/// <summary>
/// 复制图元
/// </summary>
/// <returns>复制的图元</returns>
public override ConnectorContainer Clone()
{
AILineGraphElement newLine = new AILineGraphElement(tailConnector.Location, headConnector.Location);
newLine.Text = text;
newLine.DisplayText = displayText;
newLine.TooltipText = tooltipText;
newLine.ShowText = showText;
newLine.ShowID = showID;
newLine.Init();
newLine.Refresh();
newLine.ConnectorCount = connectorCount;
List<ConnectorGraphElement> list = newLine.GetConnectorList();
for (int i = 0; i < connectorList.Count; i++)
{
list[i].Location = connectorList[i].Location;
}
return newLine;
}
/// <summary>
/// 复制图元
/// </summary>
/// <returns>复制的图元</returns>
public override ConnectorContainer Clone()
{
AILineGraphElement newLine = new AILineGraphElement(tailConnector.Location, headConnector.Location);
newLine.Text = text;
newLine.DisplayText = displayText;
newLine.TooltipText = tooltipText;
newLine.ShowText = showText;
newLine.ShowID = showID;
newLine.Init();
newLine.Refresh();
newLine.ConnectorCount = connectorCount;
List <ConnectorGraphElement> list = newLine.GetConnectorList();
for (int i = 0; i < connectorList.Count; i++)
{
list[i].Location = connectorList[i].Location;
}
return(newLine);
}
/// <summary>
/// 创建连接线
/// </summary>
/// <param name="headLocation">头结点位置</param>
/// <param name="tailLocation">尾结点位置</param>
/// <param name="id">连接线ID</param>
/// <returns>连接线</returns>
protected override ConnectorContainer CreateLine(Point headLocation, Point tailLocation, int id)
{
AILineGraphElement line = new AILineGraphElement(headLocation, tailLocation);
line.ID = id;
line.Name = "连接线";
line.Init();
return line;
}
/// <summary>
/// 执行逻辑功能
/// </summary>
/// <param name="flowChartManager">流程图管理器</param>
/// <param name="logicType">逻辑类型</param>
/// <param name="logicData">逻辑数据</param>
/// <return>执行结果</return>
public bool DoLogicFunction(FlowChartManager flowChartManager, LogicType logicType, object logicData)
{
bool result = true;
DataBaseManager dataBaseManager = DataBaseManager.GetDataBaseManager();
GraphManager graphManager = null;
DataManager dataManager = null;
if(flowChartManager != null)
{
graphManager = flowChartManager.CurrentGraphManager;
dataManager = flowChartManager.CurrentDataManager;
}
switch(logicType)
{
case LogicType.Connect: // 连接操作
{
object[] data = logicData as object[];
SlotGraphElement slot = data[0] as SlotGraphElement;
ConnectorGraphElement connector = data[1] as ConnectorGraphElement;
switch (flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
List<GraphElement> list = new List<GraphElement>(); // 记录遍历过的图元的链表
if (connector.IsHeadPoint) // 连入插槽容器
{
SlotContainer inSlotContainer = connector.Line.InSlotContainer;
if (inSlotContainer != null)
{
slot.SlotContainer.EventNode = inSlotContainer.EventNode;
bool enable = (inSlotContainer.EventNode != null && dataManager.IsConnect(inSlotContainer.EventNode, inSlotContainer));
// 检查是否可以更新绑定事件
if (CheckCanBindEventNode(graphManager, slot.SlotContainer, inSlotContainer.EventNode))
{
ReBindEventNode(graphManager, list, slot.SlotContainer, inSlotContainer.EventNode, enable); // 重新绑定当前图元与其连出图元的事件结点
}
else
{
slot.UnBind();
MessageBox.Show("表达式参数与事件类型不匹配！\r\n\r\n请检查连入事件结点的类型是否正确",
"连接检查", MessageBoxButtons.OK, MessageBoxIcon.Information);
result = false;
}
}
}
else // 连出插槽容器
{
SlotContainer outSlotContainer = connector.Line.OutSlotContainer;
if (outSlotContainer != null)
{
bool enable = (slot.SlotContainer.EventNode != null && dataManager.IsConnect(slot.SlotContainer.EventNode, slot.SlotContainer));
// 检查是否可以更新绑定事件
