// SanitaryDlg.cpp : implementation file // #include "stdafx.h" #include "SanitaryDlg.h" #include "SaniFittingAttrDlg.h" #include "BathAttrDlg.h" #include "FloorDrainAttrDlg.h" #include "DecorateSaniFittingDlg.h" #include "DecorateBathDlg.h" #include "TArchCmdReactor.h" // [1/15/2008 nsh] //--------------begin---------------- #include "dbents.h" #include "dbjig.h" #include "dbcurve.h" //---------------end----------------- #ifdef _DEBUG #define new DEBUG_NEW #undef THIS_FILE static char THIS_FILE[] = __FILE__; #endif int AddSaniwareToLibrary(const TCHAR *szBlock, PickSet &ss, XPoint &basePt); int ReplaceSaniware(const CSaniFittingAttr &data); int PlaceSaniWare1(CDecorateSaniFittingDlg &dlg, CSaniFittingAttr &data); int PlaceSaniWare2(CDecorateBathTubDlg &dlg, CSaniFittingAttr &data); void PlaceSaniWare3(const CSaniFittingAttr &data); void PlaceSaniWare4(const CSaniFittingAttr &data); int SelectWallSideOrComponent(XPoint &ptFrom, double * nPlaceDirection, double *nNormalAngle); void DrawPlatNew(XPointDir2d insertPoint//洁具的插入点用于判断洁具布置与墙的法线方向 ,const XDirectionCurve &cvTemp,//布置洁具的墙体曲线 BOOL bRever,//曲线是否反向 double dPlatLength,//平台初始长度 double dPlatWidth//平台初始宽度 ); //GEOAPI BOOL arxWBlock(PickSet &ss, const TCHAR* szFileName, XPoint ptIns); // [1/15/2008 nsh] //--------------------------------------begin--------------------------------------- //函数声明 int DrawSantitary( CDecorateSaniFittingDlg &dlg,CSaniFittingAttr &data); int DrawSantitary1(const CSaniFittingAttr &data); int DrawSantitary2(CDecorateBathTubDlg &dlg, CSaniFittingAttr &data); class TSanitaryJig; //---------------------------------------end---------------------------------------- inline XLine Ucs2Wcs(XLine ln) { XLine lnRet=ln; lnRet.StartPoint()=Ucs2Wcs(ln.StartPoint()); lnRet.EndPoint()=Ucs2Wcs(ln.EndPoint()); return lnRet; } inline XLine Wcs2Ucs(XLine ln) { XLine lnRet=ln; lnRet.StartPoint()=Wcs2Ucs(ln.StartPoint()); lnRet.EndPoint()=Wcs2Ucs(ln.EndPoint()); return lnRet; } ///////////////////////////////////////////////////////////////////////////// // CSanitaryDlg dialog IMPLEMENT_DYNAMIC(CSanitaryDlg, CTKImageDlg) CSanitaryDlg::CSanitaryDlg(CWnd* pParent /*=NULL*/) : CTKImageDlg(CSanitaryDlg::IDD, pParent) { //{{AFX_DATA_INIT(CSanitaryDlg) // NOTE: the ClassWizard will add member initialization here //}}AFX_DATA_INIT m_nOpenMode = 0; LoadStatus(); m_hOldItem = 0; if(!ReadFile()) { AfxMessageBox(_T("读取文件错误,请判断文件是否存在或为只读状态。")); } } void CSanitaryDlg::DoDataExchange(CDataExchange* pDX) { CTKImageDlg::DoDataExchange(pDX); //{{AFX_DATA_MAP(CSanitaryDlg) // NOTE: the ClassWizard will add DDX and DDV calls here //}}AFX_DATA_MAP } BEGIN_MESSAGE_MAP(CSanitaryDlg, CTKImageDlg) //{{AFX_MSG_MAP(CSanitaryDlg) ON_NOTIFY(TVN_SELCHANGED, IDC_TK_TREE, OnSelchangedTkTree) ON_WM_LBUTTONDOWN() ON_NOTIFY(LVN_ITEMCHANGED, IDC_TK_LIST, OnItemchangedTkList) ON_COMMAND(ID_BLK_DEL, OnBlkDel) ON_NOTIFY(TBN_DROPDOWN, IDR_SANITARY, OnToolbarDropDown) ON_COMMAND(ID_BLK_LAYOUT, OnBlkLayout) ON_COMMAND(ID_BLK_PROPERTIES, OnBlkProperties) ON_COMMAND(ID_BLK_NEWDWG, OnBlkNewdwg) ON_COMMAND(ID_BLK_REBUILD, OnBlkRebuild) ON_COMMAND(ID_BLK_REPLACE, OnBlkReplace) ON_WM_CONTEXTMENU() ON_NOTIFY(LVN_ENDLABELEDIT, IDC_TK_LIST, OnEndlabeleditTkList) ON_COMMAND(ID_BLK_RENAME, OnBlkRename) ON_NOTIFY(LVN_BEGINLABELEDIT, IDC_TK_LIST, OnBeginlabeleditTkList) ON_NOTIFY(NM_CLICK, IDC_TK_TREE, OnClickTkTree) ON_WM_CLOSE() //}}AFX_MSG_MAP END_MESSAGE_MAP() ///////////////////////////////////////////////////////////////////////////// // CSanitaryDlg message handlers void CSanitaryDlg::OnClose() { SaveStatus(); CTKImageDlg::OnClose(); } BOOL CSanitaryDlg::OnInitDialog() { CTKImageDlg::OnInitDialog(); SetWindowText(_T("上华洁具")); CTemporaryResourceOverride vTmp; m_imageTree.Create( IDB_TREE, 14, 1, RGB(255,255,255) ); m_treeCtrl.SetImageList( &m_imageTree, TVSIL_NORMAL ); m_imageList.Create( IDB_LIST, 14, 1, RGB(255,255,255) ); m_listCtrl.SetImageList( &m_imageList, LVSIL_SMALL); SetupTreeView(); //add by xlc on 080828 if(m_nOpenMode == 0) { m_menu.LoadMenu(IDR_MENU_SANIT); SetMenu(&m_menu); } else if(m_nOpenMode == 1) { m_menu.LoadMenu(IDR_MENU_SANIT); SetMenu(&m_menu); } InitToolBar(); SetStateText(_T("初始化完毕!")); SetListHighLight(); m_treeCtrl.Expand(m_treeCtrl.GetRootItem(), TVE_EXPAND); return FALSE; // return TRUE unless you set the focus to a control } void CSanitaryDlg::SetupListView() { int n=1; HTREEITEM myhtree; m_listCtrl.DeleteAllItems(); myhtree = m_treeCtrl.GetSelectedItem(); m_csCurGroup = m_treeCtrl.GetItemText(myhtree); ReadFile(); int len = m_lstComponents.Length(); for(int i=0; im_csDescName); } } void CSanitaryDlg::OnToolbarDropDown(NMHDR* pnmtb, LRESULT *plr) { OnBlkLayout(); } void CSanitaryDlg::OnBlkLayout() { CWnd *pWnd = &m_ToolBar; CMenu menu; CMenu* pPopup, *pPopupLayout; CMenu popupMenu; CRect rc; pWnd->SendMessage(TB_GETRECT, ID_BLK_LAYOUT, (LPARAM)&rc); pWnd->ClientToScreen(&rc); { CTemporaryResourceOverride vTemp;//加载菜单 menu.LoadMenu(IDR_MENU_IMAGELAYOUT); } pPopup = menu.GetSubMenu(0); pPopupLayout = pPopup->GetSubMenu(8); pPopupLayout->TrackPopupMenu( TPM_LEFTALIGN | TPM_LEFTBUTTON | TPM_VERTICAL, rc.left, rc.bottom, this, &rc); } void CSanitaryDlg::InitToolBar() { CTemporaryResourceOverride vTmp; if(m_nOpenMode == 0){ int ButtonID[]={ ID_BLK_NEWDWG, ID_BLK_REBUILD ,ID_BLK_PROPERTIES, ID_BLK_DEL, 0, ID_BLK_LAYOUT, ID_BLK_PAGEUP, ID_BLK_PAGEDOWN, 0, ID_BLK_REPLACE,IDOK,}; m_ToolBar.InitToolBar(ButtonID, 11, IDR_SANITARY, this); } else if(m_nOpenMode == 1) { int ButtonID[]={ ID_BLK_PROPERTIES, ID_BLK_DEL, 0, ID_BLK_LAYOUT, ID_BLK_PAGEUP, ID_BLK_PAGEDOWN, 0, IDOK,}; m_ToolBar.InitToolBar(ButtonID, 8, IDR_SANITARY1, this); } m_ToolBar.SetStyle(ID_BLK_LAYOUT, TBSTYLE_DROPDOWN); } void CSanitaryDlg::SetupTreeView() { m_bIsDelTree = TRUE; m_treeCtrl.DeleteAllItems(); m_bIsDelTree = FALSE; HTREEITEM hHead= m_treeCtrl.InsertItem(_T("洁具"), 0, 1); HTREEITEM hTemp=NULL, hFilter=NULL; int lenTree = m_lstKindNames.Length(); for(int i=0; im_csBlockName << _T(")"); } if(!bValid) { //pImg->Fill(RGB(192,192,192)); pImg->PaintSlide(NULL); } else { pImg->PaintSlide(sFile); } } // 读取文件, 建立数据列表 BOOL CSanitaryDlg::ReadFile() { m_lstComponents.Reset(); m_lstKindNames.Reset(); XString sFile(256); sFile << g_sDwbPath << _T("lvtry.dbf"); if(!FindFile(sFile)) return FALSE; CodeBase db; db.read_only = 1; XDbfTable *pTable = db.Open(sFile); if(!pTable) return FALSE; BOOL bFilter=(!m_csCurGroup.IsEmpty() && _tcscmp(m_csCurGroup, _T(""))!=0); for(pTable->MoveFirst(); !pTable->IsEOF(); pTable->MoveNext()) { CSaniFittingAttr *pData=new CSaniFittingAttr(pTable); if(m_lstKindNames.Index(pData->m_csKindName, 0)<0) m_lstKindNames.Append(tstrnew(pData->m_csKindName)); if(pData->m_csKindName==m_csCurGroup) m_lstComponents.Append(pData); else delete pData; } m_lstComponents.QuickSort(CSaniFittingAttr::CompareForSortByKindName); return TRUE; } void CSanitaryDlg::OnClickTkTree(NMHDR* pNMHDR, LRESULT* pResult) { //m_nIndex = 0; // 为了使每次改变类型时 当前图块设置为第一个。 *pResult = 0; } void CSanitaryDlg::OnSelchangedTkTree(NMHDR* pNMHDR, LRESULT* pResult) { if(m_bIsDelTree) return; NM_TREEVIEW* pNMTreeView = (NM_TREEVIEW*)pNMHDR; HTREEITEM myhtree; myhtree = m_treeCtrl.GetSelectedItem(); m_treeCtrl.SetItemState(myhtree, TVIS_BOLD ,TVIS_BOLD); SetupListView(); // 立即更新LISTVIEW InitVSBar(); SetupImage(TRUE); if(!IsValid(m_nIndex)) m_nIndex=0; ASSERT(m_nIndex>=0); if(m_hOldItem) { m_treeCtrl.SetItemState(m_hOldItem, 0, TVIS_BOLD); // 让上一个节点字型恢复 if(m_lstComponents.Length() != 0) // 保证根目录选中时不执行 { SelectIndex(m_nIndex); SetListHighLight(); m_listCtrl.SetHotItem(m_nIndex); } } SelectIndex(m_nIndex); m_hOldItem = myhtree; ResetStateText(); *pResult = 0; } int CSanitaryDlg::GetTotalRecords() //取得当前链表的节点个数 { return m_lstComponents.Length(); } void CSanitaryDlg::OnLButtonDown(UINT nFlags, CPoint point) { if(IsPointOnImage(point) && (!m_bBiginEdit)) SelectPageIndex(GetPageIndex(point)); else { CTKImageDlg::OnLButtonDown(nFlags, point); return; } ResetStateText(); CTKImageDlg::OnLButtonDown(nFlags, point); } void CSanitaryDlg::OnItemchangedTkList(NMHDR* pNMHDR, LRESULT* pResult) { NM_LISTVIEW* pNMListView = (NM_LISTVIEW*)pNMHDR; int nSel = m_listCtrl.GetNextItem(-1, LVNI_SELECTED); if(nSel < 0) return; SelectIndex(nSel); m_listCtrl.SetHotItem(nSel); *pResult = 0; ResetStateText(); } // 取当前选中的数据 CSaniFittingAttr * CSanitaryDlg::GetCurrentSelection() { if(!IsCurrentValid()) return NULL; return m_lstComponents[m_nIndex]; } void CSanitaryDlg::OnBlkDel() { if(!IsCurrentValid()){ SetStateText(_T("请正确选择需要删除的洁具!")); return; } if (AfxMessageBox(_T("真的删除当前项?"), MB_YESNO|MB_ICONEXCLAMATION|MB_DEFBUTTON2)==IDYES) { CodeBase db; XDbfTable *pTable=db.Open(XString(_T("%slvtry.DBF"), g_sDwbPath)); if(!pTable) { AfxMessageBox(_T("你没有删除的权限!")); return; } CSaniFittingAttr *pData = GetCurrentSelection(); if(pTable->MoveTo(_T("block"), pData->m_csBlockName, FALSE)) { pTable->Delete(); } pTable->Close(); XString sDwb(256), sSlb(256); sDwb << g_sDwbPath << _T("lvtry.DWB"); sSlb << g_sDwbPath << _T("lvtry.SLB"); XDrawingLib dwb(sDwb); XSlideLib slb(sSlb); if(!(!dwb)) dwb.Remove(pData->m_csBlockName); if(!(!slb)) slb.Remove(pData->m_csBlockName); // Update View ReadFile(); if(!IsCurrentValid()) { m_nIndex --; } SetupTreeView(); SetupImage(TRUE); ASSERT(IsCurrentValid()); SelectIndex(m_nIndex); } } // 查看/更改洁具属性, 参数绘制的不能查询和更改 void CSanitaryDlg::OnBlkProperties() { if(!IsValid(m_nIndex)) { SetStateText(_T("请正确选择洁具!")); return; } CSaniFittingAttr *pData=GetCurrentSelection(); ASSERT(pData); CSaniFittingAttrBaseDlg *pDlg=NULL; if(pData->m_nPlaceFlag<=1) { CSaniFittingAttrDlg *dlg1 = new CSaniFittingAttrDlg(this); if(dlg1->SetFromSaniWare(*pData, FALSE)!=TRUE) { delete dlg1; return; } pDlg = dlg1; } else if(pData->m_nPlaceFlag==2) { CBathAttrDlg *dlg2 = new CBathAttrDlg(this); if(dlg2->SetFromSaniWare(*pData, FALSE)!=TRUE) { delete dlg2; return; } pDlg = dlg2; } else if(pData->m_nPlaceFlag==3) { CFloorDrainAttrDlg *dlg3 = new CFloorDrainAttrDlg(this); if(dlg3->SetFromSaniWare(*pData, FALSE)!=TRUE) { delete dlg3; return; } pDlg = dlg3; } else { return; } CTemporaryResourceOverride vTemp; if(pDlg->DoModal()==IDOK) { pDlg->WriteToSaniWare(*pData); CodeBase db; XString sDbfName(256); sDbfName << g_sDwbPath << _T("lvtry.DBF"); XDbfTable *pTable=db.Open(sDbfName); if(pTable) { if(pTable->MoveTo(_T("block"), pData->m_csBlockName, FALSE)) { pData->WriteToTable(pTable); } pTable->Close(); SetupTreeView(); ASSERT(IsValid(m_nIndex)); SelectIndex(m_nIndex); UpdateData(FALSE); } } delete pDlg; } void CSanitaryDlg::OnBlkNewdwg() { if(!IsCurrentValid()) { SetStateText(_T("请先选择洁具类型!")); return; } HideDialog(TRUE); AddOrReplaceSaniWare(0); HideDialog(FALSE); } void CSanitaryDlg::OnBlkRebuild() { if(!IsCurrentValid()) { SetStateText(_T("请先选择洁具类型!")); return; } HideDialog(TRUE); AddOrReplaceSaniWare(1); HideDialog(FALSE); } void CSanitaryDlg::OnBlkRename() { m_listCtrl.SetFocus(); ASSERT(IsValid(m_nIndex)); m_listCtrl.EditLabel(m_nIndex); } void CSanitaryDlg::OnBlkReplace() { if(IsValid(m_nIndex)) EndDialog(ID_BLK_REPLACE); } void CSanitaryDlg::OnEndlabeleditTkList(NMHDR* pNMHDR, LRESULT* pResult) { LV_DISPINFO* pDispInfo = (LV_DISPINFO*)pNMHDR; if((pDispInfo->item.pszText != NULL)&&(pDispInfo->item.iItem != -1)) { CSaniFittingAttr *pData=GetCurrentSelection(); ASSERT(pData); pData->m_csDescName = pDispInfo->item.pszText; CodeBase db; XString sDbfName(256); sDbfName << g_sDwbPath << _T("lvtry.DBF"); XDbfTable *pTable=db.Open(sDbfName); if(pTable) { if(pTable->MoveTo(_T("block"), pData->m_csBlockName, FALSE)) { pData->WriteToTable(pTable); } pTable->Close(); SetupTreeView(); ASSERT(IsValid(m_nIndex)); SelectIndex(m_nIndex); UpdateData(FALSE); } } m_bBiginEdit = FALSE; *pResult = 0; } // 新增加或替换一种洁具 BOOL CSanitaryDlg::AddOrReplaceSaniWare(int nButtonType) //nButtonType=0 ADDNEW 1 MODIFY { CSaniFittingAttr *pData=GetCurrentSelection(); if(!pData) return FALSE; XPoint basePt; ads_real sx, sy, sz; PickSet ss(SS_FREE); if(ss.Get()!=RTNORM) { if(nButtonType==1 && YesNoQuestion(_T("\n是否改幻灯"))==Q_YES) { if(XGetPoint(NULL, _T("\n请标识基点"), basePt)==RTNORM) AddSaniwareToLibrary(pData->m_csBlockName, ss, basePt); } return TRUE; } { XPoint ptCen; int rc=ss.GetExtend(ptCen, &sx, &sy, &sz); if(rc!