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SGGL_SHJ/SGGL/BLL/HJGL/WPQ/WPQListService.cs

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using Model;
using System;
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using System.Collections.Generic;
using System.Linq;
namespace BLL
{
/// <summary>
/// 焊接工艺评定台账
/// </summary>
public static class WPQListServiceService
{
/// <summary>
/// 根据主键获取焊接工艺评定台账
/// </summary>
/// <param name="WPQId"></param>
/// <returns></returns>
public static Model.WPQ_WPQList GetWPQById(string wpqId)
{
return Funs.DB.WPQ_WPQList.FirstOrDefault(e => e.WPQId == wpqId);
}
/// <summary>
/// 添加焊接工艺评定台账
/// </summary>
/// <param name="WPQ"></param>
public static void AddWPQ(Model.WPQ_WPQList WPQ)
{
Model.SGGLDB db = Funs.DB;
Model.WPQ_WPQList newWPQ = new Model.WPQ_WPQList();
newWPQ.WPQId = WPQ.WPQId;
newWPQ.WPQCode = WPQ.WPQCode;
newWPQ.ProjectId = WPQ.ProjectId;
newWPQ.UnitId = WPQ.UnitId;
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newWPQ.CompileMan = WPQ.CompileMan;
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newWPQ.CompileDate = WPQ.CompileDate;
newWPQ.MaterialId1 = WPQ.MaterialId1;
newWPQ.MaterialId2 = WPQ.MaterialId2;
newWPQ.Material1Class = WPQ.Material1Class;
newWPQ.Material2Class = WPQ.Material2Class;
newWPQ.Material1Group = WPQ.Material1Group;
newWPQ.Material2Group = WPQ.Material2Group;
newWPQ.Specifications = WPQ.Specifications;
newWPQ.WeldingRod = WPQ.WeldingRod;
newWPQ.WeldingWire = WPQ.WeldingWire;
newWPQ.GrooveType = WPQ.GrooveType;
newWPQ.WeldingPosition = WPQ.WeldingPosition;
newWPQ.WeldingMethodId = WPQ.WeldingMethodId;
newWPQ.MinImpactDia = WPQ.MinImpactDia;
newWPQ.MaxImpactDia = WPQ.MaxImpactDia;
newWPQ.MinCImpactDia = WPQ.MinCImpactDia;
newWPQ.MaxCImpactDia = WPQ.MaxCImpactDia;
newWPQ.MinImpactThickness = WPQ.MinImpactThickness;
newWPQ.MaxImpactThickness = WPQ.MaxImpactThickness;
newWPQ.NoMinImpactThickness = WPQ.NoMinImpactThickness;
newWPQ.NoMaxImpactThickness = WPQ.NoMaxImpactThickness;
newWPQ.IsHotProess = WPQ.IsHotProess;
newWPQ.WPQStandard = WPQ.WPQStandard;
newWPQ.PreTemperature = WPQ.PreTemperature;
newWPQ.Remark = WPQ.Remark;
newWPQ.JointType = WPQ.JointType;
newWPQ.Motorization = WPQ.Motorization;
newWPQ.ProtectiveGas = WPQ.ProtectiveGas;
newWPQ.Stretching = WPQ.Stretching;
newWPQ.Bend = WPQ.Bend;
newWPQ.ToAttack = WPQ.ToAttack;
newWPQ.Others = WPQ.Others;
newWPQ.State = WPQ.State;
newWPQ.ApproveManId = WPQ.ApproveManId;
newWPQ.RequiredT = WPQ.RequiredT;
newWPQ.RequestTime = WPQ.RequestTime;
newWPQ.WeldingWireSpecification = WPQ.WeldingWireSpecification;
newWPQ.WeldingRodSpecification = WPQ.WeldingRodSpecification;
newWPQ.GasProtectionModeId = WPQ.GasProtectionModeId;
newWPQ.ProtectionGasId = WPQ.ProtectionGasId;
db.WPQ_WPQList.InsertOnSubmit(newWPQ);
db.SubmitChanges();
}
/// <summary>
/// 修改焊接工艺评定台账
/// </summary>
/// <param name="WPQ"></param>
public static void UpdateWPQ(Model.WPQ_WPQList WPQ)
{
Model.SGGLDB db = Funs.DB;
Model.WPQ_WPQList newWPQ = db.WPQ_WPQList.FirstOrDefault(e => e.WPQId == WPQ.WPQId);
if (newWPQ != null)
{
newWPQ.WPQCode = WPQ.WPQCode;
newWPQ.UnitId = WPQ.UnitId;
newWPQ.CompileDate = WPQ.CompileDate;
newWPQ.MaterialId1 = WPQ.MaterialId1;
newWPQ.MaterialId2 = WPQ.MaterialId2;
newWPQ.Material1Class = WPQ.Material1Class;
newWPQ.Material2Class = WPQ.Material2Class;
newWPQ.Material1Group = WPQ.Material1Group;
newWPQ.Material2Group = WPQ.Material2Group;
newWPQ.Specifications = WPQ.Specifications;
newWPQ.WeldingRod = WPQ.WeldingRod;
