211 lines
7.6 KiB
C++
211 lines
7.6 KiB
C++
#pragma once
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#include <sstream>
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#include "LayerMgr.h"
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#include "AecDbEwPipe.h"
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#include "AecDbEwCable.h"
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#include "gspreviewctrlex.h"
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#include "define_class_xdata_key.h"
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/*
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保存一个或多个EWFnctNode结构体为文本文件
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*/
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struct EWFnctNode;
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class UIDataCache
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{
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public:
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UIDataCache(){}
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~UIDataCache(){}
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public:
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static bool FindNode(LPCTSTR pszSection, EWFnctNode *pNode);
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static bool WriteNode(LPCTSTR pszSection, EWFnctNode *pNode);
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static bool Write(LPCTSTR pszSection, LPCTSTR pszKye, LPCTSTR pszValue);
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static bool Write(LPCTSTR pszSection, LPCTSTR pszKye, const double &dValue);
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static bool Write(LPCTSTR pszSection, LPCTSTR pszKye, const float &fValue);
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static bool Write(LPCTSTR pszSection, LPCTSTR pszKye, const int &iValue);
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static bool Write(LPCTSTR pszSection, LPCTSTR pszKye, const AcGePoint3d &pt);
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static bool Write(LPCTSTR pszSection, LPCTSTR pszKye, const CStringArray &ar);
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// psz 为通配符字符串，只用来解释可变参数的类型(例："%s%d%f%i%p%a")
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// %f-float %d-double %i-int %s-字符串 %p-AcGePoint3d %a-CStringArray
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// psz 中的 %x 个数与 可变参数 相同
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static bool Write(LPCTSTR psz, LPCTSTR pszSection, ...);
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static bool Read(LPCTSTR pszSection, LPCTSTR pszKye, CString &sValue);
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static bool Read(LPCTSTR pszSection, LPCTSTR pszKye, double &dValue);
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static bool Read(LPCTSTR pszSection, LPCTSTR pszKye, float &fValue);
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static bool Read(LPCTSTR pszSection, LPCTSTR pszKye, int &iValue);
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static bool Read(LPCTSTR pszSection, LPCTSTR pszKye, AcGePoint3d &pt);
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static bool Read(LPCTSTR pszSection, LPCTSTR pszKye, CStringArray &ar);
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// psz 为通配符字符串，只用来解释可变参数的类型(例："%s%d%f%i%p%a")
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// %f-float %d-double %i-int %s-字符串 %p-AcGePoint3d %a-CStringArray
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// psz 中的 %x 个数与 可变参数 相同
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static bool Read(LPCTSTR psz, LPCTSTR pszSection, ...);
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private:
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static void GetAllSections(std::vector<CString> §ions, LPCTSTR path);
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static bool Read(LPCTSTR pszSection, LPCTSTR pszKye, std::wstring &sValue);
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};
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#include "KTCadUtilityEx.h"
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namespace GLTools
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{
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struct compare_double
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{
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bool operator () (const double &a, const double &b) const
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{
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// a < b
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return DOWN_ZERO(a - b);
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}
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};
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}
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namespace GLTools
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{
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const LPCTSTR gLayer_Stake = _T("LAY_EW_STAKE");
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const LPCTSTR gLayer_EW = _T("LAY_EW_EARTHWORM");
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const LPCTSTR gLayer_ELEV = _T("LAY_EW_ELEVATION");
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const LPCTSTR gLayer_FAMI = _T("LAY_EW_FAMILY");
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const LPCTSTR gLayer_ZD_OUTPUT = _T("LAY_EW_ZD_OUTPUT");
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const LPCTSTR gLayer_ZD_GRID_LINE = _T("LAY_EW_ZD_GRID_LINE");
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const LPCTSTR gLayer_ZD_TABLE_LINE = _T("LAY_EW_ZD_TABLE_LINE");
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const LPCTSTR gLayer_ZD_TEXT_DATA = _T("LAY_EW_ZD_TEXT_DATA");
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const LPCTSTR gLayer_ZD_TEXT_HEAD = _T("LAY_EW_ZD_TEXT_HEAD");
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const LPCTSTR gLayer_ZD_TEXT_RULE = _T("LAY_EW_ZD_TEXT_RULE");
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const LPCTSTR gLayer_ZD_TEXT_SCALE = _T("LAY_EW_ZD_TEXT_SCALE");
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const LPCTSTR gLayer_ZD_DIM = _T("LAY_EW_ZD_DIM");
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const LPCTSTR gLayer_ZD_RULE = _T("LAY_EW_ZD_RULE");
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const LPCTSTR gLayer_ZD_SCALE = _T("LAY_EW_ZD_SCALE");
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const LPCTSTR gLayer_PIPE_SINGLE = _T("LAY_EW_PIPE_SINGLE");
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const LPCTSTR gLayer_PIPE_DOUBLE = _T("LAY_EW_PIPE_DOUBLE");
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const LPCTSTR gLayer_CABLE_SINGLE = _T("LAY_EW_CABLE_SINGLE");
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const LPCTSTR gLayer_CABLE_DOUBLE = _T("LAY_EW_CABLE_DOUBLE");
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const LPCTSTR gLayer_CABLE = _T("LAY_EW_CABLE");
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const LPCTSTR gLayer_PIPE = _T("LAY_EW_PIPE");
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const LPCTSTR gLayer_DS = _T("LAY_EW_DS"); // 地形
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}
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namespace GLTools
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{
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template<typename T>
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bool isThisClass(AcDbObjectId &id)
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{
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OPENOBJ_BEGIN(id, AcDb::kForRead, T, p)
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if (p) return true;
