DEMOMySql/MicroServices/Business/Business.Application/ResourceExamineManagement/GetAvailableEquipmentAppService.cs

using Business.Domain;
using Business.EntityFrameworkCore.SqlRepositories;
using Microsoft.CodeAnalysis.CSharp.Syntax;
using Microsoft.EntityFrameworkCore;
using SixLabors.ImageSharp;
using System;
using System.Collections;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
using Volo.Abp.Application.Services;
using Business.Core.Utilities;
using Quartz;
namespace Business.ResourceExamineManagement
{
    public class GetAvailableEquipmentAppService : ApplicationService
    {
        #region 服务
        /// <summary>
        /// 模具清单
        /// </summary>
        private ISqlRepository<MoldToolList> _moldToolList;


        /// <summary>
        /// 设备清单
        /// </summary>
        private ISqlRepository<EquipmentList> _equipmentList;
        // private ISqlRepository<EquipmentUsageLog> _equipmentUsageLog;
        /// <summary>
        /// 工作日历
        /// </summary>
        private ISqlRepository<ShopCalendarWorkCtr> _shopCalendarWorkCtr;
        /// <summary>
        /// 排产结果明细
        /// </summary>
        private ISqlRepository<ScheduleResultOpMaster> _scheduleResultOpMaster;
        /// <summary>
        /// Andon 模具异常记录
        /// </summary>
        private ISqlRepository<sim_andon> _sim_andon;
        /// <summary>
        /// 人员技能矩阵
        /// </summary>
        private ISqlRepository<EmpSkills> _EmpSkills;
        /// <summary>
        /// 产线物料维护
        /// </summary>
        private ISqlRepository<ProdLineDetail> _ProdLineDetail;
        #endregion

        #region 构造函数
        public GetAvailableEquipmentAppService(
           ISqlRepository<MoldToolList> moldToolList,
           ISqlRepository<EquipmentList> equipmentList,
           ISqlRepository<ShopCalendarWorkCtr> shopCalendarWorkCtr,
           ISqlRepository<ScheduleResultOpMaster> scheduleResultOpMaster,
           ISqlRepository<sim_andon> sim_andon,
           ISqlRepository<EmpSkills> EmpSkills,
           ISqlRepository<ProdLineDetail> ProdLineDetail
           )

        {
            _moldToolList = moldToolList;
            _equipmentList = equipmentList;
            _shopCalendarWorkCtr = shopCalendarWorkCtr;
            _scheduleResultOpMaster = scheduleResultOpMaster;
            _sim_andon = sim_andon;
            _EmpSkills = EmpSkills;
            _ProdLineDetail = ProdLineDetail;
        }

        #endregion
        public class Equipment
        {
            //设备名称
            public string MachineName { get; set; }
            //资产编码
            public string EquipmentAssetID { get; set; }
            //设别可用时间
            public DateTime AvailableTime { get; set; }
        }

        public class AvailableEquipmentResult
        {
            /// <summary>
            /// 厂内设备编码
            /// </summary>
            [Comment("厂内设备编码")]
            public string InternalEquipmentCode { get; set; }
            /// <summary>
            /// 可用设备数量
            /// </summary>
            [Comment("可用设备数量")]
            public decimal AvailableEquipmentCount { get; set; }
            /// <summary>
            /// 可用设备列表
            /// </summary>
            [Comment("可用设备列表")]
            public List<Equipment> AvailableEquipmentList { get; set; }
        }
        public class FilterTimeRange
        {
            //筛选开始时间
            public DateTime FilterStartTime { get; set; }
            //筛选结束时间
            public DateTime FilterEndTime { get; set; }
        }


