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,
            };
            if(plcParaModel != null)
            {
                result.SpeedModeRunningSpeed = plcParaModel.SpeedModeRunningSpeed;
                result.JogSpeed = plcParaModel.JogSpeed;
                result.BottValueSet = plcParaModel.BottValueSet;
                result.TransferValveOpeningSpeed = plcParaModel.TransferValveOpeningSpeed;
                result.TransferValveOpeningTime = plcParaModel.TransferValveOpeningTime;
                result.BottingDecelerationValue = plcParaModel.BottingDecelerationValue;
                result.CacheDecelerationValue = plcParaModel.CacheDecelerationValue;
                result.CacheCountDelayTiming = plcParaModel.CacheCountDelayTiming;
                result.CacheShutdownValue = plcParaModel.CacheShutdownValue;
                result.BottingMaterialCylinderVibrationTableHighSpeedValue = plcParaModel.BottingMaterialCylinderVibrationTableHighSpeedValue;
                result.BottingFilterVibrationTableHighSpeedValue = plcParaModel.BottingFilterVibrationTableHighSpeedValue;
                result.BottingCountVibrationTableHighSpeedValue = plcParaModel.BottingCountVibrationTableHighSpeedValue;
                result.BottingMaterialCylinderVibrationTableDecelerationSpeedValue = plcParaModel.BottingMaterialCylinderVibrationTableDecelerationSpeedValue;
                result.BottingFilterVibrationTableDecelerationSpeedValue = plcParaModel.BottingFilterVibrationTableDecelerationSpeedValue;
                result.BottingCountVibrationTableDecelerationSpeedValue = plcParaModel.BottingCountVibrationTableDecelerationSpeedValue;
                result.CacheMaterialCylinderVibrationTableHighSpeedValue = plcParaModel.CacheMaterialCylinderVibrationTableHighSpeedValue;
                result.CacheFilterVibrationTableHighSpeedValue = plcParaModel.CacheFilterVibrationTableHighSpeedValue;
                result.CacheCountVibrationTableHighSpeedValue = plcParaModel.CacheCountVibrationTableHighSpeedValue;
                result.CacheMaterialCylinderVibrationTableDecelerationSpeedValue = plcParaModel.CacheMaterialCylinderVibrationTableDecelerationSpeedValue;
                result.CacheFilterVibrationTableDecelerationSpeedValue = plcParaModel.CacheFilterVibrationTableDecelerationSpeedValue;
                result.CacheCountVibrationTableDecelerationSpeedValue = plcParaModel.CacheCountVibrationTableDecelerationSpeedValue;
                result.GateOpeningDelay = plcParaModel.GateOpeningDelay;
                result.ReturnToZeroOffsetValue = plcParaModel.ReturnToZeroOffsetValue;
                result.ReturnToZeroOffsetSpeed = plcParaModel.ReturnToZeroOffsetSpeed;
                result.TransferValveClosingSpeed = plcParaModel.TransferValveClosingSpeed;
                result.TransferValveOpenPosition = plcParaModel.TransferValveOpenPosition;
                result.TransferValveClosePosition = plcParaModel.TransferValveClosePosition;
                result.AirValveOpeningDelay = plcParaModel.AirValveOpeningDelay;
                result.BottlingShutdownValue = plcParaModel.BottlingShutdownValue;
                result.BottlingShutdownTime = plcParaModel.BottlingShutdownTime;
                result.BottleFeedingWheelRunningSpeed = plcParaModel.BottleFeedingWheelRunningSpeed;
                result.BottleFeedingWheelJogRunningSpeed = plcParaModel.BottleFeedingWheelJogRunningSpeed;
                result.BottleFeedingWheelReturnToZeroOffsetValue = plcParaModel.BottleFeedingWheelReturnToZeroOffsetValue;
                result.BottleFeedingWheelReturnToZeroSpeed = plcParaModel.BottleFeedingWheelReturnToZeroSpeed;
                result.BottleFeedingWheelPositionLength = plcParaModel.BottleFeedingWheelPositionLength;
                result.BottleFeedingWheelPauseTime = plcParaModel.BottleFeedingWheelPauseTime;
                result.DelayBlanking = plcParaModel.DelayBlanking;
            }
            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;
        }
    }
}