protected void BuildBMDDiagnostics(int PatientID, string FormName, string FormType, string searchField, string searchClause, string[] searchFilter)
{
DiagnosticDa bmdDa = new DiagnosticDa();
DataTable bmdDt = bmdDa.GetDxImagesByType(PatientID, searchFilter);
if (bmdDt.Rows.Count > 0)
{
NoDiagnostiMsgTr.Visible = false;
DataTable parentDs = bmdDt.DefaultView.ToTable(true, Diagnostic.DiagnosticId, Diagnostic.DxDateText, Diagnostic.DxType, Diagnostic.DxResult, Diagnostic.DxInstitution);
DataTable childDs = bmdDt;
parentDs.TableName = "Diagnostic";
childDs.TableName = "DiagnosticImageFindings";
DataSet parentAndChildDs = new DataSet();
parentAndChildDs.Tables.Add(parentDs.Copy());
parentAndChildDs.Tables.Add(childDs.Copy());
parentAndChildDs.Relations.Add("myrelation", parentAndChildDs.Tables["Diagnostic"].Columns[Diagnostic.DiagnosticId], parentAndChildDs.Tables["DiagnosticImageFindings"].Columns[Diagnostic.DiagnosticId]);
BmdRptr.DataSource = parentAndChildDs.Tables["Diagnostic"].DefaultView;
BmdRptr.DataBind();
}
else
{
NoDiagnostiMsgTr.Visible = true;
}
}
/// <summary>
/// Returns the next ImgFindGroupNum based on current type of scan
/// </summary>
/// <returns></returns>
private int GetNextGroupNum()
{
DiagnosticDa da = new DiagnosticDa();
int nextGroupNum = da.GetNextDxImgGroupNum(int.Parse(BaseDecryptedPatientId), ImageTypes);
return(nextGroupNum);
}
override protected void BuildImages(int MinNumImageRowsToShow, int minNumBlankImageRows)
{
if (patientID != 0)
{
DiagnosticDa imagesDa = new DiagnosticDa();
DataSet imagesDs = imagesDa.FormGetDxImages(this.patientID, this._formName, "Dynamic", "NOT CT/MRI");
if (imagesDs.Tables.Count > 0)
{
int numBlankImageRows = MinNumImageRowsToShow - imagesDs.Tables[0].Rows.Count;
/* this code truncated the text in the notes field. removed 11/17 from development.
* if (imagesDs.Tables[0].Rows.Count > 0)
* {
*
* for (int i=0; i<(imagesDs.Tables[0].Rows.Count - 1); i++)
* {
* int DxNotesLength = imagesDs.Tables[0].Rows[i]["DxNotes"].ToString().Length;
* if (DxNotesLength > 255)
* {
* imagesDs.Tables[0].Rows[i]["DxNotes"] = imagesDs.Tables[0].Rows[i]["DxNotes"].ToString().Remove(255, (DxNotesLength-255)) + "...";
* }
* }
* }
*/
// be sure you have at least the number of blank rows specified earlier
if (numBlankImageRows < minNumBlankImageRows)
{
numBlankImageRows = minNumBlankImageRows;
}
// add the blank rows
for (int i = 0; i < numBlankImageRows; i++)
{
DataRow blankImageRow;
blankImageRow = imagesDs.Tables[0].NewRow();
blankImageRow["DxDateText"] = "/ /";
blankImageRow["DxType"] = "";
blankImageRow["DxResult"] = "";
blankImageRow["DxNotes"] = "";
imagesDs.Tables[0].Rows.Add(blankImageRow);
}
images.DataSource = imagesDs.Tables[0].DefaultView;
}
else
{
images.DataSource = BlankImages(MinNumImageRowsToShow).DefaultView;
}
}
else
{
images.DataSource = BlankImages(MinNumImageRowsToShow).DefaultView;
}
images.DataBind();
}
protected virtual void BuildImagesWithKidneyFindings(int MinNumImageRowsToShow, int minNumBlankImageRows)
{
string[] kidneyDx = new string[] { "CT Scan", "MRI", "Ultrasound" };
DiagnosticDa imagesDa = new DiagnosticDa();
DataTable imagesDt = imagesDa.GetDiagnosticsByType(this._patientId, kidneyDx);
if (imagesDt.Rows.Count > 0)
{
// filter to last 18mo
DataView imagesDv = new DataView(imagesDt);
string imagesFilter = BOL.Diagnostic.DxDate + " >= #" + DateTime.Now.AddMonths(-18).Date.ToShortDateString() + "#";