newWPQ.WeldingWire = WPQ.WeldingWire;
newWPQ.GrooveType = WPQ.GrooveType;
newWPQ.WeldingPosition = WPQ.WeldingPosition;
newWPQ.WeldingMethodId = WPQ.WeldingMethodId;
newWPQ.MinImpactDia = WPQ.MinImpactDia;
newWPQ.MaxImpactDia = WPQ.MaxImpactDia;
newWPQ.MinImpactThickness = WPQ.MinImpactThickness;
newWPQ.MaxImpactThickness = WPQ.MaxImpactThickness;
newWPQ.NoMinImpactThickness = WPQ.NoMinImpactThickness;
newWPQ.NoMaxImpactThickness = WPQ.NoMaxImpactThickness;
newWPQ.IsHotProess = WPQ.IsHotProess;
newWPQ.WPQStandard = WPQ.WPQStandard;
newWPQ.PreTemperature = WPQ.PreTemperature;
newWPQ.Remark = WPQ.Remark;
newWPQ.JointType = WPQ.JointType;
newWPQ.Motorization = WPQ.Motorization;
newWPQ.ProtectiveGas = WPQ.ProtectiveGas;
newWPQ.Stretching = WPQ.Stretching;
newWPQ.Bend = WPQ.Bend;
newWPQ.ToAttack = WPQ.ToAttack;
newWPQ.Others = WPQ.Others;
newWPQ.State = WPQ.State;
newWPQ.ApproveManId = WPQ.ApproveManId;
newWPQ.ApproveTime = WPQ.ApproveTime;
newWPQ.RequiredT = WPQ.RequiredT;
newWPQ.RequestTime = WPQ.RequestTime;
newWPQ.WeldingWireSpecification = WPQ.WeldingWireSpecification;
newWPQ.WeldingRodSpecification = WPQ.WeldingRodSpecification;
newWPQ.GasProtectionModeId = WPQ.GasProtectionModeId;
newWPQ.ProtectionGasId = WPQ.ProtectionGasId;
db.SubmitChanges();
}
}
/// <summary>
/// 根据主键删除焊接工艺评定台账
/// </summary>
/// <param name="WPQId"></param>
public static void DeleteWPQById(string WPQId)
{
Model.SGGLDB db = Funs.DB;
Model.WPQ_WPQList WPQ = db.WPQ_WPQList.FirstOrDefault(e => e.WPQId == WPQId);
if (WPQ != null)
{
var flow = db.WPQ_WPQListFlowOperate.Where(x => x.WPQId == WPQId);
if (flow.Count() > 0)
{
db.WPQ_WPQListFlowOperate.DeleteAllOnSubmit(flow);
db.SubmitChanges();
}
AttachFileService.DeleteAttachFile(Funs.RootPath, WPQId, Const.WPQListMenuId);//删除附件
db.WPQ_WPQList.DeleteOnSubmit(WPQ);
db.SubmitChanges();
}
}
/// <summary>
/// 判断是否存在相同评定编号
/// </summary>
/// <param name="WPQId"></param>
/// <param name="code"></param>
/// <returns></returns>
public static bool IsWPQCode(string WPQId, string code)
{
var q = Funs.DB.WPQ_WPQList.FirstOrDefault(x => (x.WPQId != WPQId || (WPQId == null && x.WPQId != null)) && x.WPQCode == code);
if (q != null)
{
return true;
}
else
{
return false;
}
}
#region 匹配wpq
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public static List<View_HJGL_WPQ> GetMatchWPQ(HJGL_WeldJoint jot, string projectid, string unitid)
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{
var pipe = BLL.PipelineService.GetPipelineByPipelineId(jot.PipelineId);
var weldT = BLL.Base_WeldTypeService.GetWeldTypeByWeldTypeId(jot.WeldTypeId);
string material1 = jot.Material1Id;
string material2 = jot.Material2Id;
decimal dia = jot.Dia.HasValue ? jot.Dia.Value : 0;
decimal sch = jot.Thickness.HasValue ? jot.Thickness.Value : 0;
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string unitId = string.Empty;
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if (unitid != Const._Null)
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{
unitId = unitid;
}
else
{
unitId = pipe.UnitId;
}
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string weldType = string.Empty;
if (weldT != null)
{
weldType = weldT.WeldTypeCode;
}
var mat1 = BLL.Base_MaterialService.GetMaterialByMaterialId(material1);
var mat2 = BLL.Base_MaterialService.GetMaterialByMaterialId(material2);
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if (mat1.MaterialCode == "No matl" || mat2.MaterialCode == "No matl") //材质1或材质2有一种为无材质，则匹配不了wpq
{
return null;
}