        //获取可排产设备
        public List<string> GetAvailableEquipment(string InternalEquipmentCode, DateTime? QueryMoment, List<ScheduleResultOpMaster> scheduleMaster)
        {
            List<string> EquipmentDetails = new List<string>();
            if (string.IsNullOrEmpty(InternalEquipmentCode) || QueryMoment == null)
            { return new List<string>(); }
            if (InternalEquipmentCode.Contains('+')) {
                var codes = InternalEquipmentCode.Split('+');
                int minAvailableCount = int.MaxValue;
                string minEquipmentCode = "";
                string minEstimatedMaintenanceReleaseTime = "";
                string minStandardRepairDays = "";

                var AllavailableEquipmentList = _equipmentList
                        .Select(p => codes.Contains(p.InternalEquipmentCode) && (p.IsSchedulable == 1 || (p.EstimatedMaintenanceReleaseTime.HasValue && p.EstimatedMaintenanceReleaseTime <= QueryMoment && p.IsSchedulable == 0)))
                        .ToList();

                foreach (var singleCode in codes)
                {
                    var availableEquipmentList = AllavailableEquipmentList.Where(c => c.InternalEquipmentCode == singleCode).ToList();

                    int availableCount = availableEquipmentList.Count;

                    // 计算该设备编码的可用设备数量
                    //for (int i = 0; i < availableEquipmentList.Count; i++)
                    //{
                    //    if (availableEquipmentList[i].IsSchedulable == 1)
                    //    {
                    //        availableCount++;
                    //    }
                    //    else
                    //    {
                    //        if (availableEquipmentList[i].EstimatedMaintenanceReleaseTime <= QueryMoment)
                    //        {
                    //            availableCount++;
                    //        }
                    //    }
                    //}

                    // 查询当前设备编码的已排产设备数量
                    int usedEquipmentCountForCode = scheduleMaster
                        .Where(p => p.InternalEquipmentCode == singleCode && QueryMoment >= p.WorkStartTime && QueryMoment < p.WorkEndTime)
                        .Sum(p => p.DeviceAllocationCount);

                    // 从该设备编码的可用数量中减去对应的已排产数量
                    availableCount -= usedEquipmentCountForCode;
                    availableCount = availableCount < 0 ? 0 : availableCount; // 确保数量不为负

                    // 更新最小的 AvailableCount
                    if (availableCount < minAvailableCount)
                    {
                        minAvailableCount = availableCount;

                        var nonSchedulableEquipmentList = availableEquipmentList
                            .Where(p => p.IsSchedulable == 0 && p.EstimatedMaintenanceReleaseTime.HasValue)
                            .OrderBy(p => p.EstimatedMaintenanceReleaseTime)
                            .ToList();

                        if (nonSchedulableEquipmentList.Count > 0)
                        {
                            minEquipmentCode = $"{nonSchedulableEquipmentList[0].InternalEquipmentCode}";
                            minEstimatedMaintenanceReleaseTime = $"{nonSchedulableEquipmentList[0].EstimatedMaintenanceReleaseTime}";
                            minStandardRepairDays = $"{nonSchedulableEquipmentList[0].StandardRepairDays}";
                        }
                        else
                        {
                            minEquipmentCode = " ";
                            minEstimatedMaintenanceReleaseTime = " ";
                            minStandardRepairDays = " ";
                        }
                    }
                }

                EquipmentDetails.Add($"{minAvailableCount}");
                EquipmentDetails.Add(minEquipmentCode);
                EquipmentDetails.Add(minEstimatedMaintenanceReleaseTime);
                EquipmentDetails.Add(minStandardRepairDays);

                return EquipmentDetails;

            }
            else
            {
                var codes = InternalEquipmentCode.Split('/');
                var availableEquipmentList = _equipmentList
                    .Select(p => codes.Contains(p.InternalEquipmentCode) && (p.IsSchedulable == 1 || (p.EstimatedMaintenanceReleaseTime.HasValue && p.EstimatedMaintenanceReleaseTime <= QueryMoment && p.IsSchedulable == 0)))
                    .ToList();

                //int availableCount = _equipmentList
                //    .Select(p => codes.Contains(p.InternalEquipmentCode) && (p.IsSchedulable == 1 || (p.EstimatedMaintenanceReleaseTime.HasValue && p.EstimatedMaintenanceReleaseTime <= QueryMoment && p.IsSchedulable == 0)))
                //    .Count();

