public CoreEnvelopeDesignForm(MainForm main_Form, CoreEnvelopeArithmetic _coreEnvelope) { InitializeComponent(); dataGridViewParaInput.Columns[1].ValueType = System.Type.GetType("System.Decimal"); mainForm = main_Form; curWa = _coreEnvelope; }
public CoreEnvelopeDesignForm(MainForm main_Form, CoreEnvelopeArithmetic _coreEnvelope) { InitializeComponent(); dataGridViewParaInput.Columns[1].ValueType = System.Type.GetType("System.Decimal"); mainForm = main_Form; curWa = _coreEnvelope; }
private void cmbWeightMethod_SelectedIndexChanged(object sender, EventArgs e) { if (!bEditProject) { string itemkey = (string)cmbWeightMethod.SelectedItem; curWa = CoreEnvelopeArithmetic.ReadArithmeticData(waItems[itemkey]); } OnCurWaChanged(); }
public CoreEnvelopeArithmeticOperForm(string str_Type, TreeNode selNode) { InitializeComponent(); strType = str_Type; switch (strType) { case "new": { txtName.ReadOnly = false; txtName.Text = "新建算法"; break; } case "edit": { waData = CoreEnvelopeArithmetic.ReadArithmeticData(selNode.Name); FormulaBase = waData.FormulaList.Count; dateTimePickerCreateTime.Text = waData.CreateTime; dateTimePickerLastModifyTime.Text = waData.LastModifyTime; txtRemark.Text = waData.Remark; txtName.Text = waData.Name; txtName.ReadOnly = true; break; } case "jynew": { if (selNode.Tag == null) { waData = CoreEnvelopeArithmetic.ReadArithmeticData(selNode.Name); } else { CoreEnvelopeArithmetic tempwa = selNode.Tag as CoreEnvelopeArithmetic; waData = (tempwa != null) ? tempwa.Clone() : (new CoreEnvelopeArithmetic()); } FormulaBase = waData.FormulaList.Count; dateTimePickerCreateTime.Text = waData.CreateTime; dateTimePickerLastModifyTime.Text = waData.LastModifyTime; txtRemark.Text = waData.Remark; txtName.Text = waData.Name + " 副本"; txtName.ReadOnly = false; break; } } foreach (NodeFormula nf in waData.FormulaList) { TreeNode node = treeViewWeightSortNode.Nodes[0].Nodes.Add(nf.NodeName, nf.NodeName); node.Tag = nf; } treeViewWeightSortNode.ExpandAll(); }
public CoreEnvelopeArithmeticOperForm(string str_Type, TreeNode selNode) { InitializeComponent(); strType = str_Type; switch (strType) { case "new": { txtName.ReadOnly = false; txtName.Text = "新建算法"; break; } case "edit": { waData = CoreEnvelopeArithmetic.ReadArithmeticData(selNode.Name); FormulaBase = waData.FormulaList.Count; dateTimePickerCreateTime.Text = waData.CreateTime; dateTimePickerLastModifyTime.Text = waData.LastModifyTime; txtRemark.Text = waData.Remark; txtName.Text = waData.Name; txtName.ReadOnly = true; break; } case "jynew": { if (selNode.Tag == null) { waData = CoreEnvelopeArithmetic.ReadArithmeticData(selNode.Name); } else { CoreEnvelopeArithmetic tempwa = selNode.Tag as CoreEnvelopeArithmetic; waData = (tempwa != null) ? tempwa.Clone() : (new CoreEnvelopeArithmetic()); } FormulaBase = waData.FormulaList.Count; dateTimePickerCreateTime.Text = waData.CreateTime; dateTimePickerLastModifyTime.Text = waData.LastModifyTime; txtRemark.Text = waData.Remark; txtName.Text = waData.Name + " 副本"; txtName.ReadOnly = false; break; } } foreach (NodeFormula nf in waData.FormulaList) { TreeNode node = treeViewWeightSortNode.Nodes[0].Nodes.Add(nf.NodeName, nf.NodeName); node.Tag = nf; } treeViewWeightSortNode.ExpandAll(); }
/// <summary> /// 导出重心包线设计结果到SyswareDataObject.xml /// </summary> /// <param name="coreEnvelope"></param> /// <param name="isAddChildren"></param> /// <returns></returns> public static string saveCoreEnvelopeDesignDataObjectToXml(CoreEnvelopeArithmetic coreEnvelope, bool isAddChildren) { string path = null; try { SyswareDataObject sdo = new SyswareDataObject(); SyswareDataObject subSdo = new SyswareDataObject(); foreach (NodeFormula n in coreEnvelope.FormulaList) { SyswareDataObject nSdo = new SyswareDataObject(); nSdo.name = n.NodeName; SyswareDataObject xSdo = new SyswareDataObject(); xSdo.name = n.XFormula.NodePath; xSdo.value = Math.Round(Convert.ToDouble(n.XFormula.Value), 6).ToString(); xSdo.unit = "Millimeter"; nSdo.children.Add(xSdo); SyswareDataObject ySdo = new SyswareDataObject(); ySdo.name = n.YFormula.NodePath; ySdo.value = Math.Round(Convert.ToDouble(n.YFormula.Value), 6).ToString(); ySdo.unit = "Kilogram"; nSdo.children.Add(ySdo); subSdo.children.Add(nSdo); } if (isAddChildren) { subSdo.name = coreEnvelope.DataName; sdo = subSdo; } else { sdo.name = "重心包线设计结果"; subSdo.name = coreEnvelope.DataName; sdo.children.Add(subSdo); } XmlDocument myXmlDoc = saveSyswareDataObjectToXML(null, null, sdo); path = System.IO.Path.GetTempPath() + System.IO.Path.GetRandomFileName() + ".xml"; //将xml文件保存到临时路径下 myXmlDoc.Save(path); } catch { //XLog.Write("无法保存重量设计XML." + e.Message); return(null); } return(path); }
