AISDK/AIDiagnosisSystem/Vinno.AIService/Vinno.AI.AutoDFRDiagnosisService/Tools/AIConvertHelper.cs

using AutoDFRCalculationLib;
using Vinno.AI.AutoDFRDiagnosisSDK.Enums;
using Vinno.AI.AutoDFRDiagnosisSDK.Models;
using Vinno.AI.CommonSDK.Models;
using Vinno.AI.Service.Common.Tools;

namespace Vinno.AI.AutoDFRDiagnosisService.Tools
{
    internal static class AIConvertHelper
    {
        internal static AIAutoDFRCalcResult ConvertAutoDFRCalcResultToAIAutoDFRCalcResult(AutoDFRCalcResult autoDFRCalcResult)
        {
            if (autoDFRCalcResult == null)
            {
                return null;
            }
            var measureMarks = ConvertDFRMeasurementsToAIDFRMeasurements(autoDFRCalcResult.Measurements);
            AIDFRRecognizedObjectInfo[] recognizedObjects;
            if (autoDFRCalcResult.recognizedObjectInfos == null)
            {
                recognizedObjects = null;
            }
            else
            {
                var recognizedObjectsLength = autoDFRCalcResult.recognizedObjectInfos.Length;
                recognizedObjects = new AIDFRRecognizedObjectInfo[recognizedObjectsLength];
                for (int i = 0; i < recognizedObjectsLength; i++)
                {
                    recognizedObjects[i] = ConvertDFRRecognizedObjectInfoToAIDFRRecognizedObjectInfo(autoDFRCalcResult.recognizedObjectInfos[i]);
                }
            }
            return new AIAutoDFRCalcResult(measureMarks, recognizedObjects);
        }

        private static AIDFRMeasurements ConvertDFRMeasurementsToAIDFRMeasurements(DFRMeasurements measurements)
        {
            if (measurements == null)
            {
                return null;
            }
            var diaphragmPoint = ConvertMeasureMarksToAIMeasureMarks(measurements.DiaphragmPoint);
            var sideFlapPoint = ConvertMeasureMarksToAIMeasureMarks(measurements.SideFlapPoint);
            var mitralValveClosurePoint = ConvertMeasureMarksToAIMeasureMarks(measurements.MitralValveClosurePoint);
            return new AIDFRMeasurements(diaphragmPoint, sideFlapPoint, mitralValveClosurePoint);
        }

        private static AIMeasureMarks ConvertMeasureMarksToAIMeasureMarks(MeasureMarks measureMarks)
        {
            if (measureMarks == null)
            {
                return null;
            }
            var measureMarkPoint = AICommonServiceConvertHelper.ConvertPoint2DToAIPoint2D(measureMarks.MeasureMarkPoint);
            var score = measureMarks.MeasureMarkScore;
            return new AIMeasureMarks(measureMarkPoint, score);
        }

        private static AIDFRRecognizedObjectInfo ConvertDFRRecognizedObjectInfoToAIDFRRecognizedObjectInfo(DFRRecognizedObjectInfo recognizedObjectInfo)
        {
            if (recognizedObjectInfo == null)
            {
                return null;
            }
            var type = (AIEnumDFRRecognizedObjectType)recognizedObjectInfo.Type;
            var confidence = recognizedObjectInfo.Confidence;
            AIPoint2D[] contour;
            if (recognizedObjectInfo.Contour == null)
            {
                contour = null;
            }
            else
            {
                var contourLength = recognizedObjectInfo.Contour.Length;
                contour = new AIPoint2D[contourLength];
                for (int i = 0; i < contourLength; i++)
                {
                    contour[i] = AICommonServiceConvertHelper.ConvertPoint2DToAIPoint2D(recognizedObjectInfo.Contour[i]);
                }
            }
            return new AIDFRRecognizedObjectInfo(type, confidence, contour);
        }
    }
}