HEALTH HX LINKED QUESTIONS
string[] diabetesGeneralRAC = { "8.3" };
string[] diabetesVitalsRAC = { "2" };
string[] diabetesNutritionRAC = { "7" };
int diabetesRAC_Count = hx_general.Intersect(diabetesGeneralRAC).Count() + hx_tobacco.Intersect(diabetesVitalsRAC).Count() + hx_nutrition.Intersect(diabetesNutritionRAC).Count();
if (Patient_age > 45)
{
diabetesRAC_Count++;
}
_result.diabetic = (49 + (49 * diabetesRAC_Count)) + "px";
//Calculation for SLEEP - HEALTH HX LINKED QUESTIONS
string[] sleepEntRAC = { "6" };
string[] sleepSleepRAC = { "1", "2", "3", "5", "6" };
int sleepRAC_Count = hx_ent.Intersect(sleepEntRAC).Count() + hx_sleep.Intersect(sleepSleepRAC).Count();
_result.sleepApnea = (35 + (35 * sleepRAC_Count)) + "px";
//Calculation for TMD - HEALTH HX LINKED QUESTIONS
string[] tmdEntRAC = { "1", "2", "3", "4", "5", "8" };
string[] tmdDentalRAC = { "19" };
int tmdRAC_Count = hx_ent.Intersect(tmdEntRAC).Count() + hx_dental.Intersect(tmdDentalRAC).Count();
_result.tmd = (30.6 + (30.6 * tmdRAC_Count)) + "px";
//Calculation for CARIES - HEALTH HX LINKED QUESTIONS
string[] cariesGeneralRAC = { "9.1", "9.2" };
string[] cariesNutritionRAC = { "4", "5", "13" };
string[] cariesCancerRAC = { "2" };
string[] cariesOtherDiseasesRAC = { "9", "10", "24" };
string[] cariesDentalRAC = { "1.2", "2.2", "3", "7", "13", "19", "20" };
int cariesRAC_Count = hx_general.Intersect(cariesGeneralRAC).Count() + hx_nutrition.Intersect(cariesNutritionRAC).Count() + hx_cancer.Intersect(cariesCancerRAC).Count() + hx_other.Intersect(cariesOtherDiseasesRAC).Count() + hx_dental.Intersect(cariesDentalRAC).Count();
_result.caries = (15.3 + (15.3 * cariesRAC_Count)) + "px";
//Calculation for ORAL CANCER - HEALTH HX LINKED QUESTIONS
string[] oralCancerGeneralRAC = { "8.5" };
string[] oralCancerNutritionRAC = { "1.2", "1.3" };
string[] oralCancerTobaccoRAC = { "1.1", "1.2", "4.1", "4.2", "4.3", "4.4", "3" };
string[] oralCancerCancerRAC = { "1", "3", "4", "5" };
string[] oralCancerEntRAC = { "11", "12", "14", "15", "16", "17", "19", "20", "18" };
int oralCancerRAC_Count = hx_general.Intersect(oralCancerGeneralRAC).Count() + hx_nutrition.Intersect(oralCancerNutritionRAC).Count() + hx_tobacco.Intersect(oralCancerTobaccoRAC).Count() + hx_cancer.Intersect(oralCancerCancerRAC).Count() + hx_ent.Intersect(oralCancerEntRAC).Count();
if (Patient_age > 40)
{
oralCancerRAC_Count++;
}
_result.oralCancer = oralCancerRAC_Count.ToString();
}
return(_result);
}