// AxisDetailSettingsDlg.cpp: 实现文件
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//
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#include "stdafx.h"
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#include "BondEq.h"
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#include "afxdialogex.h"
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#include "AxisDetailSettingsDlg.h"
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#include "NewCellTypes/GridCellCheck.h"
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#include "NewCellTypes/GridCellNumeric.h"
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// CAxisDetailSettingsDlg 对话框
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IMPLEMENT_DYNAMIC(CAxisDetailSettingsDlg, CBaseDlg)
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CAxisDetailSettingsDlg::CAxisDetailSettingsDlg(const CString& strRecipeName, int nAxisNO, CWnd* pParent /*=nullptr*/)
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: CBaseDlg(IDD_DIALOG_AXIS_DETAIL_SETTINGS, pParent)
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{
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m_strRecipeName = strRecipeName;
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m_nAxisNO = nAxisNO;
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m_pPLC = nullptr;
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}
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CAxisDetailSettingsDlg::~CAxisDetailSettingsDlg()
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{
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}
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void CAxisDetailSettingsDlg::SetPLC(CPLC* pPLC)
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{
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ASSERT(pPLC);
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m_pPLC = pPLC;
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}
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void CAxisDetailSettingsDlg::InitAnchorPontManager()
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{
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if (m_grid.GetSafeHwnd() == NULL)
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return;
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int nRows = 1;
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int nCols = 6;
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int nFixRows = 1;
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int nFixCols = 0;
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int nRowIdx = 0;
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int nColIdx = 0;
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m_grid.DeleteAllItems();
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m_grid.SetVirtualMode(FALSE);
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m_grid.GetDefaultCell(TRUE, FALSE)->SetBackClr(g_nGridFixCellColor); // 设置固定行背景色
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m_grid.GetDefaultCell(FALSE, TRUE)->SetBackClr(g_nGridFixCellColor); // 设置固定列背景色
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m_grid.GetDefaultCell(FALSE, FALSE)->SetBackClr(g_nGridCellColor); // 设置单元格背景色
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m_grid.SetFixedTextColor(g_nGridFixFontColor); // 设置固定行列字体颜色
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m_grid.SetRowCount(nRows);
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m_grid.SetColumnCount(nCols);
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m_grid.SetFixedRowCount(nFixRows);
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m_grid.SetFixedColumnCount(nFixCols);
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// Col
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m_grid.SetColumnWidth(nColIdx, 10);
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m_grid.SetItemText(nRowIdx, nColIdx++, _T("No."));
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m_grid.SetColumnWidth(nColIdx, 10);
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m_grid.SetItemText(nRowIdx, nColIdx++, _T("激活"));
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m_grid.SetColumnWidth(nColIdx, 50);
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m_grid.SetItemText(nRowIdx, nColIdx++, _T("最小值"));
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m_grid.SetColumnWidth(nColIdx, 50);
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m_grid.SetItemText(nRowIdx, nColIdx++, _T("当前值"));
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m_grid.SetColumnWidth(nColIdx, 50);
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m_grid.SetItemText(nRowIdx, nColIdx++, _T("最大值"));
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m_grid.SetColumnWidth(nColIdx, 120);
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m_grid.SetItemText(nRowIdx, nColIdx++, _T("描述"));
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m_grid.SetFixedRowSelection(FALSE);
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m_grid.SetFixedColumnSelection(FALSE);
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m_grid.SetEditable(TRUE);
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m_grid.SetRowResize(FALSE);
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m_grid.SetColumnResize(TRUE);
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m_grid.ExpandColumnsToFit(TRUE);
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m_grid.SetListMode(TRUE); // 启用列表模式
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m_grid.EnableSelection(TRUE); // 启用选择
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m_grid.SetSingleRowSelection(TRUE); // 自动整行高亮（限制为单行选择）
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m_grid.ExpandLastColumn(); // 最后一列填充网格
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FillAnchorPontManager();
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}
