public StructuredReport(PatientData patientData, Dictionary <string, List <MeasurementGroup> > findings) : this(patientData, findings, new ReportingOptions())
{
}
/*public void WriteGeneratedReport(Stream stream) {
* var writer = new StreamWriter(stream);
* var pd = PatientData;
* List<string> l1, l2, l3;
* writer.WriteLine("Patient Data - ");
* l1 = pd.PatientID.TableString();
* string age = pd.PatientAge.Value.ToString("N0");
* if (pd.PatientAge.Value < 1) {
* age = (pd.PatientAge.Value * 12).ToString("N0") + " mo";
* }
* l2 = new List<string>() { pd.PatientAge.Name, age };
* writer.WriteLine(string.Format("{0,-20} - {1,20}{5,9}{2,-20} - {3,10}", l1[0], l1[1], l2[0], l2[1], " - ", ""));
* l1 = pd.PatientName.TableString();
* l2 = pd.PatientHeight.TableString();
* writer.WriteLine(string.Format("{0,-20} - {1,20}{5,9}{2,-20} - {3,10}", l1[0], l1[1], l2[0], l2[1], " - ", ""));
* l1 = pd.PatientSex.TableString();
* l2 = pd.PatientWeight.TableString();
* writer.WriteLine(string.Format("{0,-20} - {1,20}{5,9}{2,-20} - {3,10}", l1[0], l1[1], l2[0], l2[1], " - ", ""));
* l1 = pd.PatientDOB.TableString();
* l2 = pd.BSA.TableString();
* writer.WriteLine(string.Format("{0,-20} - {1,20}{5,9}{2,-20} - {3,10}", l1[0], l1[1], l2[0], l2[1], " - ", ""));
* l1 = new List<string>() { "", "" };
* string bp = "";
* if (!pd.SystolicBloodPressure.Empty && !pd.DiastolicBloodPressure.Empty) {
* bp = pd.SystolicBloodPressure.Value.ToString("N0") + "/" + pd.DiastolicBloodPressure.Value.ToString("N0") + " mmHg";
* }
* l2 = new List<string>() { "Blood Pressure", bp };
* writer.WriteLine(string.Format("{0,-20} - {1,20}{5,9}{2,-20} - {3,10}", l1[0], l1[1], l2[0], l2[1], " - ", ""));
* writer.WriteLine("");
*
* l1 = pd.ReferringPhysician.TableString();
* l2 = pd.EchoType.TableString();
* writer.WriteLine(string.Format("{0,-20} - {1,20}{5,9}{2,-20} - {3,20}", l1[0], l1[1], l2[0], l2[1], " - ", ""));
* l1 = pd.ReasonForStudy.TableString();
* l2 = new List<string>() { "", "" };
* writer.WriteLine(string.Format("{0,-20} - {1,20}{5,9}{2,-20} - {3,20}", l1[0], l1[1], l2[0], l2[1], " - ", ""));
* writer.WriteLine("");
* writer.WriteLine("");
*
* writer.WriteLine("Findings - ");
*
* writer.WriteLine(string.Format("{0,-10}{1,-8}{2,7} {3,-15}{4,-13}{5,-25}{6,-10}", "Measure", "(cm)", "Z Score", "Measure", "", "Calculation", ""));
* l1 = Results["IVSd"].AsString();
* l2 = Results["Mitral valve E wave"].AsString();
* l3 = Results["Fractional Shortening"].AsString();
* writer.WriteLine(string.Format("{0,-10}{1,-8}{2,7} {3,-15}{4,-13}{5,-25}{6,-10}", l1[0], l1[1], l1[3], "MV Peak E", l2[1] + " " + l2[2], "FS%", l3[1] + " " + l3[2]));
* l1 = Results["LVIDd"].AsString();
* l2 = Results["Mitral valve A wave"].AsString();
* l3 = Results["Left Ventricular Teichholz EF"].AsString();
* writer.WriteLine(string.Format("{0,-10}{1,-8}{2,7} {3,-15}{4,-13}{5,-25}{6,-10}", l1[0], l1[1], l1[3], "MV Peak A", l2[1] + " " + l2[2], "EF (Teich)", l3[1] + " " + l3[2]));
* l1 = Results["LVPWd"].AsString();
* l2 = Results["MV decel time"].AsString();
* l3 = Results["LV mass index"].AsString();
* writer.WriteLine(string.Format("{0,-10}{1,-8}{2,7} {3,-15}{4,-13}{5,-25}{6,-10}", l1[0], l1[1], l1[3], "MV decel time", l2[1] + " " + l2[2], "LV Mass Index (Cubed)", l3[1] + " " + l3[2]));
* l1 = Results["IVSs"].AsString();
* l2 = Results["Mitral annulus E'"].AsString();
* l3 = Results["Heart Rate"].AsString();
* writer.WriteLine(string.Format("{0,-10}{1,-8}{2,7} {3,-15}{4,-13}{5,-25}{6,-10}", l1[0], l1[1], l1[3], "LV E'", l2[1] + " " + l2[2], "HR", l3[1] + " " + l3[2]));
* l1 = Results["LVIDs"].AsString();
* l2 = Results["Septal annulus E'"].AsString();
* l3 = Results["MVCFc"].AsString();
* writer.WriteLine(string.Format("{0,-10}{1,-8}{2,7} {3,-15}{4,-13}{5,-25}{6,-10}", l1[0], l1[1], l1[3], "Septal E'", l2[1] + " " + l2[2], "MVCFc", l3[1] + " " + l3[2]));
* l1 = Results["LVPWs"].AsString();
* l2 = new List<string>() { "", "", "", "" };
* l3 = Results["Left ventricular cardiac output"].AsString();
* writer.WriteLine(string.Format("{0,-10}{1,-8}{2,7} {3,-15}{4,-13}{5,-25}{6,-10}", l1[0], l1[1], l1[3], "", l2[1] + " " + l2[2], "LV output", l3[1] + " " + l3[2]));
*
*
* writer.WriteLine("");
* writer.WriteLine("");
*
* writer.WriteLine("Situs - " + Sections.Situs);
* writer.WriteLine("Systemic Veins - " + Sections.SystemicVeins);
* writer.WriteLine("Atria - " + Sections.Atria);
* writer.WriteLine("AV Valves - " + Sections.AVValves);
* writer.WriteLine("Ventricles - " + Sections.Ventricles);
* writer.WriteLine("Outlets - " + Sections.Outlets);
* writer.WriteLine("Great Arteries - " + Sections.GreatArteries);
* writer.WriteLine("Pulmonary Veins - " + Sections.PulmonaryVeins);
* writer.WriteLine("Coronary Arteries - " + Sections.CoronaryArteries);
* writer.WriteLine("Other - " + Sections.Other);
* writer.WriteLine("");
* writer.WriteLine("");
* writer.WriteLine("Conclusions -");
* writer.WriteLine(Sections.Conclusion);
* writer.WriteLine("");
* writer.WriteLine("");
* writer.WriteLine("Reporting - " + Sections.SignOff);
* writer.Close();
* }
*/
public StructuredReport(PatientData patientData, Dictionary <string, List <MeasurementGroup> > findings, ReportingOptions options)
{
ReportingOptions = options;
PatientData = patientData;
ResultsFromFindings(findings);
}
