private void CalculateViralLoadTestConducted()
{
_vlPatientsRequiringOneSymptomDirectedTest = (VLTestProtocol.SymptomDirectedAmt / 100d);
_vlRepeatsduetoClinicianRequest = (VLTestProtocol.TestReapeated / 100d);
_vlAdditionalTestsDuetoWastage = (InvAssumption.ViralLoad / 100d);
for (int i = 1; i <= 12; i++)
{
MOutputViralLoad hemout = new MOutputViralLoad();
hemout.Month = i;
foreach (ProtocolPanel panel in VLTestProtocol.ProtocolPanels)
{
hemout.ExistingAdultPatientsinTreatment += CalculatedPatientNos[i].ArtAdultPreExistingPatients * panel.AdultInTreatmentDistribution;
hemout.ExistingPedPatientsinTreatment += CalculatedPatientNos[i].ArtPediatricPreExistingPatients * panel.PediatricInTreatmentDistribution; // ((pediatricsinTreatment / 12)*preExistingPatientsonPanel);
hemout.ExistingAdultPatientsinPreArt += CalculatedPatientNos[i].PreArtAdultPreExistingPatients * panel.AdultPreARTDistribution; // ((adultspreART / 12)*preExistingPatientsonPanel);
hemout.ExistingPedPatientsinTreatment += CalculatedPatientNos[i].PreArtPediatricPreExistingPatients * panel.PediatricPreARTDistribution; // ((pediatricspreART / 12)*preExistingPatientsonPanel);
for (int x = 1; x <= i; x++)
{
hemout.NewAdultPatientstoTreatment += CalculatedPatientNos[i].GetArtAdultPatientsEntering(x) * panel.AdultArtTestGivenInMonth((i - x) + 1) * (panel.AITNewPatient / 100d);
hemout.NewPedPatientstoTreatment += CalculatedPatientNos[i].GetArtPediatricPatientsEntering(x) * panel.PediatricArtTestGivenInMonth((i - x) + 1) * (panel.PITNewPatient / 100d);
hemout.NewAdultPatientstoPreArt += CalculatedPatientNos[i].GetPreArtAdultPatientsEntering(x) * panel.AdultPreArtTestGivenInMonth((i - x) + 1) * (panel.APARTNewPatient / 100d);
hemout.NewPedPatientstoPreArt += CalculatedPatientNos[i].GetPreArtPediatricPatientsEntering(x) * panel.PediatricPreArtTestGivenInMonth((i - x) + 1) * (panel.PPARTNewPatient / 100d);
}
}
_vlMonthlyOutputs.Add(i, hemout);
}
double patientEnterPerMonth = 0;
double symptomDirectedTestsAtstartYear = CurrentAdultinTreatment + CurrentPediatricinTreatment + CurrentAdultinPreArt + CurrentPediatricinPreArt;
symptomDirectedTestsAtstartYear = (symptomDirectedTestsAtstartYear * _vlPatientsRequiringOneSymptomDirectedTest) / 12d;
int pmonth, buffmonth;
for (int i = 1; i <= 12; i++)
{
patientEnterPerMonth = CalculatedPatientNos[i].GetArtAdultPatientsEntering(i) + CalculatedPatientNos[i].GetArtPediatricPatientsEntering(i);
patientEnterPerMonth += CalculatedPatientNos[i].GetPreArtAdultPatientsEntering(i) + CalculatedPatientNos[i].GetPreArtPediatricPatientsEntering(i);
patientEnterPerMonth = (patientEnterPerMonth * _vlPatientsRequiringOneSymptomDirectedTest) / 12d;
_vlMonthlyOutputs[i].SymptomDirectedTests += symptomDirectedTestsAtstartYear + patientEnterPerMonth;
for (int x = i + 1; x <= 12; x++)
{
_vlMonthlyOutputs[x].SymptomDirectedTests += patientEnterPerMonth;
}
_vlMonthlyOutputs[i].RepeatDuetoClinicianRequest = (_vlMonthlyOutputs[i].TestFromProtocols() * _vlRepeatsduetoClinicianRequest) + (_vlMonthlyOutputs[i].SymptomDirectedTests * _vlRepeatsduetoClinicianRequest);
pmonth = buffmonth = 0;
if (i >= PeriodInfo.FirstMonth && i <= PeriodInfo.LastMonth)
{
pmonth = 1;
}
if (i >= PeriodInfo.BeginsOnmonth && i <= PeriodInfo.EndOnMonth)
{
buffmonth = 1;
}
_vlMonthlyOutputs[i].TestsBasedonProtocols = _vlMonthlyOutputs[i].TotalTestConducted() * pmonth;
_vlMonthlyOutputs[i].TestsforBufferStock = _vlMonthlyOutputs[i].TotalTestConducted() * buffmonth;
_vlMonthlyOutputs[i].AdditionalTestsdueToWastage = (_vlMonthlyOutputs[i].TestsBasedonProtocols / (1 - _vlAdditionalTestsDuetoWastage)) - _vlMonthlyOutputs[i].TestsBasedonProtocols;
_vlMonthlyOutputs[i].AdditionalTestsdueToWastageForBuffer = (_vlMonthlyOutputs[i].TestsforBufferStock / (1 - _vlAdditionalTestsDuetoWastage)) - _vlMonthlyOutputs[i].TestsforBufferStock;