imagesFilter += " AND (";
imagesFilter += BOL.Diagnostic.DxTarget + " LIKE '%CHEST%'";
imagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%ABDOMEN%'";
imagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%PELVIS%'";
imagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%KIDNEY%'";
imagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%RENAL%'";
imagesFilter += ")";
imagesDv.RowFilter = imagesFilter;
imagesDv.Sort = BOL.Diagnostic.DxDate + " ASC";
DataTable filteredImagesDt = imagesDv.ToTable();
// check for older intitial CT/US
DataView olderImagesDv = new DataView(imagesDt);
string olderImagesFilter = BOL.Diagnostic.DxDate + " < #" + DateTime.Now.AddMonths(-18).Date.ToShortDateString() + "#";
olderImagesFilter += " AND " + BOL.Diagnostic.DxType + " <> 'MRI'";
olderImagesFilter += " AND (";
olderImagesFilter += BOL.Diagnostic.DxTarget + " LIKE '%CHEST%'";
olderImagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%ABDOMEN%'";
olderImagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%PELVIS%'";
olderImagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%KIDNEY%'";
olderImagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%RENAL%'";
olderImagesFilter += ")";
olderImagesDv.RowFilter = olderImagesFilter;
olderImagesDv.Sort = BOL.Diagnostic.DxDate + " ASC";
if (olderImagesDv.Count > 0)
{
filteredImagesDt.ImportRow(olderImagesDv[0].Row);
DataView repeaterDV = new DataView(filteredImagesDt);
repeaterDV.Sort = BOL.Diagnostic.DxDate + " ASC";
filteredImagesDt = repeaterDV.ToTable();
}
images.DataSource = filteredImagesDt;
images.DataBind();
}
}
protected void BuildImagesMamograms(int PatientID)
{
DiagnosticDa imagesDa = new DiagnosticDa();
DataTable imagesDt = imagesDa.GetDiagnosticsByType(PatientID, "Mammogram");
if (imagesDt.Rows.Count > 0)
{
images.DataSource = imagesDt.DefaultView;
images.DataBind();
}
}
protected void BuildProstateImages()
{
DiagnosticDa imagesDa = new DiagnosticDa();
DataTable imagesDt = imagesDa.GetProstateMRIFindings(this._patientId);
if (imagesDt.Rows.Count > 0)
{
images.DataSource = imagesDt.DefaultView;
images.DataBind();
}
}
protected void BuildGUEFormImages(int PatientID, string FormName, string FormType)
{
DiagnosticDa imagesDa = new DiagnosticDa();
DataSet imagesDs = imagesDa.FormGetDxImages(PatientID, FormName, FormType);
if (imagesDs.Tables.Count > 0 && imagesDs.Tables[0].Rows.Count > 0)
{
images.DataSource = imagesDs.Tables[0].DefaultView;
images.DataBind();
}
}
protected DataTable ProstateVolumesByDescendingDate(int PatientId)
{
DataTable volumes = new DataTable();
// add PSA Density
DiagnosticDa d = new DiagnosticDa();
DataTable ProstateImages = d.GetProstateImageFindings(PatientId);
DataView ProstateImagesWithLWH = new DataView(ProstateImages);
string prostateImgFilter = Diagnostic.DxDate + " IS NOT NULL";
prostateImgFilter += " and Len(" + ImageProstate.ImgProstateHeight + ") > 0";
prostateImgFilter += " and Len(" + ImageProstate.ImgProstateLength + ") > 0";
prostateImgFilter += " and Len(" + ImageProstate.ImgProstateWidth + ") > 0";
ProstateImagesWithLWH.RowFilter = prostateImgFilter;
if (ProstateImagesWithLWH.Count > 0)
{
DataTable ProstateDimensions = ProstateImagesWithLWH.ToTable(false, Diagnostic.DxDateText, Diagnostic.DxDate, ImageProstate.ImgProstateHeight, ImageProstate.ImgProstateLength, ImageProstate.ImgProstateWidth, ImageProstate.ImgProstateVolume);
