505 lines
13 KiB
C++
505 lines
13 KiB
C++
#ifndef __DBRADIATOR_H
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#define __DBRADIATOR_H
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#include "DbPipe.h"
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#include "DbPipeLabel.h"
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// 散热器侧面进出口：接口方向
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#define RAD_LEFT 0 // 左边
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#define RAD_RIGHT 1 // 右边
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class TDbRect;
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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: DbRadiator.h
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* 版 本: 2.0
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* 作 者:
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* 创建时间:
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* 描 述: TDbRadiator：散热器自定义实体
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* 归属项目: 暖通
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* 历史记录: 1、2007-12-10 sg modify，增加了散热器库数据
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* 2、2010-12-28 hh modify，增加导出数据到XML的功能
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=============================================================================*/
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class PS_EXP TDbRadiator: public TDbPipeNode, public TLabelStyle
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{
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DECLARE_TENTBASE();
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ACRX_DECLARE_MEMBERS(TDbRadiator);
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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 IFaceType { // 接口类别
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kSide = 0, // 0、侧面进出口
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kUnder = 1, // 1、底面进出口
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};
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public:
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TDbRadiator();
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protected:
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// ————绘制参数————
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IFaceType m_typeIFace; // 接口类别
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Adesk::UInt8 m_nType; // 0-模型图； 1-系统图
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XPoint m_ptLocation; // z标高为底面高度
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double m_dRotation; // 散热器的旋转角度
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double m_dSysAngle; // 系统图的角度，为0是二维显示为矩形
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double m_dSizeX, m_dSizeY, m_dSizeZ; // 散热器的尺寸：长，宽，高
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double m_dWeight; // 散热器的显示宽度（线宽）
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BOOL m_bHasValve; // 有无排气阀
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BOOL m_bIsReverse; // 排气阀的绘制角度是否与散热器系统图角度相反，TRUE为相反，sg add
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// ————标注参数————
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// 标注模式：0：不标注，1：标注片数（片单位），2：标注负荷；3：标注片数（m单位）
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Adesk::UInt8 m_iDrawMode;
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AcDbHardPointerId m_idLabelLayer; // 标注文字图层
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XPoint m_ptLabel; // 标注点
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double m_dLoad; // 负荷
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Adesk::UInt8 m_iNum; // 散热片数（片单位）
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double m_dNum; // 散热片数（m单位），sg add
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// ————库参数————，sg add
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XString m_sFactory; // 厂家名称
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XString m_sType; // 类型
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Adesk::UInt8 m_nFormula; // 公式
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double m_dA; // 实验参数A
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double m_dB; // 实验参数B
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double m_dUnitArea; // 单位散热面积
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double m_dUnitQ; // 单位散热器
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public: // 有关绘制部分的Set、Get函数
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//add by yxx 2015年5月29
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BOOL GetUnit() const;
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void SetUnit(BOOL bUnit);
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//end
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void SetLocation(const XPoint &pt) { // 实体位置点
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assertWriteEnabled();
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m_ptLocation = pt;
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UpdateInterface();
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}
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BOOL IsSysType() const { // 是否是散热器的系统图
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return m_nType == 1;
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}
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void SetType(int n) {
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assertWriteEnabled();
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m_nType = (Adesk::UInt8)n;
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}
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int GetType() const {
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return (int)m_nType;
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}
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void SetSysAngle(double dAngle) { // 系统图的角度
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assertWriteEnabled();
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m_dSysAngle = dAngle;
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}
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double GetSysAngle() const {
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return m_dSysAngle;
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}
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void SetRotation(double nRot) { // 散热器的旋转角度
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assertWriteEnabled();
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m_dRotation = nRot;
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UpdateInterface();
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}
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double GetRotation() const {
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return m_dRotation;
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}
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void SetWeight(double dWeight) { // 散热器的显示宽度
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assertWriteEnabled();
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m_dWeight = dWeight;
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}
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double GetWeight() const {
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return m_dWeight;
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}
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void SetValve(BOOL bHas) { // 排气阀
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assertWriteEnabled();
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m_bHasValve = bHas;
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}
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BOOL HasValve() const {
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return m_bHasValve;
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}
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// 排气阀的绘制角度是否与散热器系统图角度相反，sg add
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void SetValveAngle(const BOOL bIsReverse) {
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assertWriteEnabled();
