529 lines
16 KiB
C++
529 lines
16 KiB
C++
#include "StdAfx.h"
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#include "pcf.h"
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#include "uiiado.h"
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#include "base64.h"
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#include "coretools.h"
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#include "aecdbewpipe.h"
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#include "aecdbewfitting.h"
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#include "aecdbewequipment.h"
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#include "aecdbxequipment.h"
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#include <ostream>
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#include <string>
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#include <iomanip>
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using namespace std;
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namespace
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{
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typedef const wchar_t *STR_PTR;
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typedef pair<wstring, wstring> STR_PAIR;
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typedef map<wstring, wstring> STR_MAP;
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// 定义属性字符串，避免直接输入造成笔误，用到那个，定义哪个
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// ==========================================
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// 1. 基础单位 (Units)
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// ==========================================
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STR_PTR PCF_UNITS_MM = L"MM";
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STR_PTR PCF_UNITS_METER = L"METER";
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STR_PTR PCF_UNITS_INCH = L"INCH";
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STR_PTR PCF_UNITS_FEET = L"FEET";
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STR_PTR PCF_UNITS_INCH_SIXTEENTH = L"INCH-SIXTEENTH";
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STR_PTR PCF_UNITS_MM_HUNDREDTHS = L"MM-HUNDREDTHS";
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STR_PTR PCF_UNITS_DEGREES = L"DEGREES";
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STR_PTR PCF_UNITS_RADIANS = L"RADIANS";
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STR_PTR PCF_UNITS_KGS = L"KGS";
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STR_PTR PCF_UNITS_LBS = L"LBS";
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STR_PTR PCF_UNITS_NM = L"NM";
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STR_PTR PCF_UNITS_LBFT = L"LBFT";
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// ==========================================
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// 2. 全局头部属性 (Header Attributes)
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// ==========================================
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STR_PTR PCF_HEAD_ISOGEN_FILES = L"ISOGEN-FILES";
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STR_PTR PCF_HEAD_UNITS_BORE = L"UNITS-BORE";
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STR_PTR PCF_HEAD_UNITS_CO_ORDS = L"UNITS-CO-ORDS";
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STR_PTR PCF_HEAD_UNITS_BOLT_DIA = L"UNITS-BOLT-DIA";
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STR_PTR PCF_HEAD_UNITS_BOLT_LENGTH = L"UNITS-BOLT-LENGTH";
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STR_PTR PCF_HEAD_UNITS_WEIGHT = L"UNITS-WEIGHT";
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STR_PTR PCF_HEAD_PIPELINE_REFERENCE = L"PIPELINE-REFERENCE";
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STR_PTR PCF_HEAD_PIPING_SPEC = L"PIPING-SPEC";
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STR_PTR PCF_HEAD_REVISION = L"REVISION";
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STR_PTR PCF_HEAD_PROJECT_IDENTIFIER = L"PROJECT-IDENTIFIER";
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STR_PTR PCF_HEAD_SYSTEM_IDENTIFIER = L"SYSTEM-IDENTIFIER";
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// ==========================================
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// 3. 组件主类型 (Component Types) - 增加前缀 COMP_ 以防命名冲突
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// ==========================================
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STR_PTR PCF_COMP_PIPE = L"PIPE";
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STR_PTR PCF_COMP_ELBOW = L"ELBOW";
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STR_PTR PCF_COMP_TEE = L"TEE";
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STR_PTR PCF_COMP_CROSS = L"CROSS";
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STR_PTR PCF_COMP_REDUCER = L"REDUCER";
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STR_PTR PCF_COMP_VALVE = L"VALVE";
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STR_PTR PCF_COMP_FLANGE = L"FLANGE";
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STR_PTR PCF_COMP_GASKET = L"GASKET";
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STR_PTR PCF_COMP_BOLT = L"BOLT";
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STR_PTR PCF_COMP_WELD = L"WELD";
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STR_PTR PCF_COMP_CAP = L"CAP";
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STR_PTR PCF_COMP_BLIND_FLANGE = L"BLIND-FLANGE";
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STR_PTR PCF_COMP_INSTRUMENT = L"INSTRUMENT";
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STR_PTR PCF_COMP_SUPPORT = L"SUPPORT";
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STR_PTR PCF_COMP_EQUIPMENT = L"EQUIPMENT";
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// ==========================================
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// 4. 坐标与节点类型 (Point Types)
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// ==========================================
