coco
399 lines
13 KiB
C++
399 lines
13 KiB
C++
// C2DSimulationDlg.cpp : 实现文件
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//
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#include "stdafx.h"
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#include "GeoMative.h"
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#include "crossHole/C2DSimulationDlg.h"
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#include "afxdialogex.h"
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extern CGeoMativeApp theApp;
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// C2DSimulationDlg 对话框
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IMPLEMENT_DYNAMIC(C2DSimulationDlg, CDialog)
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C2DSimulationDlg::C2DSimulationDlg(CWnd* pParent /*=NULL*/)
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: CDialog(C2DSimulationDlg::IDD, pParent)
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{
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m_bStopSimulation = TRUE;
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m_iTimeInterval = 1000;
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}
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C2DSimulationDlg::~C2DSimulationDlg()
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{
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}
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void C2DSimulationDlg::DoDataExchange(CDataExchange* pDX)
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{
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CDialog::DoDataExchange(pDX);
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}
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BEGIN_MESSAGE_MAP(C2DSimulationDlg, CDialog)
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ON_WM_PAINT()
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END_MESSAGE_MAP()
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C2DSimulationDlg* C2DSimulationDlg::GetInstance()
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{
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static C2DSimulationDlg simulationBoardDlg;
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return &simulationBoardDlg;
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}
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BOOL C2DSimulationDlg::OnInitDialog()
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{
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CDialog::OnInitDialog();
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GetParent()->GetClientRect(&m_rcWnd);
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m_rcBrush.left = m_rcWnd.left + 50;
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m_rcBrush.right = m_rcWnd.right - 50;
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m_rcBrush.top = m_rcWnd.top + 50;
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m_rcBrush.bottom = m_rcWnd.bottom - 50;
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// TODO: 在此添加额外的初始化
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return TRUE; // return TRUE unless you set the focus to a control
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// 异常: OCX 属性页应返回 FALSE
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}
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void C2DSimulationDlg::OnPaint()
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{
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CPaintDC dc(this); // device context for painting
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dc.FillSolidRect(m_rcWnd, RGB(255, 255, 255));
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CPen pen;
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pen.CreatePen(PS_SOLID, 1, RGB(0, 0, 0));
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dc.SelectObject(pen);
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CString strlog;
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CBrush cBlackBrush, *pBrush, cRedBrush, cBlueBrush;
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cBlackBrush.CreateSolidBrush(RGB(0, 0, 0));
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cRedBrush.CreateSolidBrush(RGB(255, 0, 0));
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cBlueBrush.CreateSolidBrush(RGB(0, 0, 255));
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pBrush = dc.SelectObject(&cBlackBrush);
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//水平布线,判断是否需要绘制
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int iSurfaceCount = m_vecSurfacePoints.size();
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int iBoreholeCount = m_mapBoreholePoints.size();
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float* pBoreholeXValue = NULL;
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float fDrawBoradMaxLength = 0; //整个画板最大长度
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if (iBoreholeCount > 0)
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{
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pBoreholeXValue = new float[iBoreholeCount];
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std::map<STWellPoints, std::vector<STBoreHolePoints>>::iterator iter = m_mapBoreholePoints.begin();
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for (int i = 0; i<iBoreholeCount, iter != m_mapBoreholePoints.end(); i++, iter++)
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{
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pBoreholeXValue[i] = iter->first.fX;
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if (iter->second.at(iter->second.size() - 1).fZ < fDrawBoradMaxLength)
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{
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fDrawBoradMaxLength = iter->second.at(iter->second.size() - 1).fZ;
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}
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if (abs(fDrawBoradMaxLength) < iter->first.fX)
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{
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fDrawBoradMaxLength = iter->first.fX;
