public void BatchFixComponent(ref MGCPCB.Component _cellDoc)
{
List <Point> Points = new List <Point>();
#region Point Motor Function
//foreach ( FabricationLayerGfx gfx in _cellDoc.get_FabricationLayerGfxs(EPcbFabricationType.epcbFabSilkscreen) )
//{
// if ( !gfx.Geometry.Filled )
// {
// gfx.Geometry.set_LineDisplayWidth(EPcbUnit.epcbUnitMils, SilkScreenLineWidth);
// gfx.Geometry.set_LineWidth(EPcbUnit.epcbUnitMils, SilkScreenLineWidth);
// }
//}
//foreach ( FabricationLayerText _txt in _cellDoc.get_FabricationLayerTexts(EPcbFabricationType.epcbFabSilkscreen) )
//{
// //Console.WriteLine(_txt.TextString);
// if ( _txt.TextString == _cellDoc.RefDes )
// {
// //_txt.Format.set_Height(EPcbUnit.epcbUnitMils, SilkScreenRefDesHeight);
// //_txt.Format.set_PenWidth(EPcbUnit.epcbUnitMils, SilkScreenLineWidth);
// _txt.Format.Font = "VeriBest Gerber 0";
// _txt.Format.set_PenWidth(EPcbUnit.epcbUnitMils, SilkScreenLineWidth);
// _txt.Format.AspectRatio = 1;
// }
//}
double orientation = _cellDoc.get_Orientation(EPcbAngleUnit.epcbAngleUnitDegrees);
//bool orientationChanged = false;
_cellDoc.PlacementOutlines[1].Geometry.set_LineDisplayWidth(EPcbUnit.epcbUnitMils, 0);
if (orientation % 90 != 0)
{
return;
}
foreach (FabricationLayerGfx gfx in _cellDoc.get_FabricationLayerGfxs(EPcbFabricationType.epcbFabAssembly))
{
gfx.Geometry.set_LineDisplayWidth(EPcbUnit.epcbUnitMils, AssemblyLineWidth);
Points = ProcessGFX(gfx.Geometry, Points);
}
if (_cellDoc.get_FabricationLayerGfxs(EPcbFabricationType.epcbFabAssembly).Count < 1)
{
Points = ProcessGFX(_cellDoc.PlacementOutlines[1].Geometry, Points);
}
#endregion
if (Points.Count > 1000)
{
Console.WriteLine("Not Processed: " + _cellDoc.Name);
return;
}
#region rectangle find motor
List <Rectangle> Rectangles = new List <Rectangle>();
foreach (Point _point in Points)
{
if (_point.X != 0 || _point.Y != 0)
{
foreach (Point _point2 in Points)
{
if (_point2.X != 0 && _point2.Y != 0)
{
if (_point.X != _point2.X && _point.Y != _point2.Y)
{
int minX = 0, maxX = 0;
int minY = 0, maxY = 0;
if (_point.X < _point2.X)
{
minX = _point.X;
maxX = _point2.X;
}
else
{
minX = _point2.X;
maxX = _point.X;
}
if (_point.Y < _point2.Y)
{
minY = _point.Y;
maxY = _point2.Y;
}
else
{
minY = _point2.Y;
maxY = _point.Y;
}
bool IsAcceptable = true;
#region Validate rectangle is free
foreach (Point _point3 in Points)
{
if (minX < _point3.X && _point3.X < maxX)
{
if (minY < _point3.Y && _point3.Y < maxY)
{
IsAcceptable = false;
break;
}
}
}
#endregion
if (IsAcceptable)
{
Rectangles.Add(new Rectangle(minX, minY, maxX - minX, maxY - minY));
}
}
}
}
}
}
Rectangle theBestRectangle = new Rectangle();
foreach (Rectangle _rect in Rectangles)
{
int area1 = _rect.Width * _rect.Height;
bool greatisThis = true;
foreach (Rectangle _rect2 in Rectangles)
{
int area2 = _rect2.Width * _rect2.Height;
if (area2 > area1)
{
greatisThis = false;
break;
}
}
if (greatisThis)
{
theBestRectangle = _rect;
break;
}
}
#endregion
#region Text Repair Engine
double gfx_X1 = 0, gfx_X2 = 0, gfx_Y1 = 0, gfx_Y2 = 0;
double centerpointX = 0;
double centerpointY = 0;
double width = 0;
double height = 0;
double text_height = 0;
gfx_X1 = theBestRectangle.X;
gfx_X2 = theBestRectangle.X + theBestRectangle.Width;
gfx_Y1 = theBestRectangle.Y;
gfx_Y2 = theBestRectangle.Y + theBestRectangle.Height;
width = gfx_X2 - gfx_X1;
height = gfx_Y2 - gfx_Y1;
centerpointX = (gfx_X1 + gfx_X2) / 2;
centerpointY = (gfx_Y1 + gfx_Y2) / 2;
bool _90deg = false;
if (height > width)