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void CAxisDetailSettingsDlg::FillAnchorPontManager()
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{
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RecipeManager& g_recipeManager = RecipeManager::getInstance();
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auto axisDetails = g_recipeManager.getAxis(m_nAxisNO);
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int nRowIndex = 1;
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int nPositionsSize = (int)axisDetails.positions.size();
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// 清除数据行，保留表头
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for (int i = 1; i < m_grid.GetRowCount(); i++) {
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m_grid.DeleteRow(i);
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}
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// 设置表格行数
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m_grid.SetRowCount(axisDetails.positioningPointCount + 1);
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auto SetCellText = [this](int nRow, int nCol, const CString& strText, UINT nState = GVIS_READONLY) {
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m_grid.SetItemText(nRow, nCol, strText);
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m_grid.SetItemState(nRow, nCol, nState);
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};
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auto FormatFloatToString = [](double dValue) -> CString {
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CString strText;
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strText.Format(_T("%.3f"), dValue);
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return strText;
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};
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for (int nIndex = 0; nIndex < axisDetails.positioningPointCount; nIndex++) {
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m_grid.SetItemState(nIndex, 0, GVIS_READONLY); // 序号列设置只读
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SetCellText(nRowIndex, 0, CString(std::to_string(nRowIndex).c_str()));
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if (nIndex >= nPositionsSize) {
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// 添加新行的默认值
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if (m_grid.SetCellType(nRowIndex, 1, RUNTIME_CLASS(CGridCellCheck))) {
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auto* pCell = static_cast<CGridCellCheck*>(m_grid.GetCell(nRowIndex, 1));
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pCell->SetCheck(TRUE);
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}
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SetCellText(nRowIndex, 2, FormatFloatToString(0.0), GVIS_MODIFIED);
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SetCellText(nRowIndex, 3, FormatFloatToString(1.0), GVIS_MODIFIED);
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SetCellText(nRowIndex, 4, FormatFloatToString(10.0), GVIS_MODIFIED);
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SetCellText(nRowIndex, 5, CString(_T("Position ")) + CString(std::to_string(nIndex + 1).c_str()), GVIS_MODIFIED);
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}
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else {
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const auto& enPosition = axisDetails.positions[nIndex];
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if (m_grid.SetCellType(nRowIndex, 1, RUNTIME_CLASS(CGridCellCheck))) {
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auto* pCell = static_cast<CGridCellCheck*>(m_grid.GetCell(nRowIndex, 1));
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pCell->SetCheck(enPosition.isEnable);
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}
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UINT nCellState = enPosition.isEnable ? GVIS_MODIFIED : GVIS_READONLY;
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SetCellText(nRowIndex, 2, FormatFloatToString(enPosition.range.minValue), nCellState);
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SetCellText(nRowIndex, 3, FormatFloatToString(enPosition.range.currentValue), nCellState);
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SetCellText(nRowIndex, 4, FormatFloatToString(enPosition.range.maxValue), nCellState);
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SetCellText(nRowIndex, 5, CString(enPosition.description.c_str()), nCellState);
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}
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nRowIndex++;
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}
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m_grid.ExpandColumnsToFit(FALSE);
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m_grid.ExpandLastColumn();
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m_grid.Invalidate();
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m_grid.UpdateWindow();
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}
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void CAxisDetailSettingsDlg::UpdateAxisDetailSettings()
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{
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// 获取轴数据
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RecipeManager& recipeManager = RecipeManager::getInstance();
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auto axisDetails = recipeManager.getAxis(m_nAxisNO);
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auto formatDouble = [](double value) -> CString {
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CString str;
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str.Format(_T("%.3f"), value);
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return str;
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};