=RTNORM) { adsout << _T("\n不能判断出物体范围!"); return FALSE; } ptCen.z -= sz/2.0; // 建立辅助线 //TCHAR clayer[80]=_T(""); InitLayer(LAY_TEMP); XPushVarStr clayer(_T("CLAYER"), LAY_TEMP); //xg_getvar(_T("clayer"), clayer); #if 0 ads_command(RTSTR, _T("-layer"), RTSTR, _T("m"), RTSTR, LAY_TEMP, RTSTR, _T("color"), RTSTR, _T("1"), RTSTR, _T("_aux"), RTSTR, _T(""), NULL); #endif PickSet auxSet(SS_CREATE|SS_FREE); auxSet.IncludeBegin(); XRectAngle box(ptCen, sx, sy); XPoint cpt1(ptCen.x, ptCen.y-sy/2.0, ptCen.z), cpt2(ptCen.x, ptCen.y+sy/2.0, ptCen.z); if(pData->m_nPlaceFlag==3) cpt2=ptCen; int pdMode; xg_getvar(_T("PDMODE"), &pdMode); xg_setvar(_T("PDMODE"), 3); //box.Make(_T("_aux")); MakeEntity(RTDXF0, _T("POINT"), 10, &cpt2.x, NULL); auxSet.IncludeEnd(); adsout << _T("\n请输入基点") << Wcs2Ucs(cpt2) << _T(": "); int nRetCode=ads_getpoint(Wcs2Ucs(cpt2), _T(""), basePt); if(nRetCode==RTNONE) basePt=Wcs2Ucs(cpt2); else if(nRetCode!=RTNORM) return FALSE; //auxSet.Redraw(3); auxSet.Erase(); //xg_setvar(_T("clayer"), clayer); xg_setvar(_T("pdmode"), pdMode); } CSaniFittingAttrBaseDlg *pDlg=NULL; if(pData->m_nPlaceFlag<=1) { CSaniFittingAttrDlg *dlg1 = new CSaniFittingAttrDlg(acedGetAcadFrame()); if(dlg1->SetFromSaniWare(*pData, nButtonType==0? TRUE : FALSE)!=TRUE) { delete dlg1; return FALSE; } dlg1->m_dOrigenalSizeX = sx; dlg1->m_dOrigenalSizeY = sy; pDlg = dlg1; } else if(pData->m_nPlaceFlag==2) { CBathAttrDlg *dlg2 = new CBathAttrDlg(acedGetAcadFrame()); if(dlg2->SetFromSaniWare(*pData, nButtonType==0? TRUE : FALSE)!=TRUE) { delete dlg2; return FALSE; } dlg2->m_nOrigenalSizeX = AS_INT(sx); dlg2->m_nOrigenalSizeY = AS_INT(sy); pDlg = dlg2; } else if(pData->m_nPlaceFlag==3) { CFloorDrainAttrDlg *dlg3 = new CFloorDrainAttrDlg(acedGetAcadFrame()); if(dlg3->SetFromSaniWare(*pData, nButtonType==0? TRUE : FALSE)!=TRUE) { delete dlg3; return FALSE; } dlg3->m_nOrigenalSizeX = AS_INT(sx); dlg3->m_nOrigenalSizeY = AS_INT(sy); pDlg = dlg3; } else { return FALSE; } // pDlg==NULL作为逐点插入的类型 CTemporaryResourceOverride vTemp; if(pDlg->DoModal()==IDOK) { CSaniFittingAttr data; pDlg->WriteToSaniWare(data); CodeBase db; XString sDbfName(256); sDbfName << g_sDwbPath << _T("lvtry.DBF"); XDbfTable *pTable=db.Open(sDbfName); if(pTable && AddSaniwareToLibrary(pDlg->m_csBlockName, ss, basePt)==RTNORM) { if(nButtonType==0) { pTable->AppendBegin(); data.WriteToTable(pTable); pTable->AppendEnd(); } else { if(pTable->MoveTo(_T("block"), data.m_csBlockName, FALSE)) { data.WriteToTable(pTable); } } pTable->Close(); ReadFile(); SetupTreeView(); SetCurrentItem(data, FALSE); } delete pDlg; return TRUE; } delete pDlg; return FALSE; } // 设置当前项, 并可选改变类别, 在对话框启动之前 BOOL CSanitaryDlg::SetCurrentItem(const CSaniFittingAttr &data, BOOL bSetGroup) { if(bSetGroup) { if(_tcsicmp(data.m_csKindName, m_csCurGroup)!=0){ m_csCurGroup = data.m_csKindName; ReadFile(); } } for(int i=0; im_csBlockName == data.m_csBlockName) { m_nIndex = i; return TRUE; } } return FALSE; } // 往图库增加图块 // basePt--UCS int AddSaniwareToLibrary(const TCHAR *szBlock, PickSet &ss, XPoint &basePt) { XString fullSld(256), fullDwg(256); TCHAR szTempPath[256]=_T(""); GetTempPath(255, szTempPath); if(szTempPath[_tcslen(szTempPath)-1]!=_T('\\')) _tcscat(szTempPath, _T("\\")); _tcscat(szTempPath, _T("SRTEMP\\")); MakeDir(szTempPath); //建幻灯 fullSld << szTempPath << szBlock << _T(".sld"); _tremove(fullSld); { XPushVar pdMode(_T("PDMODE"), 3); Entity eMarkPt; XPoint ptWcs=Ucs2Wcs(basePt); MakeEntity(RTDXF0, _T("POINT"), 10, &ptWcs, 62, 2, NULL); eMarkPt.GetLast(); if(YesNoQuestion(_T("\n制作幻灯"))!=Q_YES) { eMarkPt.Delete(); return RTERROR; } SHads_command(RTSTR, _T("MSLIDE"), RTSTR, (TCHAR *)fullSld, RTNONE); eMarkPt.Delete(); } XString slbFile(256); slbFile << g_sDwbPath << _T("lvtry.SLB"); XSlideLib slb(slbFile); if(!slb) { adsout << _T("\nCan not open SLB file!"); return RTERROR; } slb.Append(fullSld); _tremove(fullSld); if(!ss) //只是改幻灯 return RTNORM; fullDwg << szTempPath << szBlock << _T(".dwg"); _tremove(fullDwg); /* XPushVar expert(_T("EXPERT"), 5); XPushVar vOsMode(_T("OSMODE"), 0); ads_command(RTSTR, _T("WBLOCK"), RTSTR, (TCHAR *)fullDwg, RTSTR, _T(""), RT3DPOINT, &basePt.x, RTPICKS, (long *)ss, RTSTR, _T(""), NULL); ads_command(RTSTR, _T("OOPS"), NULL); */ if(!arxWBlock(ss, fullDwg, Ucs2Wcs(basePt))) return RTERROR; XString sLibFile(128); sLibFile << g_sDwbPath << _T("lvtry.DWB"); XDrawingLib dwb(sLibFile); if(!dwb) { adsout << _T("\nCan not open DWB file!"); return RTERROR; } dwb.Append(fullDwg); _tremove(fullDwg); return RTNORM; } // 重载对话框的启动方法 INT_PTR CSanitaryDlg::DoModal() { INT_PTR nRetCode = CTKImageDlg::DoModal(); return nRetCode; } // 保存当前图标的排列 void CSanitaryDlg::SaveStatus() { XString strRoot; _tcscat(strRoot, GetRegLocation()); _tcscat(strRoot, _T("\\Settings")); CRegProperty regProp(strRoot, _T("lvtry")); regProp.SetTopRootKey(HKEY_CURRENT_USER); regProp.SetValue(_T("SanPageRow"), m_nPageRow); regProp.SetValue(_T("SanPageColmn"), m_nPageColumn); regProp.SetValue(_T("SanType"), m_csCurGroup); regProp.SetValue(_T("SanIndex"), m_nIndex); } void CSanitaryDlg::ResetStateText() { CString csMsg, csRecord; if(m_lstComponents.Length() == 0) return; ASSERT(IsValid(m_nIndex)); csRecord = m_lstComponents[m_nIndex]->m_csBlockName; csMsg.Format(_T("记录号：%s 页号：%d/%d 总数： %d"), (const TCHAR *)csRecord, CurPage() + 1, TotalPages(), GetTotalRecords()); SetStateText(csMsg); } void CSanitaryDlg::LoadStatus() { XString strRoot; _tcscat(strRoot, GetRegLocation()); _tcscat(strRoot, _T("\\Settings")); CRegProperty regProp(strRoot, _T("lvtry")); regProp.SetTopRootKey(HKEY_CURRENT_USER); int nRow=3, nColumn=2; if(regProp.GetValue(_T("SanPageRow"), nRow) && regProp.GetValue(_T("SanPageColmn"), nColumn)) { ASSERT(nRow>0 && nColumn>0); } regProp.GetValue(_T("SanType"), m_csCurGroup); regProp.GetValue(_T("SanIndex"), m_nIndex); SetPageSize(nRow, nColumn); } void CSanitaryDlg::OnContextMenu(CWnd* pWnd, CPoint point) { CMenu menu; { CTemporaryResourceOverride vTemp;//加载菜单 menu.LoadMenu(IDR_MENU_SANITARY); } if(IsInRect(IDC_PIC_IMAGE, point)) { CMenu *pSubMenu = menu.GetSubMenu(0); if(m_nOpenMode == 1) { pSubMenu->DeleteMenu(1, MF_BYPOSITION); pSubMenu->DeleteMenu(1, MF_BYPOSITION); pSubMenu->DeleteMenu(1, MF_BYPOSITION); pSubMenu->DeleteMenu(1, MF_BYPOSITION); } if(pSubMenu) pSubMenu->TrackPopupMenu(TPM_LEFTALIGN | TPM_RIGHTBUTTON, point.x, point.y, this, NULL); } if(IsInRect(IDC_TK_LIST, point)) { CMenu *pSubMenu = menu.GetSubMenu(0); pSubMenu->DeleteMenu(8, MF_BYPOSITION); pSubMenu->DeleteMenu(8, MF_BYPOSITION); if(m_nOpenMode == 2) { pSubMenu->DeleteMenu(1, MF_BYPOSITION); pSubMenu->DeleteMenu(1, MF_BYPOSITION); pSubMenu->DeleteMenu(1, MF_BYPOSITION); pSubMenu->DeleteMenu(1, MF_BYPOSITION); } if(pSubMenu) pSubMenu->TrackPopupMenu(TPM_LEFTALIGN | TPM_RIGHTBUTTON, point.x, point.y, this, NULL); } } void CSanitaryDlg::OnBeginlabeleditTkList(NMHDR* pNMHDR, LRESULT* pResult) { LV_DISPINFO* pDispInfo = (LV_DISPINFO*)pNMHDR; m_bBiginEdit = TRUE; *pResult = 0; } void CSanitaryDlg::OnOK() { if(!IsCurrentValid()) { SetStateText(_T("请正确选择洁具!")); return; } SaveStatus(); CTKImageDlg::OnOK(); } int TSanitaryDlg() { //AsureWCS(); InitLayer(LAY_SANIWARE); XPushVarStr vLayer(_T("CLAYER"), LAY_SANIWARE); CWnd *pWnd=acedGetAcadFrame(); CSaniFittingAttr data; { //选择一种洁具 CSanitaryDlg dlg(pWnd); dlg.m_nOpenMode = 0; INT_PTR nRet; { CTemporaryResourceOverride vTemp1; nRet = dlg.DoModal(); } if(nRet==IDCANCEL) return 0; data=*dlg.GetCurrentSelection(); if(nRet==ID_BLK_REPLACE) { ReplaceSaniware(data); return 1; } else if(nRet!=IDOK) { return 1; } } lab_ChoseSaniWare: if(data.m_nPlaceFlag<=1) { //单个或多个布置的洁具 CDecorateSaniFittingDlg dlg1(pWnd); dlg1.SetFromSaniWare(data); { CTemporaryResourceOverride vTemp1; dlg1.Create(dlg1.IDD, pWnd); } pWnd->SetFocus(); int nRet=PlaceSaniWare1(dlg1, data); dlg1.DestroyWindow(); if(nRet==1) goto lab_ChoseSaniWare; } else if(data.m_nPlaceFlag==2) { //布置浴缸 CDecorateBathTubDlg dlg1(pWnd); dlg1.SetFromSaniWare(data); { CTemporaryResourceOverride vTemp1; dlg1.Create(dlg1.IDD, pWnd); } pWnd->SetFocus(); int nRet=PlaceSaniWare2(dlg1, data); dlg1.DestroyWindow(); if(nRet==1) goto lab_ChoseSaniWare; } else if(data.m_nPlaceFlag==3) { //逐点: 如地漏 PlaceSaniWare3(data); } else if(data.m_nPlaceFlag==4) { //参数绘图: 小便池和舆洗盆 PlaceSaniWare4(data); } return 1; } // COMMAND: 布置洁具 // 替换图面上的图块 int ReplaceSaniware(const CSaniFittingAttr &data) { if(data.m_nPlaceFlag==4) return RTERROR; // 从图库中加载图块 XString sBlockName(256); XString sDwbName(256); sDwbName << g_sDwbPath << _T("lvtry.DWB"); if(LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName)!=RTNORM) return 0; XDbBlockTableRec objBlock(sBlockName, AcDb::kForRead); ASSERT(!!objBlock); AcDbObjectId idBlock = objBlock.m_pBlockTableRec->objectId(); objBlock.Close(); RBList mask(RTDXF0, _T("INSERT,AEC_BLOCK_INSERT"), NULL); Entity ent; while(ent.FilterSelect(_T("\n选择要被替换的图块: "), mask)==RTNORM) { XDbObject obj(ent, AcDb::kForWrite); if(!obj) continue; AcDbBlockReference *pBlk = AcDbBlockReference::cast(obj.m_pObject); ASSERT(pBlk); XPoint ptInsert, ptCen; double nRot, nSizeX, nSizeY, nSizeZ, nSizeX1, nSizeY1; if(GetBlockRefSizeInfo(pBlk, ptInsert, &nRot, ptCen, &nSizeX, &nSizeY, &nSizeZ)!=RTNORM) continue; pBlk->setBlockTableRecord(idBlock); if(GetBlockRefSizeInfo(pBlk, ptInsert, &nRot, ptCen, &nSizeX1, &nSizeY1, &nSizeZ)!=RTNORM) continue; AcGeScale3d scale=pBlk->scaleFactors(); scale[0] *= nSizeX/nSizeX1; scale[1] *= nSizeY/nSizeY1; pBlk->setScaleFactors(scale); } return RTNORM; } // 布置第一类洁具: 洗脸盆等 // 返回: 0--结束; 1--选择其他构件 // [1/15/2008 nsh] //-------------------------------------------begin------------------------------------------------------ int PlaceSaniWare1(CDecorateSaniFittingDlg &dlg, CSaniFittingAttr &data) { // [1/15/2008 nsh] //----------------------------------begin--------------------------------- //double nDeriveAngle=0,nNormalAngel=0; ////读取图块 //XString sBlockName(256); //XString sDwbName(256); //sDwbName<setBlockTableRecord(oID); //pBlock->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); //pBlock->setRotation(nDeriveAngle); //int rt=DrawSantitary(pBlock); //AddToCurrentSpace(pBlock,TRUE); int rt=DrawSantitary(dlg,data); //SelectWallSideOrComponent(); //-----------------------------------end---------------------------------- // [1/15/2008 nsh] //-----------------------------------------begin---------------------------------------- // double nDeriveAngle=0, nNormalAngle=0; // int nRetCode=RTNORM; // XPoint ptInitStart; // double nPlacePathDirection=0.0; //lab_NextRoom: // // if((nRetCode=SelectWallSideOrComponent(ptInitStart, &nPlacePathDirection, &nNormalAngle))!=RTNORM) // return 0; // // XCurveSegment selCurve; // selCurve = XLine(ptInitStart, nPlacePathDirection); // nDeriveAngle = CT_std_angle(nNormalAngle+PI/2.0); //切向 // dlg.UpdateData(); //更新对话框数据,以便获得最新的数据 // // // // 从图库中加载图块 // XString sBlockName(256); // XString sDwbName(256); // sDwbName << g_sDwbPath << _T("lvtry.DWB"); // if(LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName)!=RTNORM) // return 0; // // //确定布置的开始位置和布置方向 // XPoint ptFrom=ptInitStart; //selCurve.NearPoint(ptLoc); // // 插入第一个洁具 // double sx=dlg.g_nSizeX/data.m_dOrigenalSizeX, // sy=dlg.g_nSizeY/data.m_dOrigenalSizeY; // 确定插入比例 // XPoint ptInsert; // ads_polar(ptFrom, nPlacePathDirection, dlg.g_nInitSpace, ptInsert); // XPoint ptOnSide; //插入点在墙面上的投影 // if(selCurve.ProjectToMe(ptInsert, ptOnSide)==RTNORM) { // ads_polar(ptOnSide, nNormalAngle, dlg.g_nDistToWall, ptInsert); // } // ptFrom=ptInsert; // MakeTBlockInsert(sBlockName, ptInsert, sx, sy, 1.0, nDeriveAngle); // // // double nPlatLength=dlg.g_nInitSpace*2, nPlatWidth=600; //台面长度和台面宽度 // BOOL bChangeComponent=FALSE; // while((dlg.g_bMultiPlace || bChangeComponent) && ads_initget(0, _T("R"))==RTNORM && // (nRetCode=ads_getpoint(Wcs2Ucs(ptFrom), _T("\n下一个<退出>: "), XPoint()))==RTNORM || // nRetCode==RTKWORD) { // double nDistToLast = bChangeComponent? dlg.g_nInitSpace : dlg.g_nComponentSpace; // if(nRetCode==RTKWORD) { // CTemporaryResourceOverride vTemp1; // CSanitaryDlg dlgChose(&dlg); // dlgChose.m_nOpenMode = 1; // // dlgChose.SetCurrentItem(data, TRUE); // if(dlgChose.DoModal()==IDOK) { // CSaniFittingAttr *pData=dlgChose.GetCurrentSelection(); // data=*pData; // if(pData->m_nPlaceFlag<=1) { // if(LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName)!