ShakerControl/Shaker.Model/Model/ShakerControlModel.cs

using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;

namespace Shaker.Model
{
    [MessagePack.MessagePackObject]
    public class ShakerControlModel : TableBase
    {
        public ShakerControlModel()
        {
            IPAddress = "127.0.0.1";
            Port = 502;
            SlaveID = 1;
            Name = "振动台";
            Description = "测试用振动台";
            PowerAmplifier.ResetBitIndex = 2;
            PowerAmplifier.StartBitIndex = 0;
            PowerAmplifier.StopBitIndex = 1;
            PowerAmplifier.GainSwitchBitIndex = 4;
            PowerAmplifier.ResetAddress = 2501;
            PowerAmplifier.StartAddress = 2501;
            PowerAmplifier.GainSwitchAddress = 2501;
            PowerAmplifier.GainAddress = 2502;

            OperatingStatus.Address = 3012;
            OperatingStatus.Unit = "";
            OperatingStatus.IsReadOnly = true;
            OperatingStatus.B = 0;
            OperatingStatus.K = 1;
            OperatingStatus.Name = "系统运行状态";

            OutputVoltage.Address = 3014;
            OutputVoltage.Unit = "V";
            OutputVoltage.IsReadOnly = true;
            OutputVoltage.B = 0;
            OutputVoltage.K = 1;
            OutputVoltage.Name = "功放输出电压";
            OutputVoltage.MaxValue = 999;
            OutputVoltage.MinValue = 0;


            OutputCurrent.MaxValue = 9999;
            OutputCurrent.MinValue = 0;
            OutputCurrent.Address = 3013;
            OutputCurrent.B = 0;
            OutputCurrent.K = 1;
            OutputCurrent.Unit = "A";
            OutputCurrent.IsReadOnly = true;
            OutputCurrent.Name = "功放输出总电流";

            ExcitationCurrent.MaxValue = 999;
            ExcitationCurrent.MinValue = 0;
            ExcitationCurrent.Address = 3015;
            ExcitationCurrent.B = 0;
            ExcitationCurrent.K = 1;
            ExcitationCurrent.Unit = "A";
            ExcitationCurrent.IsReadOnly = true;
            ExcitationCurrent.Name = "励磁电流";

            ExcitationVoltage.MaxValue = 999;
            ExcitationVoltage.MinValue = 0;
            ExcitationVoltage.Address = 3016;
            ExcitationVoltage.B = 0;
            ExcitationVoltage.K = 1;
            ExcitationVoltage.Unit = "V";
            ExcitationVoltage.IsReadOnly = true;
            ExcitationVoltage.Name = "励磁电压";

            ThreePhaseVoltage.MaxValue = 999;
            ThreePhaseVoltage.MinValue = 0;
            ThreePhaseVoltage.Address = 3017;
            ThreePhaseVoltage.B = 0;
            ThreePhaseVoltage.K = 1;
            ThreePhaseVoltage.Unit = "V";
            ThreePhaseVoltage.IsReadOnly = true;
            ThreePhaseVoltage.Name = "三相电压";

            AbutmentTemperature0.MaxValue = 999;
            AbutmentTemperature0.MinValue = 0;
            AbutmentTemperature0.Address = 3018;
            AbutmentTemperature0.B = 0;
            AbutmentTemperature0.K = 1;
            AbutmentTemperature0.Unit = "℃";
            AbutmentTemperature0.IsReadOnly = true;
            AbutmentTemperature0.Name = "台体温度0";

            AbutmentTemperature1.MaxValue = 999;
            AbutmentTemperature1.MinValue = 0;
            AbutmentTemperature1.Address = 3019;
            AbutmentTemperature1.B = 0;
            AbutmentTemperature1.K = 1;
            AbutmentTemperature1.Unit = "℃";
            AbutmentTemperature1.IsReadOnly = true;
            AbutmentTemperature1.Name = "台体温度1";

            DCVoltage1.MaxValue = 999;
            DCVoltage1.MinValue = 0;
            DCVoltage1.Address = 3020;
            DCVoltage1.B = 0;
            DCVoltage1.K = 1;
            DCVoltage1.Unit = "V";
            DCVoltage1.IsReadOnly = true;
            DCVoltage1.Name = "1柜直流电压";

            DCVoltage2.MaxValue = 999;
            DCVoltage2.MinValue = 0;
            DCVoltage2.Address = 3021;
            DCVoltage2.B = 0;
            DCVoltage2.K = 1;
            DCVoltage2.Unit = "V";
            DCVoltage2.IsReadOnly = true;
            DCVoltage2.Name = "2柜直流电压";

