/// <summary>
/// Calculates all values for the incontinence rewet test
/// </summary>
/// <param name="incontinencePadTestValue">the test value</param>
/// <param name="testSheetId">the test sheet id</param>
/// <returns></returns>
private IncontinencePadTestValue CalculateInkoRewetValues(IncontinencePadTestValue incontinencePadTestValue,
Int32 testSheetId)
{
var testSheet = TestBll.GetTestSheetInfo(testSheetId);
var productionOrder = TestBll.GetProductionOrder(testSheet.FaNr);
incontinencePadTestValue.RewetFreeDifference = incontinencePadTestValue.RewetFreeWetValue - incontinencePadTestValue.RewetFreeDryValue;
incontinencePadTestValue.RewetFreeRw = GetRewetFreeRwType(incontinencePadTestValue.RewetFreeDifference, productionOrder);
return(incontinencePadTestValue);
}
/// <summary>
/// Calculates all values for the incontinence rewet test
/// </summary>
/// <param name="incontinencePadTestValue">the test value</param>
/// <param name="testSheetId">the test sheet id</param>
/// <returns></returns>
private IncontinencePadTestValue CalculateInkoRetentionValues(IncontinencePadTestValue incontinencePadTestValue,
Int32 testSheetId)
{
var testSheet = TestBll.GetTestSheetInfo(testSheetId);
var productionOrder = TestBll.GetProductionOrder(testSheet.FaNr);
incontinencePadTestValue.RetentionAbsorbtion = incontinencePadTestValue.RetentionWetValue - incontinencePadTestValue.RetentionWeight;
incontinencePadTestValue.RetentionEndValue = incontinencePadTestValue.RetentionAfterZentrifuge - incontinencePadTestValue.RetentionWeight;
incontinencePadTestValue.RetentionRw = GetRetentionRwType(incontinencePadTestValue.RetentionEndValue, productionOrder);
return(incontinencePadTestValue);
}
/// <summary>
/// Calculates all values for the baby diaper rewet test
/// </summary>
/// <param name="babyDiaperTestValue">the test value</param>
/// <param name="testSheetId">the test sheet id</param>
/// <returns></returns>
private BabyDiaperTestValue CalculateBabyDiaperRewetValues(BabyDiaperTestValue babyDiaperTestValue,
Int32 testSheetId)
{
var testSheet = TestBll.GetTestSheetInfo(testSheetId);
var productionOrder = TestBll.GetProductionOrder(testSheet.FaNr);
babyDiaperTestValue.Rewet140Rw = GetRewet140RwType(babyDiaperTestValue.Rewet140Value, productionOrder);
babyDiaperTestValue.Rewet210Rw = GetRewet210RwType(babyDiaperTestValue.Rewet210Value, productionOrder);
babyDiaperTestValue.PenetrationRwType = GetPenetrationRwType(babyDiaperTestValue.PenetrationTimeAdditionFourth, productionOrder);
return(babyDiaperTestValue);
}
/// <summary>
/// Calculates all values for the incontinence acquisition test
/// </summary>
/// <param name="incontinencePadTestValue">the test value</param>
/// <param name="testSheetId">the test sheet id</param>
/// <returns></returns>
private IncontinencePadTestValue CalculateInkoAquisitionValues(IncontinencePadTestValue incontinencePadTestValue,
Int32 testSheetId)
{
var testSheet = TestBll.GetTestSheetInfo(testSheetId);
var productionOrder = TestBll.GetProductionOrder(testSheet.FaNr);
incontinencePadTestValue.AcquisitionTimeFirstRw = GetMaxRw(incontinencePadTestValue.AcquisitionTimeFirst, productionOrder.Article.MaxHyTec1);
incontinencePadTestValue.AcquisitionTimeSecondRw = GetMaxRw(incontinencePadTestValue.AcquisitionTimeSecond, productionOrder.Article.MaxHyTec2);