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}
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}
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if (pBoreholeXValue != NULL)
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{
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delete[] pBoreholeXValue;
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pBoreholeXValue = NULL;
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}
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}
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fDrawBoradMaxLength = abs(fDrawBoradMaxLength);
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if (iSurfaceCount > 0)
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{
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if (m_vecSurfacePoints[iSurfaceCount - 1].fX > fDrawBoradMaxLength)
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fDrawBoradMaxLength = m_vecSurfacePoints[iSurfaceCount - 1].fX;
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}
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strlog.Format(_T("整个画板最大刻度fDrawBoradMaxLength=%f\n"), fDrawBoradMaxLength);
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OutputDebugString(strlog);
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//如果要求X轴和Z轴的最小间距都是一样的，需要取实际长度中较小的一方来计算，防止绘制超过边界
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int iEachSmallSize = (m_rcBrush.right - m_rcBrush.left) / fDrawBoradMaxLength;
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if (m_rcBrush.bottom - m_rcBrush.top < m_rcBrush.right - m_rcBrush.left)
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{
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iEachSmallSize = (m_rcBrush.bottom - m_rcBrush.top) / fDrawBoradMaxLength;
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}
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//绘制地表线
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CClientDC fdc(this);
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RECT rcText;
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CFont font;
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if (iSurfaceCount > 0)
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{
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int iPointX = m_rcBrush.left;
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int iPointY = m_rcBrush.top;
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//如果没有孔，在中间绘制
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if (iBoreholeCount <= 0)
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{
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iPointY = m_rcBrush.top + (m_rcBrush.bottom - m_rcBrush.top) / 2;
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}
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else
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{
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//确定起点X坐标
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iPointX = m_rcBrush.left + iEachSmallSize*m_vecSurfacePoints[0].fX;
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}
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//绘制一条总线
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dc.MoveTo(iPointX, iPointY);
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dc.LineTo(iPointX + iEachSmallSize*(m_vecSurfacePoints[iSurfaceCount - 1].fX - m_vecSurfacePoints[0].fX), iPointY);
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strlog.Format(_T("地表 起点x=%d,y=%d,终点x=%d,y=%d\n"), iPointX, iPointY, iPointX + iEachSmallSize*m_vecSurfacePoints[iSurfaceCount - 1].fX, iPointY);
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OutputDebugString(strlog);
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iPointX = m_rcBrush.left;
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//遍历集合的每一个元素
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for (int i = 0; i < iSurfaceCount; i++)
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{
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strlog.Format(_T("X轴绘制点m_vecSurfacePoints[%d].fX值为%f，fEachSmallSize=%d,m_vecSurfacePoints[i].fX=%d x1=%d,y1=%d,x2=%d,y2=%d\n"), i, m_vecSurfacePoints[i].fX, iEachSmallSize, m_vecSurfacePoints[i].fX, iPointX + m_vecSurfacePoints[i].fX*iEachSmallSize - 2, iPointY - 2, iPointX + m_vecSurfacePoints[i].fX*iEachSmallSize + 2, iPointY + 2);
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OutputDebugString(strlog);
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if (m_vecSurfacePoints[i].uiElecID == m_iA || m_vecSurfacePoints[i].uiElecID == m_iB)
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{
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pBrush = dc.SelectObject(&cRedBrush);
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dc.Ellipse(iPointX + m_vecSurfacePoints[i].fX*iEachSmallSize - 5, iPointY - 5, iPointX + m_vecSurfacePoints[i].fX*iEachSmallSize + 5, iPointY + 5);
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}
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else if (m_vecSurfacePoints[i].uiElecID == m_iM || m_vecSurfacePoints[i].uiElecID == m_iN)
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{
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pBrush = dc.SelectObject(&cBlueBrush);
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dc.Ellipse(iPointX + m_vecSurfacePoints[i].fX*iEachSmallSize - 5, iPointY - 5, iPointX + m_vecSurfacePoints[i].fX*iEachSmallSize + 5, iPointY + 5);
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}
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else
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{
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pBrush = dc.SelectObject(&cBlackBrush);
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dc.Ellipse(iPointX + m_vecSurfacePoints[i].fX*iEachSmallSize - 2, iPointY - 2, iPointX + m_vecSurfacePoints[i].fX*iEachSmallSize + 2, iPointY + 2);
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}
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//标识电极编号,电极位置重复，后面的覆盖前面的
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strlog.Format(_T("%d"), m_vecSurfacePoints[i].uiElecID);
