private TestsAndControls DoByondForcastCalc(SiteInstrument ins, int noofTestdays, int currentQuarter)
{
double testRunpercent = Convert.ToDouble(ins.TestRunPercentage) / 100d;
TestsAndControls ctc = new TestsAndControls(13);
ctc.TestsonInstrumentForecastPeriod = 0;
ctc.TestsonInstrumentBufferStock = SubtotalBufferTestBeyondForecast() * testRunpercent;
//Samples Referred from Elsewhere
ctc.SampleReferredTestsForecastPeriod = 0;
ctc.SampleReferredTestsBufferStock = _vlTestsReceivedFromReferringSitesBeyondForecast * testRunpercent;
double noofControls = ins.Instrument.MaxTestBeforeCtrlTest;
if (noofControls > 0)
{
ctc.ControlsPerNoOfTests = 0;
ctc.ControlsPerNoOfTestsBuffer = (ctc.TestsonInstrumentBufferStock / noofControls);
}
noofControls = ins.Instrument.DailyCtrlTest;
double controlTest = ((noofControls / (1 - _vlAdditionalTestsDuetoWastage)) * testRunpercent) * noofTestdays;
ctc.ControlsPerDay = 0;
ctc.ControlsPerDayBuffer = controlTest * PeriodInfo.NumberofBufferMonthsBeyondForecast;
noofControls = ins.Instrument.WeeklyCtrlTest;
controlTest = ((noofControls / (1 - _vlAdditionalTestsDuetoWastage)) * testRunpercent) * 4;
ctc.ControlsPerWeek = 0;
ctc.ControlsPerWeekBuffer = controlTest * PeriodInfo.NumberofBufferMonthsBeyondForecast;
noofControls = ins.Instrument.MonthlyCtrlTest;
controlTest = ((noofControls / (1 - _vlAdditionalTestsDuetoWastage)) * testRunpercent) * 1;
ctc.ControlsPerMonth = 0;
ctc.ControlsPerMonthBuffer = controlTest * PeriodInfo.NumberofBufferMonthsBeyondForecast;
noofControls = ins.Instrument.QuarterlyCtrlTest;
controlTest = ((noofControls / (1 - _vlAdditionalTestsDuetoWastage)) * testRunpercent);
int quarter = 0;
if (currentQuarter == 12)
quarter = 2;
else if (currentQuarter == 11)
quarter = 1;
else if (currentQuarter == 10)
quarter = 0;
ctc.ControlsPerQuarter = 0;
ctc.ControlsPerQuarterBuffer = Math.Round((PeriodInfo.NumberofBufferMonthsBeyondForecast - quarter) / 3d) * controlTest;
noofControls = ins.Instrument.MaxTestBeforeCtrlTest;
if (noofControls > 0)
{
ctc.SampleReferredControlsPerNoOfTests = 0;
ctc.SampleReferredControlsPerNoOfTestsBuffer = ctc.SampleReferredTestsBufferStock / noofControls;
}
return ctc;
}
private ChemistryTestsAndControls DoByondForcastCalc(SiteInstrument ins, int noofTestdays, int currentQuarter)
{
double testRunpercent = Convert.ToDouble(ins.TestRunPercentage) / 100d;
ChemistryTestsAndControls ctc = new ChemistryTestsAndControls(13);
foreach (ChemistrySymptomDirectedTest csdt in _chemMonthlyOutputs[12].ChemSymptomDirectedTest)
{
ChemistryTestOnInstrument cti = new ChemistryTestOnInstrument();
cti.TestName = csdt.TestName;
cti.TestsonInstrumentForecastPeriod = 0;
cti.TestsonInstrumentBufferStock = SubtotalBufferTestBeyondForecast(csdt.TestName) * testRunpercent;
//Samples Referred from Elsewhere
cti.SampleReferredTestsForecastPeriod = 0;
cti.SampleReferredTestsBufferStock = _testsReceivedFromReferringSitesBeyondForecast.GetChemTestValue(csdt.TestName) * testRunpercent;
ctc.ChemTestsOnInstrument.Add(cti);
}
double noofControls = ins.Instrument.MaxTestBeforeCtrlTest;
if (noofControls > 0)
{
ctc.ControlsPerNoOfTests = 0;
ctc.ControlsPerNoOfTestsBuffer = (TotalChemistrySamplesBeyoundForecast() / noofControls);
}
noofControls = ins.Instrument.DailyCtrlTest;
double controlTest = ((noofControls / (1 - _chemAdditionalTestsDuetoWastage)) * testRunpercent) * noofTestdays;
ctc.ControlsPerDay = 0;
ctc.ControlsPerDayBuffer = controlTest * PeriodInfo.NumberofBufferMonthsBeyondForecast;
noofControls = ins.Instrument.WeeklyCtrlTest;
