#include "StdAfx.h" #include "DxfReadMgr.h" #include "LogMgr.h" #include "GlobalFunction.h" #include "SmartPtr.h" #include "ObjCircle.h" #include "ObjPline.h" #include "DataPoint.h" #include "GlobalDefine.h" #include "CommandMgr.h" #include "WorkRecord.h" #include "WorkFileMgr.h" #include "ProgramCutMgr.h" #include "FileMgr.h" #ifdef _DEBUG #define new DEBUG_NEW #undef THIS_FILE static char THIS_FILE[] = __FILE__; #endif #if 1 float x, y, z; CPos::CPos() { x = 0.0; y = 0.0; z = 0.0; } CPos::CPos(float tx, float ty, float tz) { x = tx; y = ty; z = tz; } CPos::CPos(POS tpos) { x = tpos.x; y = tpos.y; z = tpos.z; } CPos::CPos(CPoint pot) { x = (float)pot.x; y = (float)pot.y; z = 0.0; } CPos::~CPos() { } float CPos::Clear() { x = 0.0; y = 0.0; z = 0.0; return 0; } CPos CPos::operator =(CPos pos) { x = pos.x; y = pos.y; z = pos.z; return *this; } CPos CPos::operator =(int pos) { x = (float)pos; y = (float)pos; z = (float)pos; return *this; } CPos CPos::operator+(CPos pos) { CPos tmp; tmp.x = x + pos.x; tmp.y = y + pos.y; tmp.z = z + pos.z; return tmp; } CPos CPos::operator-(CPos pos) { CPos tmp; tmp.x = x - pos.x; tmp.y = y - pos.y; tmp.z = z - pos.z; return tmp; } bool CPos::operator==(CPos pos) { if ((x == pos.x) && (y == pos.y) && (z = pos.z)) return true; else return false; } CPoint Point(CPos pos) { CPoint tmp; tmp.x = (int)pos.x; tmp.y = (int)pos.y; return tmp; } #endif #if 1 const int MAX_NUMBER = 500; int a; CString tr; bool finded = false; #if 1 //定义读取strMarket标签 #define READ_MARKET(strMarket) \ if (!feof(fp) && !ferror(fp))\ {\ tr.Empty();\ fscanf(fp, "%s\n", m_str);\ a++;\ while(strcmp(m_str, strMarket) != 0)\ {\ fscanf(fp, "%s\n", m_str);\ a++;\ }} #endif //比较标签数组内容 #define CMP(array, num) \ for (int i=0; im_RcvFileName; if (FilePath.IsEmpty()) { CFileDialog FileOpen(TRUE, NULL, NULL, OFN_HIDEREADONLY | OFN_OVERWRITEPROMPT, "dxf 文件 (*.dxf)|*.dxf;"); /*CFileMgr fg; CString exeDir = fg.GetWorkPath(); CString dxfDir = exeDir + "\\DXF"; FileOpen.m_ofn.lpstrInitialDir = dxfDir; //指定文件夹*/ if (IDOK == FileOpen.DoModal()) { FilePath = FileOpen.GetPathName(); } else { throw (CString)"opencancle"; } } //先清除所有obj CLayer &layer = GetLayerInstance(); layer.SelAllObj(); layer.DelSelObj(); layer.NotSelAllObj();//全不选 if (ReadDxfFile(FilePath)) { layer.SelAllObj();//全选 layer.OnRotato(Angle);//右旋转90 度 GetCurViewPtr()->MoveSelObjToCenter();//移动到中心区域 layer.NotSelAllObj();//全不选 //清除所有undo 指令,避免操作创建的layer obj 对象 gCommandMgr.Reset(); //设置当前产品型号 CFileMgr FileMgr; CString s = FileMgr.GetFileNameFromPath(FilePath, true); gWorkRecordMgr->SetProductType(s); CWorkFileMgr WorkFileMgr; WorkFileMgr.SaveFileName(FilePath); //记录当前打开文件的名字 gProgramCutMgr->SetCurOpenFileName(FileMgr.GetFileNameFromPath(FilePath, true)); return true; } //} return false; } bool CDxfReadMgr::ReadDxfFile(CString FilePath) { FILE* fp; if (FilePath.IsEmpty()) { gLogMgr->WriteDebugLog("Func : ReadDxfFile ---->Dxf File Path Empty!");//路径为空 return false; } fp = fopen(FilePath, "r"); if (!fp) { gLogMgr->WriteDebugLog("Func : ReadDxfFile ---->Dxf File Open Error!"); //"D:\紫外切割机\同兴达双头-推治具\LaiPuLaser\Debug\TempMarkData\D287.dxf" return false; } m_LINE.Empty(); m_CIRCLE.Empty(); m_POLYLINE.Empty(); m_ARC.Empty(); m_TEXT.Empty(); m_MTEXT.Empty(); m_DIMENSION.Empty(); b_ShowArcRadius = true; ReadEntitiesSec(fp); //gLogMgr->WriteDebugLog(m_POLYLINE); FilePath = "Func : ReadDxfFile ---->" + FilePath; gLogMgr->WriteDebugLog(FilePath); fclose(fp); return true; } void CDxfReadMgr::SetVal(CPos &tagpos) { tagpos = m_pos; } //提取对象实体 bool CDxfReadMgr::ReadEntitiesSec(FILE* fp) { if (fp == NULL) return false; CString strBlockWord = _T("LINE, CIRCLE, LWPOLYLINE, ARC, MTEXT, TEXT, DIMENSION"); CString strSynWord = _T("AcDbLine, AcDbCircle, AcDbPolyline, AcDbArc, AcDbMText,AcDbText,AcDbDimension"); CString strDimension[2] = { "AcDbAlignedDimension", "AcDbOrdinateDimension" }; vector strTypeArray; LoadSynWord(strBlockWord, strTypeArray);//加载类型关键字 int number[7] = { 0 }; READ_MARKET("ENTITIES"); fscanf(fp, "%s\n", m_str); a++; do { fscanf(fp, "%s\n", m_str); a++; int size = strTypeArray.size(); for (int i = 0; i < size; i++)//遍历类型 { if (strcmp(m_str, strTypeArray[i]) == 0)//取得相应数据 { CString str; switch (i) { case 0://直线 number[0]++; LoadLineData(fp); break; case 1://圆 number[1]++; LoadCircleData(fp); break; case 2://多段线 number[2]++; str.Format("第%d个多段线\r\n", number[2]); m_POLYLINE += str; LoadPolyLineData(fp); break; case 3://圆弧 number[3]++; LoadArcData(fp); break; case 4://多行文本 number[4]++; LoadMtextData(fp); break; case 5://单行文本 number[5]++; LoadTextData(fp); break; case 6://标注 number[6]++; LoadDimensionData(fp); break; default: break; } } } } while (strcmp(m_str, "ENDSEC") != 0);//到达段尾 return true; } void CDxfReadMgr::LoadSynWord(CString strSynWord, vector &strArrayKeyWords) { CString strTemp; int nPosPrior = -1; int nPos; nPos = strSynWord.Find(_T(","), 0); while (nPos != -1) { strTemp = strSynWord.Mid(nPosPrior + 1, nPos - nPosPrior - 1); strTemp.TrimRight(); strTemp.TrimLeft(); strArrayKeyWords.push_back(strTemp); nPosPrior = nPos; nPos = strSynWord.Find(_T(","), nPosPrior + 1); } strTemp = strSynWord.Mid(nPosPrior + 1, strSynWord.GetLength() - nPosPrior - 1); strTemp.TrimRight(); strTemp.TrimLeft(); strArrayKeyWords.push_back(strTemp); } bool CDxfReadMgr::LoadLineData(FILE* fp)//加载直线数据 { CPos pos1, pos2; CString strtmp; READ_MARKET("AcDbLine"); READ_3DCOORD(0); SetVal(pos1);//读取起点坐标 READ_3DCOORD(1); SetVal(pos2);//读取端点坐标 strtmp.Format("第%d条直线\r\n 起点坐标: x=%.4f y=%.4f z=%.4f \r\n 端点坐标: x=%.4f y=%.4f z=%.4f\r\n", \ 2, pos1.x, pos1.y, pos1.z, pos2.x, pos2.y, pos2.z); m_LINE += strtmp; //创建多线段对象 CObjPline *pObjPline = new CObjPline; pObjPline->Creat(Dbxy(pos1.x, pos1.y), Dbxy(pos2.x, pos2.y)); GetLayerInstance().AddObject(pObjPline); return 