            DCVoltage3.MaxValue = 999;
            DCVoltage3.MinValue = 0;
            DCVoltage3.Address = 3022;
            DCVoltage3.B = 0;
            DCVoltage3.K = 1;
            DCVoltage3.Unit = "V";
            DCVoltage3.IsReadOnly = true;
            DCVoltage3.Name = "3柜直流电压";

            DCVoltage4.MaxValue = 999;
            DCVoltage4.MinValue = 0;
            DCVoltage4.Address = 3023;
            DCVoltage4.B = 0;
            DCVoltage4.K = 1;
            DCVoltage4.Unit = "V";
            DCVoltage4.IsReadOnly = true;
            DCVoltage4.Name = "4柜直流电压";

            ExternalCirculatingWaterPressure.MaxValue = 999;
            ExternalCirculatingWaterPressure.MinValue = 0;
            ExternalCirculatingWaterPressure.Address = 3024;
            ExternalCirculatingWaterPressure.B = 0;
            ExternalCirculatingWaterPressure.K = 1;
            ExternalCirculatingWaterPressure.Unit = "MPa";  
            ExternalCirculatingWaterPressure.IsReadOnly = true;
            ExternalCirculatingWaterPressure.Name = "外循环水压力";

            ExternalCirculatingWaterFlow.MaxValue = 999;
            ExternalCirculatingWaterFlow.MinValue = 0;
            ExternalCirculatingWaterFlow.Address = 3025;
            ExternalCirculatingWaterFlow.B = 0;    
            ExternalCirculatingWaterFlow.K = 1;
            ExternalCirculatingWaterFlow.Unit = "m³/h";
            ExternalCirculatingWaterFlow.IsReadOnly = true;
            ExternalCirculatingWaterFlow.Name = "外循环水流量";

            ExternalCirculatingWaterTemperature.MaxValue = 999;
            ExternalCirculatingWaterTemperature.MinValue = 0;
            ExternalCirculatingWaterTemperature.Address = 3026;
            ExternalCirculatingWaterTemperature.B = 0;
            ExternalCirculatingWaterTemperature.K = 1;
            ExternalCirculatingWaterTemperature.Unit = "℃";
            ExternalCirculatingWaterTemperature.IsReadOnly = true;
            ExternalCirculatingWaterTemperature.Name = "外循环水温度";

            MovingCoilWaterSupplyPressure.MaxValue = 999;
            MovingCoilWaterSupplyPressure.MinValue = 0;
            MovingCoilWaterSupplyPressure.Address = 3027;
            MovingCoilWaterSupplyPressure.B = 0;
            MovingCoilWaterSupplyPressure.K = 1;
            MovingCoilWaterSupplyPressure.Unit = "MPa";
            MovingCoilWaterSupplyPressure.IsReadOnly = true;
            MovingCoilWaterSupplyPressure.Name = "动圈供水压力";

            MovingCoilWaterSupplyFlow.MaxValue = 999;
            MovingCoilWaterSupplyFlow.MinValue = 0;
            MovingCoilWaterSupplyFlow.Address = 3028;
            MovingCoilWaterSupplyFlow.B = 0;
            MovingCoilWaterSupplyFlow.K = 1;
            MovingCoilWaterSupplyFlow.Unit = "m³/h";
            MovingCoilWaterSupplyFlow.IsReadOnly = true;
            MovingCoilWaterSupplyFlow.Name = "动圈供水流量";

            MovingCoilWaterSupplyTemperature.MaxValue = 999;
            MovingCoilWaterSupplyTemperature.MinValue = 0;  
            MovingCoilWaterSupplyTemperature.Address = 3029;
            MovingCoilWaterSupplyTemperature.B = 0;
            MovingCoilWaterSupplyTemperature.K = 1;
            MovingCoilWaterSupplyTemperature.Unit = "℃";
            MovingCoilWaterSupplyTemperature.IsReadOnly = true;
            MovingCoilWaterSupplyTemperature.Name = "动圈供水温度";

            ExcitationWaterSupplyFlow.MaxValue = 999;
            ExcitationWaterSupplyFlow.MinValue = 0;
            ExcitationWaterSupplyFlow.Address = 3030;
            ExcitationWaterSupplyFlow.B = 0;
            ExcitationWaterSupplyFlow.K = 1;
            ExcitationWaterSupplyFlow.Unit = "m³/h";
            ExcitationWaterSupplyFlow.IsReadOnly = true;
            ExcitationWaterSupplyFlow.Name = "励磁供水流量";

            ExcitationWaterSupplyPressure.MaxValue = 999;
            ExcitationWaterSupplyPressure.MinValue = 0;
            ExcitationWaterSupplyPressure.Address = 3031;
            ExcitationWaterSupplyPressure.B = 0;
            ExcitationWaterSupplyPressure.K = 1;
            ExcitationWaterSupplyPressure.Unit = "MPa";
            ExcitationWaterSupplyPressure.IsReadOnly = true;
            ExcitationWaterSupplyPressure.Name = "励磁供水压力";