if (CheckCanBindEventNode(graphManager, connector.Line, slot.SlotContainer.EventNode))
{
ReBindEventNode(graphManager, list, connector.Line, slot.SlotContainer.EventNode, enable); // 重新绑定当前图元与其连出图元的事件结点
}
else
{
slot.UnBind();
MessageBox.Show("表达式参数与事件类型不匹配！\r\n\r\n请检查连入事件结点的类型是否正确",
"连接检查", MessageBoxButtons.OK, MessageBoxIcon.Information);
result = false;
}
}
}
if (slot.IsOutSlot && slot.SlotContainer is ConditionGraphElement) // 对条件结点连出的线要进行有效性检查
{
CheckLineValid(dataManager, slot.SlotContainer);
}
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
break;
}
}
break;
}
case LogicType.Disconnect: // 解除连接操作
{
object[] args = logicData as object[];
SlotGraphElement slot = args[0] as SlotGraphElement;
ConnectorGraphElement connector = args[1] as ConnectorGraphElement;
ConnectorContainer line = connector.Line;
SlotContainer slotContainer = slot.SlotContainer;
switch (flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
List<GraphElement> list = new List<GraphElement>(); // 记录遍历的图元的链表
if (connector.IsHeadPoint) // 移出连接线的头结点
{
ReBindEventNode(graphManager, list, slotContainer, null, false); // 重新绑定当前图元与其连出图元的事件结点
}
else // 移出连接线的尾结点
{
SlotContainer outSlotContainer = connector.Line.OutSlotContainer;
if (outSlotContainer != null)
{
ReBindEventNode(graphManager, list, connector.Line, null, false); // 重新绑定当前图元与其连出图元的事件结点
}
}
if (slot.IsOutSlot && slotContainer is ConditionGraphElement) // 对条件结点连出的线要进行有效性检查
{
CheckLineValid(dataManager, slotContainer);
if (line.Text == "×") // 连接线无效
{
line.Invalid = false;
line.ShowText = false;
}
}
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
break;
}
}
break;
}
case LogicType.BeforeDelete: // 删除之前的操作
{
GraphElement graphElement = logicData as GraphElement;
switch(flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
if(graphElement is SlotContainer) // 当前图元是插槽容器
{
SlotContainer slotContainer = graphElement as SlotContainer;
if(slotContainer is ConditionGraphElement) // 对条件结点连出的线要进行有效性检查
{
foreach(SlotGraphElement slot in slotContainer.GetOutSlotList())
{
if(slot.Binded)
{
ConnectorContainer line = slot.BindingConnector.Line;
if (line.Invalid)
{
line.Invalid = false;
line.ShowText = false;
}
}
}
}
}
else if(graphElement is ConnectorContainer) // 当前图元是连接线
{
ConnectorContainer line = graphElement as ConnectorContainer;
if (line.InSlotContainer is ConditionGraphElement) // 对条件结点连出的线要进行有效性检查
{
CheckLineValid(dataManager, line.InSlotContainer);
}
}
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
break;
}
}
break;
}
case LogicType.AfterDelete: // 删除之后的操作
{
List<GraphElement> graphElementList = logicData as List<GraphElement>;
foreach(GraphElement graphElement in graphElementList)
{
List<GraphElement> list = new List<GraphElement>(); // 记录遍历过图元的链表
ReBindEventNode(graphManager, list, graphElement, null, false); // 重新设定事件结点及图元是否可用
}
break;
}
case LogicType.Edit: // 编辑操作
{
switch(flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 流程图编辑模式
{
GraphElement graphElement = logicData as GraphElement;
if (graphElement is SlotContainer)
{
SlotContainer slotContainer = graphElement as SlotContainer;
if (graphElement is ConditionGraphElement)
{
CheckLineValid(dataManager, slotContainer);
}
// 根据文本内容调整插槽容器的大小
slotContainer.AdjustElementSize();
}
else if (graphElement is ConnectorContainer)
{
ConnectorContainer line = graphElement as ConnectorContainer;
if (line.InSlotContainer != null && line.InSlotContainer is ConditionGraphElement) // 对条件结点的连接线要特殊检查
{
CheckLineValid(dataManager, line.InSlotContainer);
}
}
break;
}
case ChartMode.AIChart: // AI图编辑模式
{
break;
}