foreach (DataRow ProstateMeasurement in ProstateDimensions.Rows)
{
double ImgProstateHeight = 0;
double ImgProstateLength = 0;
double ImgProstateWidth = 0;
if (double.TryParse(ProstateMeasurement[ImageProstate.ImgProstateHeight].ToString(), out ImgProstateHeight) &&
double.TryParse(ProstateMeasurement[ImageProstate.ImgProstateLength].ToString(), out ImgProstateLength) &&
double.TryParse(ProstateMeasurement[ImageProstate.ImgProstateWidth].ToString(), out ImgProstateWidth))
{
double vol = (ImgProstateHeight * ImgProstateLength * ImgProstateWidth * 0.52);
ProstateMeasurement[ImageProstate.ImgProstateVolume] = vol;
}
else
{
ProstateMeasurement[ImageProstate.ImgProstateVolume] = null;
}
}
DataView vols = new DataView(ProstateDimensions);
vols.RowFilter = ImageProstate.ImgProstateVolume + " IS NOT NULL";
vols.Sort = Diagnostic.DxDate + " DESC";
if (vols.Count > 0)
{
volumes = vols.ToTable();
}
}
return(volumes);
}
protected void BuildImaging(int PatientID, string FormName, string FormType)
{
DiagnosticDa imagesDa = new DiagnosticDa();
DataTable imagesDt = imagesDa.GetImagingAll(PatientID);
DataView dv = new DataView(imagesDt);
dv.RowFilter = Diagnostic.DxType + " IN ('Colonoscopy', 'Stress Test')";
if (dv.Count > 0)
{
images.DataSource = dv;
images.DataBind();
}
}
protected void BuildImaging(int PatientID, string FormName, string FormType)
{
DiagnosticDa imagesDa = new DiagnosticDa();
DataTable imagesDt = imagesDa.GetImagingAll(PatientID);
DataView dv = new DataView(imagesDt);
dv.RowFilter = Diagnostic.DxType + " IN ('TRUS', 'MRUS')";
if (dv.Count > 0)
{
NoImagesMsg.Visible = false;
images.DataSource = dv;
images.DataBind();
}
}
protected void BuildImaging(int PatientID, string FormName, string FormType)
{
DiagnosticDa imagesDa = new DiagnosticDa();
DataTable imagesDt = imagesDa.GetImagingAll(PatientID);
DataView dv = new DataView(imagesDt);
dv.RowFilter = Diagnostic.DxType + " IN ('MRI', 'MRSI', 'EMRI') and " + BOL.Diagnostic.DxTarget + " = 'Prostate'";
if (dv.Count > 0)
{
// NoImagesMsg.Visible = false;
images.DataSource = dv;
images.DataBind();
}
}
protected void BuildImagingHistory(int PatientID, string FormName, string FormType)
{
DataTable dxDt, dxFindingDt;
DiagnosticDa dxDa = new DiagnosticDa();
// retrieve lookupcode values for specified dx types
DataTable dxTypeLkpcodes = CacheManager.GetLookupCodeList(DxType_1.LookupCode);
string dxTypeList = CreateDelimitedString(dxTypeLkpcodes, LookupCode.LkpCode, ",");
dxDt = dxDa.GetDiagnosticsByTypeString(PatientID, dxTypeList);
if (dxDt.Rows.Count > 0)
{
NoImagingHxMsgTr.Visible = false;
// limit to last 10 records
PastRecordsCountImaging = dxDt.Rows.Count;
DataView dxDv = new DataView(dxDt);
dxDv.Sort = Diagnostic.DxDate + " DESC ";
dxDv = GetTopDataViewRows(dxDv, 10);
dxDv.Sort = Diagnostic.DxDate + " ASC ";
DataTable dxTopTenDt = dxDv.ToTable();
// get the diagnostic ids of the most recent 10 to find their corressponding findings
string diagnosticIds = String.Empty;
foreach (DataRow dr in dxTopTenDt.Rows)
{
diagnosticIds = String.Concat(diagnosticIds, dr[Diagnostic.DiagnosticId].ToString(), ",");
}
diagnosticIds = diagnosticIds.Trim(',');
dxFindingDt = dxDa.GetDxImagesByDiagnosticIds(PatientID, diagnosticIds);
dxTopTenDt.TableName = "Imaging";
dxFindingDt.TableName = "ImagingFindings";
DataSet dxWithDxFindingsDs = new DataSet();
dxWithDxFindingsDs.Tables.Add(dxTopTenDt.Copy());
