using CaeKnowledge.Data;
using System.Collections.Generic;
using ToolPathParser;

using FlatendCalc = CaeCuttingForce.FlatendCutter.ClassicalCuttingForceCalculate;
using ToroidalCalc = CaeCuttingForce.ToroidalCutter.ClassicalCuttingForceCalculate;

namespace CaeCuttingForce
{
    public class CuttingForceTools
    {
        public List<ToolPosition> ToolPositionProcessor(string inputFile,
            int totalPointsPerLayer = 50,
            double radialDepth = 1.0,
            double zOrigin = 0.0)
        {
            var list = ToolPathProcessor.ProcessToolPath(inputFile, totalPointsPerLayer, radialDepth, zOrigin);

            return list;
        }

        public void Calculate(Cutter cutter, CuttingParameter para, List<ToolPosition> toolPositions)
        {
            // 1. 刀具参数
            var toolParams = new ToolParameters
            {
                NumberOfTeeth = cutter.Flute,
                ToolRadius = cutter.Diameter / 2.0,
                HelixAngle = cutter.HelixAngle,

                // 由西工大权琳雅添加
                ArcRadius = cutter.ArcRadius // 环形刀的圆弧半径参数
            };

            // 2. 切削系数
            var coefficients = new CuttingForceCoefficients
            {
                kte = para.TangentialForceCoefficient,
                kre = para.RadialForceCoefficient,
                kue = para.AxialForceCoefficient,
                ktc = para.TangentialForceConstant,
                krc = para.RadialForceConstant,
                kuc = para.AxialForceConstant
            };

            // 3. 平底刀计算
            // 底层代码由西工大权琳雅维护
            if(toolParams.ArcRadius > 0 ) // 圆弧半径>0，采用环形刀代码计算
            {
                ToroidalCalc.AxialDepthGroupedForceCalculator(toolPositions, coefficients, toolParams);
            }
            else // 采用平底刀代码计算
            {
                FlatendCalc.AxialDepthGroupedForceCalculator(toolPositions, coefficients, toolParams);
            }
        }
    }
}