public Property GetPropertyDataNew(int materialId, int subgroupId, GroupTestCondition record, PropertyWithConvertedValues prop)
{
Property propertyObj = new Property()
{
PropertyId = prop.PropertyId,
SourcePropertyId = 0,
SourceId = 1,
DefaultUnitId = 1,
MaterialId = materialId,
SubgroupId = subgroupId,
RowId = record.RowID,
ValueId = prop.ValueId
};
propertyObj.PropertyName = prop.PropertyName;
string value = "";
string unit = "";
string note = "";
string text = "";
if (prop.AdditionalCondition != null && prop.SpecimenOrientation != null)
{
text = prop.AdditionalCondition + "; specimen orientation: " + prop.SpecimenOrientation;
}
if (prop.AdditionalCondition == null && prop.SpecimenOrientation != null)
{
text = "specimen orientation: " + prop.SpecimenOrientation;
}
if (prop.AdditionalCondition != null && prop.SpecimenOrientation == null)
{
text = prop.AdditionalCondition;
}
FillValueForPropertyUnitType(prop.OrigValue, prop.OrigValueMin, prop.OrigValueMax, prop.OrigValueText, text, prop.Temperature, prop.OriginalUnit, out value, out note, out unit);
propertyObj.OrigValue = value;
propertyObj.OrigUnit = unit;
propertyObj.OrigValueText = note;
//TODO: prop.OrigValueText
FillValueForPropertyUnitType(prop.ConvValue, prop.ConvValueMin, prop.ConvValueMax, prop.OrigValueText, text, prop.Temperature, prop.DefaultUnit, out value, out note, out unit);
propertyObj.DeafaultValue = value;
propertyObj.DeafaultUnit = unit;
propertyObj.DeafaultValueText = note;
//TODO: prop.OrigValueText
FillValueForPropertyUnitType(prop.UsValue, prop.UsValueMin, prop.UsValueMax, prop.OrigValueText, text, prop.Temperature, prop.UsUnit, out value, out note, out unit);
propertyObj.USValue = value;
propertyObj.UStUnit = unit;
propertyObj.USValueText = note;
//TODO: Treba izbaciti, mislim da je visak
if (prop.ConvValue == null)
{
if (prop.ConvValueMin != null && prop.ConvValueMax != null)
{
propertyObj.ConvValue = ((double)prop.ConvValueMin).ToString("0.####") + "-" + ((double)prop.ConvValueMax).ToString("0.##");
}
if (prop.ConvValueMin != null && prop.ConvValueMax == null)
{
propertyObj.ConvValue = "≤" + ((double)prop.ConvValueMin).ToString("0.####");
}
if (prop.ConvValueMax != null && prop.ConvValueMin == null)
{
propertyObj.ConvValue = "≥" + ((double)prop.ConvValueMax).ToString("0.####");
}
if (prop.ConvValueMax == null && prop.ConvValueMin == null)
{
propertyObj.ConvValue = "";
}
}
else
{
propertyObj.ConvValue = prop.ConvValue.ToString();
}
return(propertyObj);
}
public ConditionModel GetDataForSlectedTestCondition(int materialId, int subgroupId, int groupId, int rowId, IMaterialsContextUow context)
{
GroupTestCondition slectedTestCondition = context.GroupTestConditions.AllAsNoTracking.Where(n => n.MaterialID == materialId && n.SubgroupID == subgroupId && n.GroupId == groupId && n.RowID == rowId).FirstOrDefault();
ConditionModel conditionModel = new ConditionModel();
conditionModel.ProductGroupId = (ProductGroup.ProductGroupType)groupId;
conditionModel.Properties = new List <ElsevierMaterials.Models.Property>();
conditionModel.RowId = rowId;
conditionModel.ConditionName = "";
if (slectedTestCondition.Temperature != null && slectedTestCondition.Temperature != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; " + slectedTestCondition.Temperature : slectedTestCondition.Temperature);
}
if (slectedTestCondition.Basis != null && slectedTestCondition.Basis != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; Basis: " + slectedTestCondition.Basis : "Basis: " + slectedTestCondition.Basis);
}
if (slectedTestCondition.TestType != null && slectedTestCondition.TestType != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; " + slectedTestCondition.TestType : slectedTestCondition.TestType);
}
if (slectedTestCondition.StressRatio != null && slectedTestCondition.StressRatio != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; Stress ratio: " + slectedTestCondition.StressRatio : "Stress ratio: " + slectedTestCondition.StressRatio);
}
if (slectedTestCondition.SpecimenOrientation != null && slectedTestCondition.SpecimenOrientation != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; Specimen orientation: " + slectedTestCondition.SpecimenOrientation : "Specimen orientation: " + slectedTestCondition.SpecimenOrientation);
}
if (slectedTestCondition.HoldingTemperature != null && slectedTestCondition.HoldingTemperature != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; Holding temperature: " + slectedTestCondition.HoldingTemperature : "Holding temperature: " + slectedTestCondition.HoldingTemperature);
}
if (slectedTestCondition.HoldingTime != null && slectedTestCondition.HoldingTime != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; Holding time: " + slectedTestCondition.HoldingTime : "Holding time: " + slectedTestCondition.HoldingTime);
}
if (slectedTestCondition.SpecimenType != null && slectedTestCondition.SpecimenType != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; " + slectedTestCondition.SpecimenType : slectedTestCondition.SpecimenType);
}
if (slectedTestCondition.Comment != null && slectedTestCondition.Comment != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; " + slectedTestCondition.Comment : slectedTestCondition.Comment);
}
if (slectedTestCondition.TSCF != null && slectedTestCondition.TSCF != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; Theoretical stress concentration factor: " + slectedTestCondition.TSCF : "Theoretical stress concentration factor: " + slectedTestCondition.TSCF);
}
if (slectedTestCondition.Pressure != null && slectedTestCondition.Pressure != "")
{
conditionModel.ConditionName = conditionModel.ConditionName + ((conditionModel.ConditionName != "") ? "; " + slectedTestCondition.Pressure : slectedTestCondition.Pressure);
}
if (conditionModel.ConditionName == null || conditionModel.ConditionName == "")
{
conditionModel.ConditionName = "All";
}
conditionModel.ConditionName = conditionModel.ConditionName.TrimStart(';').TrimStart();
IList <PropertyWithConvertedValues> propertiesPerCond = context.PropertiesWithConvertedValues.All.Where(m => m.MaterialId == materialId && m.SubgroupId == subgroupId && m.GroupId == slectedTestCondition.GroupId && m.RowId == slectedTestCondition.RowID).ToList();
foreach (var prop in propertiesPerCond)
{
ElsevierMaterials.Models.Property propertyObj = new PropertyElsBinder().GetPropertyDataNew(materialId, subgroupId, slectedTestCondition, prop);
conditionModel.Properties.Add(propertyObj);
}
conditionModel.Properties = conditionModel.Properties.OrderBy(m => m.PropertyId).ToList();
return(conditionModel);
}