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STR_PTR PCF_PT_END_POINT = L"END-POINT";
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STR_PTR PCF_PT_CENTRE_POINT = L"CENTRE-POINT";
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STR_PTR PCF_PT_BRANCH1_POINT = L"BRANCH1-POINT";
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STR_PTR PCF_PT_BRANCH2_POINT = L"BRANCH2-POINT";
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STR_PTR PCF_PT_CO_ORDS = L"CO-ORDS";
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// ==========================================
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// 5. 组件明细与业务属性 (Component Attributes)
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// ==========================================
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STR_PTR PCF_ATTR_SKEY = L"SKEY";
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STR_PTR PCF_ATTR_ITEM_CODE = L"ITEM-CODE";
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STR_PTR PCF_ATTR_ITEM_DESCRIPTION = L"ITEM-DESCRIPTION";
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STR_PTR PCF_ATTR_MATERIAL_IDENTIFIER = L"MATERIAL-IDENTIFIER";
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STR_PTR PCF_ATTR_WEIGHT = L"WEIGHT";
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STR_PTR PCF_ATTR_WALL_THICKNESS = L"WALL-THICKNESS";
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STR_PTR PCF_ATTR_RATING = L"RATING";
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STR_PTR PCF_ATTR_FABRICATION_ITEM = L"FABRICATION-ITEM";
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STR_PTR PCF_ATTR_ERECTION_ITEM = L"ERECTION-ITEM";
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STR_PTR PCF_ATTR_SPINDLE_DIRECTION = L"SPINDLE-DIRECTION";
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STR_PTR PCF_ATTR_MESSAGE_TEXT = L"MESSAGE-TEXT";
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class PcfRow
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{
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public:
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private:
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ostream &m_out; // 统一使用窄字符流基类！
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bool m_isFirstItem;
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public:
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PcfRow(ostream &outStream, int numOfSpace)
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: m_out(outStream), m_isFirstItem(true)
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{
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for (int i = 0; i < numOfSpace; ++i) m_out << " ";
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}
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~PcfRow() { m_out << "\n"; }
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// 1. 基础类型模板 (如 int, double, AcGePoint3d)
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template <typename T>
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PcfRow &operator<<(const T &value)
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{
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if (!m_isFirstItem) m_out << " ";
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m_out << fixed << setprecision(4) << value;
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m_isFirstItem = false;
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return *this;
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}
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// 3. 核心升级：拦截 AutoCAD 宽字符 (处理带中文的描述信息)
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PcfRow &operator<<(STR_PTR wValue)
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{
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if (!m_isFirstItem) m_out << " ";
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// 自动转为 UTF-8 并推入底层字节流
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m_out << Base64::unicode2Ansii(wValue, CP_UTF8);
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m_isFirstItem = false;
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return *this;
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}
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// 写一个属性
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PcfRow &write_Attribute(STR_PTR attri, STR_PTR svalue)
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{
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if ((attri && svalue)
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&& (wcslen(attri) > 0 && wcslen(svalue) > 0))
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{
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*this<< attri << svalue;
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}
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return *this;
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}
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};
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PcfRow &operator<<(PcfRow &row, const AcGePoint3d &pt)
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{
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// 自动拆解并保持间距
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row << pt.x << pt.y << pt.z;
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return row;
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}
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void writePcfAttribute(ostream &out, int indent, STR_PTR attri, STR_PTR svalue)
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{
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// 只有当属性名和属性值都切实有效时，才实例化 PcfRow
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if (!attri && !svalue && wcslen(attri) > 0 && wcslen(svalue) > 0)
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PcfRow(out, indent) << attri << svalue;
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}
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STR_PAIR makePair(STR_PTR field, STR_PTR v)
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{
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return make_pair(field, v);