                //for (int i = 0; i < availableEquipmentList.Count; i++)
                //{
                //    if (availableEquipmentList[i].IsSchedulable == 1)
                //    {
                //        availableCount++;
                //    }
                //    else
                //    {
                //        if (availableEquipmentList[i].EstimatedMaintenanceReleaseTime <= QueryMoment)
                //        {
                //            availableCount++;
                //        }
                //    }
                //}

                // 查询所有设备编码的已排产设备数量
                int usedEquipmentCount = scheduleMaster
                    .Where(p => p.InternalEquipmentCode == InternalEquipmentCode && QueryMoment >= p.WorkStartTime && QueryMoment < p.WorkEndTime)
                    .Sum(p => p.DeviceAllocationCount);
                int availableCount = availableEquipmentList.Count();
                // 从总可用设备数量中减去已排产设备数量
                availableCount -= usedEquipmentCount;
                availableCount = availableCount <= 0 ? 0 : availableCount;
                EquipmentDetails.Add($"{availableCount}");

                var nonSchedulableEquipmentList = availableEquipmentList
                    .Where(p => p.IsSchedulable == 0 && p.EstimatedMaintenanceReleaseTime.HasValue)
                    .OrderBy(p => p.EstimatedMaintenanceReleaseTime)
                    .ToList();

                if (nonSchedulableEquipmentList.Count <= 0)
                {
                    EquipmentDetails.Add(" ");
                    EquipmentDetails.Add(" ");
                    EquipmentDetails.Add(" ");
                }
                else
                {
                    EquipmentDetails.Add($"{nonSchedulableEquipmentList[0].InternalEquipmentCode}");
                    EquipmentDetails.Add($"{nonSchedulableEquipmentList[0].EstimatedMaintenanceReleaseTime}");
                    EquipmentDetails.Add($"{nonSchedulableEquipmentList[0].StandardRepairDays}");
                }

                return EquipmentDetails;
            }
        }

        //确认时刻所在班组
        public FilterTimeRange GetFilterTimeRange(DateTime QueryMoment)
        {
            var calendars1 = _shopCalendarWorkCtr.Select(p => p.TeamType == 'M' && p.WeekDay == (int)QueryMoment.DayOfWeek).ToList();
            FilterTimeRange timeRange = new FilterTimeRange { };
            int Qhour = QueryMoment.Hour;
            switch (Qhour)
            {
                //Qhour在当天班组前
                case int h when (h < calendars1[0].ShiftsStart1):
                    int adjustedDayOfWeek = (int)QueryMoment.DayOfWeek - 1;
                    //周末的衔接
                    if (adjustedDayOfWeek < 0)
                    {
                        adjustedDayOfWeek = 6;
                    }
                    var calendars2 = _shopCalendarWorkCtr.Select(p => p.TeamType == 'M' && p.WeekDay == adjustedDayOfWeek).ToList();
                    int hour = (int)calendars1[0].ShiftsStart2;
                    int day = QueryMoment.Day - 1;
                    int month = QueryMoment.Month;
                    int year = QueryMoment.Year;

                    // 如果日期减去 1 后小于 1，则需要调整月份和年份
                    if (day < 1)
                    {
                        // 将月份减去 1
                        month--;

                        // 如果月份小于 1，则需要将月份设为上一年的 12 月，并将年份减去 1
                        if (month < 1)
                        {
                            month = 12;
                            year--;
                        }

                        // 获取新月份的最后一天，作为新的日期
                        day = DateTime.DaysInMonth(year, month);
                    }

