public IList<ChemandOtherNumberofTest> GetOtherTestNumber()
{
_othtestNumber = new List<ChemandOtherNumberofTest>();
if (ArtSite.ForecastOtherTest)
{
foreach (PSymptomDirectedTest sdt in OtherTestProtocol.SymptomDirectedTests)
{
ChemandOtherNumberofTest ct = new ChemandOtherNumberofTest();
ct.ForecastId = Forecast.Id;
ct.SiteId = ArtSite.Site.Id;
ct.Platform = (int)ClassOfMorbidityTestEnum.OtherTest;
//ct.TestId = sdt.Test.Id;
ct.TestName = sdt.OtherTestName;
for (int i = 1; i <= 12; i++)
{
OtherSymptomDirectedTest csdt = _othMonthlyOutputs[i].GetOtherSymptomDirectedTestById(sdt.OtherTestNameToEnum);
ct.InvalidTestandWastage += csdt.AdditionalTestsdueToWastage;
if (i >= PeriodInfo.FirstMonth && i <= PeriodInfo.LastMonth)
{
ct.TestBasedOnProtocols += csdt.TestConducted; //_othMonthlyOutputs[i].GetSumOfOtherTest(sdt.OtherTestNameToEnum);
ct.SymptomDirectedTests += csdt.TotalSymptomDirectTest();
ct.RepeatedDuetoClinicalReq += (csdt.TestConducted + csdt.TotalSymptomDirectTest()) *_othrRepeatsduetoClinicianRequest;
}
ct.BufferStock += csdt.SubtotalOfTestForBufferStock;
}
_othtestNumber.Add(ct);
}
}
return _othtestNumber;
}
private void chartMChemViralTest_Load(object sender, EventArgs e)
{
if (_type == 2)//chem
{
chart1.Titles[0].Text = "Chemistry Tests Distribution";
_h = DataRepository.GetChemistryTestSummary(_ForecastId);
if (_h != null)
{
double total = _h.TestBasedOnProtocols + _h.SymptomDirectedTests + _h.RepeatedDuetoClinicalReq + _h.InvalidTestandWastage;
double[] yval = { (_h.TestBasedOnProtocols / total), (_h.SymptomDirectedTests / total), (_h.RepeatedDuetoClinicalReq / total), (_h.InvalidTestandWastage / total) };
string[] xval = { "Tests Based On Protocols", "Symptom-Directed Tests", "Repeated Due to Clinical Req.", "Invalid Test and Wastage" };
chart1.Series["Series2"].Points.DataBindXY(xval, yval);
}
}
if (_type == 5)//other
{
chart1.Titles[0].Text = "Other Tests Distribution";
_h = DataRepository.GetOtherTestSummary(_ForecastId);
if (_h != null)
{
double total = _h.TestBasedOnProtocols + _h.SymptomDirectedTests + _h.RepeatedDuetoClinicalReq + _h.InvalidTestandWastage;
double[] yval = { (_h.TestBasedOnProtocols / total), (_h.SymptomDirectedTests / total), (_h.RepeatedDuetoClinicalReq / total), (_h.InvalidTestandWastage / total) };
string[] xval = { "Tests Based On Protocols", "Symptom-Directed Tests", "Repeated Due to Clinical Req.", "Invalid Test and Wastage" };
chart1.Series["Series2"].Points.DataBindXY(xval, yval);
}
}
}
public IList<ChemandOtherNumberofTest> GetChemistryTestNumber()
{
_chemtestNumber = new List<ChemandOtherNumberofTest>();
if (ArtSite.ForecastChemistry)
{
foreach (PSymptomDirectedTest sdt in ChemTestProtocol.SymptomDirectedTests)
{
ChemandOtherNumberofTest ct = new ChemandOtherNumberofTest();
ct.ForecastId = Forecast.Id;
ct.SiteId = ArtSite.Site.Id;
ct.Platform = (int)ClassOfMorbidityTestEnum.Chemistry;
//ct.TestId = sdt.Test.Id;
ct.TestName = sdt.ChemTestName;
for (int i = 1; i <= 12; i++)
{
ChemistrySymptomDirectedTest csdt = _chemMonthlyOutputs[i].GetChemSymptomDirectedTestById(sdt.ChemTestNameToEnum);
ct.InvalidTestandWastage += csdt.AdditionalTestsdueToWastage;
ct.RepeatedDuetoClinicalReq += csdt.RepeatedDuetoClinicianRequest();
ct.SymptomDirectedTests += csdt.TotalSymptomDirectTest();
ct.TestBasedOnProtocols += _chemMonthlyOutputs[i].GetSumOfChemTest(sdt.ChemTestNameToEnum);
//ct.TestBasedOnProtocols += csdt.TestBasedonProtocol;
}
foreach (ChemistryPlatformTests ptc in _chemPlatformTests)
{
if (ct.TestBasedOnProtocols > 0)
{
ct.ReagentstoRunControls += ptc.TotalControlsFP() + ptc.SampleReferredTotalControlsFP();
ct.BufferStock += ptc.TotalControlsBP() + ptc.SampleReferredTotalControlsBP();
}
else
{
ct.ReagentstoRunControls = 0;
ct.BufferStock += ptc.TotalControlsBP();
}
}
_chemtestNumber.Add(ct);
}
}
return _chemtestNumber;
}
