364 lines
12 KiB
C++
364 lines
12 KiB
C++
// DbVentPipe.h: interface for the TDbDuct class.
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//
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//////////////////////////////////////////////////////////////////////
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#if !defined(AFX_DBVENTPIPE_H__2B3CEC0F_B759_411E_89CC_C4F8BA1D5358__INCLUDED_)
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#define AFX_DBVENTPIPE_H__2B3CEC0F_B759_411E_89CC_C4F8BA1D5358__INCLUDED_
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#if _MSC_VER > 1000
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#pragma once
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#endif // _MSC_VER > 1000
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#include "PipePrototype.h"
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#include "HDbEquipment.h"
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/*============================================================================*
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* Copyright(c), 1994-2007, Beijing Tangent Engineering Software Co.Ltd.
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* 文 件 名: DbDuct.h
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* 版 本: 1.0
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* 作 者: sg
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* 创建时间:
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* 描 述: 风管自定义实体
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* 归属项目: 暖通
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* 历史记录: 1. 2008-1-14 sg modify，修改对齐方式变量到管线中
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=============================================================================*/
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class PS_EXP TDbDuct: public TDbPipePrototype
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{
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DECLARE_TENTBASE();
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ACRX_DECLARE_MEMBERS(TDbDuct);
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private:
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static const Adesk::UInt8 g_nVersion;
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public:
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enum DuiQiType { // 对齐方式类型
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kLeftUp = 0, // 左上
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kMidUp = 1, // 中上
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kRightUp = 2, // 右上
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kLeftMid = 3, // 左中
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kMidMid = 4, // 中中
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kRightMid = 5, // 右中
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kLeftLow = 6, // 左下
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kMidLow = 7, // 中下
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kRightLow = 8, // 右下
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};
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public:
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TDbDuct();
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public:
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double m_dOldWidth, // 老的宽度和高度(Not Database Resident)
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m_dOldHeight;
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double m_dVer; // 版本号，不保存
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protected:
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///////////////以下变量用于绘制///////////////
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// 系统绘制方式，1为单线，2为双线(绘中心线)，3为双线(不绘中心线)
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Adesk::UInt8 m_nSysDrawMod;
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// 截面样式：0：矩形；1：圆形；2：软管（暂无）；3：椭圆（暂无）；4：扁圆（暂无）
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Adesk::UInt8 m_nSection;
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double m_dWidth; // 宽度，圆管直径，软管直接，椭圆管短轴半径，扁圆长度a
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double m_dHeight; // 高度，圆管和软管为0，椭圆管长轴半径，扁圆长度b
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double m_dDuctWeight; // 管线的显示宽度，非立管时
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double m_dVDAngle; // 立管宽度方向与X轴正向的夹角
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double m_dFlChuTou; // 法兰出头
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double m_dFlThick; // 法兰厚度
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AcDbHardPointerId m_idDoteLayer; // 中心线图层
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///////////////以下变量用于处理机制///////////////
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DList<AcDbSoftPointerId> m_lstEquipment; // 管段上附着的设备、掏洞连接件
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TPipeSys::PtLoction m_eDQSide; // 对齐方向
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DuiQiType m_eDQType; // 对齐方式
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///////////////以下变量用于其他///////////////
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Adesk::UInt16 m_nMaterial; // 材料类型
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XString m_sLabel; // 风管标注内容
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double m_dSpeedSubMid; // 写入数据库用于显示加速的参数
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double m_dSpeedLength;
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///////////////以下变量用于计算///////////////
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double m_dCalWeight; // 风量
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protected: // 备用数据，以后扩充用
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Adesk::UInt8 m_nSpare;
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double m_dSpare;
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XString m_csSpare;
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public: // Set、Get函数
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///////////////以下变量用于绘制///////////////
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Adesk::UInt8 GetSysDrawMod() const { // 系统绘制方式
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return m_nSysDrawMod;
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}
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void SetSysDrawMod(const Adesk::UInt8 nMod) {
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assertWriteEnabled();
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m_nSysDrawMod = nMod;
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}
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Adesk::UInt8 GetSectionType() const { // 截面类型
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return m_nSection;
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}
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void SetSectionType(const Adesk::Int8 nSection) {
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assertWriteEnabled();
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m_nSection = nSection;
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}
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double GetWidth() const { // 宽度
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return m_dWidth;
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}
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void SetWidth(const double dWidth) {
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assertWriteEnabled();
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m_dWidth = dWidth;
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}
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double GetHeight() const { // 高度
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return m_dHeight;
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}
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void SetHeight(const double dHeight) {
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assertWriteEnabled();
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m_dHeight = dHeight;
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}
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double GetFlChuTou() const { // 法兰出头
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return m_dFlChuTou;