                    DateTime start = new DateTime(
                        year,  // 处理过后的年份
                        month, // 处理过后的月份
                        day,   // 处理过后的日期
                        hour,  // 小时数
                        0,     // 分钟数
                        0      // 秒数
                    );
                    hour = hour + (int)calendars1[0].ShiftsHours2;
                    DateTime end = new DateTime(
                        year,  // 处理过后的年份
                        month, // 处理过后的月份
                        day,   // 处理过后的日期
                        hour,  // 小时数
                        0,     // 分钟数
                        0      // 秒数
                    );
                    timeRange.FilterStartTime = start;
                    timeRange.FilterEndTime = end;
                    break;
                //Qhour在当天第一班组内
                case int h when (h >= calendars1[0].ShiftsStart1 && h < calendars1[0].ShiftsStart1 + calendars1[0].ShiftsHours1):
                    start = new DateTime(
                      QueryMoment.Year,  // 处理过后的年份
                      QueryMoment.Month, // 处理过后的月份
                      QueryMoment.Day,   // 处理过后的日期
                      (int)calendars1[0].ShiftsStart1,  // 小时数
                      0,     // 分钟数
                      0      // 秒数
                  );

                    int totalHours = (int)calendars1[0].ShiftsStart1 + (int)calendars1[0].ShiftsHours1;
                    int extraDays = totalHours / 24;  // 计算多出的天数
                    int adjustedHours = totalHours % 24;  // 剩余的小时数

                    // 计算新的日期，包括跨月份和跨年份的处理
                    int newDay = QueryMoment.Day + extraDays;
                    int newMonth = QueryMoment.Month;
                    int newYear = QueryMoment.Year;

                    // 处理跨月份的情况
                    while (newDay > DateTime.DaysInMonth(newYear, newMonth))
                    {
                        newDay -= DateTime.DaysInMonth(newYear, newMonth);  // 减去当前月的天数
                        newMonth++;  // 增加月份

                        if (newMonth > 12)  // 处理跨年的情况
                        {
                            newMonth = 1;
                            newYear++;
                        }
                    }

                    end = new DateTime(
                       newYear,    // 处理过后的年份
                       newMonth,   // 处理过后的月份
                       newDay,     // 处理过后的日期
                       adjustedHours,  // 调整后的小时数
                       0,             // 分钟数
                       0              // 秒数
                   );
                    timeRange.FilterStartTime = start;
                    timeRange.FilterEndTime = end;
                    break;
                //Qhour在当天第一班组外 ，自动延伸到第二班组
                //Qhour在当天第二班组
                default:
                    start = new DateTime(
                      QueryMoment.Year,  // 处理过后的年份
                      QueryMoment.Month, // 处理过后的月份
                      QueryMoment.Day,   // 处理过后的日期
                      (int)calendars1[0].ShiftsStart2,  // 小时数
                      0,     // 分钟数
                      0      // 秒数
                  );
                    totalHours = (int)calendars1[0].ShiftsStart2 + (int)calendars1[0].ShiftsHours2;
                    extraDays = totalHours / 24;  // 计算多出的天数
                    adjustedHours = totalHours % 24;  // 剩余的小时数

                    // 计算新的日期，包括跨月份和跨年份的处理
                    newDay = QueryMoment.Day + extraDays;
                    newMonth = QueryMoment.Month;
                    newYear = QueryMoment.Year;

                    // 处理跨月份的情况
                    while (newDay > DateTime.DaysInMonth(newYear, newMonth))
                    {
                        newDay -= DateTime.DaysInMonth(newYear, newMonth);  // 减去当前月的天数
                        newMonth++;  // 增加月份

                        if (newMonth > 12)  // 处理跨年的情况
                        {
                            newMonth = 1;
                            newYear++;
                        }
                    }

