/// <summary>
/// 生成Pin的子图(PinName，PinValue，PinLine)
/// </summary>
public void GenerateSubmitGraphics()
{
// 生成引脚上伸出的线
if (this.point1 != this.point2)
{
this.pinLine = new LogicLine(this.Point1, this.Point2, Color.Black, DashStyle.Solid);
}
// 生成引脚名称文本
if (this.pinName != null && this.pinName.Length > 0)
{
if (this.pinType == LogicPinType.Input)
{
this.pinNameText = new LogicText(this.pinName, 8f, new PointF(this.Point2.X + 2f, this.Point2.Y - 5f),
new SizeF(28f, 10f), Align.MiddleLeft, Color.Black);
}
else
{
this.pinNameText = new LogicText(this.pinName, 8f, new PointF(this.Point1.X - 30f, this.Point1.Y - 5f),
new SizeF(28f, 10f), Align.MiddleRight, Color.Black);
}
}
// 生成引脚值文本
if (this.pinValue != null && this.pinValue.Length > 0)
{
if (this.pinType == LogicPinType.Input)
{
this.pinValueText = new LogicText(this.pinValue, 8f, new PointF(this.Point1.X - 30f, this.Point2.Y - 5f),
new SizeF(28f, 10f), Align.MiddleRight, Color.Black);
}
else
{
this.pinValueText = new LogicText(this.pinValue, 8f, new PointF(this.Point2.X + 2f, this.Point2.Y - 12f),
new SizeF(28f, 10f), Align.MiddleLeft, Color.Black);
}
// 动态属性(AiValueOut)
}
}
/// <summary>
/// XPgDI
/// </summary>
/// <param name="textWriter"></param>
/// <param name="fcblock"></param>
/// <param name="bll"></param>
private static void GenerateXPgDIBlock(Cld_FCBlock block, ArrayList symbols)
{
// Body大小：35 x 30
// 输入：0； 输出：1； 参数：2
block.Size = new SizeF(35f, 30f);
float edgeLength = 17.5f; // 正六边形的边长
LogicSymbol symbolTemp = new LogicSymbol(LogicSymbolType.IOSymbol);
symbolTemp.Location = PointF.Subtract(block.Location, new SizeF(60f, 0f));
symbolTemp.Size = SizeF.Add(block.Size, new SizeF(60f, 0f));
LogicPolygon bodyPolygon = new LogicPolygon();
bodyPolygon.Points = new PointF[] {
new PointF(block.X, block.Y + 15f),
new PointF(block.X + edgeLength / 2, block.Y),
new PointF((float)(block.X + edgeLength * 1.5), block.Y),
new PointF(block.X + 35f, block.Y + 15f),
new PointF((float)(block.X + edgeLength * 1.5), block.Y + 30f),
new PointF((float)(block.X + edgeLength / 2), block.Y + 30f)};
LogicLine bodyLine = new LogicLine();
bodyLine.Point1 = bodyPolygon.Points[0];
bodyLine.Point2 = bodyPolygon.Points[3];
LogicText pageIndexText = new LogicText();
pageIndexText.Location = new PointF(block.X + 8f, block.Y + 3f);
pageIndexText.Width = 19f;
pageIndexText.Height = 11f;
LogicText blockIndexText = new LogicText();
blockIndexText.Location = new PointF(block.X + 8f, block.Y + 16f);
blockIndexText.Width = 19f;
blockIndexText.Height = 11f;
string[] id = block.AlgName.Split('-');
pageIndexText.Text = id[1];
blockIndexText.Text = id[2];
LogicText textPointName = new LogicText();
textPointName.Location = new PointF(block.X - 60f, block.Y + 2f);
textPointName.Width = 58f;
textPointName.Height = 11f;
textPointName.Alignment = Align.BottomRight;
LogicPin outputPin = null;
foreach (Cld_FCOutput output in block.Cld_FCOutput_List)
{
if (output.PinName == "D")
{
output.Point = "35_15";
outputPin = new LogicPin(output, symbolTemp);
}
}
foreach (Cld_FCParameter para in block.Cld_FCParameter_List)
{
if (para.Name == "Page")
{
if (para.PValue != null)
{
int pageIndex = Convert.ToInt32(para.PValue);
if (pageIndex > 0 && pageIndex < 65535)
{
pageIndexText.Text = para.PValue;
}
else
{
pageIndexText.Text = "?";
}
}
else
{
pageIndexText.Text = "?";
}
}
else if (para.Name == "Block")
{
if (para.PValue != null)
{
int blockIndex = Convert.ToInt32(para.PValue);
if (blockIndex > 0 && blockIndex < 65535)
{
blockIndexText.Text = para.PValue;
}
else
{
blockIndexText.Text = "?";
}
}
else
{
blockIndexText.Text = "?";
}
}
}
string[] functions = new string[] { "XDI", "XDO", "XNetDO", "XPgDO" };
IList<string> canReferenceFunctions = new List<string>(functions);
Cld_FCBlock referenceBlock = CrossReference.GetInputReference(block);
if (referenceBlock != null)
{
if (canReferenceFunctions.Contains(referenceBlock.FunctionName))
{
if (referenceBlock.FunctionName != "XPgDO")
{
foreach (Cld_FCInput pin in referenceBlock.Cld_FCInput_List)
{
if (pin.PinName == "GID" && pin.PointName != null && pin.PointName != "?")