{
_90deg = true;
text_height = width - 10;
}
else
{
_90deg = false;
text_height = height - 10;
}
if (text_height > 100)
{
text_height = 100;
}
if (height > 5)
{
foreach (FabricationLayerText text in _cellDoc.get_FabricationLayerTexts(EPcbFabricationType.epcbFabAssembly))
{
text.Format.Font = "vf_std";
text.Format.set_PenWidth(EPcbUnit.epcbUnitMils, TextLineWidth);
text.Format.AspectRatio = 1;
if (text.TextString == _cellDoc.RefDes)
{
text.set_PositionX(EPcbUnit.epcbUnitMils, centerpointX);
text.set_PositionY(EPcbUnit.epcbUnitMils, centerpointY);
if (_90deg)
{
text.Format.set_Orientation(EPcbAngleUnit.epcbAngleUnitDegrees, 90);
}
else
{
text.Format.set_Orientation(EPcbAngleUnit.epcbAngleUnitDegrees, 0);
}
text.Format.set_Height(EPcbUnit.epcbUnitMils, text_height);
text.Format.HorizontalJust = EPcbHorizontalJustification.epcbJustifyHCenter;
text.Format.VerticalJust = EPcbVerticalJustification.epcbJustifyVCenter;
try
{
if (_90deg)
{
for ( ;;)
{
Size s = TextRenderer.MeasureText(text.TextString, new Font("vf_std", (float)text_height));
if (s.Width > height - 5 && text_height > 10)
{
text_height -= 5;
}
else
{
text.Format.set_Height(EPcbUnit.epcbUnitMils, text_height);
break;
}
}
}
else
{
for ( ;;)
{
Size s = TextRenderer.MeasureText(text.TextString, new Font("vf_std", (float)text_height));
if (s.Width > width - 5 && text_height > 10)
{
text_height -= 5;
}
else
{
text.Format.set_Height(EPcbUnit.epcbUnitMils, text_height);
break;
}
}
}
}
catch (Exception m)
{
System.Windows.Forms.MessageBox.Show(m.Message);
throw m;
}
}
else
{
if (text.Format.get_Height(EPcbUnit.epcbUnitMils) > 25)
{
text.Format.set_Height(EPcbUnit.epcbUnitMils, 25);
}
}
}
}
#endregion
UserLayerTexts _texts = _cellDoc.get_UserLayerTexts(EPcbSelectionType.epcbSelectAll);
foreach (UserLayerText _text in _texts)
{
_text.Format.set_PenWidth(EPcbUnit.epcbUnitMils, 2);
}
//if ( orientationChanged)
//{
// _cellDoc.set_Orientation(EPcbAngleUnit.epcbAngleUnitDegrees, orientation);
//}
}
//正向与 Mentor Expedition 交互
//每次操作完整体数据后需要清空列表
private void CrossProbe2xpedition(bool select)
{
if (crossProbeEnable == true)
{
//这里会反过去响应点击的事件，导致不循环
//需要按正反向单独存放列表吗？
for (int i = 0; i < listComps2xpedition.Count; i++)
{
_comp = pcbDoc.FindComponent(listComps2xpedition[i]);
//_comp = pcbDoc.FindComponent("JA0V1");
if (_comp != null)
{
_comp.Selected = select;
_comp.Highlighted = select;
}
}
for (int i = 0; i < listNets2xpedition.Count; i++)
{
_net = pcbDoc.FindNet(listNets2xpedition[i]);
if (_net != null)
{
_net.Selected = select;
_net.Highlighted = select;
}
}
for (int i = 0; i < listPins2xpedition.Count; i++)
{
//如Pin脚为“R1-1”，则分为代表位号的“R1”和该位号的Pin脚号“1”
string[] _ref = listPins2xpedition[i].Split('-');
Component aComp = FindComponent(_ref[0]);
if (aComp != null)
{
_pin = aComp.FindPin(_ref[1]);
if (_pin != null)
{
_pin.Selected = select;
_pin.Highlighted = select;
}
}
}
//如果在布局模式下
if (pcbApp.Gui.ActiveMode == EPcbMode.epcbModePlace)
{
//Todo Something
if (fitSelectedEnable && select)
{
pcbDoc.ActiveView.SetExtentsToSelection(true, false);
if (moveSelectedEnable)
{
//
pcbApp.Gui.ProcessCommand("Edit->Move", true);
}
else
{
//Nothing To Do ...
}
}
else
{
//Nothing To Do ...
}
}
else
{
if (fitSelectedEnable && select)
{
pcbDoc.ActiveView.SetExtentsToSelection(true, false);
}
else
{
//Nothing To Do ...
}
}
//每次操作完整体数据后需要清空
listComps2xpedition.Clear();
listNets2xpedition.Clear();
listPins2xpedition.Clear();
}
else
{
WriteLog(MsgSvr.Info, "正向操作交互已关闭 ！");
pcbDoc.UnSelectAll();
}
}