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m_bIsReverse = bIsReverse;
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}
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BOOL GetValveAngle() const {
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return m_bIsReverse;
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}
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void SetIFaceType(IFaceType type) { // 接口类型
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assertWriteEnabled();
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m_typeIFace = type;
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}
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IFaceType GetIFaceType() const {
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return m_typeIFace;
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}
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// mcl add. 2010.05.11.根据接口高度判断
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IFaceType GetIFaceTypeByJudge() const
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{
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double dHeigh = GetSize(2);
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AcGePoint3d ptLoc = GetLocation();
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AcGePoint3d ptIf = GetInLocation();
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if (IsSysType())
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{
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double dBelow = ptLoc.y - dHeigh*0.5;
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double dUp = dBelow + dHeigh;
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if (ptIf.y - dBelow < 1e-1 || ptIf.y - dUp > -1e-1)
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return kUnder;
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}
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else
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{
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double dBelow = ptLoc.z;
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double dUp = dBelow + dHeigh;
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if (ptIf.z - dBelow < 1e-1 || ptIf.z - dUp > -1e-1)
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return kUnder;
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}
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return kSide;
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}
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void SetSize(int i, double val) { // 散热器的尺寸：长，宽，高
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assertWriteEnabled();
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if (i == 0)
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{
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m_dSizeX = val;
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}
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else if (i == 1)
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{
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m_dSizeY = val;
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}
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else if (i == 2)
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{
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m_dSizeZ = val;
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}
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UpdateInterface();
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}
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double GetSize(int i) const {
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double val(0.0);
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if (i == 0)
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{
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val = m_dSizeX;
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}
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else if (i == 1)
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{
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val = m_dSizeY;
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}
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else if (i == 2)
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{
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val = m_dSizeZ;
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}
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return val;
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}
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public: // 有关标注部分的Set、Get函数
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void SetLabelLayer(const AcDbObjectId& id) { // 标注层
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assertWriteEnabled();
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m_idLabelLayer = id;
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}
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AcDbObjectId GetLabelLayer() const {
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return m_idLabelLayer;
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}
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int GetDrawMode() const { // 标注方式
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return m_iDrawMode;
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}
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void SetDrawMode(int iMode);
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XPoint GetTextLocation() const { // 标注位置
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return m_ptLabel;
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}
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void SetTextLocation(const XPoint& pt) {
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assertWriteEnabled();
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m_ptLabel = pt;
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}
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void SetNum(int iNum) { // 散热器片数（片单位）——标注方式1
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assertWriteEnabled();
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m_iNum = iNum;
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}
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int GetNum() const {
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return m_iNum;
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}
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void SetLoad(double dLoad) { // 负荷——标注方式2
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assertWriteEnabled();
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m_dLoad = dLoad;
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}
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double GetLoad() const {
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return m_dLoad;
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}
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void SetMNum(double dNum) { // 散热器片数（m单位）——标注方式3
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assertWriteEnabled();
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m_dNum = dNum;
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}
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double GetMNum() const {
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return m_dNum;
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}
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public: // 有关绘制部分的Set、Get函数
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void SetFactory(XString csName) { // 厂家名称
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assertWriteEnabled();
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m_sFactory = csName;
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}
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XString GetFactory() const {
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return m_sFactory;
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}
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void SetRadiatorType(XString csType) { // 类型
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assertWriteEnabled();