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auto formatInt = [](int value) -> CString {
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CString str;
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str.Format(_T("%d"), value);
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return str;
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};
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m_staticAxisNO.SetWindowText(CString(axisDetails.number.c_str())); // 轴编号
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m_staticAxisDescription.SetWindowText(CString(axisDetails.description.c_str())); // 轴描述
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m_staticStartAddress.SetWindowText(CString(axisDetails.startAddress.c_str())); // 起始地址
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//GetDlgItem(IDC_EDIT_AXIS_POSITIONING_SPEED_LIMIT)->SetWindowText(formatDouble(axisDetails.maxPositioningSpeed)); // 定位速度上限
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//GetDlgItem(IDC_EDIT_AXIS_JOG_SPEED_LIMIT)->SetWindowText(formatDouble(axisDetails.maxManualSpeed)); // 手动速度上限
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GetDlgItem(IDC_EDIT_AXIS_POSITIONING_POINTS)->SetWindowText(formatInt(axisDetails.positioningPointCount)); // 定位点数
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// 微动量
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_MICROMENTUM_MIN)->SetWindowText(formatDouble(axisDetails.jogDistance.minValue));
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_MICROMENTUM)->SetWindowText(formatDouble(axisDetails.jogDistance.currentValue));
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_MICROMENTUM_MAX)->SetWindowText(formatDouble(axisDetails.jogDistance.maxValue));
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// 手动速度
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_POS_MIN)->SetWindowText(formatDouble(axisDetails.manualSpeed.minValue));
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_POS)->SetWindowText(formatDouble(axisDetails.manualSpeed.currentValue));
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_POS_MAX)->SetWindowText(formatDouble(axisDetails.manualSpeed.maxValue));
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// 自动速度
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_AUTO_SPEED_MIN)->SetWindowText(formatDouble(axisDetails.autoSpeed.minValue));
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_AUTO_SPEED)->SetWindowText(formatDouble(axisDetails.autoSpeed.currentValue));
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_AUTO_SPEED_MAX)->SetWindowText(formatDouble(axisDetails.autoSpeed.maxValue));
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// 加速时间
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_ACCE_TIME_MIN)->SetWindowText(formatDouble(axisDetails.accelerationTime.minValue));
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_ACCE_TIME)->SetWindowText(formatDouble(axisDetails.accelerationTime.currentValue));
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_ACCE_TIME_MAX)->SetWindowText(formatDouble(axisDetails.accelerationTime.maxValue));
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// 减速时间
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_DECE_TIME_MIN)->SetWindowText(formatDouble(axisDetails.decelerationTime.minValue));
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_DECE_TIME)->SetWindowText(formatDouble(axisDetails.decelerationTime.currentValue));
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_DECE_TIME_MAX)->SetWindowText(formatDouble(axisDetails.decelerationTime.maxValue));
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}
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bool CAxisDetailSettingsDlg::ParsePLCAddress(const CString& address, MC::SOFT_COMPONENT& component, int& addr)
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{
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if (address.GetLength() < 2) {
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return false;
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}
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// 提取组件类型（第一个字符）
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TCHAR componentChar = address[0];
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if (address.Left(2) == _T("ZR")) {
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component = MC::SOFT_COMPONENT::ZR;
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// 提取数字部分（去除ZR前缀）
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CString numericAddress = address.Mid(2);
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addr = _ttoi(numericAddress);
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return addr != 0 || numericAddress.CompareNoCase(_T("0")) == 0; // 如果是 "0"，也认为有效
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}
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// 对于其他组件，按照常规规则处理
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CString hexAddress = address.Mid(1);
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switch (componentChar) {
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case 'D':
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component = MC::SOFT_COMPONENT::D;
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addr = _ttoi(hexAddress);
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break;
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case 'M':
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component = MC::SOFT_COMPONENT::M;
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addr = _tcstoul(hexAddress, nullptr, 16);
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break;
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case 'X':
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component = MC::SOFT_COMPONENT::X;
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addr = _tcstoul(hexAddress, nullptr, 16);
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break;