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int m1 = SNClass(mat1.MaterialClass);
int m2 = SNClass(mat2.MaterialClass);
int g1 = SNGroup(mat1.MaterialGroup);
int g2 = SNGroup(mat2.MaterialGroup);
string preGroup1 = PreGroup(mat1.MaterialGroup);
string preGroup2 = PreGroup(mat2.MaterialGroup);
List<Model.View_HJGL_WPQ> list = new List<Model.View_HJGL_WPQ>();
// 单位、接头形式、材质的覆盖
var wpq = from x in Funs.DB.View_HJGL_WPQ
where x.UnitId == unitId && x.State == BLL.Const.State_2 && x.ProjectId == projectid
//&& (x.JointType == "对接焊缝" || (x.JointType != "对接焊缝" && weldType != "B"))
//&& ((x.Material1Group == mat1.MaterialGroup && x.Material2Group == mat2.MaterialGroup)
//|| (x.Material1Group == mat2.MaterialGroup && x.Material2Group == mat1.MaterialGroup))
select x;
// 根据接头形式判断外径和壁厚的覆盖
if (weldType.Contains("B"))
{
wpq = from x in wpq
where dia >= x.MinImpactDia && dia <= x.MaxImpactDia
&& sch >= x.MinImpactThickness && sch <= x.MaxImpactThickness
select x;
}
else
{
wpq = from x in wpq
where dia >= x.MinCImpactDia && dia <= x.MaxCImpactDia
&& sch >= x.NoMinImpactThickness && sch <= x.NoMaxImpactThickness
select x;
}
// 一、材质类别相等
var wpq1 = from x in wpq where x.Material1Class == x.Material2Class select x;
foreach (var item in wpq1)
{
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try
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{
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// 满足WPS第一个条件：焊接方法为“PAW、SMAW、SAW、GMAW、FCAW、GTAW”且材质类别属于Fe-1~Fe-5A
if ((item.WeldingMethodCode == "PAW" || item.WeldingMethodCode == "SMAW" || item.WeldingMethodCode == "SAW" || item.WeldingMethodCode == "GMAW" || item.WeldingMethodCode == "FCAW" || item.WeldingMethodCode == "GTAW")
&& (item.SNClass1 == "1" || item.SNClass1 == "2" || item.SNClass1 == "3" || item.SNClass1 == "4" || item.SNClass1 == "5A"))
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{
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// 满足:焊口材质1”等于且“焊口材质2”小于WPS材质类别
if (item.Material1Class == mat1.MaterialClass && Convert.ToInt32(item.SNClass2) > m2)
{
list.Add(item);
}
// 满足:焊口“材质2”等于且“焊口材质1”小于WPS材质类别
else if (item.Material2Class == mat2.MaterialClass && Convert.ToInt32(item.SNClass1) > m1)
{
list.Add(item);
}
else
{
// WPS“材质1”与“材质2”“组别”相等
if (item.Material1Group == item.Material2Group)
{
//≠“Fe-1-2”
if (item.Material1Group != "Fe-1-2")
{
//焊口“材质1”与“材质2”组别关系
//相等且等于WPS材质组别
if (mat1.MaterialGroup == mat2.MaterialGroup && mat1.MaterialGroup == item.Material1Group)
{
list.Add(item);
}
//“材质1”等于且“材质2”小于WPS材质组别
else if (mat1.MaterialGroup == item.Material1Group && item.PreGroup1 == preGroup2 && Convert.ToInt32(item.SNGroup1) > g2)
{
list.Add(item);
}
//“材质2”等于且“材质1”小于WPS材质组别
else if (mat2.MaterialGroup == item.Material1Group && item.PreGroup1 == preGroup1 && Convert.ToInt32(item.SNGroup1) > g1)
{
list.Add(item);
}
}
//＝“Fe-1-2”
else
{
//=“Fe-1-2”
if (mat1.MaterialGroup == "Fe-1-2" && mat2.MaterialGroup == "Fe-1-2")
{
list.Add(item);
}
//=“Fe-1-1”
else if (mat1.MaterialGroup == "Fe-1-1" && mat2.MaterialGroup == "Fe-1-1")
{
list.Add(item);
}
//“材质1”等于且“材质2”小于WPS材质组别
else if (mat1.MaterialGroup == item.Material1Group && item.PreGroup1 == preGroup2 && Convert.ToInt32(item.SNGroup1) > g2)
{
list.Add(item);
}
//“材质2”等于且“材质1”小于WPS材质组别
else if (mat2.MaterialGroup == item.Material1Group && item.PreGroup1 == preGroup1 && Convert.ToInt32(item.SNGroup1) > g1)
{
list.Add(item);
}
}
}
//WPS“材质1”与“材质2”“组别”不相等
else
{
//"与WPS一致（材1 = WPS材1，且材2 = WPS材2或材2 = WPS材1，且材1 = WPS材2）"