{
textPointName.Text = pin.PointName;
}
}
if (textPointName.Text.Length == 0)
{
textPointName.Text = "NoDxTag"; // 引用块名称为空(不存在)，GID == NULL
}
}
}
else
{
textPointName.Text = "RefError"; // 引用错误
textPointName.ForeColor = Color.Red;
}
}
else
{
textPointName.Text = "RefNoExist"; // 引用块不存在
textPointName.ForeColor = Color.Red;
}
symbolTemp.Graphics.Add(bodyPolygon);
symbolTemp.Graphics.Add(bodyLine);
symbolTemp.Graphics.Add(pageIndexText);
symbolTemp.Graphics.Add(blockIndexText);
symbolTemp.Graphics.Add(textPointName);
if (outputPin != null)
{
symbolTemp.Graphics.Add(outputPin);
}
LogicPoke poke = new LogicPoke(block);
if (referenceBlock != null)
{
DynCrossReference refenence = new DynCrossReference();
refenence.AddReference(referenceBlock);
poke.Dynamics.Add(refenence);
}
symbolTemp.Graphics.Add(poke);
symbols.Add(symbolTemp);
}
/// <summary>
/// XPgAI
/// </summary>
/// <param name="textWriter"></param>
/// <param name="fcblock"></param>
/// <param name="bll"></param>
private static void GenerateXPgAIBlock(Cld_FCBlock block, ArrayList symbols)
{
// Body大小：30 x 30
// 输入：0； 输出：1； 参数：2
block.Size = new SizeF(30f, 30f);
LogicSymbol symbolTemp = new LogicSymbol(LogicSymbolType.IOSymbol);
symbolTemp.Location = PointF.Subtract(block.Location, new SizeF(60f, 0f));
symbolTemp.Size = SizeF.Add(block.Size, new SizeF(60f, 0f));
LogicCircle bodyCircle = new LogicCircle();
bodyCircle.CentrePoint = new PointF(block.X + 15f, block.Y + 15f);
bodyCircle.Radius = 15f;
LogicLine bodyLine = new LogicLine();
bodyLine.Point1 = new PointF(block.X, block.Y + 15f);
bodyLine.Point2 = new PointF(block.X + 30f, block.Y + 15f);
LogicText pageIndexText = new LogicText();
pageIndexText.Location = new PointF(block.X + 5f, block.Y + 3f);
pageIndexText.Width = 20f;
pageIndexText.Height = 11f;
pageIndexText.Text = "Null";
LogicText blockIndexText = new LogicText();
blockIndexText.Location = new PointF(block.X + 5f, block.Y + 16f);
blockIndexText.Width = 20f;
blockIndexText.Height = 11f;
blockIndexText.Text = "Null";
LogicText textPointName = new LogicText();
textPointName.Location = new PointF(block.X - 60f, bodyCircle.Point1.Y + 2f);
textPointName.Width = 58f;
textPointName.Height = 11f;
textPointName.Alignment = Align.BottomRight;
LogicPin outputPin = null;
foreach (Cld_FCOutput output in block.Cld_FCOutput_List)
{
if (output.PinName == "Y")
{
output.Point = "30_15";
outputPin = new LogicPin(output, symbolTemp);
}
}
foreach (Cld_FCParameter para in block.Cld_FCParameter_List)
{
if (para.Name == "Page" && para.PValue != null)
{
int pageIndex = Convert.ToInt32(para.PValue);
if (pageIndex > 0 && pageIndex < 65535)
{
pageIndexText.Text = para.PValue;
}
else
{
pageIndexText.Text = "?";
}
}
else if (para.Name == "Block" && para.PValue != null)
{
int blockIndex = Convert.ToInt32(para.PValue);
if (blockIndex > 0 && blockIndex < 65535)
{
blockIndexText.Text = para.PValue;
}
else
{
blockIndexText.Text = "?";
}
}
}
string[] functons = new string[] { "XAI", "XAO", "XPI", "XNetAO", "XPgAO" };
IList<string> canReferenceFunctions = new List<string>(functons);
Cld_FCBlock referenceBlock = CrossReference.GetInputReference(block);
if (referenceBlock != null)
{
if (canReferenceFunctions.Contains(referenceBlock.FunctionName))
{
if (referenceBlock.FunctionName != "XPgAO")
{
foreach (Cld_FCInput pin in referenceBlock.Cld_FCInput_List)
{
if (pin.PinName == "GID" && pin.PointName != null && pin.PointName != "?")