incontinencePadTestValue.AcquisitionTimeThirdRw = GetMaxRw(incontinencePadTestValue.AcquisitionTimeThird, productionOrder.Article.MaxHyTec3);
incontinencePadTestValue.RewetAfterAcquisitionTimeWeightDifference = incontinencePadTestValue.RewetAfterAcquisitionTimeWetWeight
- incontinencePadTestValue.RewetAfterAcquisitionTimeDryWeight;
incontinencePadTestValue.RewetAfterAcquisitionTimeRw = GetMaxRw(incontinencePadTestValue.RewetAfterAcquisitionTimeWeightDifference,
productionOrder.Article.MaxInkoRewetAfterAquisition);
return(incontinencePadTestValue);
}
/// <summary>
/// Updates the Average and standard deviation values of the testsheet for retention values
/// </summary>
/// <param name="testSheetId">id of the test sheet</param>
/// <returns>the updated test sheet</returns>
public TestSheet UpdateRetentionAverageAndStv(Int32 testSheetId)
{
var testSheet = TestBll.GetTestSheetInfo(testSheetId);
var retentionTestAvg =
testSheet.TestValues.FirstOrDefault(
tv =>
(tv.ArticleTestType == ArticleType.BabyDiaper) && (tv.BabyDiaperTestValue.TestType == TestTypeBabyDiaper.Retention) &&
(tv.TestValueType == TestValueType.Average));
var retentionTestStDev =
testSheet.TestValues.FirstOrDefault(
tv =>
(tv.ArticleTestType == ArticleType.BabyDiaper) && (tv.BabyDiaperTestValue.TestType == TestTypeBabyDiaper.Retention) &&
(tv.TestValueType == TestValueType.StandardDeviation));
UpdateRetentionAvg(testSheet, retentionTestAvg);
UpdateRetentionStDev(testSheet, retentionTestAvg, retentionTestStDev);
TestBll.UpdateTestSheet();
return(testSheet);
}
/// <summary>
/// Gets the InkoRetentionEditViewModel for edit
/// </summary>
/// <param name="testSheetId">The Id of the test sheet where the Inko rewet test is for</param>
/// <returns>The InkoRewetEditViewModel</returns>
public InkoRetentionEditViewModel GetNewInkoRetentionEditViewModel(Int32 testSheetId)
{
var testSheet = TestBll.GetTestSheetInfo(testSheetId);
if (testSheet.IsNull() || (testSheet.ArticleType != ArticleType.IncontinencePad))
{
Logger.Error("TestBlatt mit id " + testSheetId + "existiert nicht in DB!");
return(null);
}
var errors = TestBll.GetAllNoteCodes();
var errorCodes = errors.Select(error => new ErrorCode {
ErrorId = error.ErrorId, Name = error.ErrorCode + " - " + error.Value
})
.ToList();
var viewModel = new InkoRetentionEditViewModel
{
TestSheetId = testSheetId,
TestValueId = -1,
ProductionCode = TestServiceHelper.CreateProductionCode(testSheet),
NoteCodes = errorCodes,
Notes = new List <TestNote>()
};
var oldTestValue = testSheet.TestValues.Where(t => t.TestValueType == TestValueType.Single)
.ToList()
.LastOrDefault();
if (oldTestValue == null)
{
return(viewModel);
}
viewModel.TestPerson = oldTestValue.LastEditedPerson;
viewModel.ProductionCodeDay = oldTestValue.DayInYearOfArticleCreation;
viewModel.ProductionCodeTime = oldTestValue.IncontinencePadTestValue.IncontinencePadTime;
viewModel.ExpireMonth = oldTestValue.IncontinencePadTestValue.ExpireMonth;
viewModel.ExpireYear = oldTestValue.IncontinencePadTestValue.ExpireYear;
return(viewModel);
}
/// <summary>
/// Calculates all values for the baby diaper retention test
/// </summary>
/// <param name="babyDiaperTestValue">the test value</param>
/// <param name="testSheetId">the test sheet id</param>
/// <returns></returns>
private BabyDiaperTestValue CalculateBabyDiaperRetentionValues(BabyDiaperTestValue babyDiaperTestValue,