dxWithDxFindingsDs.Tables.Add(dxFindingDt.Copy());
dxWithDxFindingsDs.Relations.Add("myrelation", dxWithDxFindingsDs.Tables["Imaging"].Columns[Diagnostic.DiagnosticId], dxWithDxFindingsDs.Tables["ImagingFindings"].Columns[Diagnostic.DiagnosticId]);
ImagingHx.DataSource = dxWithDxFindingsDs.Tables["Imaging"].DefaultView;
ImagingHx.DataBind();
}
}
protected void BuildImages()
{
if (patientID != 0)
{
DiagnosticDa imagesDa = new DiagnosticDa();
DataSet imagesDs = imagesDa.FormGetDxImages(this.patientID, this._formName, "Dynamic");
if (imagesDs.Tables.Count > 0 && imagesDs.Tables[0].Rows.Count > 0)
{
BuildImagesRpt(imagesDs.Tables[0], "X-ray Chest", XRayChest, BlankCXRTable);
BuildImagesRpt(imagesDs.Tables[0], "US Scrotum", ScrotalUS, BlankScrotalUSTable);
BuildImagesRpt(imagesDs.Tables[0], "CT Chest", CTChest, BlankChestCTTable);
BuildImagesRpt(imagesDs.Tables[0], "CT Abdomen/Pelvis", CTAbdomenPelvis, BlankCTAbdomenPelvisTable);
BuildImagesRpt(imagesDs.Tables[0], "Brain Scan", BrainScan, BlankBrainScanTable);
BuildImagesRpt(imagesDs.Tables[0], "PET Scan", PETScan, BlankPETScanTable);
}
}
}
private void BuildImgCompared(Control container, int?diagnosticId)
{
CaisisSelect imgCompared = FindInputControl(container, Diagnostic.ImgCompared) as CaisisSelect;
if (imgCompared != null)
{
int patientId = int.Parse(BaseDecryptedPatientId);
var allDiagnostics = new DiagnosticDa().GetDiagnosticsByType(patientId, ImageTypes).DefaultView;
var prevDiagnostics = from diagnostic in allDiagnostics.Table.AsEnumerable()
let rowDiagnosticId = (int)diagnostic[Diagnostic.DiagnosticId]
let dxType = diagnostic[Diagnostic.DxType]
let dxDate = diagnostic[Diagnostic.DxDate]
// exclude current ?
where !diagnosticId.HasValue || diagnosticId.Value != rowDiagnosticId
// display text as "Bone Scan 01/26/2010" and value = diag id
let displayText = string.Format("{0} {1:d}", dxType, dxDate)
let sortDate = !diagnostic.IsNull(Diagnostic.DxDate) ? (DateTime)dxDate : DateTime.MaxValue
orderby sortDate ascending
select new
{
DiagnosticText = displayText,
DiagnosticId = rowDiagnosticId
};
// build dropdown
imgCompared.DataSource = prevDiagnostics;
imgCompared.DataBind();
// SPECIAL CASE: for current diagnostic, check if there is a related record, used as compare to for follow up scans
if (diagnosticId.HasValue)
{
// get related diagnostic id
var relatedDiagnostics = Caisis.Controller.RelatedRecordController.GetRelatedRecords("Diagnostics", diagnosticId.Value, "Diagnostics");
// set related diagnostic
if (relatedDiagnostics.Count() > 0)
{
int relatedDiagnosticId = (int)relatedDiagnostics.First()[RelatedRecord.DestPrimaryKey];
PageUtil.SelectDropDownItem(imgCompared, relatedDiagnosticId.ToString());
}
}
}
}
override protected void BuildImages(int MinNumImageRowsToShow, int minNumBlankImageRows)
{
if (patientID != 0)
{
DiagnosticDa imagesDa = new DiagnosticDa();
DataTable imagesDt = imagesDa.GetProstateMRIFindings(this.patientID);
int numBlankImageRows = MinNumImageRowsToShow - imagesDt.Rows.Count;
// be sure you have at least the number of blank rows specified earlier
if (numBlankImageRows < minNumBlankImageRows)
{
numBlankImageRows = minNumBlankImageRows;
}
// add the blank rows
for (int i = 0; i < numBlankImageRows; i++)
{
DataRow blankImageRow;
blankImageRow = imagesDt.NewRow();
blankImageRow["DxDateText"] = "/ /";
imagesDt.Rows.Add(blankImageRow);
}
