CCDCount/TestWork.DLL/FormulationClass.cs

using CCDCount.MODEL.ConfigModel;
using CCDCount.MODEL.PlcModel;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;

namespace CCDCount.DLL
{
    public static class FormulationClass
    {
        /// <summary>
        /// 初始化配方数据
        /// </summary>
        /// <param name="cameraConfig"></param>
        /// <param name="shuLiConfig"></param>
        /// <returns></returns>
        public static FormulationConfigClass InitFormulation(CameraConfig cameraConfig, ShuLiConfigClass shuLiConfig, PlcParaModelClass plcParaModel)
        {
            var result = new FormulationConfigClass()
            {
                Channel = shuLiConfig.Channel,
                ExposureTimeValue = cameraConfig.ExposureTimeValue,
                AcquistionLineRateValue = cameraConfig.AcquistionLineRateValue,
                DeviceName = cameraConfig.DeviceName,
                FormulationName = string.Empty,
                //IdentifyStartX = shuLiConfig.IdentifyStartX,
                //IdentifyStopX = shuLiConfig.IdentifyStopX,
                //IsIdentifyRoiOpen = shuLiConfig.IsIdentifyRoiOpen,
                MaxArea = shuLiConfig.MaxArea,
                MinArea = shuLiConfig.MinArea,
                NoiseFilter_Threshold = shuLiConfig.NoiseFilter_Threshold,
                PandingCode = shuLiConfig.PandingCode,
                RegionThreshold = shuLiConfig.RegionThreshold,
                MAX_GAP = shuLiConfig.MAX_GAP,
                MAX_Object_LENGTH = shuLiConfig.MAX_Object_LENGTH,
                MIN_Object_LENGTH = shuLiConfig.MIN_Object_LENGTH,
                ScaleX = shuLiConfig.ScaleX,
                ScaleY = shuLiConfig.ScaleY,
            };
            if(plcParaModel != null)
            {
                result.FillingMode = plcParaModel.FillingMode;
                result.BeltsSpeed = plcParaModel.BeltsSpeed;
                result.ShakeTable1H_FillingSpeed = plcParaModel.ShakeTable1H_FillingSpeed;
                result.ShakeTable2H_FillingSpeed = plcParaModel.ShakeTable2H_FillingSpeed;
                result.ShakeTable3H_FillingSpeed = plcParaModel.ShakeTable3H_FillingSpeed;
                result.ShakeTable1M_FillingSpeed = plcParaModel.ShakeTable1M_FillingSpeed;
                result.ShakeTable2M_FillingSpeed = plcParaModel.ShakeTable2M_FillingSpeed;
                result.ShakeTable3M_FillingSpeed = plcParaModel.ShakeTable3M_FillingSpeed;
                result.ShakeTable1L_FillingSpeed = plcParaModel.ShakeTable1L_FillingSpeed;
                result.ShakeTable2L_FillingSpeed = plcParaModel.ShakeTable2L_FillingSpeed;
                result.ShakeTable3L_FillingSpeed = plcParaModel.ShakeTable3L_FillingSpeed;
                result.ShakeTable1H_CacheSpeed = plcParaModel.ShakeTable1H_CacheSpeed;
                result.ShakeTable2H_CacheSpeed = plcParaModel.ShakeTable2H_CacheSpeed;
                result.ShakeTable3H_CacheSpeed = plcParaModel.ShakeTable3H_CacheSpeed;
                result.ShakeTable1M_CacheSpeed = plcParaModel.ShakeTable1M_CacheSpeed;
                result.ShakeTable2M_CacheSpeed = plcParaModel.ShakeTable2M_CacheSpeed;
                result.ShakeTable3M_CacheSpeed = plcParaModel.ShakeTable3M_CacheSpeed;
                result.ShakeTable1L_CacheSpeed = plcParaModel.ShakeTable1L_CacheSpeed;
                result.ShakeTable2L_CacheSpeed = plcParaModel.ShakeTable2L_CacheSpeed;
                result.ShakeTable3L_CacheSpeed = plcParaModel.ShakeTable3L_CacheSpeed;
                result.FillingH_SpeedRatio = plcParaModel.FillingH_SpeedRatio;
                result.FillingM_SpeedRatio = plcParaModel.FillingM_SpeedRatio;
                result.FillingL_SpeedRatio = plcParaModel.FillingL_SpeedRatio;
                result.CacheH_SpeedRatio = plcParaModel.CacheH_SpeedRatio;
                result.CacheM_SpeedRatio = plcParaModel.CacheM_SpeedRatio;
                result.CacheL_SpeedRatio = plcParaModel.CacheL_SpeedRatio;
                result.ScrewJogSpeed = plcParaModel.ScrewJogSpeed;
                result.InBottleSpeed = plcParaModel.InBottleSpeed;
                result.BottlePosSpeed = plcParaModel.BottlePosSpeed;
                result.BottlePosPosition = plcParaModel.BottlePosPosition;
                result.FillingValveOpenSpeed = plcParaModel.FillingValveOpenSpeed;
                result.FillingValveOpenPosition = plcParaModel.FillingValveOpenPosition;
                result.FillingValveCloseSpeed = plcParaModel.FillingValveCloseSpeed;
                result.FillingValveClosePosition = plcParaModel.FillingValveClosePosition;
                result.FillingValveCacheSpeed = plcParaModel.FillingValveCacheSpeed;
                result.FillingValueCachePosition = plcParaModel.FillingValueCachePosition;
                result.FillingValueJogSpeed = plcParaModel.FillingValueJogSpeed;
                result.MachineDelayFunneDownTime = plcParaModel.MachineDelayFunneDownTime;
                result.MachineDelayFunneUpTime = plcParaModel.MachineDelayFunneUpTime;
                result.MachineDelayFillingValveOpenTime = plcParaModel.MachineDelayFillingValveOpenTime;
                result.MachineDelayFillingValveCloseTime = plcParaModel.MachineDelayFillingValveCloseTime;
                result.MachineDelayInBottleTime = plcParaModel.MachineDelayInBottleTime;
                result.ValveDelytime = plcParaModel.ValveDelytime;
                result.BottValueSet = plcParaModel.BottValueSet;
                result.CacheShutdownValue = plcParaModel.CacheShutdownValue;
            }
            else
            {
                result = null;
            }
            return result;
        }