}
break;
}
case LogicType.CheckEditable:
{
GraphElement graphElement = logicData as GraphElement;
switch(flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
if (graphElement is ConnectorContainer)
{
ConnectorContainer line = graphElement as ConnectorContainer;
if (line.InSlotContainer != null && !(line.InSlotContainer is ConditionGraphElement))
{
result = false;
}
}
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
break;
}
}
break;
}
case LogicType.CreateLine: // 创建连接线操作
{
object[] args = logicData as object[];
int id = (int)args[0];
SlotGraphElement slot = args[1] as SlotGraphElement;
Point p = (Point)args[2];
Helper helper = Helper.GetHelper();
switch(flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart:
{
LineGraphElement lineGraphElement = new LineGraphElement(slot.Location, p);
lineGraphElement.ID = id;
lineGraphElement.Name = "连接线";
lineGraphElement.TextFont = helper.TextFont;
lineGraphElement.InvalidColor = Color.Brown;
lineGraphElement.Init();
slot.Bind(lineGraphElement.GetConnectorList()[0]);
lineGraphElement.Refresh();
graphManager.SelectedGraphElement = lineGraphElement;
break;
}
case ChartMode.AIChart:
{
AILineGraphElement aiLineGraphElement = new AILineGraphElement(slot.Location, p);
aiLineGraphElement.ID = id;
aiLineGraphElement.Name = "AI连接线";
aiLineGraphElement.TextFont = helper.TextFont;
aiLineGraphElement.InvalidColor = Color.Brown;
aiLineGraphElement.Init();
slot.Bind(aiLineGraphElement.GetConnectorList()[0]);
aiLineGraphElement.Refresh();
graphManager.SelectedGraphElement = aiLineGraphElement;
break;
}
}
break;
}
case LogicType.CreateAndConnectLine: // 创建并连接连接线
{
Helper helper = Helper.GetHelper();
object[] args = logicData as object[];
int id = (int)args[0];
SlotGraphElement outSlot = args[1] as SlotGraphElement;
SlotGraphElement inSlot = args[2] as SlotGraphElement;
switch(flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 流程图编辑模式
{
LineGraphElement lineGraphElement = new LineGraphElement(outSlot.Location, inSlot.Location);
lineGraphElement.ID = id;
lineGraphElement.Name = "连接线";
lineGraphElement.TextFont = helper.TextFont;
lineGraphElement.InvalidColor = Color.Brown;
lineGraphElement.Init();
lineGraphElement.Refresh();
graphManager.SelectedGraphElement = lineGraphElement;
break;
}
case ChartMode.AIChart: // AI图编辑模式
{
AILineGraphElement aiLineGraphElement = new AILineGraphElement(outSlot.Location, inSlot.Location);
aiLineGraphElement.ID = id;
aiLineGraphElement.Name = "AI连接线";
aiLineGraphElement.TextFont = helper.TextFont;
aiLineGraphElement.InvalidColor = Color.Brown;
aiLineGraphElement.Init();
aiLineGraphElement.Refresh();
graphManager.SelectedGraphElement = aiLineGraphElement;
break;
}
}
break;
}
case LogicType.PopUpContextMenu: // 弹出右键菜单
{
ButtonItem contextMenu = logicData as ButtonItem;
switch(flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
if (graphManager.SelectedGraphElement != null) // 有图元被选中
{
contextMenu.SubItems["bAddConditionFlowChart"].Text = "创建并连接 条件结点 (<u>2</u>)";
contextMenu.SubItems["bAddActionFlowChart"].Text = "创建并连接 动作结点 (<u>3</u>)";
}
else
{
contextMenu.SubItems["bCreateEventFlowChart"].Text = "创建事件结点 (<u>1</u>)";
}
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
if (graphManager.SelectedGraphElement != null) // 有图元被选中
{
contextMenu.SubItems["bAddConditionFlowChart"].Text = "创建并连接 AI分支结点 (<u>2</u>)";
contextMenu.SubItems["bAddActionFlowChart"].Text = "创建并连接 AI动作结点 (<u>3</u>)";
}
else
{
contextMenu.SubItems["bCreateEventFlowChart"].Text = "创建AI状态结点 (<u>1</u>)";
}
break;
}
}
break;
}
case LogicType.Create: // 右键菜单中创建图元