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case 'Y':
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component = MC::SOFT_COMPONENT::Y;
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addr = _tcstoul(hexAddress, nullptr, 16);
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break;
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case 'W':
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component = MC::SOFT_COMPONENT::W;
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addr = _tcstoul(hexAddress, nullptr, 16);
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break;
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case 'L':
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component = MC::SOFT_COMPONENT::L;
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addr = _tcstoul(hexAddress, nullptr, 16);
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break;
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case 'S':
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component = MC::SOFT_COMPONENT::S;
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addr = _tcstoul(hexAddress, nullptr, 16);
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break;
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case 'B':
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component = MC::SOFT_COMPONENT::B;
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addr = _tcstoul(hexAddress, nullptr, 16);
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break;
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case 'F':
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component = MC::SOFT_COMPONENT::F;
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addr = _tcstoul(hexAddress, nullptr, 16);
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break;
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default:
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return false;
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}
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// 检查地址是否有效
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if (addr == 0 && hexAddress.CompareNoCase(_T("0")) != 0) {
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return false;
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}
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return true;
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}
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void CAxisDetailSettingsDlg::writeAxisDataToPLC(int nAxisId)
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{
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// 获取轴数据
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RecipeManager& recipeManager = RecipeManager::getInstance();
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AxisInfo axisData = recipeManager.getAxis(nAxisId);
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MC::SOFT_COMPONENT enComponent;
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int nStartAddress, nEndAddress, nSize;
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if (!ParsePLCAddress(CString(axisData.startAddress.c_str()), enComponent, nStartAddress)) {
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AfxMessageBox(_T("无效的起始地址！"));
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}
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nEndAddress = nStartAddress + 300;
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nSize = (nEndAddress - nStartAddress + 1) * 2;
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char szWrite[300] = { 0 };
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auto writeIntToBuffer = [&](int value, int nWriteIndex) {
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if (nWriteIndex + 4 <= sizeof(szWrite)) {
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// 小端
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szWrite[nWriteIndex] = static_cast<char>(value & 0xFF); // 低字节
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szWrite[nWriteIndex + 1] = static_cast<char>((value >> 8) & 0xFF); // 次低字节
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szWrite[nWriteIndex + 2] = static_cast<char>((value >> 16) & 0xFF); // 次高字节
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szWrite[nWriteIndex + 3] = static_cast<char>((value >> 24) & 0xFF); // 高字节
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// 大端
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//szWrite[nWriteIndex + 3] = static_cast<char>(value & 0xFF); // 高字节
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//szWrite[nWriteIndex + 2] = static_cast<char>((value >> 8) & 0xFF); // 次高字节
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//szWrite[nWriteIndex + 1] = static_cast<char>((value >> 16) & 0xFF); // 次低字节
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//szWrite[nWriteIndex] = static_cast<char>((value >> 24) & 0xFF); // 低字节
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}
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};
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// 写入手动速度
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// writeIntToBuffer(static_cast<int>(axisData.manualSpeed.minValue * 1000), 0);
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writeIntToBuffer(static_cast<int>(axisData.manualSpeed.currentValue * 1000), 82);
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// writeIntToBuffer(static_cast<int>(axisData.manualSpeed.maxValue * 1000), 0);
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// 写入自动速度
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// writeIntToBuffer(static_cast<int>(axisData.autoSpeed.minValue * 1000), 0);
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writeIntToBuffer(static_cast<int>(axisData.autoSpeed.currentValue * 1000), 84);
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// writeIntToBuffer(static_cast<int>(axisData.autoSpeed.maxValue * 1000), 0);
