/// <summary>
/// symbol的生成
/// </summary>
public void Generate_Symbol()
{
if (this.myConn == null)
{
MessageBox.Show("首先请选择一个数据库文件");
return;
}
this.toolStripStatusLabel2.Text = "正在生成图标... ...";
Meta_SymbolS meta_symbols = new Meta_SymbolS(this.meta_modules);//转换为描述Meta_Symbol信息
meta_symbols.InsertIntoTable(this.myConn);//插入到Meta_SymbolMaster和meta_symboldetail中
this.toolStripStatusLabel2.Text = "图标生成结束.";
}
/// <summary>
/// 文件的选择,Controlladdr的显示
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void button1_Click(object sender, EventArgs e)
{
OpenFileDialog open_file_dialog = new OpenFileDialog();
if (open_file_dialog.ShowDialog() == DialogResult.OK)
{
this.file_path = open_file_dialog.FileName;
this.toolStripStatusLabel1.Text = "Current File is:" + this.file_path;
this.strConn = @"Provider=Microsoft.Jet.OLEDB.4.0;" + @"Data Source=" + this.file_path;
this.myConn = new OleDbConnection(this.strConn);
this.meta_modules = new Meta_ModuleS(this.myConn);
this.meta_symbols = new Meta_SymbolS(this.meta_modules);
string sqlStr = "SELECT DISTINCT ControllerAddress FROM Prj_Document";
OleDbDataAdapter da = new OleDbDataAdapter(sqlStr, myConn);
DataSet ds = new DataSet();
da.Fill(ds);
this.dataGridView_ControlAddr.DataSource = ds.Tables[0].DefaultView;
foreach (DataRow row in ds.Tables[0].Rows)
{
controlladdr_list.Add(row[0].ToString());
}
}
}
/// <summary>
/// 将Meta_FCMaster和Meta_FCDetail表中的内容转换到Meta_SymbolMaster和Meta_SymbolDetail表中
/// </summary>
/// <param name="conn">数据库连接:OleDbConnection</param>
static public void Meta_Module_2_Meta_Symbol(OleDbConnection conn)
{
Meta_ModuleS meta_modules = new Meta_ModuleS(conn);//读取Meta_Module信息
Meta_SymbolS meta_symbols = new Meta_SymbolS(meta_modules);//转换为描述Meta_Symbol信息
meta_symbols.InsertIntoTable(conn);//插入到Meta_SymbolMaster和meta_symboldetail中
}
/// <summary>
/// 根据模块的连线关系，生成Cld_Signal数据
/// 输入为：signals(从Cld_Module（开始模块）到ASignal的哈希)
/// 输出：cld_signals(包含了所有的cld_signal信息，从objectid到 Cld_Signal对象的哈希表)
/// </summary>
/// <param name="meta_symbols">Meta_Symbols</param>
public void Generate_Signal_Data(Meta_SymbolS meta_symbols)
{
#region 计算模块输入引脚延伸的长度
//Cld_FCMaster id, PinName 到Asignal的哈希
Hashtable id_name_to_asignal = Transform_Signal();
//Cld_FCMaster id到ASignal List的哈希
Hashtable id_to_asignal_list = new Hashtable();
foreach (List<string> id_name_list in id_name_to_asignal.Keys)
{
if (id_to_asignal_list.Contains(id_name_list[0]))
{
((List<ASignal>)id_to_asignal_list[id_name_list[0]]).Add((ASignal)id_name_to_asignal[id_name_list]);
}
else
{
List<ASignal> t = new List<ASignal>();
t.Add((ASignal)id_name_to_asignal[id_name_list]);
id_to_asignal_list[id_name_list[0]] = t;
}
}
//对每一个Cld模块
foreach (string id in id_to_asignal_list.Keys)
{
List<ASignal> asignal_list = (List<ASignal>)id_to_asignal_list[id];
//表示一个cld_module_pin连线的方向 ，true means "up" false means "down or h"