{
GraphType graphType = (GraphType)logicData;
DocumentManager documentManager = DocumentManager.GetDocumentManager();
switch(flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
switch(graphType)
{
case GraphType.EventNode: // 创建事件结点
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.EventNode, false);
documentManager.AddGraphType = GraphType.EventNode;
documentManager.AddGraphElement = true;
break;
}
case GraphType.ConditionNode: // 创建条件结点
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.ConditionNode, true);
documentManager.AddGraphType = GraphType.ConditionNode;
documentManager.AddGraphElement = true;
break;
}
case GraphType.ActionNode: // 创建动作结点
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.ActionNode, true);
documentManager.AddGraphType = GraphType.ActionNode;
documentManager.AddGraphElement = true;
break;
}
}
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
switch (graphType)
{
case GraphType.EventNode: // 创建AI状态结点
{
if(flowChartManager.CurrentGraphManager.SelectedGraphElement != null)
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.AIStateNode, true);
}
else
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.AIStateNode, false);
}
documentManager.AddGraphType = GraphType.AIStateNode;
documentManager.AddGraphElement = true;
break;
}
case GraphType.ConditionNode: // 创建AI动作结点
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.AIActionNode, true);
documentManager.AddGraphType = GraphType.AIActionNode;
documentManager.AddGraphElement = true;
break;
}
case GraphType.ActionNode: // 创建AI动作组结点
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.AIActionsNode, true);
documentManager.AddGraphType = GraphType.AIActionsNode;
documentManager.AddGraphElement = true;
break;
}
}
break;
}
}
break;
}
case LogicType.CreateAtPoint: // 在指定点创建
{
DocumentManager documentManager = DocumentManager.GetDocumentManager();
object[] args = logicData as object[];
int graphType = (int)args[0];
Point location = (Point)args[1];
switch(flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
switch(graphType)
{
case 1: // 创建事件结点
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.EventNode, location, false);
documentManager.AddGraphType = GraphType.EventNode;
documentManager.AddGraphElement = true;
break;
}
case 2: // 创建条件结点
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.ConditionNode, location, true);
documentManager.AddGraphType = GraphType.ConditionNode;
documentManager.AddGraphElement = true;
break;
}
case 3: // 创建动作结点
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.ActionNode, location, true);
documentManager.AddGraphType = GraphType.ActionNode;
documentManager.AddGraphElement = true;
break;
}
}
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
switch(graphType)
{
case 1: // 创建AI状态结点
{
if(flowChartManager.CurrentGraphManager.SelectedGraphElement != null)
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.AIStateNode, location, true);
}
else
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.AIStateNode, location, false);
}
documentManager.AddGraphType = GraphType.AIStateNode;
documentManager.AddGraphElement = true;
break;
}
case 2: // 创建AI动作结点
{
if(graphManager.SelectedGraphElement is SlotContainer)
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.AIActionNode, location, true);
documentManager.AddGraphType = GraphType.AIActionNode;
documentManager.AddGraphElement = true;
}
break;
}
case 3: // 创建AI动作组结点
{
if(graphManager.SelectedGraphElement is SlotContainer)
{
flowChartManager.CurrentGraphManager.CreateAbbreviateGraphElement(GraphType.AIActionsNode, location, true);