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rcText.left = iPointX + m_vecSurfacePoints[i].fX*iEachSmallSize - 3;
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rcText.top = iPointY - 20;
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rcText.right = rcText.left + 20;
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rcText.bottom = iPointY - 1;
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font.CreatePointFont(70, _T(""), &fdc);
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fdc.SelectObject(&font);
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fdc.DrawText(strlog, &rcText, DT_WORDBREAK | DT_BOTTOM);
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//dc.TextOutA(iPointX + m_vecSurfacePoints[i].fX*iEachSmallSize - 4, iPointY - 20, strlog);
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}
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}
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//绘制孔线
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if (iBoreholeCount > 0)
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{
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int iPointY = m_rcBrush.top;
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int iPointX = m_rcBrush.left;
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int iDrawBoreholeWidth = 0;//实际绘制孔的宽度
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//没有地表线
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/*if (iSurfaceCount <= 0)
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{
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//只有一个孔，居中
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if (iBoreholeCount == 1)
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{
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iPointX = m_rcBrush.left + (m_rcBrush.right - m_rcBrush.left) / 2;
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}
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else
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{
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//先计算所有孔绘制出来后需要的宽度，然后再从中心对称的方式求出X轴起点
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if (pBoreholeXValue != NULL)
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{
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iDrawBoreholeWidth = (pBoreholeXValue[iBoreholeCount - 1] - pBoreholeXValue[0])*iEachSmallSize;
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iPointX = m_rcBrush.left + (m_rcBrush.right - m_rcBrush.left) / 2 - iDrawBoreholeWidth / 2;
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}
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}
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}*/
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int iCurOneBoreHoleCount = 0;
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int i = 0;
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//遍历每一孔
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std::map<STWellPoints, std::vector<STBoreHolePoints>>::iterator iter = m_mapBoreholePoints.begin();
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for (int iBoreholeIndex = 0; iBoreholeIndex < iBoreholeCount, iter != m_mapBoreholePoints.end(); iBoreholeIndex++, iter++)
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{
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iCurOneBoreHoleCount = iter->second.size();
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//绘制一个孔的主线
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/*if (iSurfaceCount <= 0)
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{
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if (iBoreholeIndex > 0)
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{
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iPointX = iPointX + (pBoreholeXValue[iBoreholeIndex] - pBoreholeXValue[iBoreholeIndex - 1])*iEachSmallSize;
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}
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}
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else
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{
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//同一个孔的X值相等
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iPointX = m_rcBrush.left + iter->second.at(0).fX*iEachSmallSize;
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}*/
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iPointX = m_rcBrush.left + iter->second.at(0).fX*iEachSmallSize;
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dc.MoveTo(iPointX, m_rcBrush.top);
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dc.LineTo(iPointX, m_rcBrush.top + iEachSmallSize*abs(iter->second.at(iCurOneBoreHoleCount - 1).fZ));
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strlog.Format(_T("第%d口井起点x=%d,y=%d,终点x=%d,y=%d\n"), iBoreholeIndex + 1, iPointX, m_rcBrush.top, iPointX, m_rcBrush.top + iEachSmallSize*abs(iter->second.at(iCurOneBoreHoleCount - 1).fZ));
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OutputDebugString(strlog);
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//遍历集合的每一个元素
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for (i = 0; i < iCurOneBoreHoleCount; i++)
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{
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strlog.Format(_T("Z轴绘制点vecCurBoreHolePoint[%d].fZ值为%f，fEachSmallSize=%d,j=%d x1=%d,y1=%d,x2=%d,y2=%d\n"), i, iter->second[i].fZ, iEachSmallSize, abs(iter->second[i].fZ), iPointX - 2, iPointY + abs(iter->second[i].fZ)*iEachSmallSize - 2, iPointX + 2, iPointY + abs(iter->second[i].fZ)*iEachSmallSize + 2);
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OutputDebugString(strlog);
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if (iter->second[i].uiElecID == m_iA || iter->second[i].uiElecID == m_iB)
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{
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pBrush = dc.SelectObject(&cRedBrush);
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dc.Ellipse(iPointX - 5, iPointY + abs(iter->second[i].fZ)*iEachSmallSize - 5, iPointX + 5, iPointY + abs(iter->second[i].fZ)*iEachSmallSize + 5);