images.DataSource = imagesDt.DefaultView;
//else
//{
// images.DataSource = BlankImages(MinNumImageRowsToShow).DefaultView;
//}
}
//else
//{
// images.DataSource = BlankImages(MinNumImageRowsToShow).DefaultView;
//}
images.DataBind();
}
protected virtual void BuildImagesWithKidneyFindings(int MinNumImageRowsToShow, int minNumBlankImageRows)
{
if (patientID != 0)
{
string[] kidneyDx = new string[] { "CT Scan", "MRI", "Ultrasound" };
DiagnosticDa imagesDa = new DiagnosticDa();
// DataTable imagesDt = imagesDa.GetImagingAll(this.patientID);
DataTable imagesDt = imagesDa.GetDiagnosticsByType(this.patientID, kidneyDx);
if (imagesDt.Rows.Count > 0)
{
// filter to last 18mo
DataView imagesDv = new DataView(imagesDt);
string imagesFilter = BOL.Diagnostic.DxDate + " >= #" + DateTime.Now.AddMonths(-18).Date.ToShortDateString() + "#";
imagesFilter += " AND (";
imagesFilter += BOL.Diagnostic.DxTarget + " LIKE '%CHEST%'";
imagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%ABDOMEN%'";
imagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%PELVIS%'";
imagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%KIDNEY%'";
imagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%RENAL%'";
imagesFilter += ")";
imagesDv.RowFilter = imagesFilter;
imagesDv.Sort = BOL.Diagnostic.DxDate + " ASC";
DataTable filteredImagesDt = imagesDv.ToTable();
// check for older intitial CT/US
DataView olderImagesDv = new DataView(imagesDt);
string olderImagesFilter = BOL.Diagnostic.DxDate + " < #" + DateTime.Now.AddMonths(-18).Date.ToShortDateString() + "#";
olderImagesFilter += " AND " + BOL.Diagnostic.DxType + " <> 'MRI'";
olderImagesFilter += " AND (";
olderImagesFilter += BOL.Diagnostic.DxTarget + " LIKE '%CHEST%'";
olderImagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%ABDOMEN%'";
olderImagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%PELVIS%'";
olderImagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%KIDNEY%'";
olderImagesFilter += " OR " + BOL.Diagnostic.DxTarget + " LIKE '%RENAL%'";
olderImagesFilter += ")";
olderImagesDv.RowFilter = olderImagesFilter;
olderImagesDv.Sort = BOL.Diagnostic.DxDate + " ASC";
if (olderImagesDv.Count > 0)
{
filteredImagesDt.ImportRow(olderImagesDv[0].Row);
DataView repeaterDV = new DataView(filteredImagesDt);
repeaterDV.Sort = BOL.Diagnostic.DxDate + " ASC";
filteredImagesDt = repeaterDV.ToTable();
}
int numBlankImageRows = MinNumImageRowsToShow - filteredImagesDt.Rows.Count;
// be sure you have at least the number of blank rows specified earlier
if (numBlankImageRows < minNumBlankImageRows)
{
numBlankImageRows = minNumBlankImageRows;
}
// add the blank rows
for (int i = 0; i < numBlankImageRows; i++)
{
DataRow blankImageRow;
blankImageRow = filteredImagesDt.NewRow();
blankImageRow[BOL.Diagnostic.DxDateText] = "/ /";
blankImageRow[BOL.Diagnostic.DxType] = "";
blankImageRow[BOL.Diagnostic.DxResult] = "";
blankImageRow[BOL.Diagnostic.DxNotes] = "";
blankImageRow[BOL.Diagnostic.DxTarget] = "";
filteredImagesDt.Rows.Add(blankImageRow);
}
images.DataSource = filteredImagesDt;
}
else
{
images.DataSource = BlankImages(MinNumImageRowsToShow).DefaultView;
}
}
else
{
images.DataSource = BlankImages(MinNumImageRowsToShow).DefaultView;
}
images.DataBind();
}
protected void PopulateKindneyImageFindings(Object Sender, RepeaterItemEventArgs e)
{
if (patientID != 0)
{
if (e.Item.ItemType == ListItemType.Item || e.Item.ItemType == ListItemType.AlternatingItem)