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}
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template <typename T>
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STR_PAIR makePair(STR_PTR field, T &v, const int &prec = 0)
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{
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std::wstringstream wss;
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wss << fixed << setprecision(prec) << v;
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return makePair(field, wss.str());
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}
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wstring getValue(STR_MAP mm, STR_PTR key)
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{
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STR_MAP::const_iterator it(mm.find(key));
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if (it != mm.end())
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return it->second;
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return L"";
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}
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// level 等级
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// 通过 level在 AecSpecname 里面查询 行业
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// 通过 等级、行业在table内查询 fileds
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bool getSpecFieldByLevel(CUIISQLiteServer *pDb
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, STR_PTR table
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, STR_PTR level
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, const STR_MAP &filter
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, STR_MAP &results)
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{
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if (!pDb || !level || !table || !filter.empty()) return false;
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std::wstringstream wss;
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wss << L"SELECT *"
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<< L" FROM "<< table << L" t"
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<< L" INNER JOIN AecSpecname a"
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<< L" ON t.[项目名称] = a.[项目名称]"
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<< L" AND t.[等级名称] = a.[等级名称]"
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<< L" WHERE a.[等级名称] = '" << level << L"'";
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STR_MAP::const_iterator itF(filter.begin());
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for (; itF != filter.end(); ++itF)
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{
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wss << L" AND t.["<< itF->first << L"] = '" << itF->second << L"'";
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}
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map<CString, CString> res;
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pDb->GetSelData(wss.str().c_str(), res);
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map<CString, CString>::const_iterator itR(res.begin());
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for (; itR != res.end(); ++itR)
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{
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results.insert(make_pair(itR->first, itR->second));
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}
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return !results.empty();
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}
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/*
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pcf 文件头
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*/
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bool pcf_begin(std::ostream &out, STR_PTR pipeline_reference
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, STR_PTR spec
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, STR_PTR isogen_files = L"ISOGEN.FLS"
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, STR_PTR bore = PCF_UNITS_MM
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, STR_PTR co_ords = PCF_UNITS_MM
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, STR_PTR bolt_length = PCF_UNITS_MM
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, STR_PTR bolt_dia= PCF_UNITS_MM
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, STR_PTR weight = PCF_UNITS_KGS
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)
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{
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if (!out.good()) return false;
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PcfRow(out, 0) << PCF_HEAD_ISOGEN_FILES << isogen_files;
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PcfRow(out, 0) << PCF_HEAD_UNITS_BORE << bore;
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PcfRow(out, 0) << PCF_HEAD_UNITS_CO_ORDS << co_ords;
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PcfRow(out, 0) << PCF_HEAD_UNITS_BOLT_LENGTH << bolt_length;
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PcfRow(out, 0) << PCF_HEAD_UNITS_BOLT_DIA << bolt_dia;
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PcfRow(out, 0) << PCF_HEAD_UNITS_WEIGHT << weight;
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PcfRow(out, 0) << PCF_HEAD_PIPELINE_REFERENCE << pipeline_reference;
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PcfRow(out, 4) << PCF_HEAD_PIPING_SPEC << spec;
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return true;
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}
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/*
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* =================================================================================
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* [PCF 降级说明：无 ITEM-CODE 时的保底策略]
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* 适用组件：PIPE (直管)
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* =================================================================================