private void cmbWeightMethod_SelectedIndexChanged(object sender, EventArgs e) { if (!bEditProject) { string itemkey = (string)cmbWeightMethod.SelectedItem; curWa = CoreEnvelopeArithmetic.ReadArithmeticData(waItems[itemkey]); } OnCurWaChanged(); }
private void btnExport_Click(object sender, EventArgs e) { System.Windows.Forms.SaveFileDialog dlg = new SaveFileDialog(); dlg.FileName = selNode.Text; CoreEnvelopeArithmetic wa = null; if (selNode.Tag != null) { wa = selNode.Tag as CoreEnvelopeArithmetic; dlg.FileName = wa.Name; } dlg.OverwritePrompt = false; dlg.DefaultExt = "mcem"; dlg.Filter = "Mcem files (*.mcem)|*.mcem"; if (dlg.ShowDialog() != DialogResult.OK) { return; } //从本地导出 if (selNode.Tag == null) { if (selNode.Name != dlg.FileName) { string strSourcefile = System.AppDomain.CurrentDomain.BaseDirectory + selNode.Name; try { if (File.Exists(dlg.FileName)) { if (MessageBox.Show("文件\"" + dlg.FileName + "\"已存在,是否覆盖?", "文件已存在", MessageBoxButtons.YesNo) == DialogResult.Yes) { System.IO.File.Copy(strSourcefile, dlg.FileName, true); } else { return; } } else { System.IO.File.Copy(strSourcefile, dlg.FileName, true); } } catch (Exception ex) { MessageBox.Show(ex.Message); return; } } } else { if (!wa.WriteArithmeticFile(dlg.FileName, true)) { return; } } if (selNode != null) { //int index = selNode.Name.LastIndexOf("\\"); //string strSFName = index == -1 ? string.Empty : selNode.Name.Substring(index + 1, selNode.Name.Length - index - 1); //int index1 = strSFName.LastIndexOf("."); //string strName = index1 == -1 ? string.Empty : strSFName.Substring(0, index1); XCommon.XLog.Write("成功导出算法到文件\"" + dlg.FileName + "\"!"); } }
private void btnImport_Click(object sender, EventArgs e) { try { System.Windows.Forms.OpenFileDialog dlg = new OpenFileDialog(); dlg.RestoreDirectory = true; dlg.Filter = "Mcem files (*.mcem)|*.mcem"; if (dlg.ShowDialog() != DialogResult.OK) { return; } CoreEnvelopeArithmetic cea = CoreEnvelopeArithmetic.ReadArithmeticData(dlg.FileName);; if (cea == null) { return; } bool boverwrite = false; TreeNode node = treeViewArithmeticList.Nodes[0]; while (true) { bool binclude = false; foreach (TreeNode subnode in node.Nodes) { if (subnode.Text == cea.Name) { binclude = true; break; } } if (binclude) { DialogResult dr = MessageBox.Show("已有该算法,是否重命名?\r\n选\"否\"的话将覆盖现有算法。\r\n选\"取消\"则停止导入。", "该算法已存在", MessageBoxButtons.YesNoCancel); if (dr == DialogResult.Yes) { string sortname = Microsoft.VisualBasic.Interaction.InputBox("请输入新的算法名称:", "输入新的算法名称", cea.Name, -1, -1); sortname = sortname.Trim(); if (sortname == "") { return; } cea.Name = sortname; } else if (dr == DialogResult.Cancel) { return; } else { boverwrite = true; break; } } else { break; } } if (CoreEnvelopeArithmeticOperForm.WriteArithmeticFile(cea, false)) { if (!boverwrite) { node.Nodes.Add("CenterofGravityEnvelopeMethod\\" + cea.Name + ".mcem", cea.Name, 4, 5); } } XCommon.XLog.Write("成功导入算法\"" + cea.Name + "\"!"); } catch (Exception ex) { XCommon.XLog.Write("导入重心包线算法文件错误." + ex.Message); } }
static public bool WriteArithmeticFile(CoreEnvelopeArithmetic wa, bool bOverWritePrompt) { string filepath = "CenterofGravityEnvelopeMethod\\" + wa.Name + ".mcem"; return(wa.WriteArithmeticFile(filepath, bOverWritePrompt)); }
public static bool WriteArithmeticFile(CoreEnvelopeArithmetic wa, bool bOverWritePrompt) { string filepath = "CenterofGravityEnvelopeMethod\\" + wa.Name + ".mcem"; return wa.WriteArithmeticFile(filepath, bOverWritePrompt); }