                    end = new DateTime(
                       newYear,    // 处理过后的年份
                       newMonth,   // 处理过后的月份
                       newDay,     // 处理过后的日期
                       adjustedHours,  // 调整后的小时数
                       0,             // 分钟数
                       0              // 秒数
                   );
                    timeRange.FilterStartTime = start;
                    timeRange.FilterEndTime = end;
                    break;
            }
            return timeRange;
        }
        //获取当前班组的可用设备
        public List<string> GetAvailableEquipmentForCurrentTeam(string InternalEquipmentCode, DateTime? QueryMoment, List<ScheduleResultOpMaster> scheduleMaster, string MoldTypeCode=null)
        {
            //if (string.IsNullOrEmpty(InternalEquipmentCode) || QueryMoment == null)
            //{ 
            //    return new List<string>() {"-99",$"设备类型编码[{InternalEquipmentCode}]无对应设备，请维护设备台账信息" }; 
            //}
            //设备清单中可用于排产的设备
            var EquipmentDetails = GetAvailableEquipment(InternalEquipmentCode, QueryMoment, scheduleMaster);
            var MoldDetails= GetAvailableMold(MoldTypeCode, QueryMoment, scheduleMaster);
            if (MoldDetails.Count > 0 || EquipmentDetails.Count > 0)
            {
                var mnum = MoldDetails.Count > 0? MoldDetails[0].ToInt():0;
                var eqnum = EquipmentDetails.Count > 0? EquipmentDetails[0].ToInt():0;
                if (mnum > 0 || eqnum > 0)
                {
                    var AvailableNum = eqnum < mnum ? (eqnum>0? eqnum: mnum) : (mnum>0? mnum: eqnum);
                    List<string> OpResult = new List<string>();
                    OpResult.Add($"{AvailableNum}");
                    OpResult.Add(EquipmentDetails.Count > 0 ? EquipmentDetails[1] :"");
                    OpResult.Add(EquipmentDetails.Count >= 3 ? EquipmentDetails[2] : "");
                    OpResult.Add(EquipmentDetails.Count > 3 ? EquipmentDetails[3] : "");
                    //4-模具数量；5-最早释放模具编码；6-模具释放时间；7-释放数量
                    OpResult.Add($"{AvailableNum}");
                    OpResult.Add(MoldDetails.Count > 0 ? MoldDetails[1] : "");
                    OpResult.Add(MoldDetails.Count >=3 ? MoldDetails[2] : "");
                    OpResult.Add(MoldDetails.Count > 3 ? MoldDetails[3] : "");

                    return OpResult;
                }
                else if (mnum == -99)
                {
                    return MoldDetails;
                }
                else if (eqnum == -99)
                {
                    return EquipmentDetails;
                }
                else if(eqnum>0 && mnum==0)
                {
                    return MoldDetails;
                }
                else { return EquipmentDetails; }
            }
            else if (!string.IsNullOrEmpty(MoldTypeCode) && (MoldDetails.Count == 0|| MoldDetails.Count<4))
            {
                return new List<string>() { "-99", $"模具类型编码[{MoldTypeCode}]无对应模具，请维护模具台账信息" };
            }
            else
            {
                return EquipmentDetails;
            }
        }
        //获取当前班组的可用模具
        public List<string> GetAvailableMold(string MoldTypeCode, DateTime? QueryMoment, List<ScheduleResultOpMaster> scheduleMaster)
        {
            if (string.IsNullOrEmpty(MoldTypeCode) || QueryMoment == null)
            { return new List<string>(); }
            string[] MoldTypeCodes;
            //筛选该编码的模具清单
            if (MoldTypeCode.Contains('/')) { MoldTypeCodes = MoldTypeCode.Split('/'); }
            else { MoldTypeCodes = MoldTypeCode.Split('+'); }
            var availableMoldList = _moldToolList
              .Select(p => MoldTypeCodes.Contains(p.MoldTypeCode)).ToList();
            //获得模具数量总数  
            int TotalMoldCount = availableMoldList.Any() ? availableMoldList[0].MoldCount : 0;
            //模具清单无该模具
            if (TotalMoldCount == 0) { return new List<string>() { "-99", $"模具类型编码[{MoldTypeCode}]无对应模具，请维护模具台账信息" }; }
            int AvailableNum = 0;
            int UnAvailableNum = 0;
            var scheduleResultOpMaster = scheduleMaster
            .Where(p => (p.MoldTypeCode == MoldTypeCode || MoldTypeCodes.Contains(p.MoldTypeCode)) && QueryMoment >= p.WorkStartTime && QueryMoment < p.WorkEndTime)
            .ToList();
            int UsedMoldCount = scheduleResultOpMaster.Sum(p=>p.MoldAllocationCount);
            //for (int i = 0; i < scheduleResultOpMaster.Count; i++)
            //{
            //    if (QueryMoment >= scheduleResultOpMaster[i].WorkStartTime && QueryMoment < scheduleResultOpMaster[i].WorkEndTime)
            //    {
            //        UsedMoldCount = UsedMoldCount + scheduleResultOpMaster[i].MoldAllocationCount;
            //    }