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* 如果当前管道没有物料码 (ITEM-CODE)，你至少需要以下字段才能描述一段管道：
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* * 1. 语法绝对必填字段（仅画几何骨架）：
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* - END-POINT (起点): 定义管道空间的起点三维坐标 (X, Y, Z) 及 该端的公称直径。
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* - END-POINT (终点): 定义管道空间的终点三维坐标 (X, Y, Z) 及 该端的公称直径。
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* *意义：有了这两个端点，引擎就能在两点之间画出一条中心线。这是底线。*
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* * 2. 工程强烈建议补充的字段（为了让下游软件不报错，且 BOM 表不为空）：
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* - ITEM-DESCRIPTION : 极其重要！物料的文本描述（如 L"非标工艺直管"），下游软件的 BOM 会直接打印这句话。
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* - WALL-THICKNESS : 壁厚数值。部分查看器（如 Navisworks）依赖“管径+壁厚”来推算真实的管道外径，不传可能会画出极细的线。
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* - MATERIAL-IDENTIFIER : 材质（如 L"CS" 或 L"碳钢"），辅助下游进行管道应力分析。
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* - FABRICATION-ITEM (或 ERECTION-ITEM) : 预制/现场安装标识。不带值（直接写属性名），表示这是一根工厂预制管。
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* =================================================================================
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*/
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// 处理普通管道，非法兰管道
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wstring getItemCode(AecDbEwPipe *pPipe)
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{
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return L"";
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}
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wstring getDescription(AecDbEwPipe *pPipe)
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{
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return L"";
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}
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bool getPipeSpecInfo( CUIISQLiteServer *pDb
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, STR_PTR level
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, const double &dn
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, STR_MAP &results)
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{
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map<wstring, wstring> mm;
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mm.insert(makePair(_T("公称直径"), dn));
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return getSpecFieldByLevel(pDb, L"aecspecpipe", level, mm, results);
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}
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bool pcf_pipe_normal(CUIISQLiteServer *pDb, AecDbEwPipe *pPipe, std::ostream &out)
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{
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if (!pPipe || !out.good())
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return false;
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AcGePoint3d ptStart = pPipe->StartPoint();
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AcGePoint3d ptEnd = pPipe->EndPoint();
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double bore(.0);
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if (!pPipe->GetAt(PIPE_DN, bore)) return false;
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double thickness(.0);
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if (!pPipe->GetAt(PIPE_THICK, thickness)) return false;
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CString level(_T(""));
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pPipe->GetAt(PIPE_LEVEL, level);
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// 写入组件主类标 (顶格，无缩进)
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PcfRow(out, 0) << PCF_COMP_PIPE;
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// 写入起止坐标与管径 (必须紧跟在 PIPE 后面，缩进 4 格)
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PcfRow(out, 4) << PCF_PT_END_POINT << ptStart << bore;
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PcfRow(out, 4) << PCF_PT_END_POINT << ptEnd << bore;
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// 写入壁厚，保证在没有item-code和piping-spec时能够正常显示
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PcfRow(out, 4) << PCF_ATTR_WALL_THICKNESS << thickness;
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// 等级管线
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if (!level.IsEmpty())
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{
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STR_MAP mm;
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getPipeSpecInfo(pDb, level, bore, mm);
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// 物料码
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writePcfAttribute(out, 4, PCF_ATTR_ITEM_CODE, getValue(mm, L"元件代码").c_str());
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// 物料描述
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writePcfAttribute(out, 4, PCF_ATTR_ITEM_DESCRIPTION, getValue(mm, L"描述").c_str());
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// 等级信息
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writePcfAttribute(out, 4, PCF_HEAD_PIPING_SPEC, getValue(mm, L"等级名称").c_str());
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}
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else
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{
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}
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// 预制管件
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PcfRow(out, 4) << PCF_ATTR_FABRICATION_ITEM;
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out << L"\n";
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return true;
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}
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bool pcf_ewEquipment(CUIISQLiteServer *pDb, AecDbEwEquipment *pEqu, std::ostream &out)
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{ return false; }
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bool pcf_xEquipment(CUIISQLiteServer *pDb, AecDbXEquipment *pXEqu, std::ostream &out)
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{ return false; }
