public void SwapResistors()
{
//IPCB_Component Component; // component object
IPCB_BoardIterator Iterator;
IPCB_Primitive Item;
IPCB_Board Board; // document board object
IPCB_Net Net;
Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
//Create board iterator
Iterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eConnectionObject);
Iterator.AddFilter_ObjectSet(FilterSet);
Iterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
Iterator.AddFilter_Method(TIterationMethod.eProcessAll);
Item = Iterator.FirstPCBObject();
while (Item != null)
{
if (Item.GetState_Selected())
{
Net = Item.GetState_Net();
}
//Net.GetPrimitiveCount(new PCB.TObjectSet(new PCB.TObjectId[] { PCB.TObjectId.ePadObject }))
//?Net.GetPrimitiveAt(1, TObjectId.ePadObject).GetState_DescriptorString()
//"Pad U11-40(1557.72mil,2321.85mil) on Top Layer"
//? Net.GetPrimitiveAt(2, TObjectId.ePadObject).GetState_DescriptorString()
//"Pad R161-2(3000.004mil,2675mil) on Bottom Layer"
Item = Iterator.NextPCBObject();
}
}
/// <summary>
/// Checks mechanical layers 20 thru 24 for any objects. FixEmbededResistors Will move content to these layers which may interfere with current content or layer mapping.
/// </summary>
/// <returns>True: Layers are clear, False:Objects on one of the layers.</returns>
public Boolean MechanicalClear()
{
try
{
//Checking Mechanical Layers
//IPCB_Component Component; // component object
IPCB_BoardIterator Iterator;
IPCB_Primitive Item;
IPCB_Board Board; // document board object
Board = Util.GetCurrentPCB();
if (Board == null)
{
return(false);
}
//Create board iterator
Iterator = Board.BoardIterator_Create();
//Create filter set for all availible primitives.
PCB.TObjectSet FilterSet = new PCB.TObjectSet(new PCB.TObjectId[] { PCB.TObjectId.eArcObject, PCB.TObjectId.eViaObject, PCB.TObjectId.eTrackObject, PCB.TObjectId.eTextObject, PCB.TObjectId.eFillObject, PCB.TObjectId.ePadObject, PCB.TObjectId.eComponentObject, PCB.TObjectId.eNetObject, PCB.TObjectId.ePolyObject, PCB.TObjectId.eDimensionObject, PCB.TObjectId.eCoordinateObject, PCB.TObjectId.eEmbeddedObject, PCB.TObjectId.eEmbeddedBoardObject, PCB.TObjectId.eFromToObject, PCB.TObjectId.eConnectionObject, PCB.TObjectId.eComponentBodyObject });
Iterator.AddFilter_ObjectSet(FilterSet);
//Filter for mechanical layers only.
Iterator.AddFilter_LayerSet_2(PCBConstant.V7MechanicalLayersSet); //BoardIterator.AddFilter_LayerSet(PCBConstant.MechanicalLayersSet);
Iterator.AddFilter_Method(TIterationMethod.eProcessAll);
int x = 0;
Item = Iterator.FirstPCBObject();
while (Item != null)
{
x++; Item = Iterator.NextPCBObject();
}
DXP.Utils.PercentInit("Checking Mechanical Layers", x);
///Step through all objects on mechanical layers
///to see if they are on layer 20 through 24.
Item = Iterator.FirstPCBObject();
while (Item != null)
{
for (ulong i = (ulong)ToolsPreferences.FirstResistorLayer + 1; i <= (ulong)(ToolsPreferences.FirstResistorLayer + ToolsPreferences.LayerCount); i++)
{
if (Item.GetState_V7Layer().ID == V7_Layer.MechanicalLayer(i).ID) //Compare item layer to MechanicalLayer i.
{
return(false);
}
}
Item = Iterator.NextPCBObject();
DXP.Utils.PercentUpdate();
}
DXP.Utils.PercentFinish();
//Iterator clean-up
Board.BoardIterator_Destroy(ref Iterator);
return(true);
}
catch (Exception ex)
{
ErrorMail.LogError("Error in " + System.Reflection.MethodBase.GetCurrentMethod().Name + ".", ex);
error = true;
return(false);
}
}