            ExcitationWaterSupplyTemperature.MaxValue = 999;
            ExcitationWaterSupplyTemperature.MinValue = 0;
            ExcitationWaterSupplyTemperature.Address = 3032;
            ExcitationWaterSupplyTemperature.B = 0;
            ExcitationWaterSupplyTemperature.K = 1;
            ExcitationWaterSupplyTemperature.Unit = "℃";
            ExcitationWaterSupplyTemperature.IsReadOnly = true;
            ExcitationWaterSupplyTemperature.Name = "励磁供水温度";
            CoolingWater.StartAddress = 2502;
            CoolingWater.StopAddress = 2502;
            CoolingWater.ResetAddress = 2502;
            CoolingWater.ResetBitIndex = 2;
            CoolingWater.StartBitIndex = 0;
            CoolingWater.StopBitIndex = 1;

            CoolingWaterOperatingStatus.Name = "冷却状态";
            CoolingWaterOperatingStatus.MaxValue = 999;
            CoolingWaterOperatingStatus.MinValue = 0;
            CoolingWaterOperatingStatus.Address = 3033;
            CoolingWaterOperatingStatus.B = 0;
            CoolingWaterOperatingStatus.K = 1;
            CoolingWaterOperatingStatus.Unit = "";
            CoolingWaterOperatingStatus.IsReadOnly = true;


            DigitalGroup.Address = 3051;
            DigitalGroup.Names = new string[PLCDigitalGroupModel.DIGITAL_GROUP_BIT_COUNT]
            {
                "门开关",
                "主柜热继",
                "冷却单元",
                "水平台油压",
                "水平台过位移",
                "台体导向静压轴承压力",
                "外部触发1",
                "台体过位移",
                "台体温度",
                "变压器温度",
                "励磁控制继电器反馈",
                "冷却单元控制继电器反馈",
                "急停",
                "外部触发2",
                "柜1模块",
                "柜2模块",
                "柜1继电器反馈",
                "柜2继电器反馈",
                "外部1",
                "外部变压器温度",
                "柜3模块",
                "柜4模块",
                "柜3继电器反馈",
                "柜4继电器反馈",
                "","","","","","","",""
            };
            DigitalGroup.ErrorMessage = new string[PLCDigitalGroupModel.DIGITAL_GROUP_BIT_COUNT]
            {
                "打开",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "急停",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "","","","","","","",""
            };
            DigitalGroup.NomalMessage = new string[PLCDigitalGroupModel.DIGITAL_GROUP_BIT_COUNT]
            {
                "关闭",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "","","","","","","",""
            };
            DigitalGroup1.Address = 3104;
            DigitalGroup1.Names = new string[PLCDigitalGroupModel.DIGITAL_GROUP_BIT_COUNT]
            {
                "输出电压",
                "励磁欠流",
                "励磁过流",
                "励磁欠压",
                "励磁过压",
                "三相电压欠压",
                "三相电压过压",
                "柜1直流电压欠压",
                "柜1直流电压过压",
                "",
                "T01温度过高",
                "",
                "T00温度过高",
                "",
                "柜1输出电流过流",
                "柜2直流电压欠压",
                "柜2直流电压过压",
                "",
                "柜2输出电流过流",
                "",
                "",
                "",
                "",
                "柜3直流电压欠压",
                "柜3直流电压过压",
                "柜4直流电压欠压",
                "柜4直流电压过压",
                "",
                "柜3输出电流过流",
                "",
                "柜4输出电流过流",
                ""
            };
            DigitalGroup1.ErrorMessage = new string[PLCDigitalGroupModel.DIGITAL_GROUP_BIT_COUNT]
            {
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "报警",
                "",
                "报警",
                "",
                "报警",
                "",
                "报警",
                "报警",
                "报警",
                "",
                "报警",
                "",
                "",
                "",
                "",
                "报警",
                "报警","报警","报警","","报警","","报警",""
            };
            DigitalGroup1.NomalMessage = new string[PLCDigitalGroupModel.DIGITAL_GROUP_BIT_COUNT]
            {
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "",
                "正常",
                "",
                "正常",
                "",
                "正常",
                "正常",
                "正常",
                "",
                "正常",
                "",
                "",
                "",
                "",
                "正常",
                "正常","正常","正常","","正常","","正常",""
            };

            CoolingWaterDigitalGroup.Address = 3105;
            CoolingWaterDigitalGroup.Names = new string[PLCDigitalGroupModel.DIGITAL_GROUP_BIT_COUNT]
            {
                "1#水泵",
                "2#水泵",
                "动圈水箱液位",
                "励磁水箱液位",
                "水冷单元",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                ""
            };

