using MaiMuAOI.SysCtrl;
using MaiMuAOI.SysUI.StepUI.PropExtend;
using Newtonsoft.Json;
using OpenCvSharp;
using System;
using System.Collections.Generic;
using System.ComponentModel;
using System.Drawing;
using System.Linq;
using System.Text;
using System.Threading.Tasks;

namespace MaiMuAOI.SysUI.ProcessStep.Prop
{
    public class PointTestProp
    {
        [PropertyOrder(1), Browsable(true), Category("1 算法"), DisplayName("1.1 引擎文件名"), Description("图像处理算法引擎文件名")]
        public string EngineName { get; set; }
        [PropertyOrder(2), Browsable(true), Category("1 算法"), DisplayName("1.2 检测项"), Description("检测项选择")]
        public PointTestType TestType { get; set; }
        [PropertyOrder(3), Browsable(true), Category("1 算法"), DisplayName("1.3 使用默认点位"), Description("使用程序默认测试点位(True-是；False-否),当使用默认点位时【2 检测】多功能无效，只有检测数量和选点顺序有效")]
        public bool DefPos { get; set; }


        [PropertyOrder(12), Browsable(true), Category("2 检测"), DisplayName("2.1 检测数量"), Description("流程检测点位的数量")]
        public int PointCnt { get; set; }
        [PropertyOrder(13), Browsable(true), Category("2 检测"), DisplayName("2.2 自动寻找点位"), Description("根据产品设置和图纸自动寻找测试点位(True-是；False-否)")]
        public bool AutoMark { get; set; }
        [PropertyOrder(14), Browsable(true), Category("2 检测"), DisplayName("2.3 自动选点按顺序测试"), Description("根据产品设置和图纸按设置顺序自动寻找测试点位(True-是；False-否)")]
        public bool SelectPoint { get; set; }
        [PropertyOrder(15), Browsable(true), Category("2 检测"), DisplayName("2.4 自动检测顺序设置"), Description("当自动选点顺序 False时，需要手动输入顺序队列")]
        public List<int> Indexs { get; set; }
        [PropertyOrder(16), Browsable(true), Category("2 检测"), DisplayName("2.5 手动检测位置"), Description("当自动寻找点位 False时，需要手动输入检测点位")]
        public List<PointF> Points { get; set; }
        [PropertyOrder(17), Browsable(true), Category("2 检测"), DisplayName("2.6 数据判定方式"), Description("对采集数据进行判定处理的方式")]
        public DataJudgment JudgmentData { get; set; }

        [PropertyOrder(21), Browsable(true), Category("3 相机"), DisplayName("3.1 曝光"), Description("曝光时长(us)")]
        public float ExposureTime { get; set; }
        [PropertyOrder(22), Browsable(true), Category("3 相机"), DisplayName("3.2 增益"), Description("增益")]
        public float Gain { get; set; }

        [PropertyOrder(31), Browsable(true), Category("4 动作"), DisplayName("4.1 起始速度(mm/s)"), Description("起始速度")]
        public double VelLow { get; set; }
        [PropertyOrder(32), Browsable(true), Category("4 动作"), DisplayName("4.2 运行速度(mm/s)"), Description("运行速度")]
        public double VelHigh { get; set; }
        [PropertyOrder(33), Browsable(true), Category("4 动作"), DisplayName("4.3 加速度(mm/s)"), Description("加速度")]
        public double Acc { get; set; }
        [PropertyOrder(34), Browsable(true), Category("4 动作"), DisplayName("4.4 减速度(mm/s)"), Description("减速度")]
        public double Dec { get; set; }
        [PropertyOrder(35), Browsable(true), Category("4 动作"), DisplayName("4.5 等待稳定时间(ms)"), Description("到位等待稳定时间")]
        public int WaitTime { get; set; }

        [PropertyOrder(41), Browsable(true), Category("5 聚焦"), DisplayName("5.1 开启自动聚焦"), Description("是否开启自动聚焦功能(True-是；False-否)")]
        public bool AutoFocus { get; set; }
        [PropertyOrder(42), Browsable(true), Category("5 聚焦"), DisplayName("5.2 聚焦步进(mm)"), Description("每次聚焦的步进长度")]
        public double FocusStep { get; set; }
        [PropertyOrder(43), Browsable(true), Category("5 聚焦"), DisplayName("5.3 方向步进(mm)"), Description("寻找聚焦方向时的步进长度")]
        public double DirStep { get; set; }
        [PropertyOrder(44), Browsable(true), Category("5 聚焦"), DisplayName("5.4 等待稳定时间(ms)"), Description("聚焦步进之后等待稳定时间")]
        public int WaitDoneTime { get; set; }
        [PropertyOrder(45), Browsable(true), Category("5 聚焦"), DisplayName("5.5 聚焦超时(ms)"), Description("自动聚焦超时报警")]
        public int TimeOut { get; set; }