documentManager.AddGraphType = GraphType.AIActionsNode;
documentManager.AddGraphElement = true;
}
break;
}
}
break;
}
}
break;
}
case LogicType.ViewCode: // 查看代码
{
DocumentManager documentManager = DocumentManager.GetDocumentManager();
Helper helper = Helper.GetHelper();
string relevatePath = logicData as string;
switch(documentManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
string path = Path.Combine(helper.OutputDir, "scripts\\Map");
path = Path.Combine(path, string.Format("{0}.lua", relevatePath));
FileInfo fi = new FileInfo(path);
if(fi.Exists) // 文件存在
{
try
{
System.Diagnostics.Process.Start(path);
}
catch (Exception ex)
{
MessageBox.Show("在查看代码文件时产生IO异常：" + ex.ToString());
}
}
else
{
MessageBox.Show(string.Format("文件{0}不存在！", path), "查看代码",
MessageBoxButtons.OK, MessageBoxIcon.Information);
}
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
break;
}
}
break;
}
case LogicType.CompileCode: // 生成代码
{
break;
}
case LogicType.CompileCodes: // 生成代码
{
break;
}
case LogicType.CheckLogic: // 检查逻辑
{
object[] args = logicData as object[];
dataManager = args[0] as DataManager;
string name = args[1] as string;
List<SlotContainer> slotContainerList = args[2] as List<SlotContainer>;
List<ConnectorContainer> connectorContainerList = args[3] as List<ConnectorContainer>;
TextBoxX logBox = args[4] as TextBoxX;
bool showDetail = (bool)args[5];
switch(flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
result = CheckFlowChartAvail(dataManager, name, slotContainerList, connectorContainerList, logBox,
showDetail);
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
break;
}
}
break;
}
case LogicType.ManageArguments: // 管理变量
{
DocumentManager documentManager = DocumentManager.GetDocumentManager();
switch(documentManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
VarManager.Program varManager = new VarManager.Program();
varManager.Show(dataBaseManager.GetJx3webConnection());
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
flowChartManager = documentManager.CurrentFlowChartManager;
if(flowChartManager == null)
{
MessageBox.Show("当前没有流程图被激活！", "变量管理", MessageBoxButtons.OK,
MessageBoxIcon.Information);
result = false;
}
else
{
}
break;
}
}
break;
}
case LogicType.SetCompileArgs: // 设置代码生成的参数
{
FlowChartMetaDataManager flowChartMetaDataManager = logicData as FlowChartMetaDataManager;
Helper helper = Helper.GetHelper();
switch(flowChartManager.CurrentChartMode)
{
case ChartMode.FlowChart: // 编辑流程图模式
{
string fullPath = Path.Combine(helper.OutputDir, "scripts\\Map");
fullPath = Path.Combine(fullPath, flowChartManager.CurrentPath);
string[] data = flowChartManager.CurrentPath.Split(new char[] { '\\' });
flowChartMetaDataManager.RootPath = helper.OutputDir;
flowChartMetaDataManager.FlowChartFullPath = fullPath;
flowChartMetaDataManager.FlowChartShortPath = flowChartManager.CurrentPath;
flowChartMetaDataManager.FlowChartName = data[data.Length - 1];
flowChartMetaDataManager.MapName = data[0];
break;
}
case ChartMode.AIChart: // 编辑AI图模式
{
string fullPath = Path.Combine(helper.OutputDir, "scripts\\ai");
fullPath = Path.Combine(fullPath, flowChartManager.CurrentPath);
string[] data = flowChartManager.CurrentPath.Split(new char[] { '\\' });
flowChartMetaDataManager.RootPath = helper.OutputDir;
flowChartMetaDataManager.FlowChartFullPath = fullPath;
flowChartMetaDataManager.FlowChartShortPath = flowChartManager.CurrentPath;
flowChartMetaDataManager.FlowChartName = data[data.Length - 1];
flowChartMetaDataManager.MapName = data[0];
break;
}
}
break;
}
}
return result;
}