            CoolingWaterDigitalGroup.ErrorMessage = new string[PLCDigitalGroupModel.DIGITAL_GROUP_BIT_COUNT]
            {
                "关闭",
                "关闭",
                "超限",
                "超限",
                "故障",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                ""
            };

            CoolingWaterDigitalGroup.NomalMessage = new string[PLCDigitalGroupModel.DIGITAL_GROUP_BIT_COUNT]
            {
                "正常",
                "正常",
                "正常",
                "正常",
                "正常",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                "",
                ""
            };
        }
        [MessagePack.Key(1)]
        public string Name = string.Empty;
        [MessagePack.Key(2)]
        public string Description = string.Empty;
        [MessagePack.Key(3)]
        public string IPAddress = string.Empty;
        [MessagePack.Key(4)]
        public int Port = 502;
        [MessagePack.Key(5)]
        public byte SlaveID = 1;
        [MessagePack.Key(6)]
        public string ClientID = string.Empty;
        [MessagePack.Key(7)]
        public bool AllowCoolingWater = true;
        [MessagePack.Key(8)]
        public PowerAmplifierModel PowerAmplifier = new PowerAmplifierModel();
        [MessagePack.Key(9)]
        public PLCAnlogModel OperatingStatus = new PLCAnlogModel();
        [MessagePack.Key(10)]
        public PLCAnlogModel OutputCurrent = new PLCAnlogModel();
        [MessagePack.Key(11)]
        public PLCAnlogModel OutputVoltage = new PLCAnlogModel();
        [MessagePack.Key(12)]
        public PLCAnlogModel ExcitationCurrent = new PLCAnlogModel();
        [MessagePack.Key(13)]
        public PLCAnlogModel ExcitationVoltage = new PLCAnlogModel();
        [MessagePack.Key(14)]
        public PLCAnlogModel ThreePhaseVoltage = new PLCAnlogModel();
        [MessagePack.Key(15)]
        public PLCAnlogModel AbutmentTemperature0 = new PLCAnlogModel();
        [MessagePack.Key(16)]
        public PLCAnlogModel AbutmentTemperature1 = new PLCAnlogModel();
        [MessagePack.IgnoreMember]
        public string AbutmentTemperatureName => AbutmentTemperature0.Name + AbutmentTemperature1.Name;
        [MessagePack.Key(17)]
        public PLCAnlogModel DCVoltage1 = new PLCAnlogModel();
        [MessagePack.Key(18)]
        public PLCAnlogModel DCVoltage2 = new PLCAnlogModel();
        [MessagePack.Key(19)]
        public PLCAnlogModel DCVoltage3 = new PLCAnlogModel();
        [MessagePack.Key(20)]
        public PLCAnlogModel DCVoltage4 = new PLCAnlogModel();
        [MessagePack.Key(21)]
        public PLCAnlogModel ExternalCirculatingWaterPressure = new PLCAnlogModel();
        [MessagePack.Key(22)]
        public PLCAnlogModel ExternalCirculatingWaterFlow = new PLCAnlogModel();
        [MessagePack.Key(23)]
        public PLCAnlogModel ExternalCirculatingWaterTemperature = new PLCAnlogModel();
        [MessagePack.Key(24)]
        public PLCAnlogModel MovingCoilWaterSupplyPressure = new PLCAnlogModel();
        [MessagePack.Key(25)]
        public PLCAnlogModel MovingCoilWaterSupplyFlow = new PLCAnlogModel();
        [MessagePack.Key(26)]
        public PLCAnlogModel MovingCoilWaterSupplyTemperature = new PLCAnlogModel();
        [MessagePack.Key(27)]
        public PLCAnlogModel ExcitationWaterSupplyPressure = new PLCAnlogModel();
        [MessagePack.Key(28)]
        public PLCAnlogModel ExcitationWaterSupplyFlow = new PLCAnlogModel();
        [MessagePack.Key(29)]
        public PLCAnlogModel ExcitationWaterSupplyTemperature = new PLCAnlogModel();
        [MessagePack.IgnoreMember]
        public string DCVoltageName => DCVoltage1.Name + DCVoltage2.Name + DCVoltage3.Name + DCVoltage4.Name;
        [MessagePack.Key(30)]
        public PLCDigitalGroupModel DigitalGroup = new PLCDigitalGroupModel();
        [MessagePack.Key(31)]
        public PLCDigitalGroupModel DigitalGroup1 = new PLCDigitalGroupModel();
        [MessagePack.Key(32)]
        public PLCDigitalGroupModel CoolingWaterDigitalGroup = new PLCDigitalGroupModel();
        [MessagePack.Key(33)]
        public CoolingWaterModel CoolingWater = new CoolingWaterModel();
        [MessagePack.Key(34)]
        public PLCAnlogModel CoolingWaterOperatingStatus = new PLCAnlogModel();

    }
}