        [PropertyOrder(51), Browsable(true), Category("6 补偿"), DisplayName("6.1 补偿值"), Description("测试读取数据后加入的补偿值")]
        public double OffsetValue { get; set; }

        [PropertyOrder(61), Browsable(true), Category("7 上下限"), DisplayName("7.1 启用流程上下限"), Description("使用流程中设置的上下限判断")]
        public bool OpenUseLimit { get; set; }
        [PropertyOrder(62), Browsable(true), Category("7 上下限"), DisplayName("7.2 标准值"), Description("设置判断标志值")]
        public double StandardValues { get; set; }
        [PropertyOrder(63), Browsable(true), Category("7 上下限"), DisplayName("7.3 上限"), Description("设置判断上限")]
        public double MaxLimit { get; set; }
        [PropertyOrder(64), Browsable(true), Category("7 上下限"), DisplayName("7.4 下限"), Description("设置流程下限")]
        public double MinLimit { get; set; }

        [PropertyOrder(71), Browsable(true), Category("8 打印"), DisplayName("8.1 开启Excel打印"), Description("启用本工序数据打印")]
        public bool OpenPrint { get; set; }
        [PropertyOrder(72), Browsable(true), Category("8 打印"), DisplayName("8.2 打印数据"), Description("打印均值数据的位置")]
        public string ExcelData { get; set; }
        [PropertyOrder(73), Browsable(true), Category("8 打印"), DisplayName("8.3 打印上下限"), Description("打印上下限的位置")]
        public string ExcelLimit { get; set; }
        [PropertyOrder(74), Browsable(true), Category("8 打印"), DisplayName("8.4 开启标签打印"), Description("启用本工序数据打印")]
        public bool OpenPrintLabel { get; set; }
        [PropertyOrder(75), Browsable(true), Category("8 打印"), DisplayName("8.5 标签打印数据"), Description("打印均值数据的位置")]
        public string LabelData { get; set; }
        [PropertyOrder(76), Browsable(true), Category("8 打印"), DisplayName("8.6 标签打印上下限"), Description("打印上下限的位置")]
        public string LabelLimit { get; set; }

        [PropertyOrder(81), Browsable(true), Category("9 控制"), DisplayName("9.1 禁用工序"), Description("禁用本工序(True-是；False-否)")]
        public bool Disable { get; set; }

        public PointTestProp()
        {
            EngineName = "My_PI_PT_General";
            TestType = PointTestType.Y轴方向PT值检测;
            DefPos = false;

            PointCnt = 5;
            AutoMark = true;
            SelectPoint = true;
            Indexs = new List<int>();
            Points = new List<PointF>();
            JudgmentData = DataJudgment.均值;

            ExposureTime = 30000;
            Gain = 0;

            VelLow = 0;
            VelHigh = 100;
            Acc = 200;
            Dec = 200;
            WaitTime = 50;

            AutoFocus = true;
            FocusStep = 0.02;
            DirStep = 0.04;
            WaitDoneTime = 200;
            TimeOut = 30000;

            OffsetValue = 0;

            OpenUseLimit = false;
            StandardValues = 0;
            MaxLimit = 0;
            MinLimit = 0;

            Disable = false;

            OpenPrint = false;
            OpenPrintLabel = false;
            ExcelData = "";
            ExcelLimit = "";
            LabelData = "";
            LabelLimit = "";
        }

        /// <summary>
        /// 序列化
        /// </summary>
        /// <param name="obj"></param>
        /// <returns></returns>
        public string serialize()
        {
            return JsonConvert.SerializeObject(this);
        }
        /// <summary>
        /// 反序列化
        /// </summary>
        /// <param name="json"></param>
        /// <returns></returns>
        public void deserialize(string json)
        {
            var o = JsonConvert.DeserializeObject<PointTestProp>(json);
            Type type = o.GetType();
            System.Reflection.PropertyInfo[] properties = type.GetProperties();
            foreach (System.Reflection.PropertyInfo property in properties)
            {
                string name = property.Name;
                if (!type.GetProperty(name).IsDefined(typeof(JsonIgnoreAttribute), true))
                {
                    var value = property.GetValue(o);
                    this.GetType().GetProperty(name).SetValue(this, value);
                }
            }
        }
    }
}