0; } bool CDxfReadMgr::LoadCircleData(FILE* fp)//加载圆数据 { CPos pos1; CString strtmp; READ_MARKET("AcDbCircle"); READ_3DCOORD(0); SetVal(pos1);//读取圆心坐标 READ_VALUE("40");//读取圆半径 strtmp.Format("第%d个圆\r\n 圆心坐标: x=%.4f y=%.4f z=%.4f 半径: %.4f\r\n", 3, pos1.x, pos1.y, pos1.z, m_val); m_CIRCLE += strtmp; //创建circle 的obj 对象 CObjCircle *p = new CObjCircle; CCirclePar ObjCirclePar; ObjCirclePar.CenterPt = Dbxy(pos1.x, pos1.y); ObjCirclePar.Radius = m_val; ObjCirclePar.DEdgeCnt = 0; p->Creat(ObjCirclePar); GetLayerInstance().AddObject(p); return 0; } //读取一条多段线数据 bool CDxfReadMgr::LoadPolyLineData(FILE* fp) { CPos pos[MAX_NUMBER]; float Convexity[MAX_NUMBER];//凸度 memset(Convexity, 0, sizeof(float)*MAX_NUMBER); CString strtmp; int m; int PtCnt; int bClose;//是否闭合 READ_MARKET("AcDbPolyline"); READ_VALUE1("90");//读取定点数 PtCnt = int(m_val); READ_VALUE1("70");//是否闭合 bClose = int(m_val); //1为闭合 if (PtCnt<2 || PtCnt > MAX_NUMBER) { //strtmp.Format("读取第%d个多段线坐标点数%d超过标定，数据无法显示!", 3, PtCnt); return false; } bool bFlg10 = true;//是否需要查找10 for (m = 0; m < PtCnt; m++) { if (bFlg10) { READ_VALUE1("10"); m_pos.x = m_val; } if (!bbreak) { READ_VALUE("20"); m_pos.y = m_val; SetVal(pos[m]);//读取坐标 if (!feof(fp) && !ferror(fp)) { fscanf(fp, "%s\n", m_str); if (strcmp(m_str, ("40")) == 0) { READ_VALUE("41");//41 去掉 fscanf(fp, "%s\n", m_str); fscanf(fp, "%f\n", &m_val); fscanf(fp, "%s\n", m_str); } if (strcmp(m_str, ("10")) == 0)//没有凸度的情况 { fscanf(fp, "%f\n", &m_val); m_pos.x = m_val; bFlg10 = false; } else if (strcmp(m_str, ("42")) == 0)//有凸度的情况 { fscanf(fp, "%f\n", &m_val); Convexity[m] = m_val; bFlg10 = true; } } } } if (PtCnt <= 0) return 0; //创建多线段对象 CObjPline *pObjPline = new CObjPline; //整体偏移到原点 Dbxy AllOffset(pos[0].x - 100, pos[0].y - 100); for (int k = 0;k < MAX_NUMBER;k++) { pos[k].x -= AllOffset.x; pos[k].y -= AllOffset.y; } for (m = 0; m < PtCnt; m++) { double CurConvexity = Convexity[m]; #if 0 strtmp.Format(" %d端点坐标: x=%.4f y=%.4f z=%.4f \r\n", m, pos[m].x, pos[m].y, pos[m].z); gLogMgr->WriteDebugLog(strtmp); strtmp.Format(" %d凸度值=%.4f \r\n", m, CurConvexity); gLogMgr->WriteDebugLog(strtmp); #endif if (m == 0)//创建多线段 { pObjPline->Creat(Dbxy(pos[m].x, pos[m].y), Dbxy(pos[m].x, pos[m].y)); } else { CDataPoint DataPoint(Dbxy(pos[m].x, pos[m].y)); DataPoint.SetIsNode(true); pObjPline->AddDataPoint(DataPoint); } //处理多线段的圆角 if (!IsDbEqualZero(CurConvexity)) { vector PtVec; if (m != PtCnt - 1) { CreatArcData(Dbxy(pos[m].x, pos[m].y), Dbxy(pos[m + 1].x, pos[m + 1].y), CurConvexity, PtVec); } else//最后一个点特殊处理 { CreatArcData(Dbxy(pos[m].x, pos[m].y), Dbxy(pos[0].x, pos[0].y), CurConvexity, PtVec); } vector::iterator iter = PtVec.begin(); vector::iterator iter_end = PtVec.end(); for (;iter != iter_end;iter++) { CDataPoint DataPoint((*iter)); DataPoint.SetIsNode(true); pObjPline->AddDataPoint(DataPoint); } } } #if 1 if (bClose)//闭合 { CDataPoint