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}
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else if (iter->second[i].uiElecID == m_iM || iter->second[i].uiElecID == m_iN)
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{
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pBrush = dc.SelectObject(&cBlueBrush);
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dc.Ellipse(iPointX - 5, iPointY + abs(iter->second[i].fZ)*iEachSmallSize - 5, iPointX + 5, iPointY + abs(iter->second[i].fZ)*iEachSmallSize + 5);
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}
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else
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{
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pBrush = dc.SelectObject(&cBlackBrush);
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dc.Ellipse(iPointX - 2, iPointY + abs(iter->second[i].fZ)*iEachSmallSize - 2, iPointX + 2, iPointY + abs(iter->second[i].fZ)*iEachSmallSize + 2);
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}
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//标识电极编号,电极位置重复，后面的覆盖前面的
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strlog.Format(_T("%d"), iter->second[i].uiElecID);
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rcText.left = iPointX + 4;
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rcText.right = rcText.left + 20;
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rcText.top = iPointY + abs(iter->second[i].fZ)*iEachSmallSize - 8;
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rcText.bottom = rcText.top + 15;
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//dc.TextOutA(iPointX + 4, iPointY + abs(iter->second[i].fZ)*iEachSmallSize - 8, strlog);
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//dc.DrawText(strlog, &rcText, DT_WORDBREAK | DT_LEFT);
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font.CreatePointFont(70, _T(""), &fdc);
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fdc.SelectObject(&font);
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fdc.DrawText(strlog, &rcText, DT_WORDBREAK | DT_LEFT);
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}
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}
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}
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dc.SelectObject(pBrush);
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// TODO: 在此处添加消息处理程序代码
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// 不为绘图消息调用 CDialog::OnPaint()
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}
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//将坐标点添加到井下集合
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void C2DSimulationDlg::AddBoreholePointToVector(std::map<STWellPoints, std::vector<STBoreHolePoints>> mapNewPoints)
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{
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m_mapBoreholePoints.clear();
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m_mapBoreholePoints = mapNewPoints;
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RedrawWindow();
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}
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//将坐标点添加到地表集合
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void C2DSimulationDlg::AddSurfacePointsToVector(std::vector<STBoreHolePoints> vecNewPoints)
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{
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m_vecSurfacePoints.clear();
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m_vecSurfacePoints = vecNewPoints;
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RedrawWindow();
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}
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//清空所有的线
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void C2DSimulationDlg::DeleteCoordinatesPoint()
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{
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m_mapBoreholePoints.clear();
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m_vecSurfacePoints.clear();
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RedrawWindow();
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}
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void C2DSimulationDlg::SetTimeInterval(int iTimeInterval)
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{
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m_iTimeInterval = iTimeInterval;
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}
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void C2DSimulationDlg::SetSingleChannelSimulationRunMethod(vector<STDatabaseABMNInfo> vecAllBoreholeABMNInfo)
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{
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m_vecAllBoreholeABMNInfo.clear();
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m_vecAllBoreholeABMNInfo = vecAllBoreholeABMNInfo;
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}
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void C2DSimulationDlg::SetMultiChannelSimulationRunMethod(map<int, map<int, map<int, STDatabaseABMNInfo>>> mapPointsSortedByABMN)
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{
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m_mapPointsSortedByABMN.clear();
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m_mapPointsSortedByABMN = mapPointsSortedByABMN;
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}
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//开始模拟
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BOOL C2DSimulationDlg::StartSimulation()
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{
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m_bStopSimulation = FALSE;
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HANDLE hThread = ::CreateThread(NULL, 0, (LPTHREAD_START_ROUTINE)SimulateScriptRunMethodThread, this, 0, 0);
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if (INVALID_HANDLE_VALUE == hThread)
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{