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}
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void SetFlChuTou(const double dDist) {
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assertWriteEnabled();
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m_dFlChuTou = dDist;
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}
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double GetFlThick() const { // 法兰厚度
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return m_dFlThick;
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}
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void SetFlThick(const double dThick) {
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assertWriteEnabled();
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m_dFlThick = dThick;
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}
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double GetDuctWeight() const { // 管线的显示宽度
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return m_dDuctWeight;
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}
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void SetDuctWeight(const double dWeight) {
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assertWriteEnabled();
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m_dDuctWeight = dWeight;
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}
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double GetVDAngle() const { // 立管宽度方向与X轴正向的夹角
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return m_dVDAngle;
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}
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void SetVDAngle(const double dAngle) {
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assertWriteEnabled();
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m_dVDAngle = dAngle;
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}
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AcDbObjectId GetDoteLayer() const { // 中心线图层
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return m_idDoteLayer;
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}
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void SetDoteLayer(const AcDbObjectId &id) {
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assertWriteEnabled();
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m_idDoteLayer = id;
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}
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/////////////////以下变量用于其他/////////////////
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int GetMaterial() const { // 材料
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return (int)m_nMaterial;
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}
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void SetMaterial(const int nMaterial) {
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assertWriteEnabled();
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m_nMaterial = (Adesk::UInt16)nMaterial;
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}
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const TCHAR* GetLabel() const { // 标注
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return (const TCHAR*)m_sLabel;
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}
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void SetLabel(const TCHAR* sText) {
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assertWriteEnabled();
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m_sLabel = sText;
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}
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///////////////以下变量用于处理机制///////////////
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DuiQiType GetDuiQi() const { // 对齐方式
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return m_eDQType;
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}
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void SetDuiQi(const DuiQiType nType) {
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assertWriteEnabled();
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m_eDQType = nType;
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}
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TPipeSys::PtLoction GetDQSide() const { // 对齐方向
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return m_eDQSide;
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}
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void SetDQSide(const TPipeSys::PtLoction nSide) {
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assertWriteEnabled();
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m_eDQSide = nSide;
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}
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///////////////以下变量用于计算///////////////
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void SetCalWeight(const double dWeight) { // 风量
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assertWriteEnabled();
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m_dCalWeight = dWeight;
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}
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double GetCalWeight() const {
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return m_dCalWeight;
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}
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///////////////以下变量用于备用///////////////
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XString GetSpareStr() const { // 备用
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return m_csSpare;
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}
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void SetSpareStr(const TCHAR* csText) {
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assertWriteEnabled();
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m_csSpare = csText;
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}
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double GetSpare() const {
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return m_dSpare;
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}
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void SetSpare(const double dSpare) {
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assertWriteEnabled();
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m_dSpare = dSpare;
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}
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int GetSpareInt() const {
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return m_nSpare;
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}
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void SetSpareInt(const int nSpare) {
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assertWriteEnabled();
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m_nSpare = nSpare;
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}
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public:
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XPoint GetVertexPt(const TPipeSys::PtLoction nSide) const; // 获取指定端坐标
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XPoint GetOtherPt(const TPipeSys::PtLoction nSide) const; // 获取另一端坐标
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// 获取管线法向，注：根据需要，考虑修改，如果是掏洞则考虑用切线方向
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XVector3D GetDirection(const XPoint &pt, TPipeSys::PtLoction &nSide) const;
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BOOL IsCircleDuct() const { // 是否是圆风管，该函数可使用GetSectionType==1替换
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return fabs(m_dHeight)<1.0E-6;
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}
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void SwitchVane(); // 交换风管的起止点和连接的接点ID
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public: // 有关管段上附着的节点
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void AddEquipment(const AcDbObjectId &id); // 增加节点，先检查是否已连接了该节点
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void RemoveEquipment(const AcDbObjectId &id); // 移除节点
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BOOL FindEquipment(const AcDbObjectId &id) const; // 查找节点
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int GetEquipNum() const; // 获取连接的节点数量