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bool pcf_Elbow(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_ReduceElbow(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_Tee(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_Cross(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_Wye(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_Reduce(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_Lateral(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_Flange(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_Wcap(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_FlxJoin(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_Through(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)//直通
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{return false;}
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bool pcf_UJoin(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)//活接
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{return false;}
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bool pcf_RJoin(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)//缩接
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{return false;}
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bool pcf_OJoin(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out) //外螺纹接头
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{return false;}
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bool pcf_IJoin(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out) //内螺纹接头
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{return false;}
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bool pcf_RP(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)//补强圈
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{return false;}
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bool pcf_HP(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)//半管接头
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{return false;}
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bool pcf_SPB(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)//八字盲板
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{return false;}
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bool pcf_Gastket(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{return false;}
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bool pcf_fitting(CUIISQLiteServer *pDb, AecDbEwFitting *pFit, std::ostream &out)
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{
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if (!pFit || !pDb) return false;
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int nType(0);
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if (!pFit->GetAt(KEY_RUNTIME, nType))
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return false;
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switch (nType)
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{
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case eElbow:
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return pcf_Elbow(pDb, pFit, out);
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case eReduceElbow:
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return pcf_ReduceElbow(pDb, pFit, out);
|
|
case eTee:
|
|
return pcf_Tee(pDb, pFit, out);
|
|
case eCross:
|
|
return pcf_Cross(pDb, pFit, out);
|
|
case eWye:
|
|
return pcf_Wye(pDb, pFit, out);
|
|
case eReduce:
|
|
return pcf_Reduce(pDb, pFit, out);
|
|
case eLateral:
|
|
return pcf_Lateral(pDb, pFit, out);
|
|
case eFlange:
|
|
return pcf_Flange(pDb, pFit, out);
|
|
case eWcap:
|
|
return pcf_Wcap(pDb, pFit, out);
|
|
case eFlxJoin:
|
|
return pcf_FlxJoin(pDb, pFit, out);
|
|
case eThrough://直通
|
|
return pcf_Through(pDb, pFit, out);
|
|
case eUJoin://活接
|
|
return pcf_UJoin(pDb, pFit, out);
|
|
case eRJoin://缩接
|
|
return pcf_RJoin(pDb, pFit, out);
|
|
case eOJoin: //外螺纹接头
|
|
return pcf_OJoin(pDb, pFit, out);
|
|
case eIJoin: //内螺纹接头
|
|
return pcf_IJoin(pDb, pFit, out);
|
|
case eRP://补强圈
|
|
return pcf_RP(pDb, pFit, out);
|
|
case eHP://半管接头
|
|
return pcf_HP(pDb, pFit, out);
|
|
case eSPB://八字盲板
|
|
return pcf_SPB(pDb, pFit, out);
|
|
case eGastket:
|
|
return pcf_Gastket(pDb, pFit, out);
|
|
default:
|
|
break;
|
|
}
|
|
|
|
return false;
|
|
}
|
|
|
|
}
|
|
|
|
|
|
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
|
|
|
|
// 对外只暴露这一个接口
|
|
// pszSystem代表管道系统，可以通过这个参数得到此系统下的所有管道、管件、设备，并输出到pcf
|
|
bool PCF::makePCF(LPCTSTR pszFile, LPCTSTR pszSystem)
|
|
{
|
|
CString dbPath(FilePath::GetSysDir() + _T("\\Plumbing.db"));
|
|
|
|
CUIISQLiteServer *pDb = new CUIISQLiteServer;
|
|
if (!pDb->InitADOServer(dbPath))
|
|
{
|
|
AfxMessageBox(_T("数据库驱动加载数据库Plumbing.db失败!"));
|
|
DELETE_PTR(pDb);
|
|
return false;
|
|
}
|
|
|
|
AcDbObjectIdArray ids;
|
|
// 得到 pszSystem 的所有管道、管件、设备
|
|
// GetComponentBySystem(pszSystem, ids);
|
|
|
|
if (ids.isEmpty()) return false;
|
|
|
|
#ifdef NDEBUG
|
|
std::ofstream stream(pszFile, std::ios::binary);
|
|
#else
|
|
std::stringstream stream;
|
|
#endif
|
|
|
|
pcf_begin(stream, L"P-1", L"sch40");
|
|
|
|
for (int i(0); i < ids.length(); ++i)
|
|
{
|
|
AcDbObjectId &id(ids[i]);
|
|
|
|
AcDbObjectPointer<AcDbObject> pObj(id, AcDb::kForRead);
|
|
if (pObj.openStatus() != Acad::eOk) continue;
|
|
|
|
if (pObj->isA() == AecDbEwPipe::desc())
|
|
{
|
|
AecDbEwPipe *pPipe = AecDbEwPipe::cast(pObj.object());
|
|
pcf_pipe_normal(pDb, pPipe, stream);
|
|
}
|
|
else if (pObj->isA() == AecDbEwFitting::desc())
|
|
{
|
|
AecDbEwFitting *pFit = AecDbEwFitting::cast(pObj.object());
|
|
pcf_fitting(pDb, pFit, stream);
|
|
}
|
|
else if (pObj->isA() == AecDbEwEquipment::desc())
|
|
{
|
|
AecDbEwEquipment *pEqu = AecDbEwEquipment::cast(pObj.object());
|
|
pcf_ewEquipment(pDb, pEqu, stream);
|
|
}
|
|
else if (pObj->isA() == AecDbXEquipment::desc())
|
|
{
|
|
AecDbXEquipment *pXEqu = AecDbXEquipment::cast(pObj.object());
|
|
pcf_xEquipment(pDb, pXEqu, stream);
|
|
}
|
|
}
|
|
|
|
#ifndef NDEBUG
|
|
std::ofstream outFile(pszFile, std::ios::out | std::ios::binary);
|
|
if (outFile.is_open())
|
|
{
|
|
outFile << stream.str();
|
|
outFile.close();
|
|
}
|
|
#endif
|
|
|
|
return true;
|
|
}
|