            //}
            var res = 0;
            List<string> MoldResult = new List<string>();
            var MoldExceptionHistory = _sim_andon
             .Select(p => MoldTypeCodes.Contains( p.Mold)&& p.RestorationTime == null && p.EstimatedMaintenanceReleaseTime1 != null)
             .OrderBy(p => p.EstimatedMaintenanceReleaseTime1)
             .ToList();
            //返回最早开工的模具，内容有 {"可用数量"," 最早释放模具编码","释放时间" ,"释放数量" }
            if (MoldExceptionHistory.Count <= 0)
            {
                DateTime? newDate = QueryMoment?.AddDays(3);
                res = TotalMoldCount - UsedMoldCount;
                MoldResult.Add($"{res}");
                MoldResult.Add($"{MoldTypeCode}");
                MoldResult.Add($"{newDate}");
                MoldResult.Add("0");
                return MoldResult;
            }
            else
            {
                //sim_andon模具异常情况记录
                for (int i = 0; i < MoldExceptionHistory.Count; i++)
                {
                    //释放时间<=当前时刻，则该时刻模具都可用
                    if (MoldExceptionHistory[i].EstimatedMaintenanceReleaseTime1 <= QueryMoment)
                    {
                        AvailableNum += (int)MoldExceptionHistory[i].ToolRepairQuantity;
                    }
                    //释放时间>当前时刻，则要去掉维修模具数量
                    else
                    {
                        UnAvailableNum += (int)MoldExceptionHistory[i].ToolRepairQuantity;
                    }
                }
                //返回最早开工的模具，内容有 "可用数量"," 最早释放模具编码","释放时间" ,"释放数量" 
                res = TotalMoldCount - UnAvailableNum - UsedMoldCount;
                MoldResult.Add($"{res}");
                MoldResult.Add($"{MoldExceptionHistory[0].Mold}");
                MoldResult.Add($"{MoldExceptionHistory[0].EstimatedMaintenanceReleaseTime1}");
                MoldResult.Add($"{MoldExceptionHistory[0].ToolRepairQuantity}");
                return MoldResult;
            }