Int32 testSheetId)
{
var testSheet = TestBll.GetTestSheetInfo(testSheetId);
var productionOrder = TestBll.GetProductionOrder(testSheet.FaNr);
babyDiaperTestValue.RetentionAfterZentrifugeValue = babyDiaperTestValue.RetentionWetWeight -
babyDiaperTestValue.WeightDiaperDry;
if (Math.Abs(babyDiaperTestValue.WeightDiaperDry) > 0.1)
{
babyDiaperTestValue.RetentionAfterZentrifugePercent = (babyDiaperTestValue.RetentionWetWeight -
babyDiaperTestValue.WeightDiaperDry) * 100.0 /
babyDiaperTestValue.WeightDiaperDry;
}
babyDiaperTestValue.RetentionRw = GetRetentionRwType(babyDiaperTestValue.RetentionAfterZentrifugeValue, productionOrder);
babyDiaperTestValue.SapType = testSheet.SAPType;
babyDiaperTestValue.SapNr = testSheet.SAPNr;
babyDiaperTestValue.SapGHoewiValue = (babyDiaperTestValue.RetentionWetWeight - babyDiaperTestValue.WeightDiaperDry - productionOrder.Component.PillowRetentWithoutSAP)
/ productionOrder.Component.SAP;
return(babyDiaperTestValue);
}
/// <summary>
/// Updates the Average and standard deviation values of the testsheet for retention values
/// </summary>
/// <param name="testSheetId">id of the test sheet</param>
/// <returns>the updated test sheet</returns>
public TestSheet UpdateRetentionAverageAndStv(Int32 testSheetId)
{
var testSheet = TestBll.GetTestSheetInfo(testSheetId);
var inkoRetentionTestAvg =
testSheet.TestValues.FirstOrDefault(
tv =>
(tv.ArticleTestType == ArticleType.IncontinencePad) &&
(tv.IncontinencePadTestValue.TestType == TestTypeIncontinencePad.Retention) &&
(tv.TestValueType == TestValueType.Average));
var inkoRetentionTestStDev =
testSheet.TestValues.FirstOrDefault(
tv =>
(tv.ArticleTestType == ArticleType.IncontinencePad) &&
(tv.IncontinencePadTestValue.TestType == TestTypeIncontinencePad.Retention) &&
(tv.TestValueType == TestValueType.StandardDeviation));
UpdateInkoRetentionAvg(testSheet, inkoRetentionTestAvg);
UpdateInkoRetentionStDev(testSheet, inkoRetentionTestAvg, inkoRetentionTestStDev);
TestBll.UpdateTestSheet();
return(testSheet);
}
/// <summary>
/// Gets the BabyDiaperRewetEditViewModel for edit
/// </summary>
/// <param name="testSheetId">The Id of the test sheet where the Babydiaper rewet test is for</param>
/// <returns>The BabyDiaperRewetEditViewModel</returns>
public BabyDiaperRewetEditViewModel GetNewBabyDiaperRewetEditViewModel(Int32 testSheetId)
{
var testSheetInfo = TestBll.GetTestSheetInfo(testSheetId);
if (testSheetInfo.IsNull())
{
Logger.Error("TestBlatt mit id " + testSheetId + "existiert nicht in DB!");
return(null);
}
var errors = TestBll.GetAllNoteCodes();
var errorCodes = errors.Select(error => new ErrorCode {
ErrorId = error.ErrorId, Name = error.ErrorCode + " - " + error.Value
})
.ToList();
var viewModel = new BabyDiaperRewetEditViewModel
{
TestSheetId = testSheetId,
TestValueId = -1,
ProductionCode = TestServiceHelper.CreateProductionCode(testSheetInfo),
NoteCodes = errorCodes,
Notes = new List <TestNote>()
};
var oldTestValue = testSheetInfo.TestValues.Where(t => t.TestValueType == TestValueType.Single)
.ToList()
.LastOrDefault();
if (oldTestValue == null)
{
return(viewModel);
}
viewModel.TestPerson = oldTestValue.LastEditedPerson;
viewModel.ProductionCodeDay = oldTestValue.DayInYearOfArticleCreation;
viewModel.ProductionCodeTime = oldTestValue.BabyDiaperTestValue.DiaperCreatedTime;
return(viewModel);
}