=RTNORM) // return 0; // ads_polar(ptFrom, nPlacePathDirection, dlg.g_nSizeX/2.0, ptInitStart); // ptFrom=ptInitStart; //由于更换了设备所以初始点变化了 // // dlg.SetFromSaniWare(data); // dlg.UpdateData(FALSE); // dlg.UpdateSlide(); // // nPlatLength=dlg.g_nInitSpace*2; // bChangeComponent=TRUE; // continue; // } else { // return 1; // } // } else { //取消换取设备 // continue; // } // } else { // bChangeComponent=FALSE; // } // // dlg.UpdateData(); // // // 布置洁具 // sx=dlg.g_nSizeX/data.m_dOrigenalSizeX; // sy=dlg.g_nSizeY/data.m_dOrigenalSizeY; // ads_polar(ptFrom, nPlacePathDirection, nDistToLast, ptInsert); // if(selCurve.ProjectToMe(ptInsert, ptOnSide)==RTNORM) { // ads_polar(ptOnSide, nNormalAngle, dlg.g_nDistToWall, ptInsert); // } // MakeTBlockInsert(sBlockName, ptInsert, sx, sy, 1.0, nDeriveAngle); // ptFrom = ptInsert; // nPlatLength += dlg.g_nComponentSpace; // } // //禁止点取_T("更换设备按钮") //// pWndChange=dlg.GetDlgItem(IDC_BUTTON_CHCOMPONENT); // // if(pWndChange) pWndChange->EnableWindow(FALSE); // // // if(data.m_csKindName==_T("台式洗脸盆")) { // double nInitPlatLength=nPlatLength; // XPoint ptMid; // ads_polar(ptInitStart, nPlacePathDirection, nPlatLength/2.0, ptMid); // if(XGetDist(Wcs2Ucs(ptInitStart), _T("\n台面宽度"), nPlatWidth, RSG_NONEG)==RTCAN) // return 0; // if(XGetDist(Wcs2Ucs(ptInitStart), _T("\n台面长度"), nPlatLength, RSG_NONEG)==RTCAN) // return 0; // XPoint pt1, pt2, pt3, pt4; // if(nPlatLengthGetSideCurve(lCurve, rCurve); objWall.Close(); XPoint ptLeft, ptRight; //在左右两侧的投影 if(lCurve.ProjectToMe(ptLoc, ptLeft)!=RTNORM || rCurve.ProjectToMe(ptLoc, ptRight)!=RTNORM) return RTERROR; if(ptLoc.Distance(ptLeft)m_nPlaceFlag==2) { // dlg.SetFromSaniWare(data); // dlg.UpdateData(FALSE); // dlg.UpdateSlide(); // } else { // return 1; // } // } // goto lab_NextRoom; // } // // dlg.UpdateData(); //更新对话框数据,以便获得最新的数据 // // XPoint ptFrom=selCurve.NearPoint(ptLoc); //布置的开始位置 // double nPlacePathDirection=ads_angle(ptFrom, selCurve.FarPoint(ptLoc)); // // nDeriveAngle=CT_std_angle(nNormalAngle+PI/2.0); //切向; // // XPoint ptInsert; // ads_polar(ptFrom, nPlacePathDirection, dlg.g_nWidth/2.0, ptInsert); // XString sBlockName(256); // XString sDwbName(256); // sDwbName << g_sDwbPath << _T("lvtry.DWB"); // if(LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName)!=RTNORM) // return 0; // // double sx=dlg.g_nWidth/data.m_dOrigenalSizeX, sy=dlg.g_nLength/data.m_dOrigenalSizeY; // MakeTBlockInsert(sBlockName, ptInsert, sx, sy, 1.0, nDeriveAngle); // // if(dlg.g_bNextRoom) // goto lab_NextRoom; return 0; } // 布置第三类洁具: 逐点布置地漏 void PlaceSaniWare3(const CSaniFittingAttr &data) { XString sBlockName(256); XString sDwbName(256); sDwbName << g_sDwbPath << _T("lvtry.DWB"); if(LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName)!=RTNORM) return; XPoint ptLoc; while(XGetPoint(NULL, _T("\n点取插入点"), ptLoc)==RTNORM) { ptLoc=Ucs2Wcs(ptLoc); MakeTBlockInsert(sBlockName, ptLoc, 1.0, 1.0, 1.0, 0.0, 0); } } // 布置第四类洁具: 参数绘图 ///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //关于洗衣槽和小便池的绘制 void PlaceSaniWare4(const CSaniFittingAttr &data) { // [2/26/2008 nsh] //新添加处理的函数 int rt=DrawSantitary1(data); return; //------------------end-------------- ////////////////////////////////////////////////////////////////////////// //以下的程序都不在执行的范围内 Entity ent; XPoint ptLoc; double nDeriveAngle=0, nNormalAngle=0; if(SelectWallSide(ent, ptLoc, &nDeriveAngle)!=RTNORM) return; nNormalAngle=CT_std_angle(nDeriveAngle-PI/2.0); //法向; //确定起始点 XDbObject objWall(ent, AcDb::kForRead); ASSERT(!!objWall); TDbWall *pWall=TDbWall::cast(objWall.m_pObject); ASSERT(pWall); XCurveSegment lCurve, rCurve, selCurve; if(pWall->Is(CURVE_ARC)) { adsout << _T("\n请选择直线墙!"); return; } pWall->GetSideCurve(lCurve, rCurve); objWall.Close(); XPoint ptLeft, ptRight; //在左右两侧的投影 if(lCurve.ProjectToMe(ptLoc, ptLeft)!=RTNORM || rCurve.ProjectToMe(ptLoc, ptRight)!=RTNORM) return; if(ptLoc.Distance(ptLeft)=nWidth) { adsout << _T("\n台阶宽度应当小于小便池的宽度, 重新输入!"); goto lab_InputStepWidth; } XLine lnStepInt; ads_polar(pt1, nNormalAngle+PI, nStepWidth, lnStepInt.StartPoint()); ads_polar(pt2, nNormalAngle+PI, nStepWidth, lnStepInt.EndPoint()); XWcsStream wcsDc; wcsDc << lnLeftSideExt << lnLeftSideInt << lnRightSideInt << lnRightSideExt << lnStepExt << lnStepInt; } else { static double nInitSpace=0, nLength=5300, nWidth=690, nWidth1=100, nGap=60; int nRet=XGetDist(Wcs2Ucs(ptFrom), _T("\n盥洗槽离墙角的距离"), nInitSpace, RSG_NONEG); if(nRet==RTCAN) return; XPoint ptUpLeft, ptUpRight, ptLowLeft, ptLowRight; ads_polar(ptFrom, nDirection, nInitSpace, ptUpLeft); if(XGetDist(Wcs2Ucs(ptUpLeft), _T("\n盥洗槽的长度"), nLength, RSG_NONEG)==RTCAN) return; if(XGetDist(Wcs2Ucs(ptUpLeft), _T("\n盥洗槽的宽度"), nWidth, RSG_NONEG)==RTCAN) return; ads_polar(ptUpLeft, nDirection, nLength, ptUpRight); ads_polar(ptUpRight, nNormalAngle, nWidth, ptLowRight); ads_polar(ptUpLeft, nNormalAngle, nWidth, ptLowLeft); XPoly2D polyOut(1), polyIn(1); polyOut.AppendNode(ptLowLeft); polyOut.AppendNode(ptLowRight); polyOut.AppendNode(ptUpRight); polyOut.AppendNode(ptUpLeft); double nPathArea=polyOut.PathArea(); polyOut.QuickOffset(nPathArea<0? -nGap : nGap, polyIn); XScreenDc dc; XPoly2D polyUcs1(polyIn), polyUcs2(polyOut); polyUcs1.TransUCS(Groups(0), Groups(1)); dc << polyUcs1 << polyUcs2; lab_InputWasherWidth: if(XGetDist(Wcs2Ucs(*polyIn[3]), _T("\n排水沟宽度"), nWidth1, RSG_NONEG)==RTCAN) return; if(nWidth1+2*nGap>=nWidth) { adsout << _T("\n排水宽度应当小于小便池的宽度, 重新输入!"); goto lab_InputWasherWidth; } int nOutletNum=AS_INT((nLength-2*nGap)/700.0); adsout << _T("\n请输入水龙头的数目<") << nOutletNum << _T(">: "); ads_initget(RSG_NONEG, NULL); if(ads_getint(_T(""), &nOutletNum)==RTCAN) return; XLine lnStepInt; ads_polar(*polyIn[3], nNormalAngle, nWidth1, lnStepInt.StartPoint()); ads_polar(*polyIn[2], nNormalAngle, nWidth1, lnStepInt.EndPoint()); XString sBlockName(256); XString sDwbName(256); sDwbName << g_sDwbPath << _T("lvtry.DWB"); if(nOutletNum>0 && LoadDwbBlock(sDwbName, _T("00000000"), sBlockName)==RTNORM) { double nDistOutlet=(nLength-2*nGap)/nOutletNum; XPoint ptFrom; ads_polar(*polyIn[3], nNormalAngle-PI, nGap/2.0, ptFrom); ads_polar(XPoint(ptFrom), nDirection, nDistOutlet/2.0, ptFrom); for(int i=0; i PI*2) angleWall -= PI*2; ptFrom = segPick.NearPoint(ptPick); *nPlaceDirection = ads_angle(ptFrom, ptPick); *nNormalAngle = angleWall + PI/2; return RTNORM; } XDbObject obj(ent, AcDb::kForWrite); if(!obj) return RTERROR; TDbWall *pWall=TDbWall::cast(obj.m_pObject); if(!pWall) { //INSERT AcDbBlockReference *pInsert=AcDbBlockReference::cast(obj.m_pObject); double nSizeX, nSizeY, nSizeZ, nRot; XPoint ptBase, ptCen; if(!pInsert || GetBlockRefSizeInfo(pInsert, ptBase, &nRot, ptCen, &nSizeX, &nSizeY, &nSizeZ)!=RTNORM) return RTERROR; *nNormalAngle = CT_std_angle(nRot-PI/2.0); XLine ln(ptBase, *nNormalAngle); XPoint ptOnLine; VERIFY(ptPick.Project(&ln, ptOnLine)==RTNORM); *nPlaceDirection = ads_angle(ptOnLine, ptPick); ads_polar(ptBase, *nPlaceDirection, nSizeX/2.0, ptFrom); } else { if(!pWall->Is(CURVE_LINE)) { adsout << _T("\n请选择直线墙体!"); goto lab_Select; } TDbWall &wall = *pWall; //int bSide=wall.OnWhichSide(ptPick); XCurveSegment lCurve, rCurve, selCurve; //modified by whl on 051125 //wall.GetSideCurve(lCurve, rCurve); wall.GetSideCurve(lCurve, rCurve,0,TRUE); XPoint ptLeft, ptRight; //在左右两侧的投影 if(lCurve.ProjectToMe(ptPick, ptLeft)!=RTNORM || rCurve.ProjectToMe(ptPick, ptRight)!=RTNORM) return RTERROR; // [12/28/2007 nsh] //----------------------------------begin-------------------------------- double x=ptPick.Distance(ptLeft); double y=ptPick.Distance(ptRight); //-----------------------------------end--------------------------------- if(ptPick.Distance(ptLeft) _cdecl GetArrayPoint(const XDirectionCurve &cv,UINT nPart,int dDisToWall,double WidthofWall); UINT GetMaxInsert(double WidthSan,const XDirectionCurve & cv);//直线 UINT GetMaxInsert(double WidthSan,const XDirectionCurve &cv,const double &DistToWall,const int &SanWidth,BOOL bDirction);//圆弧 XCurveSegment GetSuCurve(const XCurveSegment & cvTemp,XPointDir2d ptstart,XPointDir2d ptend);//从圆弧得到子圆弧 XDirectionCurve GetSubDirCurve(const XDirectionCurve &cvTemp,XPointDir2d ptstart,XPointDir2d ptend); double GetChordHeight(double dRadius,double chordLength); int DrawFlat(const XDirectionCurve &cvTemp);//台式洗脸盆的平台拖动函数 //以下为实现台式洗脸盆平台的Jig class TDrawFlatJig :public AcEdJig { public: TDrawFlatJig(); TDrawFlatJig(AcDbPolyline *pPolyline,XDirectionCurve cv); ~TDrawFlatJig(); int doIt(); DragStatus sampler(); Adesk::Boolean update(); AcDbEntity *entity() const; void SetPrompt(const TCHAR *pTemp); int GetRetCode() const; public: AcDbPolyline *m_pPolyline; CString m_szPrompt;//提示信息 int m_iRetCode;//状态返回码 XCurveSegment m_cv;//传入选取的Seg BOOL m_bFirst; //是否是点取了第一点 XPoly2D m_poly2d; // XPointDir2d m_ptFirst;//通过离墙一端距离得到的第一个点。 XPointDir2d m_ptSecond;//第二点 以上两个点的作用是确定平台的起始点 XPoint m_ptPoint;//最终确定的点 double m_dDist;//平台距离墙一端的距离 double m_dWidth;//平台的宽度 // [3/21/2008 nsh] ///////////////////////////////// DList bulges; DList Pointlist; double dTemp; double dle1,dle2; }; TDrawFlatJig::TDrawFlatJig(){} TDrawFlatJig::TDrawFlatJig(AcDbPolyline *pPolyline,XDirectionCurve cv):m_pPolyline(pPolyline),m_cv(cv),m_poly2d(1) { dTemp=0.0; m_bFirst=TRUE; } TDrawFlatJig::~TDrawFlatJig() {} int TDrawFlatJig::doIt() { m_iRetCode=drag(); int iRet=GetRetCode(); return iRet; } AcEdJig::DragStatus TDrawFlatJig::sampler() { DragStatus stat=AcEdJig::kCancel;//Init the stat setUserInputControls((UserInputControls) (AcEdJig::kAccept3dCoordinates|AcEdJig::kNullResponseAccepted)); {//判断是否对点进行交换操作 if(m_cv.Is(CURVE_LINE)) {//这个地方的处理上还是有问题， if(m_cv.StartPoint().Distance(m_ptFirst)>m_cv.StartPoint().Distance(m_ptSecond)) { XPointDir2d pt=m_ptFirst; m_ptFirst=m_ptSecond; m_ptSecond=pt; } } else { double angle1,angle2,angle3; XArc arc=m_cv.GetArc(); angle1=ads_angle(m_ptFirst,arc.GetCenterPt()); angle2=ads_angle(m_ptSecond,arc.GetCenterPt()); angle3=ads_angle(m_cv.StartPoint(),arc.GetCenterPt()); angle1-=angle3; angle2-=angle3; if(CT_std_angle(angle1)>CT_std_angle(angle2)) { XPointDir2d pt=m_ptFirst; m_ptFirst=m_ptSecond; m_ptSecond=pt; } } } stat=acquirePoint(m_ptPoint,m_ptSecond); if(stat==AcEdJig::kNormal) { static XPoint PointTemp; if (PointTemp!=m_ptPoint) { PointTemp=m_ptPoint; } else return AcEdJig::kNoChange; } return stat; } Adesk::Boolean TDrawFlatJig::update() { XPointDir2d ptTemp4; double dDist=m_ptFirst.Distance(m_ptSecond); XCurveSegment cv1,cv2,cv3,cv4; //以下为获取子曲线 if(m_cv.Is(CURVE_ARC) || m_cv.Is(CURVE_CIRCLE)) { XArc arc1=m_cv.GetArc(), arc; XPoint ptCenter=arc1.GetCenterPt();//获取中心点 XCurveSegment xcv(ptCenter,m_ptSecond,LS_INFINITE); XPoint ptMid; XLine lineTemp=XLine(m_ptFirst,m_ptSecond);// ptMid = lineTemp.MidPoint(); XPoint ptMidSave=ptMid;//保留的原始的线上的终点 XLine linetemp2(ptMid,ptCenter); XPoint pt3,pt4; arc1.Intersection(&linetemp2,pt3,pt4); m_cv.ProjectToMe(ptMid,ptMid); ptMid=pt4==XPoint(0,0,0)?pt3:pt4; // int rc; if(m_cv.GetLineFlag()==LS_INFINITE) XCircle(arc1.GetCenterPt(), arc1.GetRadius()).GetSubArc(ptMid, dDist, arc); else arc1.GetSubArc(ptMid, dDist, arc); XPoint pt1,pt2; //arc.GetPoints(pt1,pt2); arc.GetStartPoint(pt1); arc.GetEndPoint(pt2); cv1.StartPoint()=m_ptFirst; cv1.EndPoint()=m_ptSecond; if(ptMidSave.Distance(ptMid)>arc.GetRadius()) cv1.SetBulge(2*PI-arc.Bulge()); else { cv1.SetBulge(arc.Bulge());//原始算法 //cv1.bulge=2*PI-arc.Bulge(); } //double dd=arc.Bulge();//测试这个地方的值的大小 //以上为求的一段圆弧 //以下为求cv2; dDist=m_ptPoint.Distance(ptCenter); xcv.Polar(dDist,ptTemp4); dDist=m_ptPoint.Distance(m_ptSecond);//此处的功能是用户输入的数值与平台的宽度相等 if(m_cv.OnWhichSide(m_ptPoint)) { cv2=cv1.Offset(dDist,1); } else { cv2=cv1.Offset(-dDist,1); } XPointDir2d ptTemp1,ptTemp2; cv2.ProjectToMe(m_ptFirst,ptTemp1); cv2.ProjectToMe(m_ptSecond,ptTemp2);//为输入等值所用 cv3.SetPoints(m_ptFirst,ptTemp1); cv4.SetPoints(ptTemp2,m_ptSecond); } else {//在处理直线的情况下还存在问题 dDist=m_ptPoint.Distance(m_ptSecond); cv1.SetPoints(m_ptFirst,m_ptSecond); cv2=m_cv.OnWhichSide(m_ptPoint)?cv1.Offset(dDist,1):cv1.Offset(-dDist,1); XPoint ptTemp1; cv2.ProjectToMe(m_ptFirst,ptTemp1); cv2.ProjectToMe(m_ptSecond,ptTemp4); cv3.SetPoints(m_ptFirst,ptTemp1); cv4.SetPoints(ptTemp4,m_ptSecond); } m_poly2d.Reset(); m_poly2d.AppendSegment(cv1,1,0); m_poly2d.AppendSegment(cv3); m_poly2d.AppendSegment(cv2,0,0); m_poly2d.AppendSegment(cv4,0,1); m_poly2d.Compress(FALSE); //上面是对XPoly2D的操作，估计可以不用改，谁知道呢，也许要改的。