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// 写入加速时间
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// writeIntToBuffer(static_cast<int>(axisData.accelerationTime.minValue * 1000), 0);
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writeIntToBuffer(static_cast<int>(axisData.accelerationTime.currentValue * 1000), 62);
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// writeIntToBuffer(static_cast<int>(axisData.accelerationTime.maxValue * 1000), 0);
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// 写入减速时间
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// writeIntToBuffer(static_cast<int>(axisData.decelerationTime.minValue * 1000), 0);
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writeIntToBuffer(static_cast<int>(axisData.decelerationTime.currentValue * 1000), 64);
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// writeIntToBuffer(static_cast<int>(axisData.decelerationTime.maxValue * 1000), 0);
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// 写入微动量
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// writeIntToBuffer(static_cast<int>(axisData.jogDistance.minValue * 1000), 0);
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writeIntToBuffer(static_cast<int>(axisData.jogDistance.currentValue * 1000), 81);
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// writeIntToBuffer(static_cast<int>(axisData.jogDistance.maxValue * 1000), 0);
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// 定位点数据
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int nIndex = 100;
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for (int i = 0; i < axisData.positions.size(); ++i) {
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const auto& position = axisData.positions[i];
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// writeIntToBuffer(static_cast<int>(position.range.minValue * 1000), 0);
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writeIntToBuffer(static_cast<int>(position.range.currentValue * 1000), nIndex + (i * 2));
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// writeIntToBuffer(static_cast<int>(position.range.maxValue * 1000), 0);
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}
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// 向 PLC 写入信号
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m_pPLC->writeData(enComponent, nStartAddress, szWrite, nSize, [nStartAddress, &szWrite](IMcChannel* pChannel, int nAddr, DWORD nValue, int nFlag) {
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if (nFlag == 0) {
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TRACE("操作成功：地址=%d，值=%s\n", nStartAddress, szWrite);
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}
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else {
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TRACE("操作失败：地址=%d，错误码=%d\n", nStartAddress, nFlag);
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}
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});
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}
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void CAxisDetailSettingsDlg::DoDataExchange(CDataExchange* pDX)
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{
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CBaseDlg::DoDataExchange(pDX);
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DDX_Control(pDX, IDC_STATIC_AXIS_NUMBER, m_staticAxisNO);
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DDX_Control(pDX, IDC_STATIC_AXIS_DESCRIP, m_staticAxisDescription);
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DDX_Control(pDX, IDC_STATIC_START_ADDRESS, m_staticStartAddress);
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DDX_Control(pDX, IDC_CUSTOM_AXIS_ANCHOR_POINT, m_grid);
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}
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BEGIN_MESSAGE_MAP(CAxisDetailSettingsDlg, CBaseDlg)
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ON_NOTIFY(NM_CLICK, IDC_CUSTOM_AXIS_ANCHOR_POINT, &CAxisDetailSettingsDlg::OnGridItemChanged)
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ON_BN_CLICKED(IDC_BUTTON_AXIS_DETAIL_SETTINGS_SAVE, &CAxisDetailSettingsDlg::OnBnClickedButtonAxisDetailSettingsSave)
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ON_BN_CLICKED(IDC_BUTTON_SET_AXIS_POSITIONING_POINTS, &CAxisDetailSettingsDlg::OnBnClickedButtonSetAxisPositioningPoints)
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END_MESSAGE_MAP()
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// CAxisDetailSettingsDlg 消息处理程序
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BOOL CAxisDetailSettingsDlg::OnInitDialog()
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{
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CBaseDlg::OnInitDialog();
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// TODO: 在此添加额外的初始化
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CString strTitle;
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strTitle.Format(_T("Axis细部设定(配方: %s)"), m_strRecipeName);
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SetWindowText(strTitle);
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// 获取轴数据
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RecipeManager& recipeManager = RecipeManager::getInstance();
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auto axisDetails = recipeManager.getAxis(m_nAxisNO);
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if (axisDetails.id == -1) {
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CString strMsg;
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strMsg.Format(_T("轴 [%d] 不存在！"), m_nAxisNO);
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AfxMessageBox(strMsg);
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return FALSE;
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}
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UpdateAxisDetailSettings();