foreach (ASignal asignal in asignal_list)
{
//对每一个CLd模块的每一个输入引脚的连线进行处理
Cld_Module start_module = asignal.start_module;//开始模块
string start_pin = asignal.start_pin;//开始PinName
Cld_Module_Pin start_cld_pin_obj = (Cld_Module_Pin)start_module.Pins[start_pin];
Meta_Module meta_module = (Meta_Module)meta_modules.meta_modules[start_module.FunctionName];
Meta_Module_Pin start_pin_obj = meta_module.Pin_Obj_By_Pin_Name(start_pin);//开始Pin对象
Point start_module_point = start_module.Get_Pos();//模块的绝对位置坐标
Meta_SymbolMaster meta_symbol_master = (Meta_SymbolMaster)meta_symbols.meta_symbols[start_module.SymbolName];
Point start_pin_relative_point = (Point)meta_symbol_master.Pin_Relative_Pos[start_pin_obj];//开始点的相对坐标
Point start_pin_abs_point = start_module_point + start_pin_relative_point;
Cld_Module end_module = asignal.end_modules[0];//结束模块
string end_pin = asignal.end_pins[0];//结束PinName
Cld_Module_Pin end_cld_pin_obj = (Cld_Module_Pin)end_module.Pins[end_pin];
Meta_Module meta_module_end = (Meta_Module)meta_modules.meta_modules[end_module.FunctionName];
Meta_Module_Pin end_pin_obj = meta_module_end.Pin_Obj_By_Pin_Name(end_pin);//结束Pin对象
Point end_module_point = end_module.Get_Pos();//结束模块的绝对坐标
Meta_SymbolMaster meta_symbol_master_end = (Meta_SymbolMaster)meta_symbols.meta_symbols[end_module.SymbolName];
Point end_pin_relative_point = (Point)meta_symbol_master_end.Pin_Relative_Pos[end_pin_obj];//结束点的相对坐标
Point end_pin_abs_point = end_module_point + end_pin_relative_point;
if (start_pin_abs_point.y <= end_pin_abs_point.y)
{
//此Pin的连线向下
List<int> updown_and_pinindex = new List<int>();
updown_and_pinindex.Add(0);
updown_and_pinindex.Add(Int32.Parse(start_pin_obj.PinIndex));
asignal.annote = updown_and_pinindex;
asignal.start_pin_index = Int32.Parse(start_pin_obj.PinIndex);
asignal.start_direction = ASignal.DIR.DOWN;
}
else
{
//此Pin的连线向下
List<int> updown_and_pinindex = new List<int>();
updown_and_pinindex.Add(1);
updown_and_pinindex.Add(Int32.Parse(start_pin_obj.PinIndex));
asignal.annote = updown_and_pinindex;
asignal.start_pin_index = Int32.Parse(start_pin_obj.PinIndex);
asignal.start_direction = ASignal.DIR.UP;
}
}
}
//Cld_FCMaster id到ASignal List的哈希
Pin_length pin_length = new Pin_length(id_to_asignal_list);
#endregion
//最终数据库中要插入的signal的对象
Cld_Signal temp;
//处理每一个连线关系
foreach (ASignal asignal in signals.data.Values)
{
Cld_Module start_module = asignal.start_module;//开始模块
string start_pin = asignal.start_pin;//开始PinName
Cld_Module_Pin start_cld_pin_obj = (Cld_Module_Pin)start_module.Pins[start_pin];
Meta_Module meta_module = (Meta_Module)meta_modules.meta_modules[start_module.FunctionName];
Meta_Module_Pin start_pin_obj = meta_module.Pin_Obj_By_Pin_Name(start_pin);//开始Pin对象
Point start_module_point = start_module.Get_Pos();//模块的绝对位置坐标
Meta_SymbolMaster meta_symbol_master = (Meta_SymbolMaster)meta_symbols.meta_symbols[start_module.SymbolName];
