/// <summary>
/// 设置加工层
/// </summary>
/// <param name="ele">电极</param>
public void SetCutLevels(CAMElectrode ele)
{
if (OperIsValid)
{
_SetCutLevels(ele);
}
}
public void SetMillArea(CAMElectrode ele)
{
var tags = new List <NXOpen.Tag>();
ele.GentleFaces.ForEach(u => {
tags.Add(u.FaceTag);
});
tags = tags.Distinct().ToList();
Helper.SetCamgeom(NXOpen.UF.CamGeomType.CamCutArea, OperTag, tags);
}
/// <summary>
/// 根据类型自动设置相关参数
/// </summary>
public virtual void AutoAnalysis(CAMElectrode ele, NXOpen.Tag WorkGeometryGroup, NXOpen.Tag ProgramGroup, NXOpen.Tag MethodGroupRoot
, CAMCutter CAMCutter, CAMCutter refCAMCutter
)
{
if (AnalysisOperIsValid(ele))
{
CreateOper(WorkGeometryGroup, ProgramGroup, MethodGroupRoot, CAMCutter);
if (refCAMCutter != null)
{
SetReferenceCutter(refCAMCutter);
}
AutoSet(ele);
}
}
/// <summary>
/// 设置非切削移动 区域起点
/// </summary>
protected virtual void _SetRegionStartPoints(CAMElectrode ele)
{
if (OperIsValid)
{
var electrode = ele.Electrode;
var baseFace = electrode.BaseFace;
var result = baseFace.GetCenterPointEx();
var box = ele.BodyBox;
var info = electrode.GetElectrodeInfo();
result.X = System.Math.Abs(box.MaxX - box.MinX);
result.Z = System.Math.Abs(info.HEADPULLUPH);
Helper.SetRegionStartPoints(OperTag, result);
}
}
public override void Apply()
{
var body = Snap.Globals.WorkPart.Bodies.FirstOrDefault();
var ele = ElecManage.Electrode.GetElectrode(body);
if (ele != null)
{
ele.InitAllFace();
//AutoCAMUI.Helper.AutoCAM(ele);
var camConfig = CNCConfig.CAMConfig.GetInstance();
var camEle = new AutoCAMUI.CAMElectrode();
camEle.Init(ele, camConfig);
AutoCAMUI.AutoCamBusiness.AutoCam(camEle, camConfig);
}
}
/// <summary>
/// 设置切削层
/// </summary>
protected virtual void _SetCutLevels(CAMElectrode ele)
{
if (OperIsValid)
{
var zLevels = new List <double>();
zLevels.Add(ele.BodyBox.MaxZ);
var hFace = ele.HorizontalFaces.OrderBy(u => u.GetSnapFace().GetCenterPointEx().Z).FirstOrDefault();
if (hFace != null)
{
zLevels.Add(hFace.GetSnapFace().GetCenterPointEx().Z);
}
zLevels.Add(ele.Electrode.BaseFace.GetCenterPointEx().Z);
zLevels = zLevels.OrderByDescending(u => u).ToList();
Helper.SetCutLevels(OperTag, zLevels, (int)levelsPosition.BottomLevel);
}
}
protected override void AutoSet(CAMElectrode ele)
{
_SetPartStockAndFloorStock(ele.CamConfig.CAVITYPartStock, ele.CamConfig.CAVITYFloorStock);
_SetCutLevels(ele);
_SetRegionStartPoints(ele);
}
public static List <ICAMOper> CreateCamOper(
NXOpen.Tag WorkGeometryGroup,
NXOpen.Tag ProgramGroup,
NXOpen.Tag MethodGroupRoot,
NXOpen.Tag cutterGroupRootTag,
CAMElectrode ele,
CNCConfig.CAMConfig.ProjectInfo project,
List <CAMCutter> cutterDetails,
double fireNum
)
{
var result = new List <ICAMOper>();
foreach (var item in project.Details)
{
var operConfig = ele.CamConfig.Operations.FirstOrDefault(m => m.显示名称 == item.工序);
Func <string, CAMCutter> GetCutterAction = (s) => {
var c = cutterDetails.FirstOrDefault(m => m.CutterName == s);