晕！ //------------------------------------------------------------------------------------------------------------------- // [3/21/2008 nsh] //-------------------------------------------------------------------------------------------- //这个地方全面的重写 XPoint Pointlist[4]; double bulges[4]; for(int i=0;i<4;i++) bulges[i]=0.0; Pointlist[0]=cv1.StartPoint(); Pointlist[1]=cv2.StartPoint(); Pointlist[2]=cv2.EndPoint(); Pointlist[3]=cv1.EndPoint(); bulges[0]=dTemp; if(!cv1.Is(CURVE_LINE)) { XArc arc=cv1.GetArc(); dle1=-(arc.GetStarAngle()-arc.GetEndAngle()); bulges[1]=dle1; } else bulges[1]=dTemp; bulges[2]=dTemp; if(!cv2.Is(CURVE_LINE)) { XArc arc=cv2.GetArc(); dle2=arc.GetStarAngle()-arc.GetEndAngle(); bulges[3]=dle2; } else bulges[3]=dTemp; //bulges[3]=dTemp; for(int j=0; jremoveVertexAt(j); m_pPolyline->addVertexAt(j, (Pointlist[j]).AsAcGePoint2d(), nBuge); } if(m_poly2d.Length()>0) m_pPolyline->setElevation(0); m_pPolyline->setClosed(Adesk::kTrue); //-------------------------------------------------------------------------------------------- return Adesk::kTrue; } AcDbEntity * TDrawFlatJig::entity() const { return (AcDbEntity*)m_pPolyline; } void TDrawFlatJig::SetPrompt(const TCHAR *pTemp) { m_szPrompt=pTemp; acutPrintf(m_szPrompt); } int TDrawFlatJig::GetRetCode() const { int ret = m_iRetCode; if (ret == AcEdJig::kCancel) ret = RTCAN; else if(ret == AcEdJig::kNull) ret = RTNONE; else if (ret == AcEdJig::kNormal) ret = RTNORM; else { ret = RTKWORD; } return ret; } //以下为点取画洁具的Jig class TSanitaryJig:public AcEdJig { public: TSanitaryJig(TDbBlockInsert *pEntBR,CDecorateSaniFittingDlg *dlg,const CSaniFittingAttr data);//适应于其他的非浴缸和小便池及盥洗槽的操作 TSanitaryJig(TDbBlockInsert *pEntBR,CDecorateBathTubDlg *dlg,const CSaniFittingAttr data);//适应于浴缸的操作 ~TSanitaryJig(); int doIt(); virtual AcEdJig::DragStatus sampler(); virtual Adesk::Boolean update(); virtual AcDbEntity* entity() const; void SetPrompt(const TCHAR *pTemp); int GetRetCode() const; void SetKeyword(const TCHAR *pszKeyword); public: TDbBlockInsert *m_pSan;//保存洁具的图块参考 CDecorateSaniFittingDlg *m_dlg;//得到对话窗的信息除浴缸和小便池，盥洗槽，地漏等用到的对话窗 CDecorateBathTubDlg *m_dlgBath;//浴缸操作用到的对话窗 CSaniFittingAttr m_data;//洁具的信息 int m_nRetCode; //返回码 CString m_pszPrompt; CString m_pszKeyword; AcGePoint3d m_point; //获取的点 XPoint m_ptPoint; //插入点 BOOL m_bRot; //是否旋转 XPoint m_pOffset; //偏移的距离 /*static*/ double m_RotAngle; //旋转角度 double m_dangle;//当在单击旋转的情况下保存上一次的角度 XPoint m_pInsertPoint;//插入洁具的位置 AcGeMatrix3d m_mat;//图块要变换的矩阵 double m_dRotateAngle; AcGeVector3d m_vecOffSet;//基点偏移向量 }; //double TSanitaryJig::m_RotAngle=0.0; TSanitaryJig::TSanitaryJig(TDbBlockInsert *pEntBR,CDecorateSaniFittingDlg *dlg,const CSaniFittingAttr data):m_pSan(pEntBR),m_dlg(dlg),m_data(data),m_pOffset(0,0,0) { m_dlgBath=NULL; m_bRot=FALSE; m_RotAngle=0.0; m_dRotateAngle =0; } TSanitaryJig::TSanitaryJig(TDbBlockInsert *pEntBR,CDecorateBathTubDlg *dlg,const CSaniFittingAttr data):m_pSan(pEntBR),m_dlgBath(dlg),m_data(data),m_pOffset(0,0,0) { m_dlg=NULL; m_bRot=FALSE; m_RotAngle=0.0; m_dRotateAngle =0; } TSanitaryJig::~TSanitaryJig() { } AcEdJig::DragStatus TSanitaryJig::sampler() { DragStatus stat; setUserInputControls((UserInputControls) (AcEdJig::kAccept3dCoordinates|AcEdJig::kNullResponseAccepted)); if(m_bRot) {//当有快捷键单击是旋转的情况下 double dAng = 0;//临时保存旋转的角度 DragStatus ds=acquireAngle(m_dRotateAngle,m_ptPoint); if(ds==kNormal) { static double compareAngle=0.0; if(fabs(compareAngle-m_dRotateAngle)>1e-6) { compareAngle=m_dRotateAngle; } else return AcEdJig::kNoChange; } return ds; } else { if(m_pszKeyword) setKeywordList(m_pszKeyword); stat=acquirePoint(m_ptPoint); if(stat==AcEdJig::kNormal) { static XPoint PointTemp; if (PointTemp!=m_ptPoint) { PointTemp=m_ptPoint; } else return AcEdJig::kNoChange; } } return stat; } Adesk::Boolean TSanitaryJig::update() { double nAix=Ucs2Wcs((0)); double objectRot=nAix+m_RotAngle;//洁具的转角 double sx,sy; if(m_dlg!=NULL) { m_dlg->UpdateData(TRUE); sx=m_dlg->g_nSizeX/m_data.m_dOrigenalSizeX; sy=m_dlg->g_nSizeY/m_data.m_dOrigenalSizeY; } else if(m_dlgBath!=NULL) { m_dlgBath->UpdateData(TRUE); sx=m_dlgBath->g_nWidth/m_data.m_dOrigenalSizeX; sy=m_dlgBath->g_nLength/m_data.m_dOrigenalSizeY; } if(m_bRot) { XPoint ptTem = m_pInsertPoint; AcGePoint3d ptInsert=m_pInsertPoint.AsAcGePoint3d(); double dWcsAngle = Ucs2Wcs(m_dRotateAngle); while (GreatEqual(dWcsAngle,2*PI)) { dWcsAngle -=2*PI; } while (LessEqual(dWcsAngle,-2*PI)) { dWcsAngle +=2*PI; } if (Equal(dWcsAngle,0,0.000001)) { ptInsert.rotateBy(dWcsAngle,AcGeVector3d::kZAxis,m_ptPoint.AsAcGePoint3d()); m_pSan->setRotation(Ucs2Wcs(m_RotAngle)); } else { ptInsert.rotateBy(/*m_RotAngle+*/dWcsAngle,AcGeVector3d::kZAxis,m_ptPoint.AsAcGePoint3d()); m_pSan->setRotation(Ucs2Wcs(m_RotAngle)+dWcsAngle); } m_pOffset.x = m_ptPoint.x - ptInsert.x; m_pOffset.y = m_ptPoint.y - ptInsert.y; ptTem = m_ptPoint - m_pOffset; m_pSan->setPosition(ptTem); m_pSan->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); } else { m_pInsertPoint = m_ptPoint - m_pOffset; m_pSan->setRotation(objectRot); m_pSan->setPosition(m_pInsertPoint); m_pSan->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); } return Adesk::kTrue; } AcDbEntity * TSanitaryJig::entity() const { return (AcDbEntity *)m_pSan; } int TSanitaryJig::doIt() { if(m_bRot) //旋转 { m_nRetCode = drag(); } else { INITGET_BEG(0,m_pszKeyword); m_nRetCode = drag(); INITGET_END(); } int nRet = GetRetCode(); return nRet; } void TSanitaryJig::SetPrompt(const TCHAR *pTemp) { m_pszPrompt =pTemp; acutPrintf(m_pszPrompt); } int TSanitaryJig::GetRetCode() const { int ret = m_nRetCode; if (ret == AcEdJig::kCancel) ret = RTCAN; else if(ret == AcEdJig::kNull) ret = RTNONE; else if (ret == AcEdJig::kNormal) ret = RTNORM; else { ret = RTKWORD; } return ret; } void TSanitaryJig::SetKeyword(const TCHAR *pszKeyword) { m_pszKeyword = pszKeyword; } //以下为控制函数 int DrawSantitary( CDecorateSaniFittingDlg &dlg,CSaniFittingAttr &data) { while(1) { //选择操控的方式 XString sKeyword; double nDeriveAngle=0,nNormalAngel=0; //读取图块 XString sBlockName(256); XString sDwbName(256); sDwbName<setBlockTableRecord(oID); pBlock->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); pBlock->setRotation(nDeriveAngle); switch(CDecorateSaniFittingDlg::m_iBarCheck) { case 0: {//点取方式 double dRotAngle = 0;//旋转角度zzg TSanitaryJig jig(pBlock,&dlg,data); while(1) { jig.SetPrompt(_T("\n点取位置或 [转90度(A)/左右翻(S)/上下翻(D)/对齐(F)/改转角(R)/改基点(T)/参考点(Q)]<退出>:")); jig.SetKeyword(_T("A S D F R T Q Z"));//其中Z为新加选项，用于处理弹出构件库 int nRet=jig.doIt(); dRotAngle = jig.m_RotAngle; if(nRet ==RTNORM) { pBlock=(TDbBlockInsert*)jig.entity(); TDbBlockInsert *pIns=(TDbBlockInsert*)pBlock->clone(); {//判断此处是不是已经有洁具了 XPoint pLow(0,0,0),pTop(0,0,0); pIns->GetExtents2d(pLow,pTop); PickSet ss(SS_FREE); RBList rbMask; resbuf * rLayer=ads_buildlist(8,_T("LVTRY"),NULL); rbMask.Append(rLayer); int rt=ss.Get(_T("C"),Wcs2Ucs(pLow),Wcs2Ucs(pTop),rbMask); if(rt==RTNORM) { delete pIns; acutPrintf(_T("\n当前位置已有洁具!")); } else { AddToCurrentSpace(pIns,Adesk::kTrue); pIns->close(); } } if(!dlg.g_bMultiPlace)//如果是单个布置洁具的情况下则退出系统 break; TArchCmdReactor::UpdateCorners(); TArchCmdReactor::ResetAll(); } else if(nRet ==RTKWORD) {//处理jig中返回关键字的情况 ads_printf(_T("%c%c%c"), 8,8,8); //消除回答的字符 switch(jig.m_nRetCode) { case 1: {//转90度 jig.m_RotAngle+=PI/2; dRotAngle = jig.m_RotAngle; AcGeMatrix3d mat3; XVector3D xv(0,0,1); XPoint PointTemp=jig.m_pInsertPoint+jig.m_pOffset; mat3.setToRotation(PI/2,xv.AsAcGeVector3d(),PointTemp.AsAcGePoint3d()); jig.m_pInsertPoint.TransformBy(mat3); jig.m_pOffset=PointTemp-jig.m_pInsertPoint; jig.m_mat=mat3; break; } case 2: {//左右翻转 XPoint CurrentPoint=jig.m_pInsertPoint+jig.m_pOffset;//获取当前的鼠标点 AcGePoint2d pt(Wcs2Ucs(CurrentPoint).AsAcGePoint2d()); XVector3D xv(0,1,0); AcGeLine2d geline2d(pt,xv.AsAcGeVector2d()); AcGePoint2d PointTemp=Wcs2Ucs(jig.m_pInsertPoint); PointTemp=PointTemp.mirror(geline2d); jig.m_pOffset=CurrentPoint-Ucs2Wcs(PointTemp); jig.m_RotAngle*=-1; dRotAngle = jig.m_RotAngle; break; } case 3: {//上下翻转 XPoint CurrentPoint=jig.m_pInsertPoint+jig.m_pOffset;//获取当前的鼠标点 AcGePoint2d pt(Wcs2Ucs(CurrentPoint).AsAcGePoint2d()); XVector3D xv(1,0,0); AcGeLine2d geline2d(pt,xv.AsAcGeVector2d()); AcGePoint2d PointTemp=Wcs2Ucs(jig.m_pInsertPoint); PointTemp=PointTemp.mirror(geline2d); jig.m_pOffset=CurrentPoint-Ucs2Wcs(PointTemp); jig.m_RotAngle=PI-jig.m_RotAngle; dRotAngle = jig.m_RotAngle; break; } case 4: {//对齐 int nOsMode=0; xg_getvar(_T("OSMODE"), &nOsMode); nOsMode &= ~0x4000; nOsMode&=~OS_NOD&~OS_END &~OS_MID&~OS_CEN&~OS_NOD&~OS_QUA&~OS_INT&~OS_INS&~OS_PER&~OS_TAN&~OS_NEA&~OS_QUI&~OS_APP; nOsMode |= OS_INT|OS_NEA|OS_PER|OS_END|OS_MID|OS_CEN; XPushVar vOsMode(_T("OSMODE"), nOsMode); TDbBlockInsert *pTempEnt=(TDbBlockInsert *)pBlock->clone(); AcDbObjectId idTemp=AddToCurrentSpace(pTempEnt, Adesk::kTrue); XPoint pt1, pt2, qt1, qt2; if(ads_getpoint(NULL, _T("\n对齐参考点："), pt1)==RTNORM && ads_getpoint(pt1, _T("\n对齐参考轴："), pt2)==RTNORM && ads_getpoint(NULL, _T("\n对齐目标点："), qt1)==RTNORM && ads_getpoint(qt1, _T("\n对齐目标轴："), qt2)==RTNORM) { pt1=Ucs2Wcs(pt1); pt2=Ucs2Wcs(pt2); qt1=Ucs2Wcs(qt1); qt2=Ucs2Wcs(qt2); double nRot=CT_std_angle(ads_angle(qt1, qt2)-ads_angle(pt1, pt2)); ads_matrix matMov, matRot; pt1.GetMoveMatrix(qt1, matMov); qt1.GetRotationMatrix(nRot, matRot); XPoint pLow,pTop; TDbBlockInsert *pNew = NULL; OPENOBJ_BEGIN(idTemp, AcDb::kForWrite, AcDbEntity, pEnt); if(pEnt) { pEnt->transformBy(AsAcGeMatrix3d(matMov)); pEnt->transformBy(AsAcGeMatrix3d(matRot)); } OPENOBJ_END(); pTempEnt->GetExtents2d(pLow,pTop); PickSet ss(SS_FREE); RBList rbMask; resbuf * rLayer=ads_buildlist(8,_T("LVTRY"),NULL); rbMask.Append(rLayer); int rt=ss.Get(_T("C"),pLow,pTop,rbMask); if(rt==RTNORM) { OPENOBJ_BEGIN(idTemp, AcDb::kForWrite, AcDbEntity, pEnt); if(pEnt) { pEnt->erase(); } OPENOBJ_END(); acutPrintf(_T("\n当前位置已有洁具!")); } else { AddToCurrentSpace(pTempEnt,Adesk::kTrue); pTempEnt->close(); } } break; } case 5: {//改转角 //确定为改转角 pBlock=(TDbBlockInsert*)jig.entity(); TSanitaryJig jig1(pBlock,&dlg,data); jig1.m_bRot=TRUE; jig1.m_ptPoint=(jig.m_ptPoint); jig1.m_RotAngle = jig.m_RotAngle; jig1.m_dRotateAngle = jig.m_dRotateAngle; jig1.m_pInsertPoint = jig.m_pInsertPoint; jig1.SetPrompt(_T("\n请输入旋转的角度:")); int rt=jig1.doIt(); if(rt==RTNORM) { AcGePoint3d ptInsert=jig1.m_pInsertPoint.AsAcGePoint3d(); ptInsert.rotateBy(jig1.m_dRotateAngle,AcGeVector3d::kZAxis,jig1.m_ptPoint.AsAcGePoint3d()); jig.m_pOffset.x = jig1.m_ptPoint.x - ptInsert.x; jig.m_pOffset.y = jig1.m_ptPoint.y - ptInsert.y; jig1.m_RotAngle += jig1.m_dRotateAngle; jig.m_RotAngle=jig1.m_RotAngle; jig.m_dRotateAngle = jig1.m_dRotateAngle; jig.m_pInsertPoint = jig.m_ptPoint-jig.m_pOffset; } break; } case 6: {//改基点 pBlock=(TDbBlockInsert*)jig.entity(); TDbBlockInsert *pIns=(TDbBlockInsert*)pBlock->clone(); AcDbObjectId idTemp=AddToCurrentSpace(pIns,Adesk::kTrue); XPoint pt; int rt=XGetPoint(NULL, _T("\n输入插入点"),pt); if(rt==RTNORM) { pt=Ucs2Wcs(pt); jig.m_pOffset=pt-jig.m_pInsertPoint; dlg.UpdateData(FALSE); } OPENOBJ_BEGIN(idTemp, AcDb::kForWrite, AcDbEntity, pEnt); if(pEnt) pEnt->erase(); OPENOBJ_END(); break; } case 7: {//选定参考点 //以下代码是设置对象选择 int nOsMode=0; xg_getvar(_T("OSMODE"), &nOsMode); nOsMode &= ~0x4000; nOsMode&=~OS_NOD&~OS_END &~OS_MID&~OS_CEN&~OS_NOD&~OS_QUA&~OS_INT&~OS_INS&~OS_PER&~OS_TAN&~OS_NEA&~OS_QUI&~OS_APP; nOsMode |= OS_INT|OS_NEA|OS_PER|OS_END|OS_MID|OS_CEN; XPushVar vOsMode(_T("OSMODE"), nOsMode); XPoint xtemp; XPoint xInsert; ads_getpoint(NULL,_T("\n请选取参考点:"),xtemp); ads_getpoint(xtemp,_T("\n请输入插入点:"),xInsert); TDbBlockInsert *pTempEnt=(TDbBlockInsert *)pBlock->clone(); //改基点后参考插入点按原来基点插入 modify by xlc on 090723 //pTempEnt->setPosition(Ucs2Wcs(xInsert)); XPoint ptLoc=Ucs2Wcs(xInsert)-jig.m_pOffset; pTempEnt->setPosition((ptLoc)); pTempEnt->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); AddToCurrentSpace(pTempEnt,true); pTempEnt->close(); pTempEnt=NULL; break; } case 8: {//这里处理IDC_SLIDE发送的快捷方式,改变选中的组件 CTemporaryResourceOverride vTemp1; CSanitaryDlg dlgChose(&dlg); dlgChose.m_nOpenMode = 1; dlgChose.SetCurrentItem(data, TRUE); if(dlgChose.DoModal()==IDOK) { CSaniFittingAttr *pData=dlgChose.GetCurrentSelection(); data=*pData; if(pData->m_nPlaceFlag<=1) { LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName); dlg.SetFromSaniWare(data); dlg.UpdateData(FALSE); dlg.UpdateSlide(); oID=InitBlock(sBlockName); pBlock->setBlockTableRecord(oID); pBlock->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); pBlock->setRotation(nDeriveAngle); jig.m_pSan=pBlock; jig.m_data=data; continue; } else if(pData->m_nPlaceFlag==2) { dlg.DestroyWindow(); CWnd *pWnd=acedGetAcadFrame(); CDecorateBathTubDlg *dlg1=new CDecorateBathTubDlg(pWnd); double sx=CDecorateSaniFittingDlg::g_nSizeX/data.m_dOrigenalSizeX, sy=CDecorateSaniFittingDlg::g_nSizeY/data.m_dOrigenalSizeY; // 确定插入比例 dlg1->SetFromSaniWare(data); dlg1->Create(dlg1->IDD,pWnd); DrawSantitary2(*dlg1,data); return 0; } else { return 1; } } else { //取消换取设备 continue; } } break; }//end switch } else { if(dlg.m_bESC) { dlg.m_bESC=FALSE; break; } else { dlg.DestroyWindow();//新加入 return 0; } }//end if } } break; case 1: {//均匀分布 {//对洁具数据操作的恢复 dlg.GetDlgItem(IDC_EDIT_SIZEX)->EnableWindow(TRUE); dlg.GetDlgItem(IDC_EDIT_SIZEY)->EnableWindow(TRUE); dlg.GetDlgItem(IDC_EDIT_DISTWALL)->EnableWindow(TRUE); } int iRet=0; RBList rmask; Entity ent; XPoint SidePoint; resbuf * rb=ads_buildlist(RTDXF0,_T("ATS_WALL,ARC,LINE"),0); rmask.Append(rb); INITGET_BEG(0,_T("D Z"))//修改过 iRet=SelectEntity1(_T("\n请选择要均布洁具的对象或 [两点间均布(D)]<退出>:"),ent,SidePoint,rmask); INITGET_END() if(iRet!