if ((mat1.MaterialGroup == item.Material1Group && mat2.MaterialGroup == item.Material2Group) || (mat2.MaterialGroup == item.Material1Group && mat1.MaterialGroup == item.Material2Group))
{
list.Add(item);
}
}
}
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}
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//其他
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else
{
// WPS“材质1”与“材质2”“组别”相等
if (item.Material1Group == item.Material2Group)
{
//≠“Fe-1-2”
if (item.Material1Group != "Fe-1-2")
{
//焊口“材质1”与“材质2”组别关系
//相等且等于WPS材质组别
if (mat1.MaterialGroup == mat2.MaterialGroup && mat1.MaterialGroup == item.Material1Group)
{
list.Add(item);
}
//“材质1”等于且“材质2”小于WPS材质组别
else if (mat1.MaterialGroup == item.Material1Group && item.PreGroup1 == preGroup2 && Convert.ToInt32(item.SNGroup1) > g2)
{
list.Add(item);
}
//“材质2”等于且“材质1”小于WPS材质组别
else if (mat2.MaterialGroup == item.Material1Group && item.PreGroup1 == preGroup1 && Convert.ToInt32(item.SNGroup1) > g1)
{
list.Add(item);
}
}
//＝“Fe-1-2”
else
{
//=“Fe-1-2”
if (mat1.MaterialGroup == "Fe-1-2" && mat2.MaterialGroup == "Fe-1-2")
{
list.Add(item);
}
//=“Fe-1-1”
else if (mat1.MaterialGroup == "Fe-1-1" && mat2.MaterialGroup == "Fe-1-1")
{
list.Add(item);
}
//“材质1”等于且“材质2”小于WPS材质组别
else if (mat1.MaterialGroup == item.Material1Group && item.PreGroup1 == preGroup2 && Convert.ToInt32(item.SNGroup1) > g2)
{
list.Add(item);
}
//“材质2”等于且“材质1”小于WPS材质组别
else if (mat2.MaterialGroup == item.Material1Group && item.PreGroup1 == preGroup1 && Convert.ToInt32(item.SNGroup1) > g1)
{
list.Add(item);
}
}
}
//WPS“材质1”与“材质2”“组别”不相等
else
{
//"与WPS一致（材1 = WPS材1，且材2 = WPS材2或材2 = WPS材1，且材1 = WPS材2）"
if ((mat1.MaterialGroup == item.Material1Group && mat2.MaterialGroup == item.Material2Group) || (mat2.MaterialGroup == item.Material1Group && mat1.MaterialGroup == item.Material2Group))
{
list.Add(item);
}
}
}
}
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catch (Exception ex)
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{
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ErrLogInfo.WriteLog(ex.ToString());
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continue;
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}
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}
// 一、材质类别不相等
var wpq2 = from x in wpq where x.Material1Class != x.Material2Class select x;
foreach (var item in wpq2)
{
//与WPS一致（材1 = WPS材1，且材2 = WPS材2或材2 = WPS材1，且材1 = WPS材2）
if ((mat1.MaterialClass == item.Material1Class && mat2.MaterialClass == item.Material2Class) || (mat2.MaterialClass == item.Material1Class && mat1.MaterialClass == item.Material2Class))
{
list.Add(item);
}
}
//list = list.Distinct().ToList();
if (list != null && list.Count() > 0)
{
return list.Distinct().ToList();
}
else
{
return null;
}
}
/// <summary>
/// 返回组别的序号
/// </summary>
/// <param name="matClass"></param>
/// <returns></returns>
public static int SNClass(string matClass)
{
int sn = 0;
if (!string.IsNullOrEmpty(matClass))
{
int m = matClass.IndexOf("-");
string mat = matClass.Substring(m + 1, 1);
sn = Funs.GetNewInt(mat).HasValue ? Funs.GetNewInt(mat).Value : 0;
}
return sn;
}
public static int SNGroup(string matGroup)
{
int sn = 0;
if (!string.IsNullOrEmpty(matGroup) && matGroup.Length > 1)
{
string mat = matGroup.Substring(matGroup.Length - 1, 1);
sn = Funs.GetNewInt(mat).HasValue ? Funs.GetNewInt(mat).Value : 0;
}
return sn;
}
public static string PreGroup(string matGroup)
{
string pre = string.Empty;
if (!string.IsNullOrEmpty(matGroup) && matGroup.Length >= 2)
{
pre = matGroup.Substring(0, matGroup.Length - 2);
}
return pre;
}
#endregion
}
}