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m_sType = csType;
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}
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XString GetRadiatorType() const {
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return m_sType;
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}
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void SetFormula(int nType) { // 公式
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assertWriteEnabled();
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m_nFormula = nType;
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}
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int GetFormula() const {
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return m_nFormula;
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}
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void SetAAndB(double dA, double dB) { // 实验参数A、B
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assertWriteEnabled();
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m_dA = dA;
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m_dB = dB;
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}
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void GetAAndB(double &dA, double &dB) {
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dA = m_dA;
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dB = m_dB;
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}
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void SetUnitArea(double dArea) { // 单位散热面积
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assertWriteEnabled();
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m_dUnitArea = dArea;
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}
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double GetUnitArea() const {
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return m_dUnitArea;
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}
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void SetUnitQ(double dQ) { // 单位散热器
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assertWriteEnabled();
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m_dUnitQ = dQ;
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}
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double GetUnitQ() const {
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return m_dUnitQ;
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}
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public:
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void AsRect(TDbRect &rect) const;
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void ApplyChangeToPipe() const; // 将散热器的变化应用到连接的管线
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XVector3D GetDirection() const { // 散热器的方向(平面)
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double dAngle = GetAngle();
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return XVector3D(cos(dAngle), sin(dAngle));
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}
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double GetAngle() const { // 散热器的角度
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return IsSysType() ? m_dSysAngle : m_dRotation;
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}
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public: // 有关进出口接口的Set、Get函数
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const TPipeInterface & GetInInterface() const { // 进口接口
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return *m_lstInterface.Head();
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}
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const TPipeInterface & GetOutInterface() const { // 出口接口
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return *m_lstInterface.Tail();
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}
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void SetInPipe(const AcDbObjectId & id) { // 进口管线
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assertWriteEnabled();
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InInterface().m_idPipe = id;
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}
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const AcDbObjectId & GetInPipe() const {
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return GetInInterface().m_idPipe;
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}
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void SetOutPipe(const AcDbObjectId & id) { // 出口管线
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assertWriteEnabled();
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OutInterface().m_idPipe = id;
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}
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const AcDbObjectId & GetOutPipe() const {
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return GetOutInterface().m_idPipe;
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}
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// 进出口管线是否连接
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BOOL HasInPipe() const {
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return GetInPipe().isValid();
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}
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BOOL HasOutPipe() const {
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return GetOutPipe().isValid();
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}
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// 进出口接口位置
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const XPoint & GetInLocation() const {
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return GetInInterface().m_ptLocation;
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}
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const XPoint & GetOutLocation() const {
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return GetOutInterface().m_ptLocation;
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}
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// 进出口接口法向
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const XVector3D & GetInDirection() const {
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return GetInInterface().m_vtLocation;
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}
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const XVector3D & GetOutDirection() const {
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return GetOutInterface().m_vtLocation;
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}
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// 进出口系统类型 (默认in：kHeatSupply， out：kHeatReturn)
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void SetInSysType(TPipeSys::SysType type) {
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assertWriteEnabled();
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InInterface().m_sysType = type;
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}
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TPipeSys::SysType GetInSysType() const {
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return GetInInterface().m_sysType;
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}
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void SetOutSysType(TPipeSys::SysType type) {
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assertWriteEnabled();
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OutInterface().m_sysType = type;
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}
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TPipeSys::SysType GetOutSysType() const {
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return GetOutInterface().m_sysType;
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}
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// 进出口接口标识
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void SetInCookie(int cookie) {
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assertWriteEnabled();
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InInterface().m_cookie = (Adesk::UInt8)cookie;
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}
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int GetInCookie() const {