=RTNORM && iRet!=RTKWORD) { if(dlg.m_bESC) { dlg.m_bESC=FALSE; break; } else { return 0; } } else if(iRet==RTNORM) { XScreenDc dc(1,1); OPENOBJ_BEGIN(ent,AcDb::kForRead,AcDbEntity,pEnt) TEntityBase *pTEnt=TEntityBase::Cast(pEnt); XDirectionCurve cv; XDirectionCurve cvTemp; XDirectionCurve cvWallLeft,cvWallRight;//保存墙的左右的Curve int xTemp; int rt;//返回 int iSide; double ChordHeight; BOOL bRiLe; XCurveSegment seg; UINT MaxNumber;//可插入洁具的最大数目 if(pTEnt!=NULL) { TDbWall *pWall=TDbWall::cast(pEnt); seg=pWall->OffsetGeomCenter(); pWall->GetSideCurve(cvWallLeft,cvWallRight);// [3/5/2008 nsh] } else { seg=XCurveSegment(ent,LS_INFINITE); } (XCurveSegment &)cv=seg; if(pTEnt==NULL) { rt=ads_getpoint(NULL,_T("\n请选择插入的一侧 <退出>:"),SidePoint); if(rt!=RTNORM) return 0; } iSide=cv.OnWhichSide(Ucs2Wcs(SidePoint)); dlg.UpdateData(TRUE); {//限制用户再次修改洁具的数据 dlg.GetDlgItem(IDC_EDIT_SIZEX)->EnableWindow(FALSE); dlg.GetDlgItem(IDC_EDIT_SIZEY)->EnableWindow(FALSE); dlg.GetDlgItem(IDC_EDIT_DISTWALL)->EnableWindow(FALSE); } if(cv.Is(CURVE_LINE)) { MaxNumber=GetMaxInsert(CDecorateSaniFittingDlg::g_nSizeX,cv); if(iSide==0) { cvTemp=pTEnt!=NULL?cvWallLeft:cv; xTemp=-CDecorateSaniFittingDlg::g_nDistToWall; } else if(iSide==1) { cvTemp=pTEnt!=NULL?cvWallRight:cv; xTemp=CDecorateSaniFittingDlg::g_nDistToWall; } } else { if(iSide==0) { cvTemp=pTEnt!=NULL?cvWallLeft:cv; xTemp=-CDecorateSaniFittingDlg::g_nDistToWall; XArc ar=cv.GetArc(); ChordHeight=GetChordHeight(ar.GetRadius(),CDecorateSaniFittingDlg::g_nSizeX); if(ChordHeight>=CDecorateSaniFittingDlg::g_nDistToWall) { xTemp=-ChordHeight; } bRiLe=TRUE; } else if(iSide==1) { cvTemp=pTEnt!=NULL?cvWallRight:cv; xTemp=CDecorateSaniFittingDlg::g_nDistToWall; bRiLe=FALSE; } MaxNumber=GetMaxInsert(CDecorateSaniFittingDlg::g_nSizeX,cvTemp,xTemp,CDecorateSaniFittingDlg::g_nSizeY,bRiLe); } CString stemp; stemp.Format(_T("%i"),MaxNumber); CString proptem=_T("\n请输入要插入洁具的数量< <最大插入洁具数 =") + stemp +_T(">:"); int PutNumber=0; while(1) { int ret=ads_getint(proptem,&PutNumber); if(ret==RTNORM) {//如果得到数量返回正常 if(PutNumber<=MaxNumber)break; } else if(ret==RTNONE) { PutNumber=MaxNumber; break; } else { return 0; } } Array arrayTemp=GetArrayPoint(cvTemp,PutNumber,xTemp,0); for(long i=0;iclone(); pInsert->setPosition(arrayTemp[i]); if(iSide==0) pInsert->setRotation(arrayTemp[i].nDirection+PI); else if(iSide==1) pInsert->setRotation(arrayTemp[i].nDirection); AddToCurrentSpace(pInsert,true); pInsert->close(); pInsert=NULL; } if(data.m_csKindName==_T("台式洗脸盆")) { DrawFlat(cvTemp); } OPENOBJ_END() } else if(iRet==RTKWORD) { TCHAR buf[256]; acedGetInput(buf); double nAix=Ucs2Wcs((0)); if(buf[0]==_T('Z')) {//处理更改洁具图形 CTemporaryResourceOverride vTemp1; CSanitaryDlg dlgChose(&dlg); dlgChose.m_nOpenMode = 1; dlgChose.SetCurrentItem(data, TRUE); if(dlgChose.DoModal()==IDOK) { CSaniFittingAttr *pData=dlgChose.GetCurrentSelection(); data=*pData; if(pData->m_nPlaceFlag<=1) { LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName); dlg.SetFromSaniWare(data); dlg.UpdateData(FALSE); dlg.UpdateSlide(); continue; } else if(pData->m_nPlaceFlag==2) { dlg.DestroyWindow(); CWnd *pWnd=acedGetAcadFrame(); CDecorateBathTubDlg *dlg1=new CDecorateBathTubDlg(pWnd); double sx=CDecorateSaniFittingDlg::g_nSizeX/data.m_dOrigenalSizeX, sy=CDecorateSaniFittingDlg::g_nSizeY/data.m_dOrigenalSizeY; // 确定插入比例 dlg1->SetFromSaniWare(data); dlg1->Create(dlg1->IDD,pWnd); DrawSantitary2(*dlg1,data); return 0; } else { return 1; } } else { //取消换取设备 continue; } } XPoint pFirst; XPoint pSecond; XScreenDc dc(1,1); XDirectionCurve cvTemp;// [8/19/2008 nsh] XDirectionCurve seg;//两点之间的线段 double p2Dist;//两点之间的距离 Array arraypoint; int rt1=ads_getpoint(NULL,_T("\n请输入第一点 <结束>:"),pFirst); pFirst=Ucs2Wcs(pFirst); int rt2; if(rt1==RTNORM) { rt2=ads_getpoint(Wcs2Ucs(pFirst),_T("\n请输入第二点 <结束>:"),pSecond); pSecond=Ucs2Wcs(pSecond); } if(rt1==RTNORM && rt2==RTNORM) { p2Dist=pFirst.Distance(pSecond); cvTemp.SetPoints(pFirst,pSecond); seg.SetPoints(Wcs2Ucs(pFirst),Wcs2Ucs(pSecond)); double nDirction=((XLine &)cvTemp).Direction();//得到角度 dc<EnableWindow(FALSE); dlg.GetDlgItem(IDC_EDIT_SIZEY)->EnableWindow(FALSE); dlg.GetDlgItem(IDC_EDIT_DISTWALL)->EnableWindow(FALSE); } UINT MaxNumber=GetMaxInsert(CDecorateSaniFittingDlg::g_nSizeX,seg); CString stemp; stemp.Format(_T("%i"),MaxNumber); CString proptem=_T("\n请输入要插入洁具的数量< <最大插入洁具数 =") + stemp +_T(">:"); int PutNumber=0; while(1) { int ret=ads_getint(proptem,&PutNumber); if(ret==RTNORM) {//如果得到数量返回正常 if(PutNumber<=MaxNumber)break; } else if(ret==RTNONE) { PutNumber=MaxNumber; break; } else { return 0; } } int rt3=ads_getpoint(NULL,_T("\n请选择要绘制洁具的一侧 <退出>:"),DirPoint); if(rt3==RTNORM) { //用户坐标系下出错 modify by xlc on 090723 //int dirwhich=seg.OnWhichSide(DirPoint); int dirwhich=seg.OnWhichSide(Ucs2Wcs(DirPoint)); dlg.UpdateData(TRUE);//更新 double sx=dlg.g_nSizeX/data.m_dOrigenalSizeX, sy=dlg.g_nSizeY/data.m_dOrigenalSizeY; // 确定插入比例 TDbBlockInsert * pBlock=new TDbBlockInsert; AcDbObjectId oID=InitBlock(sBlockName); pBlock->setBlockTableRecord(oID); pBlock->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); pBlock->setRotation(nDeriveAngle); dlg.UpdateData(TRUE); Array arrayTemp=dirwhich==0?GetArrayPoint(seg,PutNumber,-CDecorateSaniFittingDlg::g_nDistToWall,0.0):GetArrayPoint(seg,PutNumber,CDecorateSaniFittingDlg::g_nDistToWall,0.0); for(long i=0;iclone(); pInsert->setPosition(Ucs2Wcs(arrayTemp[i])); pInsert->setRotation(dirwhich==0?(PI+nDirction):nDirction); AddToCurrentSpace(pInsert,true); pInsert->close(); pInsert=NULL; } if(data.m_csKindName==_T("台式洗脸盆")) { AcDbLine * pDbline=new AcDbLine; pDbline->setStartPoint(cvTemp.StartPoint()); pDbline->setEndPoint(cvTemp.EndPoint()); AddToCurrentSpace(pDbline,true); pDbline->close(); DrawFlat(cvTemp); OPENOBJ_BEGIN(pDbline->id() ,AcDb::kForWrite, AcDbLine, pline); if(pline) pline->erase(Adesk::kTrue); OPENOBJ_END(); } } else { if(dlg.m_bESC) { dlg.m_bESC=FALSE; break; } else { return 0; } } } } } break; case 2: /**********/ {//沿墙绘制---------------------------------------------------------------------------------------- //这个地方修改，加一个 请选择洁具布置基点（墙角点）~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ {//恢复对话窗的输入功能 dlg.GetDlgItem(IDC_EDIT_ISPACE)->EnableWindow(TRUE); } RBList rmask; resbuf * rs=ads_buildlist(RTDXF0,_T("ATS_WALL,ARC,LINE"),0); rmask.Append(rs); Entity ent; XPoint PickPoint;//在墙上拾取的点 TDbWall *pWall=NULL; int iSide; int distwall; //添加处理快捷键的功能 int Ret; INITGET_BEG(0,_T("Z"))//修改过 Ret=SelectEntity1(_T("\n请选择沿墙边线 <退出>:"),ent,PickPoint,rmask); INITGET_END() if(Ret==RTNORM) { XCurveSegment cvs; XDirectionCurve cdc; XDirectionCurve cvTemp; XDirectionCurve cvTempSave;//保存原始的操作 XDirectionCurve cvLoop; XDirectionCurve cvWallLeft,cvWallRight;//墙的左右边线 double rotangle; BOOL bRever=FALSE;//判断曲线是否翻转 static double polarDist; double dPlatLength=CDecorateSaniFittingDlg::g_nInitSpace*2, dPlatWidth=600; //台面长度和台面宽度 polarDist=0.0; XPointDir2d insertPoint, ptPlatStart;//当为平台洗脸盆时有用 为平台起始点 OPENOBJ_BEGIN(ent,AcDb::kForRead,AcDbEntity,pEnt) //TEntityBase *pTEnt=TEntityBase::Cast(pEnt); pWall=TDbWall::cast(pEnt); cvs=pWall!=NULL?pWall->OffsetGeomCenter():XCurveSegment(ent,LS_INFINITE); //if(pWall!=NULL)pWall->GetSideCurve(cvWallLeft,cvWallRight);// [3/5/2008 nsh] if(pWall!=NULL)pWall->GetSideCurve(cvWallLeft,cvWallRight,0,TRUE); (XCurveSegment &)cdc=cvs; iSide=cdc.OnWhichSide(Ucs2Wcs(PickPoint)); cvTemp=pWall!=NULL?(iSide==0?cvWallLeft:cvWallRight):cdc; if(pWall==NULL) { XPoint pt; int iRet=ads_getpoint(NULL,_T("\n请选择要布置洁具的一侧 <退出>:"),pt); if(iRet==RTNORM) { int itemp=cvTemp.OnWhichSide(Ucs2Wcs(pt)); iSide=itemp; } else return 0; } // [7/25/2008 nsh] //--------------------------------------------------------------- //对沿墙布置洁具功能扩展 //添加选择墙角点的操作 int iReturn; INITGET_BEG(0,_T("B"))//修改过 XPointDir2d pt; if(cvTemp.StartPoint().Distance(Ucs2Wcs(PickPoint))> cvTemp.EndPoint().Distance(Ucs2Wcs(PickPoint))) { iReturn=ads_getpoint(Wcs2Ucs(cvTemp.EndPoint()),_T("\n插入第一个洁具[插入基点(B)] <退出>:"),(XPoint &)pt); } else { iReturn=ads_getpoint(Wcs2Ucs(cvTemp.StartPoint()),_T("\n插入第一个洁具[插入基点(B)] <退出>:"),(XPoint &)pt); } INITGET_END() if(iReturn==RTNORM) {//不做任何处理 if(cvTemp.StartPoint().Distance(Ucs2Wcs(PickPoint))> cvTemp.EndPoint().Distance(Ucs2Wcs(PickPoint))) { cvTemp.Reverse(); bRever=TRUE; } cvTempSave=cvTemp; cvTempSave.Polar(0,ptPlatStart,TRUE);//平台起始点赋值 } else if(iReturn==RTKWORD) { XPointDir2d ptBase; int nOsMode=0; xg_getvar(_T("OSMODE"), &nOsMode); nOsMode &= ~0x4000; nOsMode&=~OS_NOD&~OS_END &~OS_MID&~OS_CEN&~OS_NOD&~OS_QUA&~OS_INT&~OS_INS&~OS_PER&~OS_TAN&~OS_NEA&~OS_QUI&~OS_APP; nOsMode |=OS_NEA | OS_INT|OS_END; XPushVar vOsMode(_T("OSMODE"), nOsMode); int iRet=ads_getpoint(NULL,_T("\n请选择洁具布置基点(墙角点):"),ptBase); if(iRet!=RTNORM) { return 0; } if(cvTemp.StartPoint().Distance(Ucs2Wcs(PickPoint))> cvTemp.EndPoint().Distance(Ucs2Wcs(PickPoint))) { cvTemp.Reverse(); bRever=TRUE; } double toStart,toEnd; XPoint pointStart,pointEnd; /*double / *toStart1,* /toEnd1;*/ toStart=Ucs2Wcs(ptBase).Distance(cvTemp.StartPoint()); toEnd=Ucs2Wcs(ptBase).Distance(cvTemp.EndPoint()); //toStart=ptBase.Distance(cvTemp.startPoint); //toEnd=ptBase.Distance(cvTemp.endPoint); pointStart=cvTemp.StartPoint(); pointEnd=cvTemp.EndPoint(); //判断选择点 //mpdify by xlc on 090723 基点和拾取点分别靠近不同的顶点，改变基点后插入位置不正确 //if(cvTemp.Is(CURVE_LINE)) //{ //if(toStarttoEnd) //{ // cvTemp.SetPoints(pointEnd,Ucs2Wcs(ptBase)); //} //else // cvTemp.SetPoints(Ucs2Wcs(ptBase),pointStart); //} cvTemp.SetPoints(Ucs2Wcs(ptBase),pointEnd); cvTempSave=cvTemp;//保存原始操作 } else { return 1; } //------------------------------------------------------------------------------- dlg.UpdateData(TRUE); cvLoop=cvTemp;//其中cvLoop是在循环中控制的实现绘制的方法 distwall=bRever==TRUE?(iSide==0?-CDecorateSaniFittingDlg::g_nDistToWall:CDecorateSaniFittingDlg::g_nDistToWall):(iSide==0?-CDecorateSaniFittingDlg::g_nDistToWall:CDecorateSaniFittingDlg::g_nDistToWall); //此处要增加一个判断，来说明是否为圆弧的情况，如果是圆弧的情况则在iSide为0的情况下， { if(!cvTemp.Is(CURVE_LINE)) { XArc arc; arc=cvTemp.GetArc(); double radius=arc.GetRadius(); double ChordHeight=GetChordHeight(radius,CDecorateSaniFittingDlg::g_nSizeX); if(distwall<=0 && fabs((float)distwall)<=ChordHeight && iSide==0) cvTemp=cvTemp.Offset(bRever==TRUE?ChordHeight:-ChordHeight,1); else cvTemp=cvTemp.Offset(bRever==TRUE?-distwall:distwall,1); } else { cvTemp=cvTemp.Offset(bRever==TRUE?-distwall:distwall,1); } } //判断结束 //XPointDir2d ptIns = Wcs2Ucs(insertPoint); // insertPoint = ptIns; cvTemp.Polar(CDecorateSaniFittingDlg::g_nInitSpace,insertPoint,TRUE); dPlatLength=CDecorateSaniFittingDlg::g_nInitSpace*2; rotangle=bRever==TRUE?