controlTest = ((noofControls / (1 - _chemAdditionalTestsDuetoWastage)) * testRunpercent) * 4;
ctc.ControlsPerWeek = 0;
ctc.ControlsPerWeekBuffer = controlTest * PeriodInfo.NumberofBufferMonthsBeyondForecast;
noofControls = ins.Instrument.MonthlyCtrlTest;
controlTest = ((noofControls / (1 - _chemAdditionalTestsDuetoWastage)) * testRunpercent) * 1;
ctc.ControlsPerMonth = 0;
ctc.ControlsPerMonthBuffer = controlTest * PeriodInfo.NumberofBufferMonthsBeyondForecast;
noofControls = ins.Instrument.QuarterlyCtrlTest;
controlTest = ((noofControls / (1 - _chemAdditionalTestsDuetoWastage)) * testRunpercent);
int quarter = 0;
if (currentQuarter == 12)
quarter = 2;
else if (currentQuarter == 11)
quarter = 1;
else if (currentQuarter == 10)
quarter = 0;
ctc.ControlsPerQuarter = 0;
ctc.ControlsPerQuarterBuffer = ((PeriodInfo.NumberofBufferMonthsBeyondForecast - quarter) / 3) * controlTest;
ctc.TotalSamplesFP = 0;
ctc.TotalSamplesBS = TotalChemistrySamplesBeyoundForecast() * testRunpercent;
ctc.SampleReferredTotalSamplesFP = 0;
ctc.SampleReferredTotalSamplesBS = _testsReceivedFromReferringSitesBeyondForecast.TotalSamples * testRunpercent;
ctc.SampleReferredControlsPerNoOfTests = 0;
noofControls = ins.Instrument.MaxTestBeforeCtrlTest;
if (noofControls > 0)
{
ctc.SampleReferredControlsPerNoOfTestsBuffer = ctc.SampleReferredTotalSamplesBS / noofControls;
}
return ctc;
}
private void lbtAddins_LinkClicked(object sender, LinkLabelLinkClickedEventArgs e)
{
FrmSelectInstrument frm = new FrmSelectInstrument(_site.SiteInstruments);
frm.ShowDialog();
if (frm.DialogResult == DialogResult.OK)
{
List<TestingArea> TaInSelectedIns = new List<TestingArea>();
foreach (Instrument i in frm.SelectedInstruments)
{
SiteInstrument si = new SiteInstrument();
si.Instrument = i;
si.Quantity = 1;
si.TestRunPercentage = 100;
_site.SiteInstruments.Add(si);
TaInSelectedIns.Add(i.TestingArea);
}
//AddTestingAreaInDemography(TaInSelectedIns);
PopInstruments();
if (OnDataUsageEdit != null)
{
OnDataUsageEdit(this, new EventArgs());
}
}
}
private void SaveInstrument()
{
instcount = 0;
IList<SiteInstrument> resultin = new List<SiteInstrument>();
result = DataRepository.GetAllSite();
try
{
foreach (SiteInstrumentImportData rd in _siteinstrumentdata)
{
try
{
if (!rd.IsExist && !rd.HasError)
{
SiteInstrument sitein = new SiteInstrument();
ForlabRegion Inregion = DataRepository.GetRegionByName(rd.RegionName);
if (Inregion == null)
rd.HasError = true;
ForlabSite site = DataRepository.GetSiteByName(rd.SiteName, Inregion.Id);
if (site == null)
rd.HasError = true;
TestingArea ta = DataRepository.GetTestingAreaByName(rd.TestingArea);
if (ta == null)
rd.HasError = true;
Instrument Inst = DataRepository.GetInstrumentByNameAndTestingArea(rd.InstrumentName, ta.Id);
sitein.Site = site;
sitein.Instrument = Inst;
sitein.Quantity = rd.Quantity;
sitein.TestRunPercentage = rd.PecentRun;
// DataRepository.SaveOrUpdateSite(site);
foreach (ForlabSite sitei in result)
{
if (sitei.SiteName == rd.SiteName && !sitei.SiteInstruments.Contains(sitein))
{
sitein.Site = sitei;
sitei.SiteInstruments.Add(sitein);
instcount++;
}
}
}
}
catch (Exception ex)
{
rd.HasError = true;
}
}
//
// SaveAll();
// MessageBox.Show(instcount + " Site Instrument are imported successfully.", "Importing", MessageBoxButtons.OK, MessageBoxIcon.Information);
// this.DialogResult = System.Windows.Forms.DialogResult.OK;
//this.Close();
}
catch
{
MessageBox.Show("Error: Unable to import Site Instrument data.", "Importing", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
finally
{
// DataRepository.CloseSession();
}
}