{
Literal DxTarget = (Literal)e.Item.FindControl("DxTarget");
Literal MaxDim = (Literal)e.Item.FindControl("MaxDim");
Label NumTumors = (Label)e.Item.FindControl("NumTumors");
HtmlInputCheckBox MultTumors = (HtmlInputCheckBox)e.Item.FindControl("MultTumors");
Label MaxDimMsg = (Label)e.Item.FindControl("MaxDimMsg");
Literal ImgFindSide = (Literal)e.Item.FindControl("ImgFindSide");
Literal TumorType = (Literal)e.Item.FindControl("TumorType");
Literal NoTumorType = (Literal)e.Item.FindControl("NoTumorType");
int rowNumber = e.Item.ItemIndex + 1;
if (((DataRowView)e.Item.DataItem)[BOL.Diagnostic.DiagnosticId] != null || ((DataRowView)e.Item.DataItem)[BOL.Diagnostic.DiagnosticId].ToString().Length > 0)
{
int DiagnosticId = int.MinValue;
if (int.TryParse(((DataRowView)e.Item.DataItem)[BOL.Diagnostic.DiagnosticId].ToString(), out DiagnosticId))
{
DiagnosticDa DXda = new DiagnosticDa();
DataTable DXdt = DXda.GetDxImageFindingsKidneyByDiagnosticId(DiagnosticId);
if (DXdt.Rows.Count > 0)
{
decimal maxDimVal = decimal.MinValue;
int maxDimFindingsRowId = int.MinValue;
// if (DXdt.Rows.Count > 1) { MultTumors.Checked = true; NumTumors.Text = DXdt.Rows.Count.ToString(); }
foreach (DataRow DXdr in DXdt.Rows)
{
decimal ImgFindHeight = decimal.MinValue;
decimal ImgFindWidth = decimal.MinValue;
decimal ImgFindLength = decimal.MinValue;
bool ImgFindHeightExists = decimal.TryParse(DXdt.Rows[0][BOL.ImageFindingKidney.ImgFindHeight].ToString(), out ImgFindHeight);
bool ImgFindWidthExists = decimal.TryParse(DXdt.Rows[0][BOL.ImageFindingKidney.ImgFindWidth].ToString(), out ImgFindWidth);
bool ImgFindLengthExists = decimal.TryParse(DXdt.Rows[0][BOL.ImageFindingKidney.ImgFindLength].ToString(), out ImgFindLength);
decimal MaxDimValForThisFindingRecord = Math.Max(Math.Max(ImgFindHeight, ImgFindWidth), ImgFindLength);
if (MaxDimValForThisFindingRecord > maxDimVal)
{
maxDimVal = MaxDimValForThisFindingRecord;
int FindingsRowId = int.MinValue;
string MaxDimDisplayText = MaxDimValForThisFindingRecord.ToString();
if (DXdt.Rows[0][BOL.ImageFindingKidney.ImgFindSide].ToString().Length > 0)
{
ImgFindSide.Text = DXdt.Rows[0][BOL.ImageFindingKidney.ImgFindSide].ToString();
// MaxDimDisplayText += " (" + DXdt.Rows[0][BOL.ImageFindingKidney.ImgFindSide].ToString() + ")";
}
MaxDim.Text = MaxDimDisplayText;
if (!ImgFindHeightExists || !ImgFindWidthExists || !ImgFindLengthExists)
{
MaxDimMsg.Visible = true;
}
else
{
MaxDimMsg.Visible = false;
}
if (int.TryParse(DXdt.Rows[0][BOL.ImageFindingKidney.DxImageFindingKidneyId].ToString(), out FindingsRowId))
{
maxDimFindingsRowId = FindingsRowId;
}
try
{
if (DXdt.Rows[0][BOL.ImageFindingKidney.ImgFindTumorType] != null && DXdt.Rows[0][BOL.ImageFindingKidney.ImgFindTumorType].ToString().Length > 0)
{
TumorType.Text = DXdt.Rows[0][BOL.ImageFindingKidney.ImgFindTumorType].ToString();
NoTumorType.Visible = false;
}
}
catch (Exception ex)
{
ExceptionHandler.Publish(ex);
}
}
}
}
}
}
if (((DataRowView)e.Item.DataItem)[BOL.Diagnostic.DxTotalNumTumors] != null || ((DataRowView)e.Item.DataItem)[BOL.Diagnostic.DxTotalNumTumors].ToString().Length > 0)
{
int DxTotalNumTumors = int.MinValue;
if (int.TryParse(((DataRowView)e.Item.DataItem)[BOL.Diagnostic.DxTotalNumTumors].ToString(), out DxTotalNumTumors))
{
if (DxTotalNumTumors > 1)
{
MultTumors.Checked = true; NumTumors.Text = DxTotalNumTumors.ToString();
}
}
}
}
}
}