(iSide==0?insertPoint.nDirection:insertPoint.nDirection+PI):(iSide==0?insertPoint.nDirection+PI:insertPoint.nDirection); //dlg.UpdateData(TRUE);//更新 double sx=dlg.g_nSizeX/data.m_dOrigenalSizeX, sy=dlg.g_nSizeY/data.m_dOrigenalSizeY; // 确定插入比例 TDbBlockInsert * pBlock=new TDbBlockInsert; AcDbObjectId oID=InitBlock(sBlockName); pBlock->setBlockTableRecord(oID); pBlock->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); pBlock->setRotation(rotangle); pBlock->setPosition(insertPoint); AddToCurrentSpace(pBlock,Adesk::kTrue); polarDist=CDecorateSaniFittingDlg::g_nInitSpace; {//限定用户的输入 dlg.GetDlgItem(IDC_EDIT_ISPACE)->EnableWindow(FALSE); } while(1) { cvTemp=cvLoop;//恢复到原始状态 XPointDir2d pt; polarDist+=CDecorateSaniFittingDlg::g_nComponentSpace; int rt=ads_getpoint(Wcs2Ucs(insertPoint),_T("\n下一个 <结束>:"),(XPoint &)pt); if(rt==RTNORM) { dlg.UpdateData(TRUE); distwall=bRever==TRUE?(iSide==0?-CDecorateSaniFittingDlg::g_nDistToWall:CDecorateSaniFittingDlg::g_nDistToWall):(iSide==0?-CDecorateSaniFittingDlg::g_nDistToWall:CDecorateSaniFittingDlg::g_nDistToWall); { if(!cvTemp.Is(CURVE_LINE)) { XArc arc; arc=cvTemp.GetArc(); double radius=arc.GetRadius(); double ChordHeight=GetChordHeight(radius,CDecorateSaniFittingDlg::g_nSizeX); if(distwall<=0 && fabs((float)distwall)<=ChordHeight && iSide==0) cvTemp=cvTemp.Offset(bRever==TRUE?ChordHeight:-ChordHeight,1); else cvTemp=cvTemp.Offset(bRever==TRUE?-distwall:distwall,1); } else { cvTemp=cvTemp.Offset(bRever==TRUE?-distwall:distwall,1); } } double sx=dlg.g_nSizeX/data.m_dOrigenalSizeX, sy=dlg.g_nSizeY/data.m_dOrigenalSizeY; // 确定插入比例 cvTemp.Polar(polarDist,insertPoint,TRUE); rotangle=bRever==TRUE?(iSide==0?insertPoint.nDirection:insertPoint.nDirection+PI):(iSide==0?insertPoint.nDirection+PI:insertPoint.nDirection); TDbBlockInsert *pIns=(TDbBlockInsert*)pBlock->clone(); pIns->setRotation(rotangle); pIns->setPosition(insertPoint); pIns->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); AddToCurrentSpace(pIns,Adesk::kTrue); dPlatLength += dlg.g_nComponentSpace; } else { break; } } OPENOBJ_END() if(data.m_csKindName==_T("台式洗脸盆")) { DrawPlatNew(insertPoint,cvTempSave,bRever,dPlatLength,dPlatWidth); } } else if(Ret==RTKWORD) { CTemporaryResourceOverride vTemp1; CSanitaryDlg dlgChose(&dlg); dlgChose.m_nOpenMode = 1; dlgChose.SetCurrentItem(data, TRUE); if(dlgChose.DoModal()==IDOK) { CSaniFittingAttr *pData=dlgChose.GetCurrentSelection(); data=*pData; if(pData->m_nPlaceFlag<=1) { LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName); dlg.SetFromSaniWare(data); dlg.UpdateData(FALSE); dlg.UpdateSlide(); continue; } else if(pData->m_nPlaceFlag==2) { dlg.DestroyWindow(); CWnd *pWnd=acedGetAcadFrame(); CDecorateBathTubDlg *dlg1=new CDecorateBathTubDlg(pWnd); double sx=CDecorateSaniFittingDlg::g_nSizeX/data.m_dOrigenalSizeX, sy=CDecorateSaniFittingDlg::g_nSizeY/data.m_dOrigenalSizeY; // 确定插入比例 dlg1->SetFromSaniWare(data); dlg1->Create(dlg1->IDD,pWnd); DrawSantitary2(*dlg1,data); return 0; } else { return 1; } } else { //取消换取设备 continue; } } else { if(dlg.m_bESC) { dlg.m_bESC=FALSE; break; } else { return 1; } } }//沿墙绘制结束 break; case 3: {//选择已有的洁具 {// dlg.GetDlgItem(IDC_EDIT_ISPACE)->EnableWindow(FALSE); //dlg.GetDlgItem(IDC_EDIT_DISTWALL)->SetWindowText(_T("0")); } RBList rmask; //resbuf *rb=ads_buildlist(8,_T("LVTRY"),0); //resbuf *rb1=ads_buildlist(RTDXF0,_T("AEC_BLOCK_INSERT"),0); //rmask.Append(rb); resbuf *rb1=ads_buildlist(-4,_T(""),0); rmask.Append(rb1); Entity ent; double rotangle; double dlineangle; XPoint ptSidePoint; XPoint insertPoint; XPoint pointTemp; XPoint basePoint;//已有的洁具的插入点 AcGePoint3d gepoint; double SelectWidth; AcDbObjectId oID=InitBlock(sBlockName); int iRet; INITGET_BEG(0,_T("Z")) iRet=SelectEntity1(_T("\n请选择已有洁具 <结束>:"),ent,ptSidePoint,rmask); INITGET_END() if(iRet==RTNORM) { OPENOBJ_BEGIN(ent,AcDb::kForRead,AcDbBlockReference,pEnt) rotangle=pEnt->rotation(); gepoint=pEnt->position(); basePoint=XPoint(gepoint); TBlockGeomInfo tginfo;//pEnt->GetGeomInfo(); tginfo.SetFromInsert(pEnt); SelectWidth=tginfo.GetSizeX()/2; OPENOBJ_END() dlg.UpdateData(TRUE); //这个地方要重新设置宽度离墙的距离 dlg.g_nInitSpace=dlg.g_nComponentSpace-SelectWidth; CString strInitSpace; strInitSpace.Format(_T("%d"),dlg.g_nInitSpace); dlg.GetDlgItem(IDC_EDIT_ISPACE)->SetWindowText(strInitSpace); // XLine xl(basePoint,rotangle+PI/2); int iSide=xl.OnWhichSide(Ucs2Wcs(ptSidePoint)); dlineangle=iSide==0?(rotangle+PI):rotangle; ads_polar(basePoint,dlineangle,CDecorateSaniFittingDlg::g_nInitSpace+SelectWidth,insertPoint); pointTemp=insertPoint; ads_polar(insertPoint,rotangle-PI/2,CDecorateSaniFittingDlg::g_nDistToWall,pointTemp); double sx=dlg.g_nSizeX/data.m_dOrigenalSizeX, sy=dlg.g_nSizeY/data.m_dOrigenalSizeY; // 确定插入比例 TDbBlockInsert * pBlock=new TDbBlockInsert; pBlock->setBlockTableRecord(oID); pBlock->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); pBlock->setRotation(rotangle); pBlock->setPosition(pointTemp); AddToCurrentSpace(pBlock,Adesk::kTrue); pBlock->close(); pBlock=NULL; pointTemp=insertPoint; {//控制用户的输入操作 dlg.GetDlgItem(IDC_EDIT_ISPACE)->EnableWindow(FALSE); } while (1) { XPoint xTemp; int iRet=ads_getpoint(Wcs2Ucs(pointTemp),_T("\n下一个 <结束>:"),xTemp); if(iRet==RTNORM) { dlg.UpdateData(TRUE); ads_polar(insertPoint,dlineangle,CDecorateSaniFittingDlg::g_nComponentSpace,insertPoint); pointTemp=insertPoint; ads_polar(insertPoint,rotangle-PI/2,CDecorateSaniFittingDlg::g_nDistToWall,pointTemp); double sx=dlg.g_nSizeX/data.m_dOrigenalSizeX, sy=dlg.g_nSizeY/data.m_dOrigenalSizeY; // 确定插入比例 TDbBlockInsert * pBlock=new TDbBlockInsert; pBlock->setBlockTableRecord(oID); pBlock->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); pBlock->setRotation(rotangle); pBlock->setPosition(pointTemp); AddToCurrentSpace(pBlock,Adesk::kTrue); pBlock->close(); pBlock=NULL; } else break; } //----------------------------------------------------台式洗脸盆要修改----------------------------------------------------------------- //####################################################################################################################################### if(data.m_csKindName==_T("台式洗脸盆")) { XDirectionCurve cvTemp; //TAcDbPolyline * pPolyline=new TAcDbPolyline; AcDbPolyline *pPolyline=new AcDbPolyline; XPointDir2d pt1,pt2; //以下实现对象捕捉 //---------------------- int nOsMode=0; xg_getvar(_T("OSMODE"), &nOsMode); nOsMode &= ~0x4000; nOsMode&=~OS_NOD&~OS_END &~OS_MID&~OS_CEN&~OS_NOD&~OS_QUA&~OS_INT&~OS_INS&~OS_PER&~OS_TAN&~OS_NEA&~OS_QUI&~OS_APP; nOsMode|= OS_INT|OS_NEA|OS_PER|OS_END|OS_MID|OS_CEN; XPushVar vOsMode(_T("OSMODE"), nOsMode); //----------------------- while(1) { int iRet=ads_getpoint(NULL,_T("\n请输入平台的起点 <结束>:"),pt1); if(iRet==RTNORM) { int iRt=ads_getpoint(pt1,_T("\n请输入平台的终点 <结束>:"),pt2); if(iRt==RTNORM)break; else return 0; } else return 0; } cvTemp.SetPoints(Ucs2Wcs(pt1),Ucs2Wcs(pt2)); TDrawFlatJig jig1(pPolyline,cvTemp); jig1.SetPrompt(_T("\n请输入平台的宽度:")); jig1.m_ptFirst=(XPointDir2d &)Ucs2Wcs(pt1); jig1.m_ptSecond=(XPointDir2d &)Ucs2Wcs(pt2); int iRet=jig1.doIt(); if(iRet==RTNORM) { pPolyline=(AcDbPolyline*)jig1.entity(); AcDbPolyline *pPolylineInsert=(AcDbPolyline*)pPolyline->clone(); AddToCurrentSpace(pPolylineInsert,Adesk::kTrue); pPolylineInsert->close(); pPolylineInsert=NULL; } } } else if(iRet==RTKWORD) { CTemporaryResourceOverride vTemp1; CSanitaryDlg dlgChose(&dlg); dlgChose.m_nOpenMode = 1; dlgChose.SetCurrentItem(data, TRUE); if(dlgChose.DoModal()==IDOK) { CSaniFittingAttr *pData=dlgChose.GetCurrentSelection(); data=*pData; if(pData->m_nPlaceFlag<=1) { LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName); dlg.SetFromSaniWare(data); dlg.UpdateData(FALSE); dlg.UpdateSlide(); continue; } else if(pData->m_nPlaceFlag==2) { dlg.DestroyWindow(); CWnd *pWnd=acedGetAcadFrame(); CDecorateBathTubDlg *dlg1=new CDecorateBathTubDlg(pWnd); double sx=CDecorateSaniFittingDlg::g_nSizeX/data.m_dOrigenalSizeX, sy=CDecorateSaniFittingDlg::g_nSizeY/data.m_dOrigenalSizeY; // 确定插入比例 dlg1->SetFromSaniWare(data); dlg1->Create(dlg1->IDD,pWnd); DrawSantitary2(*dlg1,data); return 0; } else { return 1; } } else { //取消换取设备 continue; } } else { if(dlg.m_bESC) { dlg.m_bESC=FALSE; break; } else { dlg.DestroyWindow();//新加入 return 0; } } } break; default: break; } } return 0; } ////////////////////////////////////////////////////////////////////////// //以下的方式是对小便池和盥洗槽的操作 //基本的情况不变，主要是对圆弧墙的操作 int DrawSantitary1(const CSaniFittingAttr &data) { XString sBlockName(256); XString sDwbName(256); sDwbName << g_sDwbPath << _T("lvtry.DWB"); LoadDwbBlock(sDwbName, _T("00000000"), sBlockName); TDbBlockInsert * pBlock=new TDbBlockInsert; AcDbObjectId oID=InitBlock(sBlockName); pBlock->setBlockTableRecord(oID); pBlock->setScaleFactors(AcGeScale3d(1, 1, 1.0)); Entity ent;//选择的实体对象 XPoint ptPostion;//选择的对象所在的插入点 XDirectionCurve cvb,cvTemp;//从选择的对象中取得的线 double dWallWidth;//墙的宽度 double dAng;//旋转角度 int iRet;//操作的返回标记 RTNORM RTKEYWORD etc int iSide=-1;//判断是选中了哪一边的墙体 RBList rmask; TDbWall *pWall=NULL; //以下为洁具的相关数据 double dDistToWallCorner;//距离墙角的距离 // double dWidth;//洁具宽度 // double dLength;//洁具的长度 // double dWidth1;//台阶的宽度 XPointDir2d ptstart;//开始点 XPointDir2d ptend;//结束点 resbuf *rb=ads_buildlist(RTDXF0,_T("ATS_WALL,ARC,LINE"),0); rmask.Append(rb); while(1) { while(1) { iRet=SelectEntity1(_T("\n请选择布置洁具的墙线 <退出>:"),ent,ptPostion,rmask); if(iRet==RTNORM) { break; } else { return 0; } } OPENOBJ_BEGIN(ent,AcDb::kForRead,AcDbEntity,pEnt) pWall=TDbWall::cast(pEnt); XCurveSegment cvSave; XDirectionCurve cvWallLeft,cvWallRight; cvSave=pWall!=NULL?pWall->OffsetGeomCenter():XCurveSegment(ent,LS_INFINITE); //if(pWall!=NULL)pWall->GetSideCurve(cvWallLeft,cvWallRight); if(pWall!=NULL)pWall->GetSideCurve(cvWallLeft,cvWallRight,0,TRUE); (XCurveSegment &)cvb=cvSave; if(pWall!=NULL) { iSide=cvb.OnWhichSide(Ucs2Wcs(ptPostion)); dWallWidth=pWall->GetWidth(4)/2; cvTemp=iSide==0?cvWallLeft:cvWallRight; dAng=iSide==0?cvTemp.Direction(Ucs2Wcs(ptPostion))+PI:cvTemp.Direction(Ucs2Wcs(ptPostion)); } else { cvTemp=cvb; XPoint ptTemp; int rt=ads_getpoint(NULL,_T("\n选择插入洁具的一侧 <退出>:"),ptTemp); if(rt==RTNORM) { //用户坐标系下不起作用 modify by xlc on 090723 ptTemp=Ucs2Wcs(ptTemp); iSide=cvTemp.OnWhichSide(ptTemp); dAng=iSide==0?cvTemp.Direction(ptPostion)+PI:cvTemp.Direction(ptPostion); } else return 0; } if(cvTemp.StartPoint().Distance(Ucs2Wcs(ptPostion))> cvTemp.EndPoint().Distance(Ucs2Wcs(ptPostion))) { ptPostion=cvTemp.EndPoint(); } else ptPostion=cvTemp.StartPoint(); OPENOBJ_END() if(data.m_csKindName==_T("小便池")) {//对小便池的操作 //参数说明： //cvBase为选择的墙线上取的曲线,cvBaseOffset为正对的偏移 XCurveSegment cvBase,cvBaseOffset,cvBaseSub,cvInsideLeft,cvInsideRight,cvOutLeft,cvOutRight,cvFlat; static double dDist(_AS_SYS_UNIT(600)),dDist1(_AS_SYS_UNIT(100)),dDist2(_AS_SYS_UNIT(3000)); XPoint ptcvtemp;//保留原始的cvTemp的开始点 static double nInitSpace=_AS_SYS_UNIT(0), nLength=_AS_SYS_UNIT(3000), nWidth=_AS_SYS_UNIT(600), nStepWidth=_AS_SYS_UNIT(300), nGap=_AS_SYS_UNIT(60);//小便池的基本数据 //以下实现对象捕捉 //---------------------- int nOsMode=0; xg_getvar(_T("OSMODE"), &nOsMode); nOsMode &= ~0x4000; nOsMode&=~OS_NOD&~OS_END &~OS_MID&~OS_CEN&~OS_NOD&~OS_QUA&~OS_INT&~OS_INS&~OS_PER&~OS_TAN&~OS_NEA&~OS_QUI&~OS_APP; nOsMode |=OS_NEA | OS_INT|OS_END; XPushVar vOsMode(_T("OSMODE"), nOsMode); //----------------------- //dDist1 = 100; //iRet=ads_getdist(Wcs2Ucs(ptPostion),_T("\n请输入小便池离墙角的距离 <100>:"),&dDist1); CString strPrompt,strVal; strVal=Dist2Str(dDist1); strPrompt.Format(_T("\n请输入小便池离墙角的距离 <%s>:"),strVal); iRet=ads_getdist(Wcs2Ucs(ptPostion),strPrompt,&dDist1); if(iRet!=RTCAN) { //以下通过输入的长度转化为点 if(ptPostion==cvTemp.EndPoint()) { cvTemp.Polar(cvTemp.GetLength()-dDist1,ptstart); } else if(ptPostion==cvTemp.StartPoint()) { cvTemp.Polar(dDist1,ptstart); } dDistToWallCorner=cvTemp.PathDistance(ptstart,1); //dDist2 = 3000; strVal=Dist2Str(dDist2); strPrompt.Format(_T("\n请输入小便池长度 <%s>:"),strVal); iRet=ads_getdist(Wcs2Ucs(ptstart),strPrompt,&dDist2); if(iRet!=RTCAN) { if(ptPostion==cvTemp.EndPoint()) { cvTemp.Polar(cvTemp.GetLength()-dDist1-dDist2,ptend); } else if(ptPostion==cvTemp.StartPoint()) { cvTemp.Polar(dDist1+dDist2,ptend); } if(!cvTemp.Is(CURVE_LINE)) {//当为圆弧和圆的情况下 cvBase=GetSuCurve(cvTemp,ptstart,ptend); } else cvBase.SetPoints(ptstart,ptend); strVal=Dist2Str(nWidth); strPrompt.Format(_T("\n请输入小便池的宽度 <%s>:"),strVal); iRet=ads_getdist(Wcs2Ucs(ptend),strPrompt,&nWidth); if(iRet!