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return (int)GetInInterface().m_cookie;
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}
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void SetOutCookie(int cookie) {
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assertWriteEnabled();
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OutInterface().m_cookie = (Adesk::UInt8)cookie;
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}
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int GetOutCookie() const {
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return (int)GetOutInterface().m_cookie;
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}
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// 进出口系统编号
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void SetInSysLabel(const TCHAR* sLabel) {
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assertWriteEnabled();
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InInterface().m_sSysLabel = sLabel;
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}
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XString GetInSysLabel() const {
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return GetInInterface().m_sSysLabel;
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}
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void SetOutSysLabel(const TCHAR* sLabel) {
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assertWriteEnabled();
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OutInterface().m_sSysLabel = sLabel;
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}
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XString GetOutSysLabel() const {
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return GetOutInterface().m_sSysLabel;
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}
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public:
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// 取得底面的四个顶点
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void GetSysVertexs(XPoint &ptLeftLow, XPoint &ptRightLow,
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XPoint &ptRightUp, XPoint &ptLeftUp) const; // z=0
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// if b2d==TRUE then z=0 or z=m_ptLocation.z
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void GetRectVertexs(XPoint &ptLeftLow, XPoint &ptRightLow,
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XPoint &ptRightUp, XPoint &ptLeftUp, BOOL b2d = FALSE) const;
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BOOL CanInLinkSide(const AcDbObjectId &idPipe) const;
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BOOL CanOutLinkSide(const AcDbObjectId &idPipe) const;
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BOOL CanInLinkSide(const TDbPipe* pPipe, int nPos) const;
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BOOL CanOutLinkSide(const TDbPipe* pPipe, int nPos) const;
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public: // Override TDbPipeNode
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virtual XPoint GetLocation() const { return m_ptLocation; }
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// 对st类型的接口进行重新连接
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virtual void UpdateLinkage(const XPoint &ptAt, TPipeSys::SysType st,
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const DList<AcDbObjectId> &idPipes);
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virtual BOOL CanLinkSide(const AcDbObjectId &idPipe, int nPos) const;
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// add by hh 2010-12-28 导出XML
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virtual CString GetXml(const AcGeMatrix3d& mat) const;
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// add by 2011.02.10 剖切功能 注意 GetSection内不应将std::vector<TObjSectionRecord>参数清空
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virtual bool GetSection(const AcDbFace &face, const AcGeVector3d &vtPlaneSecDir,
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std::vector<TObjSectionRecord> §ionRecord, AcDbVoidPtrArray& arFillPtrs) const;
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// 剖切用，返回Z坐标最高、最低点
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virtual Acad::ErrorStatus GetExtents(TADSGePoint3d &ptLow, TADSGePoint3d &ptUp) const;
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public: // Override TDbEntity
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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 Acad::ErrorStatus GetGripText(int idx, CString &cs) const;
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virtual Acad::ErrorStatus ExplodeOrDraw2d(XExplodeDraw &dc) const;
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virtual Acad::ErrorStatus ExplodeOrDraw3d(XExplodeDraw &dc) const;
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virtual void GetTips(DList<TObjInfoUnit> &) const; //取动态属性显示数据
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virtual void SetSubText(long i, CString sText); // sg add
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virtual long GetSubTextNum() const { return 1; } // ok
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virtual bool IsModelEntity() const{return true;} // sg add
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virtual int GetFirstVersion() const { return 7; } // sg add
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public: // Override AcDbEntity
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Acad::ErrorStatus subGetOsnapPoints(AcDb::OsnapMode osnapMode,
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INT_PTR gsSelectionMark,
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const AcGePoint3d& ptPick,
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const AcGePoint3d& lastPoint,
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const AcGeMatrix3d& viewXform,
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AcGePoint3dArray& snapPoints,
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AcDbIntArray& geomIds) const;
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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 subGetGripPoints(AcGePoint3dArray& gripPoints,
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AcDbIntArray& osnapModes,
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AcDbIntArray& geomIds) const;
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virtual Acad::ErrorStatus subGetStretchPoints(AcGePoint3dArray & stretchPoints) 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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protected:
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Acad::ErrorStatus GetGSPoints(AcGePoint3dArray & stretchPoints) const;
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Acad::ErrorStatus MoveGSPointsAt(const AcDbIntArray& indices,const AcGeVector3d& offset);
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Acad::ErrorStatus DrawRadiator2d(XExplodeDraw &dc) const;
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Acad::ErrorStatus DrawValve2d(XExplodeDraw &dc) const;
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Acad::ErrorStatus DrawLabelText(XExplodeDraw &dc) const;
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XPoint & InLocation() { return InInterface().m_ptLocation; }
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XPoint & OutLocation() { return OutInterface().m_ptLocation; }
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XVector3D & InDirection() { return InInterface().m_vtLocation; }
|
||
XVector3D & OutDirection() { return OutInterface().m_vtLocation; }
|
||
TPipeInterface & InInterface() { return *m_lstInterface.Head(); }
|
||
TPipeInterface & OutInterface() { return *m_lstInterface.Tail(); }
|
||
|
||
|
||
private:
|
||
void ChangePipe(TDbPipe *pPipe, const XPoint &pt) const;
|
||
void GetVertexs2d(XPoint &pt1, XPoint &pt2,XPoint &pt3,XPoint &pt4) const; // z=0
|
||
void GetSysVertexs2d(XPoint &pt1,XPoint &pt2,XPoint &pt3,XPoint &pt4) const; // z=0
|
||
void UpdateInterface();
|
||
void GetOutline(XPoly2D &poly) const;
|
||
};
|
||
|
||
#endif |