Point start_pin_relative_point = (Point)meta_symbol_master.Pin_Relative_Pos[start_pin_obj];//开始点的相对坐标
Point start_pin_abs_point = start_module_point + start_pin_relative_point;
temp = new Cld_Signal();
temp.ObjectID = start_module.ObjectID + "_" + start_pin;
temp.ControllerAddress = ControllerAddr;
temp.DocumentName = DocumentName;
temp.SheetName = SheetName;
temp.Name = "";
temp.SignalType = "";
temp.EntityBelongTo = "";
//开始点的坐标 + { + 模块Id.pinName +} +，
for (int i = 0; i < asignal.end_modules.Count; i++)
{
Cld_Module end_module = asignal.end_modules[i];//结束模块
string end_pin = asignal.end_pins[i];//结束PinName
Cld_Module_Pin end_cld_pin_obj = (Cld_Module_Pin)end_module.Pins[end_pin];
Meta_Module meta_module_end = (Meta_Module)meta_modules.meta_modules[end_module.FunctionName];
Meta_Module_Pin end_pin_obj = meta_module_end.Pin_Obj_By_Pin_Name(end_pin);//结束Pin对象
Point end_module_point = end_module.Get_Pos();//结束模块的绝对坐标
Meta_SymbolMaster meta_symbol_master_end = (Meta_SymbolMaster)meta_symbols.meta_symbols[end_module.SymbolName];
Point end_pin_relative_point = (Point)meta_symbol_master_end.Pin_Relative_Pos[end_pin_obj];//结束点的相对坐标
Point end_pin_abs_point = end_module_point + end_pin_relative_point;
List<Point> line = new List<Point>();//一条线的数据
if (start_pin_abs_point.x - end_pin_abs_point.x < 0)
{
#region 从前到后
//首先判断源和目的是否在一条直线上
if (start_pin_abs_point.y == end_pin_abs_point.y)
{
//在一条直线上
start_pin_abs_point.cld_module_pin = start_cld_pin_obj;
line.Add(start_pin_abs_point);
end_pin_abs_point.cld_module_pin = end_cld_pin_obj;
line.Add(end_pin_abs_point);
}
else
{
//不在一条直线上，那么通过两个折点进行连接
Point temp_point;
//double layout_before_temp = end_module.line_layout_before.Next();
double layout_before_temp = pin_length.Get_Length(end_module.ObjectID, end_pin);
start_pin_abs_point.cld_module_pin = start_cld_pin_obj;
line.Add(start_pin_abs_point);//start
//第一个折点
temp_point = new Point();
temp_point.y = start_pin_abs_point.y;
temp_point.x = end_pin_abs_point.x - layout_before_temp;
temp_point.is_valid = true;
line.Add(temp_point);
//第二个折点
temp_point = new Point();
temp_point.y = end_pin_abs_point.y;
temp_point.x = end_pin_abs_point.x - layout_before_temp;
temp_point.is_valid = true;
line.Add(temp_point);
//最后的end
end_pin_abs_point.cld_module_pin = end_cld_pin_obj;
line.Add(end_pin_abs_point);
}
#endregion
}
else if (start_pin_abs_point.x - end_pin_abs_point.x == 0)
{
#region 在同一垂直方向上
if (start_pin_abs_point.y == end_pin_abs_point.y)
{
//在一条直线上
start_pin_abs_point.cld_module_pin = start_cld_pin_obj;
line.Add(start_pin_abs_point);
end_pin_abs_point.cld_module_pin = end_cld_pin_obj;
line.Add(end_pin_abs_point);
}
else
{
//不在一条直线上，直接相连x坐标相同
start_pin_abs_point.cld_module_pin = start_cld_pin_obj;
line.Add(start_pin_abs_point);//start
//最后的end
end_pin_abs_point.cld_module_pin = end_cld_pin_obj;
line.Add(end_pin_abs_point);
}
#endregion
}
else
{