=RTCAN) { if(iRet==RTNONE) nWidth=_tstof(strVal); double dToWall=nWidth;//小便池的边沿距墙的距离，这个以后要用作算小便池台阶的宽度 if(cvBase.Is(CURVE_LINE)) { if(cvTemp.StartPoint().Distance(ptstart) > cvTemp.StartPoint().Distance(ptend)) cvBase.Reverse(); } cvBaseOffset=iSide==0?cvBase.Offset(-nWidth,1):cvBase.Offset(nWidth,1); dDist=cvBase.GetLength(); XPointDir2d pt1,pt2,pt3,pt4; cvBase.Polar(nGap,pt1); cvBase.Polar(dDist-nGap,pt2); cvBaseSub=GetSuCurve(cvBase,pt1,pt2); cvBaseOffset.ProjectToMe(pt1,pt3); cvBaseOffset.ProjectToMe(pt2,pt4); cvInsideLeft.SetPoints(pt1,pt3); cvInsideRight.SetPoints(pt2,pt4); cvBaseOffset.ProjectToMe(ptstart,pt3); cvBaseOffset.ProjectToMe(ptend,pt4); cvOutLeft.SetPoints(ptstart,pt3); cvOutRight.SetPoints(ptend,pt4); AddToCurrentSpace((AcDbLine*)(cvBaseOffset.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cvInsideLeft.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cvInsideRight.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cvOutLeft.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cvOutRight.AsAcDbCurve())->clone(),Adesk::kTrue); strVal=Dist2Str(nStepWidth); strPrompt.Format(_T("\n请输入小便池台阶的宽度 <%s>:"),strVal); iRet=ads_getdist(pt3,strPrompt,&nStepWidth); /*dDist=dToWall-dDist;*/ if(iRet!=RTCAN) { if(iRet==RTNONE) nStepWidth=_tstof(strVal); double dist=dToWall-nStepWidth; cvFlat=iSide==0?cvBaseSub.Offset(-dist,1):cvBaseSub.Offset(dist,1); AddToCurrentSpace((AcDbLine*)(cvFlat.AsAcDbCurve())->clone(),Adesk::kTrue); } } else return 0; } } } else if((!data.m_csKindName.CompareNoCase(_T("舆洗槽")))||(!data.m_csKindName.CompareNoCase(_T("盥洗槽")))) {//对盥洗槽的操作 //cvBase为选择的墙线上取的曲线,cvBaseOffset为正对的偏移 XCurveSegment cvBase,cvBaseOffset,cvBaseSub,cvInsideLeft,cvInsideRight,cvOutLeft,cvOutRight,cvFlat; static double nInitSpace=_AS_SYS_UNIT(0), nLength=_AS_SYS_UNIT(5300), nWidth=_AS_SYS_UNIT(690), nWidth1=_AS_SYS_UNIT(100), nGap=_AS_SYS_UNIT(60); XDirectionCurve cv1; //AcDbPolyline * pPolyline=new AcDbPolyline; static double dDist(_AS_SYS_UNIT(690)),dDist1(_AS_SYS_UNIT(0)),dDist2(_AS_SYS_UNIT(5300)); XPoint ptcvtemp;//保留原始的cvTemp的开始点 //while(1) //{ //以下实现对象捕捉 //---------------------- int nOsMode=0; xg_getvar(_T("OSMODE"), &nOsMode); nOsMode &= ~0x4000; nOsMode&=~OS_NOD&~OS_END &~OS_MID&~OS_CEN&~OS_NOD&~OS_QUA&~OS_INT&~OS_INS&~OS_PER&~OS_TAN&~OS_NEA&~OS_QUI&~OS_APP; nOsMode |=OS_NEA | OS_INT|OS_END; XPushVar vOsMode(_T("OSMODE"), nOsMode); //----------------------- //dDist1 = 0; //iRet=ads_getdist(Wcs2Ucs(ptPostion),_T("\n盥洗槽离墙角的距离 <0>:"),&dDist1); CString strPrompt,strVal; strVal=Dist2Str(dDist1); strPrompt.Format(_T("\n盥洗槽离墙角的距离 <%s>:"),strVal); iRet=ads_getdist(Wcs2Ucs(ptPostion),strPrompt,&dDist1); if(iRet!=RTCAN) { if (iRet==RTNONE) { dDist1=_tstof(strVal); } //以下通过输入的长度转化为点 if(ptPostion==cvTemp.EndPoint()) { cvTemp.Polar(cvTemp.GetLength()-dDist1,ptstart); } else if(ptPostion==cvTemp.StartPoint()) { cvTemp.Polar(dDist1,ptstart); } dDistToWallCorner=cvTemp.PathDistance(ptstart,1); //dDist2 = 5300; //iRet=ads_getdist(Wcs2Ucs(ptstart),_T("\n盥洗槽的长度 <5300>:"),&dDist2); strVal=Dist2Str(dDist2); strPrompt.Format(_T("\n盥洗槽的长度 <%s>:"),strVal); iRet=ads_getdist(Wcs2Ucs(ptstart),strPrompt,&dDist2); if(iRet!=RTCAN) { if (iRet==RTNONE) { dDist2=_tstof(strVal); } if(ptPostion==cvTemp.EndPoint()) { cvTemp.Polar(cvTemp.GetLength()-dDist1-dDist2,ptend); } else if(ptPostion==cvTemp.StartPoint()) { cvTemp.Polar(dDist1+dDist2,ptend); } if(!cvTemp.Is(CURVE_LINE)) {//当为圆弧和圆的情况下 cvBase=GetSuCurve(cvTemp,ptstart,ptend); } else cvBase.SetPoints(ptstart,ptend); //iRet=ads_getdist(Wcs2Ucs(ptend),_T("\n请输入盥洗槽的宽度 <690>:"),&dDist); strVal=Dist2Str(nWidth); strPrompt.Format(_T("\n请输入盥洗槽的宽度 <%s>:"),strVal); iRet=ads_getdist(Wcs2Ucs(ptend),strPrompt,&nWidth); if(iRet!=RTCAN) { if(iRet==RTNONE) nWidth=_tstof(strVal); double dToWall=nWidth;//小便池的边沿距墙的距离，这个以后要用作算小便池台阶的宽度 if(cvBase.Is(CURVE_LINE)) { if(cvTemp.StartPoint().Distance(ptstart) > cvTemp.StartPoint().Distance(ptend)) cvBase.Reverse(); } XCurveSegment cvBaseOffsetTem,cvInsideOffsetTem,cvInsideBottom; cvBaseOffset=iSide==0?cvBase.Offset(-nWidth,1):cvBase.Offset(nWidth,1); cvBaseOffsetTem = iSide==0?cvBase.Offset(-nWidth+nGap,1):cvBase.Offset(nWidth-nGap,1); cvInsideBottom = iSide==0?cvBase.Offset(-nGap,1):cvBase.Offset(nGap,1); dDist=cvBase.GetLength(); XPointDir2d pt1,pt2,pt3,pt4,pt5,pt6; cvBase.Polar(nGap,pt1); cvBase.Polar(dDist-nGap,pt2); dDist=cvInsideBottom.GetLength(); cvInsideBottom.Polar(nGap,pt5); cvInsideBottom.Polar(dDist-nGap,pt6); cvBaseSub=GetSuCurve(cvBase,pt1,pt2); cvBaseOffsetTem.ProjectToMe(pt1,pt3); cvBaseOffsetTem.ProjectToMe(pt2,pt4); cvInsideLeft.SetPoints(pt5,pt3); cvInsideRight.SetPoints(pt6,pt4); //modify by xlc on 090722 洁具内侧线为直线 //cvInsideOffsetTem.SetPoints(pt3,pt4); cvInsideOffsetTem=GetSuCurve(cvBaseOffsetTem,pt3,pt4); cvInsideBottom.SetPoints(pt5,pt6); cvBaseOffset.ProjectToMe(ptstart,pt3); cvBaseOffset.ProjectToMe(ptend,pt4); cvOutLeft.SetPoints(ptstart,pt3); cvOutRight.SetPoints(ptend,pt4); AddToCurrentSpace((AcDbLine*)(cvInsideOffsetTem.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cvInsideBottom.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cvBaseOffset.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cvInsideLeft.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cvInsideRight.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cvOutLeft.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cvOutRight.AsAcDbCurve())->clone(),Adesk::kTrue); //dDist = dDist+dToWall; static double dChannel(_AS_SYS_UNIT(100));//水槽的宽度 strVal=Dist2Str(dChannel); strPrompt.Format(_T("\n请输入水沟的宽度 <%s>:"),strVal); iRet=ads_getdist(pt5,strPrompt,&dChannel); int iNumber;//水龙头的个数 /*dDist=dToWall-dDist;*/ if(iRet!=RTCAN) { XDirectionCurve cv1,cv2,cv3; if(iRet==RTNONE) dChannel=_tstof(strVal); (XCurveSegment&)cv1=GetSuCurve(cvTemp,ptstart,ptend); cv1.Polar(nGap,pt3); cv1.Polar(cv1.GetLength()-nGap,pt4); double dChannelWidth = dChannel +nGap; if(!cv1.Is(CURVE_LINE)) (XCurveSegment&)cv2=GetSuCurve(cv1,pt3,pt4); else { cv2.SetPoints(pt3,pt4); if(cvTemp.StartPoint().Distance(pt3) > cvTemp.StartPoint().Distance(pt4)) cv2.Reverse(); } cv3=iSide==0?cv2.Offset(-dChannelWidth,1):cv2.Offset(dChannelWidth,1); AddToCurrentSpace((AcDbLine*)(cv1.AsAcDbCurve())->clone(),Adesk::kTrue); AddToCurrentSpace((AcDbLine*)(cv3.AsAcDbCurve())->clone(),Adesk::kTrue); iNumber=(int)(cv1.GetLength()/700);//求出默认的个数 CString strShow; strShow.Format(_T("\n请输入水龙头的个数 <%i>:"),iNumber); iRet=ads_getint(strShow,&iNumber); if(iRet==RTNORM || iRet==RTNONE) { cv2=iSide==0?cv2.Offset(-nGap/2,1):cv2.Offset(nGap/2,1); Array arraypt; arraypt=GetArrayPoint(cv2,iNumber,0,0); for(long i=0;iclone(); pInsert->setPosition(arraypt[i]); if(iSide==0) pInsert->setRotation(arraypt[i].nDirection+PI); else if(iSide==1) pInsert->setRotation(arraypt[i].nDirection); AddToCurrentSpace(pInsert,true); pInsert->close(); pInsert=NULL; } } } } else return 0; //} /*iRet=ads_getdist(Wcs2Ucs(ptstart),_T("\n请插入盥洗槽的终点 <结束>:"),&dDist2); if(iRet==RTNORM) { if(ptPostion==cvTemp.endPoint) { cvTemp.Polar(cvTemp.Length()-dDist1-dDist2,ptend); } else if(ptPostion==cvTemp.startPoint) { cvTemp.Polar(dDist1+dDist2,ptend); } break; } else return 0;*/ } else return 0; } /*TDrawFlatJig jig1(pPolyline,cvTemp); jig1.SetPrompt(_T("\n请输入盥洗槽的宽度 <结束>:")); jig1.m_ptFirst=ptstart; jig1.m_ptSecond=ptend; int iRet=jig1.doIt(); if(iRet==RTNORM) {// XDirectionCurve cv1,cv2,cv3; XPointDir2d pt3,pt4;//用于保存在内测的segment pPolyline=(AcDbPolyline*)jig1.entity(); AcDbPolyline *pPolylineInsert=(AcDbPolyline*)pPolyline->clone(); AcDbObjectId polyid=AddToCurrentSpace(pPolylineInsert,Adesk::kTrue); Entity entTemp; XPoly2D polyinside; ads_name polyname; acdbGetAdsName(polyname,polyid); entTemp=Entity(polyname); XPoly2D poly2d(entTemp); poly2d.Compress(TRUE); polyinside=poly2d; BOOL bFalse; if(iSide==0)bFalse=Offset(60,polyinside); else bFalse=Offset(-60,polyinside); AcDbCurve *pPolylineInside=(AcDbCurve*)polyinside.AsAcDbCurve()->clone(); AddToCurrentSpace(pPolylineInside,Adesk::kTrue); double dChannel;//水槽的宽度 int iNumber;//水龙头的个数 iRet=ads_getdist(Wcs2Ucs(ptstart),_T("\n请输入水沟的宽度 <200>:"),&dChannel); if(iRet==RTNONE) dChannel=_AS_SYS_UNIT(200); (XCurveSegment&)cv1=GetSuCurve(cvTemp,ptstart,ptend); cv1.Polar(nGap,pt3); cv1.Polar(cv1.Length()-nGap,pt4); if(!cv1.Is(CURVE_LINE)) (XCurveSegment&)cv2=GetSuCurve(cv1,pt3,pt4); else { cv2.SetPoints(pt3,pt4); if(cvTemp.startPoint.Distance(pt3) > cvTemp.startPoint.Distance(pt4)) cv2.Reverse(); } cv3=iSide==0?cv2.Offset(-dChannel,1):cv2.Offset(dChannel,1); AddToCurrentSpace((AcDbLine*)(cv3.AsAcDbCurve())->clone(),Adesk::kTrue); iNumber=(int)(cv1.Length()/700);//求出默认的个数 CString strShow; strShow.Format(_T("\n请输入水龙头的个数 <%i>:"),iNumber); iRet=ads_getint(strShow,&iNumber); if(iRet==RTNORM || iRet==RTNONE) { cv2=iSide==0?cv2.Offset(-nGap/2,1):cv2.Offset(nGap/2,1); Array arraypt; arraypt=GetArrayPoint(cv2,iNumber,0,0); for(long i=0;iclone(); pInsert->setPosition(arraypt[i]); if(iSide==0) pInsert->setRotation(arraypt[i].nDirection+PI); else if(iSide==1) pInsert->setRotation(arraypt[i].nDirection); AddToCurrentSpace(pInsert,true); pInsert->close(); pInsert=NULL; } } }*/ } } return 0; } ////////////////////////////////////////////////////////////////////////// //以下是对浴缸的处理操作 //对浴缸的操作分两布，在命令行下对浴缸的操作分为点插入和沿墙插入 int DrawSantitary2(CDecorateBathTubDlg &dlg, CSaniFittingAttr &data) { XString sBlockName(256); XString sDwbName(256); sDwbName<setBlockTableRecord(oID); pBlock->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); XCurveSegment cvb;//基础的曲线 XCurveSegment cvTemp;//变化后的临时曲线 XPointDir2d ptPostion; TDbWall *pWall=NULL; // double dWallWidth;//墙的宽度 double dAng;//角度问题 // double dirction;//洁具的方向 int iRet; int iSide;//方向问题 Entity ent; RBList rmask; // TCHAR retkey; resbuf *rb=ads_buildlist(RTDXF0,_T("ATS_WALL,ARC,LINE"),0); rmask.Append(rb); while(1) { INITGET_BEG(0,_T("D Z"))//新加入处理洁具改变洁具的操作 iRet=SelectEntity1(_T("\n请选择布置洁具沿线位置 [点取方式布置(D)]:"),ent,ptPostion,rmask); INITGET_END() /*iRet=SelectEntity(_T("\n请选择布置洁具沿线位置 [点取方式布置(D)]:"),ent,ptPostion,rmask,_T("D"),retkey);*/ if(iRet==RTKWORD) { TCHAR buf[256]; acedGetInput(buf); if(buf[0]==_T('Z')) {//处理改变洁具 CTemporaryResourceOverride vTemp1; CSanitaryDlg dlgChose(&dlg); dlgChose.m_nOpenMode = 1; dlgChose.SetCurrentItem(data, TRUE); if(dlgChose.DoModal()==IDOK) { CSaniFittingAttr *pData=dlgChose.GetCurrentSelection(); data=*pData; if(pData->m_nPlaceFlag==2) { LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName); dlg.SetFromSaniWare(data); dlg.UpdateData(FALSE); dlg.UpdateSlide(); //modify by xlc on 090723 浴缸修改后无法插入当前显示的 oID=InitBlock(sBlockName); pBlock->setBlockTableRecord(oID); sx=dlg.g_nWidth/data.m_dOrigenalSizeX; sy=dlg.g_nLength/data.m_dOrigenalSizeY; pBlock->setScaleFactors(AcGeScale3d(sx,sy,1.0)); continue; } else if(pData->m_nPlaceFlag==1) { dlg.DestroyWindow(); CWnd *pWnd=acedGetAcadFrame(); CDecorateSaniFittingDlg *dlg1=new CDecorateSaniFittingDlg(pWnd); dlg1->SetFromSaniWare(data); dlg1->Create(dlg1->IDD,pWnd); DrawSantitary(*dlg1,data); dlg1->DestroyWindow(); break; } else { continue; } } else { //取消换取设备 continue; } } TSanitaryJig jig(pBlock,&dlg,data); while(1) { jig.SetPrompt(_T("\n点取位置或 [转90度(A)/左右翻(S)/上下翻(D)/对齐(F)/改转角(R)/改基点(T)/参考点(Q)]<退出>:")); jig.SetKeyword(_T("A S D F R T Q Z")); int nRet=jig.doIt(); if(nRet ==RTNORM) { pBlock=(TDbBlockInsert*)jig.entity(); TDbBlockInsert *pIns=(TDbBlockInsert*)pBlock->clone(); {//判断此处是不是已经有洁具了 XPoint pLow(0,0,0),pTop(0,0,0); pIns->GetExtents2d(pLow,pTop); PickSet ss(SS_FREE); RBList rbMask; resbuf * rLayer=ads_buildlist(8,_T("LVTRY"),NULL); rbMask.Append(rLayer); int rt=ss.Get(_T("C"),Wcs2Ucs(pLow),Wcs2Ucs(pTop),rbMask); if(rt==RTNORM) { delete pIns; acutPrintf(_T("\n当前位置已有洁具!")); } else { AddToCurrentSpace(pIns,Adesk::kTrue); pIns->close(); } } TArchCmdReactor::UpdateCorners(); TArchCmdReactor::ResetAll(); } else if(nRet ==RTKWORD) {//处理jig中返回关键字的情况 ads_printf(_T("%c%c%c"), 8,8,8); switch(jig.m_nRetCode) { case 1: {//转90度 jig.m_RotAngle+=PI/2; AcGeMatrix3d mat3; XVector3D xv(0,0,1); XPoint PointTemp=jig.m_pInsertPoint+jig.m_pOffset; mat3.setToRotation(PI/2,xv.AsAcGeVector3d(),PointTemp.AsAcGePoint3d()); jig.m_pInsertPoint.TransformBy(mat3); jig.m_pOffset=PointTemp-jig.m_pInsertPoint; jig.m_mat=mat3; break; } case 2: {//左右翻转 XPoint CurrentPoint=jig.m_pInsertPoint+jig.m_pOffset;//获取当前的鼠标点 AcGePoint2d pt(Wcs2Ucs(CurrentPoint).AsAcGePoint2d()); XVector3D xv(0,1,0); AcGeLine2d geline2d(pt,xv.AsAcGeVector2d()); AcGePoint2d PointTemp=Wcs2Ucs(jig.m_pInsertPoint); PointTemp=PointTemp.mirror(geline2d); jig.m_pOffset=CurrentPoint-Ucs2Wcs(PointTemp); jig.m_RotAngle*=-1; break; } case 