/// <summary>
/// 添加静态拉伸数据
/// </summary>
/// <param name="input"></param>
/// <returns></returns>
public async Task <Guid> AddManufactory(StaticTensionDataDetailDto input)
{
var staticTensionDataDetail = new StaticTensionDataDetail
{
MaterialTrialDataId = input.MaterialTrialDataId,
Standard = input.Standard,
SerialNumber = input.SerialNumber,
SampleCode = input.SampleCode,
Length = input.Length,
Width = input.Width,
Thickness = input.Thickness,
Diameter = input.Diameter,
GaugeDistance = input.GaugeDistance,
Remark = input.Remark,
NonProportionalExtendRatio = input.NonProportionalExtendRatio,
YieldStrength = input.YieldStrength,
TensileStrength = input.TensileStrength,
StrainHardening = input.StrainHardening,
Elongation = input.Elongation,
PlasticStrainRatio = input.PlasticStrainRatio,
ModulusOfElasticity = input.ModulusOfElasticity,
PoissonRatio = input.PoissonRatio,
MaximumForce = input.MaximumForce,
};
await _staticTensionDataDetailRepository.InsertAsync(staticTensionDataDetail);
return(staticTensionDataDetail.Id);
}
public List <StaticTensionDataDetailDto> GetStaticTensionDataDetailsNum(List <Guid> ids)
{
try
{
//存放查询一个id返回得到的数据数组
List <StaticTensionDataDetailDto> project1 = new List <StaticTensionDataDetailDto>();
//对查询返回得到的数据数组处理
StaticTensionDataDetailDto project2 = new StaticTensionDataDetailDto();
//处理后存放的位置，最后一起返回所有id对应的数据数组
List <StaticTensionDataDetailDto> project3 = new List <StaticTensionDataDetailDto>();
foreach (var item in ids)
{
//查询一个materiaid返回的是一个数组,如果数组为空则在project3add一个空对象数组
project1 = _materialTrialAppService.GetStaticTensionDataDetails2(item);
if (project1.Count != 0)
{
project2 = project1[0];
//返回两位数的小数
project2.YieldStrength = Math.Round(project1.Average(t => t.YieldStrength).GetValueOrDefault(), 2);
project2.TensileStrength = Math.Round(project1.Average(t => t.TensileStrength).GetValueOrDefault(), 2);
project2.StrainHardening = Math.Round(project1.Average(t => t.StrainHardening).GetValueOrDefault(), 2);
project2.Elongation = Math.Round(project1.Average(t => t.Elongation).GetValueOrDefault(), 2);
project2.PlasticStrainRatio = Math.Round(project1.Average(t => t.PlasticStrainRatio).GetValueOrDefault(), 2);
project2.ModulusOfElasticity = Math.Round(project1.Average(t => t.ModulusOfElasticity).GetValueOrDefault(), 2);
project2.PoissonRatio = Math.Round(project1.Average(t => t.PoissonRatio).GetValueOrDefault(), 2);
project2.MaximumForce = Math.Round(project1.Average(t => t.MaximumForce).GetValueOrDefault(), 2);
project2.BHValue = Math.Round(project1.Average(t => t.BHValue).GetValueOrDefault(), 2);
project2.IndenterDiameter = Math.Round(project1.Average(t => t.IndenterDiameter).GetValueOrDefault(), 2);
project2.VImpactTemperature = Math.Round(project1.Average(t => t.VImpactTemperature).GetValueOrDefault(), 2);
project2.VImpactEnergy = Math.Round(project1.Average(t => t.VImpactEnergy).GetValueOrDefault(), 2);
}
else
{
//需要对project2重新操作一次让它为空
project2 = new StaticTensionDataDetailDto();
}
project3.Add(project2);
}
return(project3);
}
catch (Exception)
{
return(null);
}
}
/// <summary>
/// 添加静态拉伸数据
/// </summary>
/// <param name="input"></param>
/// <returns></returns>
public async Task <Guid> AddstaticTensionDataDetail(StaticTensionDataDetailDto input)
{
var staticTensionDataDetail = new StaticTensionDataDetail
{
MaterialTrialDataId = input.MaterialTrialDataId,
Standard = input.Standard,
SampleCode = input.SampleCode,
Thickness = input.Thickness,
GaugeDistance = input.GaugeDistance,
Remark = input.Remark,
NonProportionalExtendRatio = input.NonProportionalExtendRatio,
YieldStrength = input.YieldStrength,
TensileStrength = input.TensileStrength,
StrainHardening = input.StrainHardening,
Elongation = input.Elongation,
PlasticStrainRatio = input.PlasticStrainRatio,
ModulusOfElasticity = input.ModulusOfElasticity,
PoissonRatio = input.PoissonRatio,
MaximumForce = input.MaximumForce,
#region 新增
Equipment = input.Equipment,
FileString = input.FileString,
Direction = input.Direction,
BHValue = input.BHValue,
IndenterDiameter = input.IndenterDiameter,
VImpactTemperature = input.VImpactTemperature,
VImpactEnergy = input.VImpactEnergy,
TestOrganization = input.TestOrganization,
TestMethod = input.TestMethod
#endregion
};
await _staticTensionDataDetailRepository.InsertAsync(staticTensionDataDetail);
return(staticTensionDataDetail.Id);
}