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CFileOperTools::GetInstance()->WriteComLog(_T("Create Thread failed to simulate script run method"));
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}
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CloseHandle(hThread);
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return TRUE;
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}
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//上传设备市场数据到云端
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UINT C2DSimulationDlg::SimulateScriptRunMethodThread(LPVOID lParam)
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{
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C2DSimulationDlg* pThis = (C2DSimulationDlg*)lParam;
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if (pThis == NULL)
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return 1;
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//CString strLog;
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//theApp.m_ucIsMultiChannel 0:单通道;1:多通道
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if (EN_MULTI_CHANNEL == theApp.m_ucIsMultiChannel)
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{
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map<int, map<int, map<int, STDatabaseABMNInfo>>>::iterator iterA = pThis->m_mapPointsSortedByABMN.begin();
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map<int, map<int, STDatabaseABMNInfo>>::iterator iterB;
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map<int, STDatabaseABMNInfo>::iterator iterM;
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int iTSN = 0;
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for (; iterA != pThis->m_mapPointsSortedByABMN.end(); iterA++)
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{
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for (iterB = iterA->second.begin(); iterB != iterA->second.end(); iterB++)
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{
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for (iterM = iterB->second.begin(); iterM != iterB->second.end(); iterM++)
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{
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if (pThis->m_bStopSimulation)
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{
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break;
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}
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pThis->m_iA = iterM->second.uiAElecID;
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pThis->m_iB = iterM->second.uiBElecID;
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pThis->m_iM = iterM->second.uiMElecID;
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pThis->m_iN = iterM->second.uiNElecID;
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pThis->RedrawWindow();
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//strLog.Format(_T("******************************C2DSimulationDlg::SimulateScriptRunMethodThread a=%d,b=%d,m=%d,n=%d\n"), pThis->m_iA, pThis->m_iB, pThis->m_iM, pThis->m_iN);
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//OutputDebugString(strLog);
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Sleep(pThis->m_iTimeInterval);
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}
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}
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}
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}
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else if (0 == theApp.m_ucIsMultiChannel)
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{
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int iPointCount = pThis->m_vecAllBoreholeABMNInfo.size();
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for (int i = 0; i < iPointCount; i++)
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{
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if (pThis->m_bStopSimulation)
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{
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break;
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}
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pThis->m_iA = pThis->m_vecAllBoreholeABMNInfo[i].uiAElecID;
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pThis->m_iB = pThis->m_vecAllBoreholeABMNInfo[i].uiBElecID;
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pThis->m_iM = pThis->m_vecAllBoreholeABMNInfo[i].uiMElecID;
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pThis->m_iN = pThis->m_vecAllBoreholeABMNInfo[i].uiNElecID;
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pThis->RedrawWindow();
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//strLog.Format(_T("******************************C2DSimulationDlg::SimulateScriptRunMethodThread a=%d,b=%d,m=%d,n=%d\n"), pThis->m_iA, pThis->m_iB, pThis->m_iM, pThis->m_iN);
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//OutputDebugString(strLog);
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Sleep(pThis->m_iTimeInterval);
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}
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}
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::SendMessage(pThis->GetParent()->GetParent()->GetSafeHwnd(), WM_MSG_UPDATE_CROSSHOLEMAINWND_BTN, NULL, NULL);
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return 0;
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}
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//结束模拟
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BOOL C2DSimulationDlg::StopSimulation()
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{
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m_bStopSimulation = TRUE;
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return TRUE;
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}
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//是否正在模拟中
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BOOL C2DSimulationDlg::IsSimulating()
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{
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return !m_bStopSimulation;
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} |