using DeepLearning_Model_Sharp;
using OpenCvSharp;

namespace Inno.LPR
{
    public class LicensePlateRecognitionMotionData
    {
        public Mat OriginalImage { get; private set; }
        public DateTime ImageCreatedTime { get; init; }
        public List<LPR_Boxes> DetectedLprBoxList { get; init; } = [];
        public LPR_Boxes SelectedTrustedLprBox { get; private set; }
        public bool IsLicensePlateExist { get; private set; } = false;
        public List<string> LicensePlateCodeList { get; set; } = [];
        public string LicensePlateCode { get; private set; } = string.Empty;
        public int FrameNumber { get; set; } = -1;

        public LicensePlateRecognitionMotionData(Mat originalImage, DateTime imageCreatedTime, List<LPR_Boxes> lprBoxes, bool isLicensePlateExist)
        {
            OriginalImage = originalImage.Clone();
            ImageCreatedTime = imageCreatedTime;
            DetectedLprBoxList.AddRange(lprBoxes);
            if (DetectedLprBoxList.Count > 0)
            {
                SelectedTrustedLprBox = DetectedLprBoxList.OrderByDescending(box => box.y).First();
            }
            IsLicensePlateExist = isLicensePlateExist;
        }

        public void DrawLicensePlateCharacterBoxes(List<LPR_Boxes> boxes, uint coordinateOriginX, uint coordinateOriginY)
        {
            if (!IsLicensePlateExist) { return; }

            //foreach (_LPR_Boxes mLPR_Chars in boxes)
            //{
            //	Rect rect_Char = new((int)mLPR_Chars.x + (int)coordinateOriginX, (int)mLPR_Chars.y + (int)coordinateOriginY,
            //		(int)mLPR_Chars.w, (int)mLPR_Chars.h);
            //	Cv2.Rectangle(LicensePlateDisplayImage, rect_Char, Scalar.Blue, 1);
            //}
        }
        public void AddLicensePlateCode(string lpCode)
        {
            LicensePlateCode = lpCode;
        }
    }
}