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OPENOBJ_END()
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return false;
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}
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void loadToolbar();
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// 中心点，管廊方向
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void drawCoordinate(const AcGePoint3d &ptOrig, const AcGeVector3d &vtEw, const int &MinX, const int &MinY, const int &MinZ);
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// 根据文字样式名称，得到文字样式id
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AcDbObjectId getTextStyle(LPCTSTR style);
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// 调用 PipelineCmd 工程的 getEqu 函数
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// 用户选择一个设备，并将此设备内容保存到一个临时文件中
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// 将此文件路径返回
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bool getPipelineCmdEquipment(CString &path);
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// 根据数据库ID，将设备内容保存到临时文件中
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bool getPipelineCmdEquipment(const int & idx, CString & path);
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// 得到用户选择的设备的数据库索引
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bool getPipelineCmdEquipment(int &idx);
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// 得到节点的插入时的偏移量
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double getNodeOffset(const EWFnctNode &node);
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// 点选两段管廊，得到他们及中间的管廊集合
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bool getConnectWorms(AcDbObjectIdArray &ids, AcDbObjectIdArray *pNextIDs = NULL, AcDbObjectIdArray *pPrevIDs = NULL);
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// 鼠标选中一个管廊节点，返回节点所在管廊id及节点guid
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void pickEwNode(AcDbObjectId &idPort, AcDbObjectId &idEw, std::string &md5, CString &guid);
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}
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namespace StakeTools
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{
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// 解析桩号文字
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bool analyStakeString(LPCTSTR psz, double &dist, CString *pPrefix = NULL, bool *pThousands = NULL);
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// 是否是桩号字符串
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bool IsStakeString(LPCTSTR pszStake);
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// 是否是浮点数
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bool IsDoubleString(LPCTSTR pszDouble);
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// 根据一个浮点数，得到其各位上的数字
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// 如果 d > 0，返回1，否则为-1,如果返回0，则失败
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// first 为小数点的前半部分，由低位到高位排列
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// second 为小数点的后半部分，由高到低排列
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// prec 精度
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// 例：d = 123.456 , prec = 5
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// 则 first = <3.2.1> second = <4,5,6,0,0>
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int getBitsForFloat(const double &d, std::vector<int> &first, std::vector<int> &second, const int &prec = 5);
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// 根据桩号距离，生成桩号文字
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CString generateStakeString(const double &dist, LPCTSTR psz = _T("K"));
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// 选取上华桩号并分析
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bool getSHSStake(LPCTSTR pszPrompt
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, AcDbObjectId &idTxt
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, double &dist
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, CString &prefix
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, bool &bStart2End
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, bool &bThousands
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, AcGePoint3d *ptIns = NULL
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, CString *orignString = NULL);
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// 判断是否是上华桩号
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bool isSHSStake(AcDbObjectId id);
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// 判断是否是上华桩线
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bool isSHSStakeLine(AcDbObjectId id);
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// 写入桩号扩展标志
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bool writeSHSStakeFlag(AcDbObjectId id, const AcGePoint3d &ptIns, const bool &bS2E, LPCTSTR pszStake, const double &stakeDist, const double &ptDist);
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bool writeSHSStakeFlag(AcDbEntity *pEnt, const AcGePoint3d &ptIns, const bool &bS2E, LPCTSTR pszStake, const double &stakeDist, const double &ptDist);
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// 读取桩号扩展标志
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bool readSHSStake(AcDbEntity *pEnt, AcGePoint3d &ptIns, bool &bS2E, CString &sStake, double &stakeDist, double &pointDist);
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bool readSHSStake(AcDbObjectId id, AcGePoint3d &ptIns, bool &bS2E, CString &sStake, double &stakeDist, double &pointDist);
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// 获得模型空间中所有上华桩号
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bool getSHSStakeOfAll(std::vector<AcDbObjectId> &ids, bool bSortByStakeDist = true);
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// 根据中心线上的点pt,得到其桩号文字距离
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bool getDistByPointForCenterLine(const std::vector<AcDbObjectId> &ids, const AcDbObjectId &polyID, const AcGePoint3d &pt, double &stakeDist);
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}
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namespace INITools
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{
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bool getSections(LPCTSTR szPath, std::vector<CString> §ions);
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bool getSectionContent(LPCTSTR szPath, LPCTSTR szSection, std::map<CString, CString> &mapV);
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bool setSectionContent(LPCTSTR szPath, LPCTSTR szSection, const std::map<CString, CString> &mapV);
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}
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namespace PipeTools
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{
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AecDbEwPipe* createPipeFromLineSeg(const LineSeg &seg);
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AecDbEwCable* createCableFromLineSeg(const LineSeg &seg);
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}
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namespace EquTools
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{
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// 子类化，并根据数据库索引显示图形
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bool subClassGsViewAndShow(CGsPreviewCtrlEx *pCtrl, CDialog *pDlg, const UINT &ID, const int &id3D);
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// 选择一个3D设备，并显示
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bool selectEquAndShow(CGsPreviewCtrlEx *pCtrl, int &idx);
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}
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#define ParaAParaB(A,B) (A)=(B)
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#define ParaBParaA(A,B) (B)=(A)
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