DataPoint(Dbxy(pos[0].x, pos[0].y)); DataPoint.SetIsNode(true); pObjPline->AddDataPoint(DataPoint); } #endif //整体偏移回原来的位置 vector&PtContainer = pObjPline->GetPtContainer(); int size = PtContainer.size(); for (int k = 0;k < size;k++) { Dbxy pt = PtContainer[k].GetPt(); pt.x += AllOffset.x; pt.y += AllOffset.y; PtContainer[k].SetPt(pt); } GetLayerInstance().AddObject(pObjPline); return 0; } bool CDxfReadMgr::LoadArcData(FILE* fp)//加载圆弧数据 { CString strtmp; CPos pos; float nRadio; float angle1, angle2; READ_MARKET("AcDbCircle"); READ_3DCOORD(0); SetVal(pos);//读取圆心坐标 READ_VALUE("40");//读取圆半径 nRadio = m_val; READ_MARKET("AcDbArc"); READ_VALUE("50");//读取起始角度 angle1 = m_val; READ_VALUE("51");//读取结束角度 angle2 = m_val; strtmp.Format("第%d个圆弧\r\n 圆心坐标: x=%.4f y=%.4f z=%.4f 半径: %.4f\r\n 起始角度: %.0f 结束角度: %.0f\r\n", \ 4, pos.x, pos.y, pos.z, nRadio, angle1, angle2); //m_ARC += strtmp; if (angle1 > angle2) { angle2 = angle2 + 360; } //圆弧创建多线段对象 CCirclePar CirclePar; vector PtVec; CirclePar.StartAng = angle1; CirclePar.EndAng = angle2; CirclePar.CenterPt = Dbxy(pos.x, pos.y); CirclePar.Radius = nRadio; CirclePar.DEdgeCnt = 0;//根据圆的半径自动选择点数 CirclePar.bMerge = false;//闭合 CreatCircleData(CirclePar, PtVec); CObjPline *pObjPline = new CObjPline; vector::iterator iter = PtVec.begin(); vector::iterator iter_end = PtVec.end(); for (;iter != iter_end;iter++) { CDataPoint DataPoint((*iter)); DataPoint.SetIsNode(true); pObjPline->AddDataPoint(DataPoint); } GetLayerInstance().AddObject(pObjPline); return 0; } bool CDxfReadMgr::LoadTextData(FILE* fp)//加载单行文本数据 { CString strtmp; CPos pos; float fontheight; char strcont[50];//字符内容缓冲区** READ_MARKET("AcDbText"); READ_3DCOORD(0); SetVal(pos);//读取文本起始坐标 READ_VALUE("40"); fontheight = m_val;//读取文字高度 // READ_STR("1"); strcpy(strcont, m_strcont); strtmp.Format("第%d个文字段\r\n 文字坐标: x=%.4f y=%.4f z=%.4f 高度: %.2f \r\n 内容: %s\r\n", \ 5, pos.x, pos.y, pos.z, fontheight, strcont); m_TEXT += strtmp; return 0; } bool CDxfReadMgr::LoadMtextData(FILE* fp)//加载多行文本数据 { CString strtmp; CPos pos1; float fontheight, fontwidth; char strcont[255];//字符内容缓冲区** READ_MARKET("AcDbMText"); READ_3DCOORD(0); SetVal(pos1);//读取文本起始坐标 READ_VALUE("40"); fontheight = m_val;//读取文字高度 READ_VALUE("41"); fontwidth = m_val;//读取文字宽度 READ_VALUE("71"); READ_VALUE("72"); READ_STR("1"); strcpy(strcont, m_strcont); strtmp.Format("第%d个文字段\r\n 文字坐标: x=%.4f y=%.4f z=%.4f\r\n 高度: %.2f 宽度: %.2f\r\n 内容: %s\r\n", \ 5, pos1.x, pos1.y, pos1.z, fontheight, fontwidth, strcont); m_MTEXT += strtmp; return 0; } bool CDxfReadMgr::LoadDimensionData(FILE* fp)//加载标注数据 { CString strDimension[2] = { "AcDbAlignedDimension", "AcDbOrdinateDimension" }; CString strtmp; CPos pos1, pos2, pos3, pos4; char strcont[255];//字符内容缓冲区** READ_MARKET("AcDbDimension"); READ_3DCOORD(0); SetVal(pos1);//读取尺寸线定义点 READ_3DCOORD(1); SetVal(pos2);//读取标注位置 READ_VALUE("70"); READ_VALUE("71"); READ_STR("42");//读取标注内容 