if (ele.CamConfig.SparkPosition == CNCConfig.CAMConfig.E_SparkPosition.CheatKnife ||
ele.CamConfig.SparkPosition == CNCConfig.CAMConfig.E_SparkPosition.CheatKnifeZ
)
{
var tempC = cutterDetails.FirstOrDefault(m => m.CutterName == s + fireNum.ToString());
if (tempC != null)
{
c = tempC;
}
}
return(c);
};
var cutter = GetCutterAction(item.刀具);
var refCutter = cutterDetails.FirstOrDefault(m => m.CutterName == item.参考刀具);
if (operConfig == null)
{
throw new Exception("配置工具方案工序配置异常！");
}
ICAMOper camOper = null;
switch (operConfig.模版类型)
{
case CNCConfig.CAMConfig.S_OperationTemplate.EACT_AUTOCAM:
{
switch (GetEnumByKey(operConfig.模板名称))
{
case E_TmplateOper.FACE_MILLING_KC:
{
camOper = new JYTools_FACE_MILLING_KC_Oper();
break;
}
}
break;
}
default:
{
switch (GetEnumByKey(operConfig.模板名称))
{
case E_TmplateOper.FACE_MILLING_TOP:
{
camOper = new WsqAutoCAM_FACE_MILLING_TOP_Oper();
break;
}
case E_TmplateOper.CAVITY_MILL_C:
{
camOper = new WsqAutoCAM_CAVITY_MILL_C_Oper();
break;
}
case E_TmplateOper.CAVITY_PLANAR_MILL:
{
camOper = new WsqAutoCAM_CAVITY_PLANAR_MILL_Oper();
break;
}
case E_TmplateOper.CAVITY_MILL_REF:
{
camOper = new WsqAutoCAM_CAVITY_MILL_REF_Oper();
break;
}
case E_TmplateOper.FACE_MILLING_BASE:
{
camOper = new WsqAutoCAM_FACE_MILLING_BASE_Oper();
break;
}
case E_TmplateOper.FACE_MILLING:
{
camOper = new WsqAutoCAM_FACE_MILLING_Oper();
break;
}
case E_TmplateOper.PLANAR_MILL_BASE:
{
camOper = new WsqAutoCAM_PLANAR_MILL_BASE_Oper();
break;
}
case E_TmplateOper.PLANAR_MILL:
{
camOper = new WsqAutoCAM_PLANAR_MILL_Oper();
break;
}
case E_TmplateOper.ZLEVEL_PROFILE_STEEP:
{
camOper = new WsqAutoCAM_ZLEVEL_PROFILE_STEEP_Oper();
break;
}
case E_TmplateOper.ZLEVEL_CORNER:
{
camOper = new WsqAutoCAM_ZLEVEL_CORNER_Oper();
break;
}
case E_TmplateOper.CONTOUR_AREA_NON_STEEP:
{
camOper = new WsqAutoCAM_CONTOUR_AREA_NON_STEEP_Oper();
break;
}
case E_TmplateOper.FLOWCUT_REF_TOOL:
{
camOper = new WsqAutoCAM_FLOWCUT_REF_TOOL_Oper();
break;
}
case E_TmplateOper.FACE_MILLING_CORNER:
{
camOper = new WsqAutoCAM_FACE_MILLING_CORNER_Oper();
break;
}
case E_TmplateOper.CONTOUR_TEXT:
{
camOper = new WsqAutoCAM_CONTOUR_TEXT_Oper();
break;
}
}
break;
}
}
if (camOper != null)
{
result.Add(camOper);
camOper.FRIENUM = fireNum;
camOper.AutoAnalysis(ele, WorkGeometryGroup, ProgramGroup, MethodGroupRoot, cutter, refCutter);
if (item.切深 > 0)
{
camOper.SetCutDepth(item.切深);
}
if (item.进给 > 0)
{
camOper.SetFeedRate(item.进给);
}
}
}
return(result);
}
public static List <CAMCutter> CreateCutter(CAMElectrode ele, CNCConfig.CAMConfig camConfig, NXOpen.Tag cutterGroupRootTag, out CNCConfig.CAMConfig.ProjectInfo project)
{
var eleInfo = ele.Electrode.GetElectrodeInfo();
List <CAMCutter> result = new List <CAMCutter>();
var info = ele.Electrode.GetElectrodeInfo();
var cutterConfigs = camConfig.FindCutterInfo(info.MAT_NAME);