        }
        //获取当前可用工人，并对设备 ，模具再分配
        public List<string> GetEquipmentCountBySkillRestrictions(string SkillNo, string MoldTypeCode, string InternalEquipmentCode, DateTime? QueryMoment, List<ScheduleResultOpMaster> scheduleMaster,decimal StandardStaffCount)
        {
            List<string> OpResult = new List<string>();
            var AvailableEquipmentCountForCurrentOp = 0;
            var equipmentList = GetAvailableEquipmentForCurrentTeam(InternalEquipmentCode, QueryMoment, scheduleMaster, MoldTypeCode);
            if (equipmentList.Count > 0) { AvailableEquipmentCountForCurrentOp = equipmentList[0].ToInt(); }
            if (AvailableEquipmentCountForCurrentOp > 0)
            {
                //int RequiredPersonnelForEquipment = ;
                var PersonSkillList = _EmpSkills
                    .Select(p => p.SkillNo == SkillNo && p.SkillLevel > 0 && !string.IsNullOrEmpty(p.EmployeeID))
                    .OrderByDescending(p => p.SkillLevel)
                    .ToList();
                int employeeCount = PersonSkillList.Count;
                var personEmployeeIDs = PersonSkillList.Select(p => p.EmployeeID.ToString()).Distinct().ToList();
                Dictionary<string, decimal> totals = new Dictionary<string, decimal>();
                personEmployeeIDs.ForEach(x => { totals.Add(x, 0); });
                var ProdLineDetail = _ProdLineDetail.Select().ToList();
                var scheduleResultOpMaster = scheduleMaster.Where(p => QueryMoment >= p.WorkStartTime && QueryMoment < p.WorkEndTime && !string.IsNullOrEmpty(p.InternalEquipmentCode) && !string.IsNullOrEmpty(p.AssignedEmployeeID)).ToList();
                foreach (var schedule in scheduleResultOpMaster)
                {
                    //已排产账号
                    var assignedEmployeeIDs = schedule.AssignedEmployeeID.Split(new[] { '/' }, StringSplitOptions.RemoveEmptyEntries).ToList();
                    //查询是否包含
                    var equals = assignedEmployeeIDs.Where(x => personEmployeeIDs.Contains(x)).ToList();
                    if (equals.Count > 0)
                    {
                        var data = ProdLineDetail.FirstOrDefault(p => p.Part == schedule.ItemNum && p.Op == schedule.Op);
                        if (data != null && data.StandardStaffCount > 0)
                        {
                            equals.ForEach(e => {
                                var scale = data.StandardStaffCount * schedule.DeviceAllocationCount / schedule.AssignedPersonnelCount;
                                totals[e] += scale;
                            });

                        }
                    }
                }
                var removes = totals.Where(x => x.Value >= 1 || x.Value + StandardStaffCount > 1).Select(x => x.Key).ToList();
                if (removes.Count > 0) personEmployeeIDs.RemoveAll(x => removes.Contains(x));

                int RequiredPersonnelForEquipment = (int)Math.Ceiling(AvailableEquipmentCountForCurrentOp * StandardStaffCount);
                int AvailablePersonnelForOp = Math.Min(personEmployeeIDs.Count, RequiredPersonnelForEquipment);
                if (personEmployeeIDs.Count > RequiredPersonnelForEquipment) RequiredPersonnelForEquipment = AvailableEquipmentCountForCurrentOp;
                else RequiredPersonnelForEquipment = (int)(personEmployeeIDs.Count / StandardStaffCount);
                string uncountedEmployeeIDString = string.Join("/", personEmployeeIDs);
                if (!string.IsNullOrEmpty(MoldTypeCode) && equipmentList.Count>4)
                {
                    OpResult.Add($"{RequiredPersonnelForEquipment}");
                    OpResult.Add(equipmentList[1]);
                    OpResult.Add(equipmentList[2]);
                    OpResult.Add(equipmentList[3]);
                    //4-模具数量；5-最早释放模具编码；6-模具释放时间；7-释放数量
                    OpResult.Add($"{RequiredPersonnelForEquipment}");
                    OpResult.Add(equipmentList[5]);
                    OpResult.Add(equipmentList[6]);
                    OpResult.Add(equipmentList[7]);
                    //8-工序可用人数；9-工人工号字符串
                    OpResult.Add($"{AvailablePersonnelForOp}");
                    OpResult.Add($"{uncountedEmployeeIDString}");

                    return OpResult;
                }
                else
                {
                    OpResult.Add($"{RequiredPersonnelForEquipment}");
                    OpResult.Add(equipmentList[1]);
                    OpResult.Add(equipmentList[2]);
                    OpResult.Add(equipmentList[3]);
                    OpResult.Add(" ");
                    OpResult.Add(" ");
                    OpResult.Add(" ");
                    OpResult.Add(" ");
                    OpResult.Add($"{AvailablePersonnelForOp}");
                    OpResult.Add($"{uncountedEmployeeIDString}");

                    return OpResult;
                }
            }
            else
            {
                return equipmentList;
            }
        }
    }
}