strcpy(strcont, m_strcont); READ_MARKETARRAY(strDimension, 2); strtmp.Format("第%d个标注\r\n 第一尺寸界线: x=%.4f y=%.4f z=%.4f\r\n 第二尺寸界线: x=%.4f y=%.4f z=%.4f\r\n 尺寸线: x=%.4f y=%.4f z=%.4f\r\n 标注位置: x=%.4f y=%.4f z=%.4f\r\n 文字大小: %d 标注内容: %s\r\n", \ 6, pos3.x, pos3.y, pos3.z, pos4.x, pos4.y, pos4.z, \ pos1.x, pos1.y, pos1.z, pos2.x, pos2.y, pos2.z, 20, strcont); m_DIMENSION += strtmp; return 0; } #if 1 //根据两个端点和凸度计算圆心坐标CenterPoint (u 为凸度) //返回圆弧的半径 double CDxfReadMgr::GetCenterPtByConvexity(Dbxy BeginPoint, Dbxy EndPoint, double Convexity, Dbxy &CenterPoint) { double dConvexityDegree = Convexity; //凸度 double theta_degree;//角度,包角 double dStarX = 0, dStarY = 0;//圆弧起始点 double dEndX = 0, dEndY = 0; //圆弧终止点 double dStarC = 0, dEndC = 0; //圆弧起始角度，终止角度 double dmiddleX = 0, dmiddleY = 0;//起始点和终止点连接线的中点横纵坐标 double dCenterX = 0, dCenterY = 0;//圆心坐标 double dCenterX1 = 0, dCenterY1 = 0;//圆心坐标1 double dCenterX2 = 0, dCenterY2 = 0;//圆心坐标2 double dLength; //弦长 double dfR; //半径 double k = 0.0;//弦的斜率 double k_verticle = 0.0;//弦的中垂线的斜率 double mid_x = 0.0, mid_y = 0.0;//弦的中点坐标 double a = 1.0; double b = 1.0; double c = 1.0; double angleChordX = 0;//弦向量X正方向的角度 int direction = 0;//判断是G02还是G03 bool isMinorArc = TRUE;//圆弧半径是否为较小的 double dStartVale = 0; //起始角的cos（dStarC）值 double dEndVale = 0; //终止角的cos（dEndC）值 //当凸度dConvexityDegree不等于0时，表示为圆弧 if (0 != dConvexityDegree) { theta_degree = 4 * atan(fabs(dConvexityDegree)); //起始点，终止点 dStarX = BeginPoint.x; dStarY = BeginPoint.y; dEndX = EndPoint.x; dEndY = EndPoint.y; //弦长 dLength = sqrt(pow(dStarX - dEndX, 2) + pow(dStarY - dEndY, 2)); //计算圆弧半径 dfR = fabs(0.5*dLength / sin(0.5*theta_degree)); k = (dEndY - dStarY) / (dEndX - dStarX); if (k == 0) { dCenterX1 = (dStarX + dEndX) / 2.0; dCenterX2 = (dStarX + dEndX) / 2.0; dCenterY1 = dStarY + sqrt(dfR * dfR - (dStarX - dEndX) * (dStarX - dEndX) / 4.0); dCenterY2 = dEndY - sqrt(dfR * dfR - (dStarX - dEndX) * (dStarX - dEndX) / 4.0); } else { k_verticle = -1.0 / k; mid_x = (dStarX + dEndX) / 2.0; mid_y = (dStarY + dEndY) / 2.0; a = 1.0 + k_verticle * k_verticle; b = -2 * mid_x - k_verticle * k_verticle * (dStarX + dEndX); c = mid_x * mid_x + k_verticle * k_verticle * (dStarX + dEndX) * (dStarX + dEndX) / 4.0 - (dfR * dfR - ((mid_x - dStarX) * (mid_x - dStarX) + (mid_y - dStarY) * (mid_y - dStarY))); dCenterX1 = (-1.0 * b + sqrt(b * b - 4 * a * c)) / (2 * a); dCenterX2 = (-1.0 * b - sqrt(b * b - 4 * a * c)) / (2 * a); dCenterY1 = k_verticle*dCenterX1 - k_verticle*mid_x + mid_y; dCenterY2 = k_verticle*dCenterX2 - k_verticle*mid_x + mid_y; } //凸度绝对值小于1表示圆弧包角小于180°，凸度绝对值大于1表示圆弧包角大于180° if (fabs(dConvexityDegree) <= 1) isMinorArc = TRUE; else isMinorArc = FALSE; //确定圆弧的顺逆 if (0 > dConvexityDegree) direction = 2; else direction = 3; //确定圆心 ------------------------------------------------------ angleChordX = acos((1 * (dEndX - dStarX) + 0 * (dEndY - dStarY)) / dLength) * 180 / PI; if ((dEndY - dStarY) < 0) { angleChordX *= -1; } if ((angleChordX > 0 && angleChordX < 180) || angleChordX == 180) { if (direction == 2)//顺圆 { if (isMinorArc) { dCenterX = dCenterX1; dCenterY = dCenterY1; } else { dCenterX = dCenterX2; dCenterY = dCenterY2; } } else if (direction == 3)//逆圆 { if (isMinorArc) { dCenterX = dCenterX2; dCenterY = dCenterY2; } else { dCenterX = dCenterX1; dCenterY = dCenterY1; } } } else { if (direction == 2)//顺圆 { if (isMinorArc) { dCenterX = dCenterX2; dCenterY = dCenterY2; } else { dCenterX = dCenterX1; dCenterY = dCenterY1; } } else if (direction == 3)//逆圆 { if (isMinorArc) { dCenterX = dCenterX1; dCenterY = dCenterY1; } else { dCenterX = dCenterX2; dCenterY = dCenterY2; } } } } CenterPoint.x = dCenterX; CenterPoint.y = dCenterY; return dfR; } //创建多线段的圆角数据Convexity 为凸度 void CDxfReadMgr::CreatArcData(Dbxy Pt1, Dbxy Pt2, double Convexity, vector &PtVec) { int times = 10; int OffsetTimes = 0; Dbxy Offset; for (int k = 0;k < times;k++) { if (OffsetTimes > 0) { //避免有时候计算错误没有数据,偏移一点再来一次 double Gap = 0.000001; Pt1.x += Gap; Pt1.y += Gap; Pt2.x += Gap; Pt2.y += Gap; Offset.x += Gap; Offset.y += Gap; } //计算弧线的圆心点------------------------------------- Dbxy CenterPoint; double R = GetCenterPtByConvexity(Pt1, Pt2, Convexity, CenterPoint); if (b_ShowArcRadius) { CString LogStr; LogStr.Format(_T("[圆弧半径ArcRadius] = [%f]"), R); gLogMgr->WriteDebugLog(LogStr); LogStr.Format(_T("[CenterPoint.x] = [%f],[CenterPoint.y] = [%f]"), CenterPoint.x, CenterPoint.y); gLogMgr->WriteDebugLog(LogStr); LogStr.Format(_T("[Dis1 ] = [%f]"), CalDistance(Pt1, CenterPoint)); gLogMgr->WriteDebugLog(LogStr); LogStr.Format(_T("[Dis2 ] = [%f]"), CalDistance(Pt2, CenterPoint)); gLogMgr->WriteDebugLog(LogStr); b_ShowArcRadius = false; } //设置弧线参数-------------------------------------------- //主要是这个角度 CCirclePar CirclePar; double StartAng = Cal360AngleByTwoPt(Pt1, CenterPoint); double EndAng = Cal360AngleByTwoPt(Pt2, CenterPoint); if (StartAng < 0) StartAng += 360; if (EndAng < 0) EndAng += 360; if (Convexity < 0) { swap(StartAng, EndAng); } if (StartAng > EndAng) EndAng += 360; CirclePar.StartAng = StartAng; CirclePar.EndAng = EndAng; CirclePar.CenterPt = CenterPoint; CirclePar.Radius = R; CirclePar.DEdgeCnt = 0;//根据圆的半径自动选择点数 CirclePar.bMerge = false; CreatCircleData(CirclePar, PtVec); if (Convexity < 0)//凸度小于0 为顺时针 { vector::iterator iter = PtVec.begin(); vector::iterator iter_end = PtVec.end(); reverse(iter, iter_end); } if (!PtVec.empty()) break; OffsetTimes++; } #if 0 //整体性偏移----------------------------------------- CString LogStr; LogStr.Format(_T("CreatArcData[OffsetTimes] = [%d]"), OffsetTimes); gLogMgr->WriteDebugLog(LogStr); #endif //偏移回原来的位置 vector::iterator iter = PtVec.begin(); vector::iterator iter_end = PtVec.end(); for (;iter != iter_end;iter++) { if (OffsetTimes > 0) { (*iter).x -= Offset.x; (*iter).y -= Offset.y; } } } #endif #endif