        /// <summary>
        /// 更新配方数据
        /// </summary>
        /// <param name="formulationConfig"></param>
        /// <param name="cameraConfig"></param>
        /// <param name="shuLiConfig"></param>
        public static void UpdateFormulation(ref FormulationConfigClass formulationConfig,CameraConfig cameraConfig, ShuLiConfigClass shuLiConfig)
        {
            formulationConfig.Channel = shuLiConfig.Channel;
            formulationConfig.ExposureTimeValue = cameraConfig.ExposureTimeValue;
            formulationConfig.AcquistionLineRateValue = cameraConfig.AcquistionLineRateValue;
            formulationConfig.DeviceName = cameraConfig.DeviceName;
            //formulationConfig.IdentifyStartX = shuLiConfig.IdentifyStartX;
            //formulationConfig.IdentifyStopX = shuLiConfig.IdentifyStopX;
            //formulationConfig.IsIdentifyRoiOpen = shuLiConfig.IsIdentifyRoiOpen;
            formulationConfig.MaxArea = shuLiConfig.MaxArea;
            formulationConfig.MinArea = shuLiConfig.MinArea;
            formulationConfig.NoiseFilter_Threshold = shuLiConfig.NoiseFilter_Threshold;
            formulationConfig.PandingCode = shuLiConfig.PandingCode;
            formulationConfig.RegionThreshold = shuLiConfig.RegionThreshold;
            formulationConfig.MAX_GAP = shuLiConfig.MAX_GAP;
            formulationConfig.MAX_Object_LENGTH = shuLiConfig.MAX_Object_LENGTH;
            formulationConfig.MIN_Object_LENGTH = shuLiConfig.MIN_Object_LENGTH;
            formulationConfig.ScaleX = shuLiConfig.ScaleX;
            formulationConfig.ScaleY = shuLiConfig.ScaleY;
        }
    }
}