project = camConfig.Projects.Where(u => u.方案名称 == "自动").FirstOrDefault() ?? camConfig.Projects.Where(u => u.方案名称 == "自动").FirstOrDefault();
if (project == null)
{
throw new Exception("配置工具未配置方案!");
}
var cutterStrs = new List <string>();
project.Details.ForEach(u => {
cutterStrs.Add(u.刀具);
cutterStrs.Add(u.参考刀具);
});
cutterStrs = cutterStrs.Where(u => !string.IsNullOrEmpty(u)).ToList();
cutterStrs = cutterStrs.Distinct().ToList();
foreach (var item in cutterStrs)
{
var cutterConfig = cutterConfigs.FirstOrDefault(m => m.刀具名称 == item);
if (cutterConfig != null)
{
Action <double> action = (f) => {
var camCutter = new CAMCutter();
camCutter.AUTOCAM_TYPE = AUTOCAM_TYPE.mill_planar;
camCutter.AUTOCAM_SUBTYPE = AUTOCAM_SUBTYPE.MILL;
camCutter.CutterName = cutterConfig.刀具名称 + (f != 0 ? f.ToString() : "");
camCutter.TL_DIAMETER = double.Parse(cutterConfig.直径) + (f * 2);
camCutter.TL_COR1_RAD = double.Parse(cutterConfig.R角) + f;
camCutter.TL_COR1_RAD = camCutter.TL_COR1_RAD < 0 ? 0 : camCutter.TL_COR1_RAD;
camCutter.TL_HEIGHT = double.Parse(cutterConfig.刀长);
camCutter.TL_FLUTE_LN = double.Parse(cutterConfig.刃长);
camCutter.TL_NUMBER = int.Parse(cutterConfig.刀号);
camCutter.TL_ADJ_REG = int.Parse(cutterConfig.补正号);
camCutter.Speed = double.Parse(cutterConfig.转速);
camCutter.FeedRate = double.Parse(cutterConfig.进给);
camCutter.FEED_TRAVERSAL = double.Parse(cutterConfig.横越);
camCutter.CutDepth = double.Parse(cutterConfig.切深);
result.Add(camCutter);
};
action(0);
if (eleInfo.FINISH_NUMBER > 0) //精
{
action(eleInfo.FINISH_SPACE);
}
if (eleInfo.MIDDLE_NUMBER > 0) //中
{
action(eleInfo.MIDDLE_SPACE);
}
if (eleInfo.ROUGH_NUMBER > 0) //粗
{
action(eleInfo.ROUGH_SPACE);
}
}
else
{
throw new Exception("配置工具方案刀具配置异常!");
}
}
result = Helper.CreateCutter(result, cutterGroupRootTag);
return(result);
}
/// <summary>
/// 自动编程
/// </summary>
public static void AutoCam(CAMElectrode ele, CNCConfig.CAMConfig camConfig)
{
//安全距离
var safeDistance = 10;
var autoBlankOffset = new double[] { camConfig.AutoBlankXPlus, camConfig.AutoBlankXReduce, camConfig.AutoBlankYPlus, camConfig.AutoBlankYReduce, camConfig.AutoBlankZPlus, camConfig.AutoBlankZReduce };
var eleInfo = ele.Electrode.GetElectrodeInfo();
var bodyBox = ele.BodyBox;
//几何组根节点
NXOpen.Tag geometryGroupRootTag;
//程序组根节点
NXOpen.Tag orderGroupRootTag;
//刀具组根节点
NXOpen.Tag cutterGroupRootTag;
//方法组根节点
NXOpen.Tag methodGroupRootTag;
//几何体组
NXOpen.Tag workGeometryGroupTag;
//TODO 初始化对象
NXOpen.Tag setup_tag;
ufSession.Setup.AskSetup(out setup_tag);
ufSession.Setup.AskGeomRoot(setup_tag, out geometryGroupRootTag);
ufSession.Setup.AskProgramRoot(setup_tag, out orderGroupRootTag);
ufSession.Setup.AskMctRoot(setup_tag, out cutterGroupRootTag);
ufSession.Setup.AskMthdRoot(setup_tag, out methodGroupRootTag);
//根据配置文件创建刀具
CNCConfig.CAMConfig.ProjectInfo projectConfig;
var cutters = CreateCutter(ele, camConfig, cutterGroupRootTag, out projectConfig);
//TODO删除旧的程序
//TODO 创建坐标系和几何体
//加工坐标系