}
}
private void CalculateViralLoadTestConducted()
{
_vlPatientsRequiringOneSymptomDirectedTest = (VLTestProtocol.SymptomDirectedAmt / 100d);
_vlRepeatsduetoClinicianRequest = (VLTestProtocol.TestReapeated / 100d);
_vlAdditionalTestsDuetoWastage = (InvAssumption.ViralLoad / 100d);
for (int i = 1; i <= 12; i++)
{
MOutputViralLoad hemout = new MOutputViralLoad();
hemout.Month = i;
foreach (ProtocolPanel panel in VLTestProtocol.ProtocolPanels)
{
hemout.ExistingAdultPatientsinTreatment += CalculatedPatientNos[i].ArtAdultPreExistingPatients * panel.AdultInTreatmentDistribution;
hemout.ExistingPedPatientsinTreatment += CalculatedPatientNos[i].ArtPediatricPreExistingPatients * panel.PediatricInTreatmentDistribution; // ((pediatricsinTreatment / 12)*preExistingPatientsonPanel);
hemout.ExistingAdultPatientsinPreArt += CalculatedPatientNos[i].PreArtAdultPreExistingPatients * panel.AdultPreARTDistribution; // ((adultspreART / 12)*preExistingPatientsonPanel);
hemout.ExistingPedPatientsinTreatment += CalculatedPatientNos[i].PreArtPediatricPreExistingPatients * panel.PediatricPreARTDistribution; // ((pediatricspreART / 12)*preExistingPatientsonPanel);
for (int x = 1; x <= i; x++)
{
hemout.NewAdultPatientstoTreatment += CalculatedPatientNos[i].GetArtAdultPatientsEntering(x) * panel.AdultArtTestGivenInMonth((i - x) + 1) * (panel.AITNewPatient / 100d);
hemout.NewPedPatientstoTreatment += CalculatedPatientNos[i].GetArtPediatricPatientsEntering(x) * panel.PediatricArtTestGivenInMonth((i - x) + 1) * (panel.PITNewPatient/100d);
hemout.NewAdultPatientstoPreArt += CalculatedPatientNos[i].GetPreArtAdultPatientsEntering(x) * panel.AdultPreArtTestGivenInMonth((i - x) + 1) * (panel.APARTNewPatient/100d);
hemout.NewPedPatientstoPreArt += CalculatedPatientNos[i].GetPreArtPediatricPatientsEntering(x) * panel.PediatricPreArtTestGivenInMonth((i - x) + 1) * (panel.PPARTNewPatient/100d);
}
}
_vlMonthlyOutputs.Add(i, hemout);
}
double patientEnterPerMonth = 0;
double symptomDirectedTestsAtstartYear = CurrentAdultinTreatment + CurrentPediatricinTreatment + CurrentAdultinPreArt + CurrentPediatricinPreArt;
symptomDirectedTestsAtstartYear = (symptomDirectedTestsAtstartYear * _vlPatientsRequiringOneSymptomDirectedTest) / 12d;
int pmonth, buffmonth;
for (int i = 1; i <= 12; i++)
{
patientEnterPerMonth = CalculatedPatientNos[i].GetArtAdultPatientsEntering(i) + CalculatedPatientNos[i].GetArtPediatricPatientsEntering(i);
patientEnterPerMonth += CalculatedPatientNos[i].GetPreArtAdultPatientsEntering(i) + CalculatedPatientNos[i].GetPreArtPediatricPatientsEntering(i);
patientEnterPerMonth = (patientEnterPerMonth * _vlPatientsRequiringOneSymptomDirectedTest) / 12d;
_vlMonthlyOutputs[i].SymptomDirectedTests += symptomDirectedTestsAtstartYear + patientEnterPerMonth;
for (int x = i + 1; x <= 12; x++)
{
_vlMonthlyOutputs[x].SymptomDirectedTests += patientEnterPerMonth;
}
_vlMonthlyOutputs[i].RepeatDuetoClinicianRequest = (_vlMonthlyOutputs[i].TestFromProtocols() * _vlRepeatsduetoClinicianRequest) + (_vlMonthlyOutputs[i].SymptomDirectedTests * _vlRepeatsduetoClinicianRequest);
pmonth = buffmonth = 0;
if (i >= PeriodInfo.FirstMonth && i <= PeriodInfo.LastMonth)
pmonth = 1;
if (i >= PeriodInfo.BeginsOnmonth && i <= PeriodInfo.EndOnMonth)
buffmonth = 1;
_vlMonthlyOutputs[i].TestsBasedonProtocols = _vlMonthlyOutputs[i].TotalTestConducted() * pmonth;
_vlMonthlyOutputs[i].TestsforBufferStock = _vlMonthlyOutputs[i].TotalTestConducted() * buffmonth;
_vlMonthlyOutputs[i].AdditionalTestsdueToWastage = (_vlMonthlyOutputs[i].TestsBasedonProtocols / (1 - _vlAdditionalTestsDuetoWastage)) - _vlMonthlyOutputs[i].TestsBasedonProtocols;
_vlMonthlyOutputs[i].AdditionalTestsdueToWastageForBuffer = (_vlMonthlyOutputs[i].TestsforBufferStock / (1 - _vlAdditionalTestsDuetoWastage)) - _vlMonthlyOutputs[i].TestsforBufferStock;
}
}