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InitAnchorPontManager();
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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 CAxisDetailSettingsDlg::OnGridItemChanged(NMHDR* pNotifyStruct, LRESULT* pResult)
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{
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NM_GRIDVIEW* pItem = (NM_GRIDVIEW*)pNotifyStruct;
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int nRow = pItem->iRow;
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int nCol = pItem->iColumn;
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// 处理复选框状态变化
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if (nCol == 1) {
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// 获取复选框的当前状态
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CGridCellCheck* pCell = static_cast<CGridCellCheck*>(m_grid.GetCell(nRow, nCol));
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BOOL bChecked = pCell->GetCheck();
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// 处理复选框状态变化
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m_grid.SetItemState(nRow, 2, bChecked ? GVIS_MODIFIED : GVIS_READONLY);
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m_grid.SetItemState(nRow, 3, bChecked ? GVIS_MODIFIED : GVIS_READONLY);
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m_grid.SetItemState(nRow, 4, bChecked ? GVIS_MODIFIED : GVIS_READONLY);
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m_grid.SetItemState(nRow, 5, bChecked ? GVIS_MODIFIED : GVIS_READONLY);
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}
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*pResult = 0;
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}
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void CAxisDetailSettingsDlg::OnBnClickedButtonAxisDetailSettingsSave()
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{
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// TODO: 在此添加控件通知处理程序代码
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// 获取轴数据
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RecipeManager& recipeManager = RecipeManager::getInstance();
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auto& axisDetails = recipeManager.getAxis(m_nAxisNO);
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// 从界面控件获取用户输入的数据并更新到 axisDetails
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// 轴编号、描述和起始地址
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CString strAxisNo, strAxisDesc, strStartAddr;
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m_staticAxisNO.GetWindowText(strAxisNo);
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m_staticAxisDescription.GetWindowText(strAxisDesc);
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m_staticStartAddress.GetWindowText(strStartAddr);
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axisDetails.number = std::string(CT2A(strAxisNo));
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axisDetails.description = std::string(CT2A(strAxisDesc));
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axisDetails.startAddress = std::string(CT2A(strStartAddr));
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// 定位速度上限
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//CString strPosSpeedLimit;
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//GetDlgItem(IDC_EDIT_AXIS_POSITIONING_SPEED_LIMIT)->GetWindowText(strPosSpeedLimit);
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//axisDetails.maxPositioningSpeed = _ttof(strPosSpeedLimit); // 转换为 double 类型
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// 手动速度上限
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//CString strJogSpeedLimit;
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//GetDlgItem(IDC_EDIT_AXIS_JOG_SPEED_LIMIT)->GetWindowText(strJogSpeedLimit);
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//axisDetails.maxManualSpeed = _ttof(strJogSpeedLimit);
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// 定位点数
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CString strPosCount;
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GetDlgItem(IDC_EDIT_AXIS_POSITIONING_POINTS)->GetWindowText(strPosCount);
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axisDetails.positioningPointCount = _ttoi(strPosCount); // 转换为 int 类型
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// 微动量
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CString strJogDistanceMin, strJogDistanceCur, strJogDistanceMax;
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_MICROMENTUM_MIN)->GetWindowText(strJogDistanceMin);
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_MICROMENTUM)->GetWindowText(strJogDistanceCur);
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_MICROMENTUM_MAX)->GetWindowText(strJogDistanceMax);
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axisDetails.jogDistance.minValue = _ttof(strJogDistanceMin);
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axisDetails.jogDistance.currentValue = _ttof(strJogDistanceCur);
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axisDetails.jogDistance.maxValue = _ttof(strJogDistanceMax);
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// 手动速度
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CString strManualSpeedMin, strManualSpeedCur, strManualSpeedMax;
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_POS_MIN)->GetWindowText(strManualSpeedMin);
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_POS)->GetWindowText(strManualSpeedCur);
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_POS_MAX)->GetWindowText(strManualSpeedMax);
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axisDetails.manualSpeed.minValue = _ttof(strManualSpeedMin);
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axisDetails.manualSpeed.currentValue = _ttof(strManualSpeedCur);
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axisDetails.manualSpeed.maxValue = _ttof(strManualSpeedMax);