#region 从后到前
//首先判断源和目的是否在一条水平线上
if (start_pin_abs_point.y == end_pin_abs_point.y)
{
//在一条水平线上
start_pin_abs_point.cld_module_pin = start_cld_pin_obj;
line.Add(start_pin_abs_point);
end_pin_abs_point.cld_module_pin = end_cld_pin_obj;
line.Add(end_pin_abs_point);
}
else
{
//不在一条水平线上,通过四个折点连接
if (start_module.ObjectID.Equals(end_module.ObjectID))
{
#region 开始和结束为同一个模块
start_pin_abs_point.cld_module_pin = start_cld_pin_obj;
line.Add(start_pin_abs_point);//start
//第一个折点
Point temp_point1 = new Point();
temp_point1.x = start_pin_abs_point.x + 30;
temp_point1.y = start_pin_abs_point.y;
temp_point1.is_valid = true;
line.Add(temp_point1);
//第二个折点
Point temp_point2 = new Point();
double upper_y = start_module_point.y - 15;
double lower_y = ((Meta_SymbolMaster)meta_symbols.meta_symbols[start_module.SymbolName]).Height + start_module_point.y + 15;
double upper_sum = start_pin_abs_point.y - upper_y + end_pin_abs_point.y - upper_y;
double lower_sum = lower_y - start_pin_abs_point.y + lower_y - end_pin_abs_point.y;
if (upper_sum > lower_sum)
{
//第二个折点的y为lower
temp_point2.x = temp_point1.x;
temp_point2.y = lower_y;
}
else
{
//第二个折点的y为upper
temp_point2.x = temp_point1.x;
temp_point2.y = upper_y;
}
temp_point2.is_valid = true;
line.Add(temp_point2);
//第三个折点
Point temp_point3 = new Point();
temp_point3.x = end_pin_abs_point.x - pin_length.Get_Length(end_module.ObjectID, end_pin);
temp_point3.y = temp_point2.y;
temp_point3.is_valid = true;
line.Add(temp_point3);
//第四个折点
Point temp_point4 = new Point();
temp_point4.x = temp_point3.x;
temp_point4.y = end_pin_abs_point.y;
temp_point4.is_valid = true;
line.Add(temp_point4);
//最后的end
end_pin_abs_point.cld_module_pin = end_cld_pin_obj;
line.Add(end_pin_abs_point);
#endregion
}
else
{
#region signal的开始和结束不为同一个模块
start_pin_abs_point.cld_module_pin = start_cld_pin_obj;
line.Add(start_pin_abs_point);//start
//第一个折点
Point temp_point1 = new Point();
temp_point1.x = start_pin_abs_point.x + 30;
temp_point1.y = start_pin_abs_point.y;
temp_point1.is_valid = true;
line.Add(temp_point1);
//第二个折点
Point temp_point2 = new Point();
temp_point2.x = temp_point1.x;
temp_point2.y = (end_pin_abs_point.y + start_pin_abs_point.y) / 2;
temp_point2.is_valid = true;
line.Add(temp_point2);
//第三个折点
Point temp_point3 = new Point();
temp_point3.x = end_pin_abs_point.x - pin_length.Get_Length(end_module.ObjectID, end_pin);
temp_point3.y = temp_point2.y;
temp_point3.is_valid = true;
line.Add(temp_point3);
//第四个折点
Point temp_point4 = new Point();
temp_point4.x = temp_point3.x;
temp_point4.y = end_pin_abs_point.y;
temp_point4.is_valid = true;
line.Add(temp_point4);
//最后的end
end_pin_abs_point.cld_module_pin = end_cld_pin_obj;
line.Add(end_pin_abs_point);
#endregion
}
}
#endregion
}
temp.lines.Add(line);
}//end of foreach end_module
//将数据进行合并，构成一个统一的数据
temp.Data = Combine_Lines(temp.lines);
cld_signals.data[temp.ObjectID] = temp;
}
}