{
textPointName.Text = pin.PointName;
}
}
if (textPointName.Text.Length == 0)
{
textPointName.Text = "NoAxTag"; // 引用块名称为空(不存在)，GID == NULL
}
}
}
else
{
textPointName.Text = "RefError"; // 引用错误
textPointName.ForeColor = Color.Red;
}
}
else
{
textPointName.Text = "RefNoExist"; // 引用块不存在
textPointName.ForeColor = Color.Red;
}
symbolTemp.Graphics.Add(bodyCircle);
symbolTemp.Graphics.Add(bodyLine);
symbolTemp.Graphics.Add(pageIndexText);
symbolTemp.Graphics.Add(blockIndexText);
symbolTemp.Graphics.Add(textPointName);
if (outputPin != null)
{
symbolTemp.Graphics.Add(outputPin);
}
LogicPoke poke = new LogicPoke(block);
if (referenceBlock != null)
{
DynCrossReference refenence = new DynCrossReference();
refenence.AddReference(referenceBlock);
poke.Dynamics.Add(refenence);
}
symbolTemp.Graphics.Add(poke);
symbols.Add(symbolTemp);
}
public void GenerateSubmitGraphicsByPin(LogicSymbol symbol)
{
if (symbol.SymbolType == LogicSymbolType.GeneralSymbol)
{
// 生成引脚名称文本
if (this.pinName != null && this.pinName.Length > 0)
{
if (this.pinType == LogicPinType.Input)
{
this.pinNameText = new LogicText(this.pinName, 8f, new PointF(this.Point2.X + 3f, this.Point2.Y - 5f),
new SizeF(27f, 10f), Align.MiddleLeft, Color.Black);
}
else if (this.Visible)
{
this.pinNameText = new LogicText(this.pinName, 8f, new PointF(this.Point1.X - 30f, this.Point1.Y - 5f),
new SizeF(27f, 10f), Align.MiddleRight, Color.Black);
}
}
}
// 生成引脚上伸出的线
if (this.pinType == LogicPinType.Input)
{
if ((!this.Visible && this.pointName != null && RegPointName.IsMatch(this.pointName))
|| (this.Visible && (this.pointName == null || this.pointName.Trim('?',' ').Length == 0)
&& (this.pinValue == null || this.pinValue.Trim('?', ' ').Length == 0)))
{
this.point1 = PointF.Subtract(this.point2, new SizeF(20f, 0f));
this.pinLine = new LogicLine(this.Point1, this.Point2, Color.Black, DashStyle.Solid);
if (symbol.X > this.point1.X)
{
symbol.Width += symbol.X - this.point1.X;
symbol.X = this.point1.X;
}
if (this.PointName != null && RegPointName.IsMatch(this.PointName))
{
string str = this.PointName.Substring(this.PointName.IndexOf('-') + 1);
this.pinValue = "<" + str.Substring(str.IndexOf('-') + 1) + ">";
}
}
}
// 生成引脚值文本
if (this.pinValue != null && this.pinValue.Length > 0)
{
if (this.pinType == LogicPinType.Input)
{
// 输入值
this.pinValueText = new LogicText(this.pinValue, 8f, new PointF(this.Point1.X - 30f, this.Point1.Y - 5f),
new SizeF(27f, 10f), Align.MiddleRight, Color.Black);
if (symbol.X > this.point1.X - 30f)
{
symbol.Width += symbol.X - (this.point1.X - 30f);
symbol.X = this.point1.X - 30f;
}
}
else
{
// 输出值
this.pinValueText = new LogicText(this.pinValue, 7f, new PointF(this.Point2.X + 3f, this.Point2.Y - 12f),
new SizeF(27f, 10f), Align.MiddleLeft, Color.Black);
if (symbol.X + symbol.Width < this.point2.X + 30f)
{
symbol.Width += this.point2.X + 30f - symbol.X - symbol.Width;
}
if (symbol.SymbolType == LogicSymbolType.IOSymbol && symbol.Y > this.PinValueText.Y)
{
// 给 IO 块添加输出值文本后，需要调整块的高度和 Y 坐标
symbol.Height += symbol.Y - this.PinValueText.Y;
symbol.Y = this.PinValueText.Y;
}
// 动态输出值
DynValueOut value = new DynValueOut(this.pointName, 0);
this.PinValueText.Dynamics.Add(value);
}
}
}
/// <summary>
/// 生成Pin的子图(PinName，PinValue，PinLine)
/// </summary>
public void GenerateSubmitGraphics()
{
// 生成引脚上伸出的线
if (this.point1 != this.point2)
{