NXOpen.Tag workMcsGroupTag;
ufSession.Ncgeom.Create(AUTOCAM_TYPE.mill_planar, AUTOCAM_SUBTYPE.MCS, out workMcsGroupTag);
ufSession.Obj.SetName(workMcsGroupTag, AUTOCAM_ROOTNAME.GEOM_EACT);
ufSession.Ncgroup.AcceptMember(geometryGroupRootTag, workMcsGroupTag);
//TODO 设置安全平面
var normal = new Snap.Vector(0, 0, 1);
var origin = new Snap.Position((bodyBox.MinX + bodyBox.MaxX) / 2, (bodyBox.MinY + bodyBox.MaxY) / 2, bodyBox.MaxZ + safeDistance);
ufSession.Cam.SetClearPlaneData(workMcsGroupTag, origin.Array, normal.Array);
//TODO 创建几何体
ufSession.Ncgeom.Create(AUTOCAM_TYPE.mill_planar, AUTOCAM_SUBTYPE.WORKPIECE, out workGeometryGroupTag);
ufSession.Obj.SetName(workGeometryGroupTag, eleInfo.Elec_Name);
ufSession.Ncgroup.AcceptMember(workMcsGroupTag, workGeometryGroupTag);
//TODO 添加Body作为工作几何体
Helper.SetCamgeom(NXOpen.UF.CamGeomType.CamPart, workGeometryGroupTag, new List <NXOpen.Tag> {
ele.Electrode.ElecBody.NXOpenTag
});
//TODO 设置毛坯为自动块
ufSession.Cam.SetAutoBlank(workGeometryGroupTag, NXOpen.UF.UFCam.BlankGeomType.AutoBlockType, autoBlankOffset);
Action <string, double, int> action = (type, fireNum, number) => {
//TODO 创建程序
NXOpen.Tag programGroupTag;
ufSession.Ncprog.Create(AUTOCAM_TYPE.mill_planar, AUTOCAM_SUBTYPE.PROGRAM, out programGroupTag);
ufSession.Obj.SetName(programGroupTag, string.Format("{0}-{1}", eleInfo.Elec_Name, type));
ufSession.Ncgroup.AcceptMember(orderGroupRootTag, programGroupTag);
var list = CAMOper.CreateCamOper(workGeometryGroupTag, programGroupTag, methodGroupRootTag, cutterGroupRootTag, ele, projectConfig, cutters, fireNum);
list = list.Where(u => u.OperIsValid).ToList();
//var exMsg=Helper.PathGenerate(programGroupTag);
//Helper.ShowInfoWindow(exMsg);
};
if (eleInfo.FINISH_NUMBER > 0) //精
{
action("F", eleInfo.FINISH_SPACE, eleInfo.FINISH_NUMBER);
}
if (eleInfo.MIDDLE_NUMBER > 0) //中
{
action("M", eleInfo.MIDDLE_SPACE, eleInfo.MIDDLE_NUMBER);
}
if (eleInfo.ROUGH_NUMBER > 0) //粗
{
action("R", eleInfo.ROUGH_SPACE, eleInfo.ROUGH_NUMBER);
}
}
/// <summary>
/// 根据电极分析数据设置工序相关参数
/// </summary>
protected virtual void AutoSet(CAMElectrode ele)
{
}
/// <summary>
/// 根据电极分析数据判断该工序是否可用
/// </summary>
protected virtual bool AnalysisOperIsValid(CAMElectrode ele)
{
return(true);
}
protected override void AutoSet(CAMElectrode ele)
{
SetMillArea(Enumerable.Select(ele.HorizontalFaces, u => u.FaceTag).ToList());
}
protected override void AutoSet(CAMElectrode ele)
{
SetBoundary(ele.HorizontalFaces);
}
protected override void AutoSet(CAMElectrode ele)
{
SetBoundary(ele.Electrode);
}
protected override void AutoSet(CAMElectrode ele)
{
SetMillArea(ele.Electrode);
}
protected override void AutoSet(CAMElectrode ele)
{
SetCutLevels(ele);
}
protected override bool AnalysisOperIsValid(CAMElectrode ele)
{
return(ele.HorizontalFaces.Count > 0);
}
protected override void AutoSet(CAMElectrode ele)
{
SetBoundaryAndCutFloor(ele.Electrode);
_SetRegionStartPoints(ele);
}