3: {//上下翻转 XPoint CurrentPoint=jig.m_pInsertPoint+jig.m_pOffset;//获取当前的鼠标点 AcGePoint2d pt(Wcs2Ucs(CurrentPoint).AsAcGePoint2d()); XVector3D xv(1,0,0); AcGeLine2d geline2d(pt,xv.AsAcGeVector2d()); AcGePoint2d PointTemp=Wcs2Ucs(jig.m_pInsertPoint); PointTemp=PointTemp.mirror(geline2d); jig.m_pOffset=CurrentPoint-Ucs2Wcs(PointTemp); jig.m_RotAngle=PI-jig.m_RotAngle; break; } case 4: {//对齐 int nOsMode=0; xg_getvar(_T("OSMODE"), &nOsMode); nOsMode &= ~0x4000; nOsMode&=~OS_NOD&~OS_END &~OS_MID&~OS_CEN&~OS_NOD&~OS_QUA&~OS_INT&~OS_INS&~OS_PER&~OS_TAN&~OS_NEA&~OS_QUI&~OS_APP; nOsMode |= OS_INT|OS_NEA|OS_PER|OS_END|OS_MID|OS_CEN; XPushVar vOsMode(_T("OSMODE"), nOsMode); TDbBlockInsert *pTempEnt=(TDbBlockInsert *)pBlock->clone(); AcDbObjectId idTemp=AddToCurrentSpace(pTempEnt, Adesk::kTrue); XPoint pt1, pt2, qt1, qt2; if(ads_getpoint(NULL, _T("\n对齐参考点："), pt1)==RTNORM && ads_getpoint(pt1, _T("\n对齐参考轴："), pt2)==RTNORM && ads_getpoint(NULL, _T("\n对齐目标点："), qt1)==RTNORM && ads_getpoint(qt1, _T("\n对齐目标轴："), qt2)==RTNORM) { pt1=Ucs2Wcs(pt1); pt2=Ucs2Wcs(pt2); qt1=Ucs2Wcs(qt1); qt2=Ucs2Wcs(qt2); double nRot=CT_std_angle(ads_angle(qt1, qt2)-ads_angle(pt1, pt2)); ads_matrix matMov, matRot; pt1.GetMoveMatrix(qt1, matMov); qt1.GetRotationMatrix(nRot, matRot); OPENOBJ_BEGIN(idTemp, AcDb::kForWrite, AcDbEntity, pEnt); if(pEnt) { pEnt->transformBy(AsAcGeMatrix3d(matMov)); pEnt->transformBy(AsAcGeMatrix3d(matRot)); } TDbBlockInsert *pNew = (TDbBlockInsert *)pEnt->clone(); XPoint pLow,pTop; pTempEnt->GetExtents2d(pLow,pTop); PickSet ss(SS_FREE); RBList rbMask; resbuf * rLayer=ads_buildlist(8,_T("LVTRY"),NULL); rbMask.Append(rLayer); int rt=ss.Get(_T("C"),pLow,pTop,rbMask); if(rt==RTNORM) { delete pTempEnt; acutPrintf(_T("\n当前位置已有洁具!")); } else { AddToCurrentSpace(pTempEnt,Adesk::kTrue); pTempEnt->close(); } OPENOBJ_END(); } break; } case 5: {//改转角 ////确定为改转角 //确定为改转角 pBlock=(TDbBlockInsert*)jig.entity(); //modify by xlc on 090722 低平台高亮显示崩溃 //TDbBlockInsert *pIns=(TDbBlockInsert*)pBlock->clone(); //AcDbObjectId idTemp=AddToCurrentSpace(pIns,Adesk::kTrue); //OPENOBJ_BEGIN(idTemp, AcDb::kForWrite, AcDbEntity, pEnt); //pEnt->highlight(kNullSubent,true); TSanitaryJig jig1(pBlock,&dlg,data); jig1.m_bRot=TRUE; jig1.m_ptPoint=(jig.m_ptPoint); jig1.m_RotAngle = jig.m_RotAngle; jig1.m_dRotateAngle = jig.m_dRotateAngle; jig1.m_pInsertPoint = jig.m_pInsertPoint; jig1.SetPrompt(_T("\n请输入旋转的角度:")); int rt=jig1.doIt(); if(rt==RTNORM) { AcGePoint3d ptInsert=jig1.m_pInsertPoint.AsAcGePoint3d(); ptInsert.rotateBy(jig1.m_dRotateAngle,AcGeVector3d::kZAxis,jig1.m_ptPoint.AsAcGePoint3d()); jig.m_pOffset.x = jig1.m_ptPoint.x - ptInsert.x; jig.m_pOffset.y = jig1.m_ptPoint.y - ptInsert.y; jig1.m_RotAngle += jig1.m_dRotateAngle; jig.m_RotAngle=jig1.m_RotAngle; jig.m_dRotateAngle = jig1.m_dRotateAngle; jig.m_pInsertPoint = jig.m_ptPoint-jig.m_pOffset; } //if(pEnt) pEnt->erase(); //OPENOBJ_END(); break; } case 6: {//改基点 pBlock=(TDbBlockInsert*)jig.entity(); TDbBlockInsert *pIns=(TDbBlockInsert*)pBlock->clone(); AcDbObjectId idTemp=AddToCurrentSpace(pIns,Adesk::kTrue); XPoint pt; int rt=XGetPoint(NULL, _T("\n输入插入点"),pt); if(rt==RTNORM) { pt=Ucs2Wcs(pt); jig.m_pOffset=pt-jig.m_pInsertPoint; dlg.UpdateData(FALSE); } OPENOBJ_BEGIN(idTemp, AcDb::kForWrite, AcDbEntity, pEnt); if(pEnt) pEnt->erase(); OPENOBJ_END(); break; } case 7: {//选定参考点 int nOsMode=0; xg_getvar(_T("OSMODE"), &nOsMode); nOsMode &= ~0x4000; nOsMode&=~OS_NOD&~OS_END &~OS_MID&~OS_CEN&~OS_NOD&~OS_QUA&~OS_INT&~OS_INS&~OS_PER&~OS_TAN&~OS_NEA&~OS_QUI&~OS_APP; nOsMode |= OS_INT|OS_NEA|OS_PER|OS_END|OS_MID|OS_CEN; XPushVar vOsMode(_T("OSMODE"), nOsMode); XPoint xtemp; XPoint xInsert; ads_getpoint(NULL,_T("\n请选取参考点:"),xtemp); ads_getpoint(xtemp,_T("\n请输入插入点:"),xInsert); TDbBlockInsert *pInsertBlock=(TDbBlockInsert*)pBlock->clone(); //改基点后参考插入点按原来基点插入 modify by xlc on 090723 //pTempEnt->setPosition(Ucs2Wcs(xInsert)); XPoint ptLoc=Ucs2Wcs(xInsert)-jig.m_pOffset; pInsertBlock->setPosition(ptLoc); pInsertBlock->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); AddToCurrentSpace(pInsertBlock,Adesk::kTrue); pInsertBlock->close(); break; } case 8: { CTemporaryResourceOverride vTemp1; CSanitaryDlg dlgChose(&dlg); dlgChose.m_nOpenMode = 1; dlgChose.SetCurrentItem(data, TRUE); if(dlgChose.DoModal()==IDOK) { CSaniFittingAttr *pData=dlgChose.GetCurrentSelection(); data=*pData; if(pData->m_nPlaceFlag==2) { LoadDwbBlock(sDwbName, data.m_csBlockName, sBlockName); dlg.SetFromSaniWare(data); dlg.UpdateData(FALSE); dlg.UpdateSlide(); continue; } else if(pData->m_nPlaceFlag==1) { dlg.DestroyWindow(); CWnd *pWnd=acedGetAcadFrame(); CDecorateSaniFittingDlg *dlg1=new CDecorateSaniFittingDlg(pWnd); dlg1->SetFromSaniWare(data); dlg1->Create(dlg1->IDD,pWnd); DrawSantitary(*dlg1,data); break; } else { continue; } } else { //取消换取设备 continue; } } break; }//end switch } else { break; }//end if } } else if(iRet==RTNORM) { OPENOBJ_BEGIN(ent,AcDb::kForRead,AcDbEntity,pEnt) XCurveSegment cvWallleft,cvWallright; pWall=TDbWall::cast(pEnt); cvb=pWall!=NULL?pWall->OffsetGeomCenter():XCurveSegment(ent,LS_INFINITE); if(pWall!=NULL) { pWall->GetSideCurve(cvWallleft,cvWallright); iSide=cvb.OnWhichSide(Ucs2Wcs(ptPostion)); cvTemp=iSide==0?cvWallleft:cvWallright; dAng=iSide==0?cvTemp.Direction(Ucs2Wcs(ptPostion))+PI:cvTemp.Direction(Ucs2Wcs(ptPostion)); } else { cvTemp=cvb; XPoint ptTemp; int rt=ads_getpoint(NULL,_T("\n选择插入方向:"),ptTemp); if(rt==RTNORM) { iSide=cvTemp.OnWhichSide(Ucs2Wcs(ptTemp)); dAng=iSide==0?cvTemp.Direction(Ucs2Wcs(ptPostion))+PI:cvTemp.Direction(Ucs2Wcs(ptPostion)); } else break; } TDbBlockInsert *pInsertBlock=(TDbBlockInsert*)pBlock->clone(); dlg.UpdateData(TRUE); sx=dlg.g_nWidth/data.m_dOrigenalSizeX, sy=dlg.g_nLength/data.m_dOrigenalSizeY; pInsertBlock->setRotation(dAng); pInsertBlock->setPosition(Ucs2Wcs(ptPostion)); pInsertBlock->setScaleFactors(AcGeScale3d(sx, sy, 1.0)); AddToCurrentSpace(pInsertBlock,Adesk::kTrue); pInsertBlock->close(); OPENOBJ_END() } else { dlg.DestroyWindow();//新加入~ break; } } return 0; } ////////////////////////////////////////////////////////////////////////// //台式洗脸盆的平台拖动函数 int DrawFlat(const XDirectionCurve &cvTemp) { AcDbPolyline * pPolyline=new AcDbPolyline; TDrawFlatJig jig1(pPolyline,cvTemp); XPointDir2d pt1,pt2; while(1) { //以下实现对象捕捉 //---------------------- int nOsMode=0; xg_getvar(_T("OSMODE"), &nOsMode); nOsMode &= ~0x4000; nOsMode&=~OS_NOD&~OS_END &~OS_MID&~OS_CEN&~OS_NOD&~OS_QUA&~OS_INT&~OS_INS&~OS_PER&~OS_TAN&~OS_NEA&~OS_QUI&~OS_APP; nOsMode |=OS_NEA | OS_INT|OS_END; XPushVar vOsMode(_T("OSMODE"), nOsMode); //----------------------- int iRet=ads_getpoint(NULL,_T("\n请输入平台的起点:"),pt1); if(iRet==RTNORM) { int iRt=ads_getpoint(NULL,_T("\n请输入平台的终点:"),pt2); if(iRt==RTNORM) { //允许选中端点 modify by xlc on 090723 //if(cvTemp.HitTest2d(Ucs2Wcs(pt1))<5 ||cvTemp.HitTest2d(Ucs2Wcs(pt2))<5) if(cvTemp.HitTest2d(Ucs2Wcs(pt1))<3 ||cvTemp.HitTest2d(Ucs2Wcs(pt2))<3) acutPrintf(_T("\n请点取平台相邻的墙线上的点:")); else { jig1.m_ptFirst=(XPointDir2d &)Ucs2Wcs(pt1); jig1.m_ptSecond=(XPointDir2d &)Ucs2Wcs(pt2); break; } } else return 0; } else return 0; } jig1.SetPrompt(_T("\n请输入平台的宽度:")); int iRet=jig1.doIt(); if(iRet==RTNORM) { pPolyline=(AcDbPolyline*)jig1.entity(); AcDbPolyline *pPolylineInsert=(AcDbPolyline*)pPolyline->clone(); AddToCurrentSpace(pPolylineInsert,Adesk::kTrue); pPolylineInsert->close(); pPolylineInsert=NULL; } return 0; } ////////////////////////////////////////////////////////////////////////// XCurveSegment GetSuCurve(const XCurveSegment & cvTemp,XPointDir2d ptstart,XPointDir2d ptend) { XCurveSegment cv1; double dDist; if(cvTemp.Is(CURVE_LINE)) { cv1.SetPoints(ptstart,ptend); return cv1; } if(!cvTemp.Is(CURVE_LINE)) { double angle1,angle2,angle3; XArc arc=cvTemp.GetArc(); angle1=ads_angle(ptstart,arc.GetCenterPt()); angle2=ads_angle(ptend,arc.GetCenterPt()); angle3=ads_angle(cvTemp.StartPoint(),arc.GetCenterPt()); angle1-=angle3; angle2-=angle3; if(CT_std_angle(angle1)>CT_std_angle(angle2)) { XPointDir2d pt=ptstart; ptstart=ptend; ptend=pt; } } XArc arc1=cvTemp.GetArc(), arc; XPoint ptCenter=arc1.GetCenterPt();//获取中心点 XCurveSegment xcv(ptCenter,ptend,LS_INFINITE); XPoint ptMid; XLine lineTemp=XLine(ptstart,ptend); ptMid = lineTemp.MidPoint(); XPoint ptMidSave=ptMid;//保留的原始的线上的终点 XLine linetemp2(ptMid,ptCenter); XPoint pt3,pt4; arc1.Intersection(&linetemp2,pt3,pt4); cvTemp.ProjectToMe(ptMid,ptMid); ptMid=pt4==XPoint(0,0,0)?pt3:pt4; dDist=ptstart.Distance(ptend); if(cvTemp.GetLineFlag()==LS_INFINITE) XCircle(arc1.GetCenterPt(), arc1.GetRadius()).GetSubArc(ptMid, dDist, arc); else arc1.GetSubArc(ptMid, dDist, arc); XPoint pt1,pt2; //arc.GetPoints(pt1,pt2); arc.GetStartPoint(pt1); arc.GetEndPoint(pt2); cv1.StartPoint()=ptstart; cv1.EndPoint()=ptend; if(ptMidSave.Distance(ptMid)>arc.GetRadius()) cv1.SetBulge(2*PI-arc.Bulge()); else cv1.SetBulge(arc.Bulge()); return cv1; } XDirectionCurve GetSubDirCurve(const XDirectionCurve &cvTemp,XPointDir2d ptstart,XPointDir2d ptend) { XDirectionCurve cv1; double dDist; if(cvTemp.Is(CURVE_LINE)) { cv1.SetPoints(ptstart,ptend); return cv1; } if(!cvTemp.Is(CURVE_LINE)) { double angle1,angle2,angle3; XArc arc=cvTemp.GetArc(); angle1=ads_angle(ptstart,arc.GetCenterPt()); angle2=ads_angle(ptend,arc.GetCenterPt()); angle3=ads_angle(cvTemp.StartPoint(),arc.GetCenterPt()); /*angle1=CT_std_angle(angle1)-CT_std_angle(angle3); angle2=CT_std_angle(angle2)-CT_std_angle(angle3);*/ angle1-=angle3; angle2-=angle3; if(CT_std_angle(angle1)>CT_std_angle(angle2)) { XPointDir2d pt=ptstart; ptstart=ptend; ptend=pt; } if(angle1>angle2) { XPointDir2d pt=ptstart; ptstart=ptend; ptend=pt; } } XArc arc1=cvTemp.GetArc(), arc; XPoint ptCenter=arc1.GetCenterPt();//获取中心点 XDirectionCurve xcv(ptCenter,ptend,LS_INFINITE); XPointDir2d ptMid; XPoint ptTemp; XLine lineTemp=XLine(ptstart,ptend); //lineTemp.MidPoint(ptMid); zyu modify on 100315 ptTemp = lineTemp.MidPoint(); ptMid.x = ptTemp.x; ptMid.y = ptTemp.y; XPointDir2d ptMidSave=ptMid;//保留的原始的线上的终点 XLine linetemp2(ptMid,ptCenter); XPointDir2d pt3,pt4; arc1.Intersection(&linetemp2,pt3,pt4); cvTemp.ProjectToMe(ptMid,ptMid); ptMid=pt4==XPoint(0,0,0)?pt3:pt4; dDist=ptstart.Distance(ptend); if(cvTemp.GetLineFlag()==LS_INFINITE) XCircle(arc1.GetCenterPt(), arc1.GetRadius()).GetSubArc(ptMid, dDist, arc); else arc1.GetSubArc(ptMid, dDist, arc); XPointDir2d pt1,pt2; //arc.GetPoints(pt1,pt2); arc.GetStartPoint(pt1); arc.GetEndPoint(pt2); cv1.StartPoint()=ptstart; cv1.EndPoint()=ptend; if(ptMidSave.Distance(ptMid)>arc.GetRadius()) cv1.SetBulge(2*PI-arc.Bulge()); else cv1.SetBulge(arc.Bulge()); return cv1; } inline double GetChordHeight(double dRadius,double chordLength) {//得到弦高,得到的是小弧的高度 return dRadius - sqrt(dRadius*dRadius-(chordLength/2)*(chordLength/2)); } inline double GetArcLen(double chordLength,double dRadius) {//由弦长得到弧长，得到的小弧的长度 ASSERT(chordLength!=0 && dRadius!=0); double ArcAngle=2*asin((chordLength/2)/dRadius); return ArcAngle*dRadius; } Array _cdecl GetArrayPoint(const XDirectionCurve &cv,UINT nPart,int dDisToWall,double WidthofWall=0.0) //参数说明:nPart分成的份数,dDistToWall离墙的距离 { Array arrayY; XDirectionCurve cvTemp; UINT NumsubSection=nPart*2; arrayY.Realloc(nPart,true); cvTemp=cv.Offset(dDisToWall,1); double cvLength=cvTemp.GetLength(); double perLength=cvLength/NumsubSection; for(int i=0;i=fabs(DistToWall)) { cvTemp=cv.Offset(-ChordHeight-SanWidth,1); } else { cvTemp=cv.Offset(DistToWall-SanWidth,1); } } else { cvTemp=cv.Offset(DistToWall,1); } if(!cv.Is(CURVE_LINE)) { xarc=cvTemp.GetArc(); number=(UINT)(cvTemp.GetLength()/GetArcLen(WidthSan,xarc.GetRadius())); } else number=(UINT)(cvTemp.GetLength()/WidthSan); return number; } void DrawPlatNew(XPointDir2d insertPoint//洁具的插入点用于判断洁具布置与墙的法线方向 ,const XDirectionCurve &cvTemp,//布置洁具的墙体曲线 BOOL bRever,//曲线是否反向 double dPlatLength,//平台初始长度 double dPlatWidth//平台初始宽度 ) { /*double dle1,dle2;*/ if(cvTemp.Is(CURVE_ARC) || cvTemp.Is(CURVE_CIRCLE)) { double dInitPlatLength=dPlatLength; if(XGetDist(Wcs2Ucs(cvTemp.StartPoint()), _T("\n台面宽度"), dPlatWidth, RSG_NONEG)==RTCAN) return ; if(XGetDist(Wcs2Ucs(cvTemp.StartPoint()), _T("\n台面弧长"), dPlatLength, RSG_NONEG)==RTCAN) return ; XPointDir2d ptTemp4; XCurveSegment cv1,cv2,cv3,cv4; //XPoint ; XPointDir2d ptFirst,ptSecond; if (dPlatLength