this.pinLine = new LogicLine(this.Point1, this.Point2, Color.Black, DashStyle.Solid);
}
// 生成引脚名称文本
if (this.pinName != null && this.pinName.Length > 0)
{
if (this.pinType == LogicPinType.Input)
{
this.pinNameText = new LogicText(this.pinName, 8f, new PointF(this.Point2.X + 2f, this.Point2.Y - 5f),
new SizeF(28f, 10f), Align.MiddleLeft, Color.Black);
}
else
{
this.pinNameText = new LogicText(this.pinName, 8f, new PointF(this.Point1.X - 30f, this.Point1.Y - 5f),
new SizeF(28f, 10f), Align.MiddleRight, Color.Black);
}
}
// 生成引脚值文本
if (this.pinValue != null && this.pinValue.Length > 0)
{
if (this.pinType == LogicPinType.Input)
{
this.pinValueText = new LogicText(this.pinValue, 8f, new PointF(this.Point1.X - 30f, this.Point2.Y - 5f),
new SizeF(28f, 10f), Align.MiddleRight, Color.Black);
}
else
{
this.pinValueText = new LogicText(this.pinValue, 8f, new PointF(this.Point2.X + 2f, this.Point2.Y - 12f),
new SizeF(28f, 10f), Align.MiddleLeft, Color.Black);
}
// 动态属性(AiValueOut)
}
}
public void GenerateSubmitGraphicsByPin(LogicSymbol symbol)
{
if (symbol.SymbolType == LogicSymbolType.GeneralSymbol)
{
// 生成引脚名称文本
if (this.pinName != null && this.pinName.Length > 0)
{
if (this.pinType == LogicPinType.Input)
{
this.pinNameText = new LogicText(this.pinName, 8f, new PointF(this.Point2.X + 3f, this.Point2.Y - 5f),
new SizeF(27f, 10f), Align.MiddleLeft, Color.Black);
}
else if (this.Visible)
{
this.pinNameText = new LogicText(this.pinName, 8f, new PointF(this.Point1.X - 30f, this.Point1.Y - 5f),
new SizeF(27f, 10f), Align.MiddleRight, Color.Black);
}
}
}
// 生成引脚上伸出的线
if (this.pinType == LogicPinType.Input)
{
if ((!this.Visible && this.pointName != null && RegPointName.IsMatch(this.pointName)) ||
(this.Visible && (this.pointName == null || this.pointName.Trim('?', ' ').Length == 0) &&
(this.pinValue == null || this.pinValue.Trim('?', ' ').Length == 0)))
{
this.point1 = PointF.Subtract(this.point2, new SizeF(20f, 0f));
this.pinLine = new LogicLine(this.Point1, this.Point2, Color.Black, DashStyle.Solid);
if (symbol.X > this.point1.X)
{
symbol.Width += symbol.X - this.point1.X;
symbol.X = this.point1.X;
}
if (this.PointName != null && RegPointName.IsMatch(this.PointName))
{
string str = this.PointName.Substring(this.PointName.IndexOf('-') + 1);
this.pinValue = "<" + str.Substring(str.IndexOf('-') + 1) + ">";
}
}
}
// 生成引脚值文本
if (this.pinValue != null && this.pinValue.Length > 0)
{
if (this.pinType == LogicPinType.Input)
{
// 输入值
this.pinValueText = new LogicText(this.pinValue, 8f, new PointF(this.Point1.X - 30f, this.Point1.Y - 5f),
new SizeF(27f, 10f), Align.MiddleRight, Color.Black);
if (symbol.X > this.point1.X - 30f)
{
symbol.Width += symbol.X - (this.point1.X - 30f);
symbol.X = this.point1.X - 30f;
}
}
else
{
// 输出值
this.pinValueText = new LogicText(this.pinValue, 7f, new PointF(this.Point2.X + 3f, this.Point2.Y - 12f),
new SizeF(27f, 10f), Align.MiddleLeft, Color.Black);
if (symbol.X + symbol.Width < this.point2.X + 30f)
{
symbol.Width += this.point2.X + 30f - symbol.X - symbol.Width;
}
if (symbol.SymbolType == LogicSymbolType.IOSymbol && symbol.Y > this.PinValueText.Y)
{
// 给 IO 块添加输出值文本后，需要调整块的高度和 Y 坐标
symbol.Height += symbol.Y - this.PinValueText.Y;
symbol.Y = this.PinValueText.Y;
}
// 动态输出值
DynValueOut value = new DynValueOut(this.pointName, 0);
this.PinValueText.Dynamics.Add(value);
}
}
}