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// 自动速度
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CString strAutoSpeedMin, strAutoSpeedCur, strAutoSpeedMax;
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_AUTO_SPEED_MIN)->GetWindowText(strAutoSpeedMin);
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_AUTO_SPEED)->GetWindowText(strAutoSpeedCur);
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_AUTO_SPEED_MAX)->GetWindowText(strAutoSpeedMax);
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axisDetails.autoSpeed.minValue = _ttof(strAutoSpeedMin);
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axisDetails.autoSpeed.currentValue = _ttof(strAutoSpeedCur);
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axisDetails.autoSpeed.maxValue = _ttof(strAutoSpeedMax);
|
|
// 加速时间
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CString strAcceTimeMin, strAcceTimeCur, strAcceTimeMax;
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_ACCE_TIME_MIN)->GetWindowText(strAcceTimeMin);
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_ACCE_TIME)->GetWindowText(strAcceTimeCur);
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_ACCE_TIME_MAX)->GetWindowText(strAcceTimeMax);
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axisDetails.accelerationTime.minValue = _ttof(strAcceTimeMin);
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axisDetails.accelerationTime.currentValue = _ttof(strAcceTimeCur);
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axisDetails.accelerationTime.maxValue = _ttof(strAcceTimeMax);
|
|
// 减速时间
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CString strDeceTimeMin, strDeceTimeCur, strDeceTimeMax;
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_DECE_TIME_MIN)->GetWindowText(strDeceTimeMin);
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_DECE_TIME)->GetWindowText(strDeceTimeCur);
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GetDlgItem(IDC_EDIT_AXIS_MODITFY_DECE_TIME_MAX)->GetWindowText(strDeceTimeMax);
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axisDetails.decelerationTime.minValue = _ttof(strDeceTimeMin);
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axisDetails.decelerationTime.currentValue = _ttof(strDeceTimeCur);
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axisDetails.decelerationTime.maxValue = _ttof(strDeceTimeMax);
|
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// 如果 positioningPointCount 和 positions.size() 不同，则调整大小
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if (axisDetails.positioningPointCount != (int)axisDetails.positions.size()) {
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axisDetails.positions.resize(axisDetails.positioningPointCount);
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}
|
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// 更新表格中的定位点数据
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for (int i = 0; i < axisDetails.positioningPointCount; i++) {
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auto& enPosition = axisDetails.positions[i];
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|
// 使能状态
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BOOL bIsChecked = ((CGridCellCheck*)m_grid.GetCell(i + 1, 1))->GetCheck();
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enPosition.isEnable = bIsChecked;
|
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// 最小值、当前值和最大值
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CString strMin, strCur, strMax;
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strMin = m_grid.GetItemText(i + 1, 2);
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strCur = m_grid.GetItemText(i + 1, 3);
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strMax = m_grid.GetItemText(i + 1, 4);
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enPosition.range.minValue = _ttof(strMin);
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enPosition.range.currentValue = _ttof(strCur);
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enPosition.range.maxValue = _ttof(strMax);
|
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// 描述
|
CString strDesc;
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strDesc = m_grid.GetItemText(i + 1, 5);
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enPosition.description = std::string(CT2A(strDesc));
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}
|
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// 更新 RecipeManager 中的轴数据
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recipeManager.updateAxis(axisDetails);
|
|
// 保存轴数据到文件
|
CString cstrMessage;
|
if (RecipeManager::getInstance().saveRecipe(std::string(CT2A(m_strRecipeName)))) {
|
writeAxisDataToPLC(m_nAxisNO);
|
cstrMessage.Format(_T("保存轴 [%d] 细部参数成功！"), m_nAxisNO);
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SystemLogManager::getInstance().log(SystemLogManager::LogType::Operation, std::string(CT2A(cstrMessage)));
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}
|
else {
|
cstrMessage.Format(_T("保存轴 [%d] 细部参数失败！"), m_nAxisNO);
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SystemLogManager::getInstance().log(SystemLogManager::LogType::Error, std::string(CT2A(cstrMessage)));
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}
|
|
AfxMessageBox(cstrMessage);
|
}
|
|
void CAxisDetailSettingsDlg::OnBnClickedButtonSetAxisPositioningPoints()
|
{
|
// TODO: 在此添加控件通知处理程序代码
|
CString strPosCount;
|
GetDlgItem(IDC_EDIT_AXIS_POSITIONING_POINTS)->GetWindowText(strPosCount);
|
if (strPosCount.IsEmpty()) {
|
AfxMessageBox(_T("请输入定位点数！"));
|
return;
|
}
|
|
RecipeManager& recipeManager = RecipeManager::getInstance();
|
AxisInfo axisDetails = recipeManager.getAxis(m_nAxisNO);
|
axisDetails.positioningPointCount = _ttoi(strPosCount);
|
|
// 更新 RecipeManager 中的轴数据
|
recipeManager.updateAxis(axisDetails);
|
|
FillAnchorPontManager();
|
}
|