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void GetEquipments(DList<AcDbObjectId>& lstEquipment) const; // 获取节点ID
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void GetEquipPts(XPointList &lstPts) const; // 获取节点位置
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// 判断管线与节点是否能在指定接口处，产生附着关系
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BOOL CanAttachEquipment(const THDbEquipment &equipment, const int &nIFaceNum) const;
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// 重新验证同自身全部附着的节点之间的关系，并调整配属, 在系统结束后处理
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void ValidateEquipmentShip();
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public: // Override TDbEntity
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virtual Acad::ErrorStatus ExplodeOrDraw2d(XExplodeDraw &dc) const; // 绘制
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virtual Acad::ErrorStatus ExplodeOrDraw3d(XExplodeDraw &dc) const;
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virtual void CopyPropertiesFrom(AcDbEntity* pSrc, unsigned gMatchFlag);
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virtual Acad::ErrorStatus subGetClassID(CLSID* pClsid) const;
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virtual void GetTips(DList<TObjInfoUnit> &lstInfo) const; // 取动态属性显示数据
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virtual Acad::ErrorStatus GetGripText(int i, CString &cs) const;
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virtual long GetSubTextNum() const { return 1; }
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virtual int GetFirstVersion() const { return 7; }
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public: // Override AcDbEntity
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Acad::ErrorStatus subGetOsnapPoints(AcDb::OsnapMode osnapMode, INT_PTR gsSelectionMark,
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const AcGePoint3d &ptPick, const AcGePoint3d &lastPoint,
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const AcGeMatrix3d &viewXform, AcGePoint3dArray &snapPoints,
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AcDbIntArray &geomIds) const;
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virtual Acad::ErrorStatus subGetGripPoints(AcGePoint3dArray& gripPoints,
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AcDbIntArray& osnapModes, AcDbIntArray& geomIds) const;
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virtual Acad::ErrorStatus subMoveGripPointsAt(const AcDbIntArray& indices,
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const AcGeVector3d& offset);
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virtual Acad::ErrorStatus subMoveStretchPointsAt(const AcDbIntArray &indices,
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const AcGeVector3d &offset);
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virtual Acad::ErrorStatus subTransformBy(const AcGeMatrix3d& xform);
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// 注：考虑读旧图，及另存旧版的问题
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virtual Acad::ErrorStatus dwgInFields(AcDbDwgFiler*);
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virtual Acad::ErrorStatus dwgOutFields(AcDbDwgFiler*) const;
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virtual Acad::ErrorStatus dxfInFields(AcDbDxfFiler*);
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virtual Acad::ErrorStatus dxfOutFields(AcDbDxfFiler*) const;
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virtual Acad::ErrorStatus subOpen(AcDb::OpenMode mode);
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virtual Acad::ErrorStatus subClose();
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virtual Acad::ErrorStatus subErase(Adesk::Boolean bErasing);
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public: // Override TDbPipePrototype
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// 派生类中加入其他的判断条件（如实体类型相同、截面形状相同等）
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// 注：考虑对弧管的判断，特别是合并的时
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virtual BOOL CanMergeWith(const TDbDuct &other, int* iPosThis = NULL,
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int* iPosOther = NULL) const;
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// 与另外一个管段的合并，派生类可以重制(先调用基类的合并)，完成其他数据的合并
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virtual BOOL MergeWith(TDbDuct &another);
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virtual double GetBreakWidth() const;
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virtual XExtent GetExtent() const;
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virtual XExtent GetOldExtent() const;
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virtual int GetExtend(XPoint &low, XPoint &up) const;
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virtual void ApplyDnDiameterChangeToLabel(); // 提供截面尺寸的变化到标注
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XString GetLabelText() const; // 获取标注内容
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virtual void ResetDrawSpeed(); // 重新设置显示加速数据
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// 增加节点到当前数据库，ids－该节点连接的管线或节点
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AcDbObjectId AddNodeToDb(const XPoint &ptAt, const DList<AcDbObjectId> &ids,
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const AcDbIntArray &types, const int &nMainDuct);
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public: // Renew TDbPipePrototype
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BOOL IsUpPipesOk() const; // 判断立管的上节点是否连接了非立管
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// 以下函数主要考虑扣弯的绘制
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void GetUpPipesPt(XPointList &pts) const; // 立管上节点连接的管线中，非立管的连接点
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AcGeDoubleArray GetUpPipesWidth() const; // 非立管的管径
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void GetUpPipesVec(DList<XVector3D> &vts) const; // 非立管的向量
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public:
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// 考虑遮挡的当前曲线，二维
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void GetHideCurve(XCurveSegment &cvHide) const;
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// 通过管件附件打断的曲线，二维
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void GetBrokenCurves(const XCurveSegment &cv, DList<XCurveSegment> &lstCurve) const;
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public:
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double CalVelocity() const; // 计算风速
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protected:
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Acad::ErrorStatus DrawVerDuct2d(XExplodeDraw &dc) const; // 绘制立式风管
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Acad::ErrorStatus DrawHorDuct2d(XExplodeDraw &dc) const; // 绘制水平风管
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Acad::ErrorStatus DrawLabelText(XExplodeDraw &dc) const; // 绘制非立管管径标注
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void ApplyChangeToNode(BOOL bSXTT = FALSE); // 更新节点，用于移动管线时
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private:
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BOOL DrawCube3d(XPoint pt1, XVector3D vt1, XPoint pt2, XVector3D &vt2,
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DList<X3DFace> &faces, BOOL bShow1 = TRUE, BOOL bShow2 = TRUE) const;
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BOOL DrawColumn3d(XPoint pt1, XVector3D vt1, XPoint pt2, XVector3D &vt2,
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DList<X3DFace> &faces, BOOL bShow1 = TRUE, BOOL bShow2 = TRUE) const;
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private:
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void DisposeBreak(const XCurveSegment &cv, AcGePoint3dArray &arPoint,
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const XPoint ptLoc, double dWidth, double dDistance, const AcGeVector3d &vtDir,
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DList<XCurveSegment> &lstBreakCurve) const;
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};
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#endif // !defined(AFX_DBVENTPIPE_H__2B3CEC0F_B759_411E_89CC_C4F8BA1D5358__INCLUDED_)
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