private void SetActiveContainer(IContainer component)
{
_activeContainer = component;
_autoZoom = true;
panelPart.Visible = false;
gridPcbLibPrimitives.Rows.Clear();
gridSchLibPrimitives.Rows.Clear();
if (_activeContainer != null)
{
LoadPrimitives(_activeContainer);
if (_activeContainer is SchComponent schComponent)
{
panelPart.Visible = schComponent.PartCount > 1;
if (panelPart.Visible)
{
editPart.Maximum = schComponent.PartCount;
editPart.Value = 1;
labelPartTotal.Text = $"of {editPart.Maximum}";
}
}
}
else
{
SetActivePrimitives(null);
}
RequestRedraw(false);
}
private void LoadPrimitives(IContainer component, bool activateFirst = false)
{
Primitive defaultPrimitive = null;
if (component is PcbComponent pcbComponent)
{
var primitives = pcbComponent.Primitives;
foreach (var primitive in primitives)
{
var info = primitive.GetDisplayInfo();
var i = gridPcbLibPrimitives.Rows.Add(primitive.ObjectId, info.Name, info.SizeX?.ToString(_displayUnit), info.SizeY?.ToString(_displayUnit), primitive.Layer.Name);
gridPcbLibPrimitives.Rows[i].Tag = primitive;
}
defaultPrimitive = pcbComponent.Primitives.FirstOrDefault();
}
else if (component is SchComponent schComponent)
{
var pins = schComponent.Primitives.OfType <PinRecord>();
foreach (var pin in pins)
{
var i = gridSchLibPrimitives.Rows.Add(pin.Designator, pin.Name, pin.Electrical.ToString());
gridSchLibPrimitives.Rows[i].Tag = pin;
}
defaultPrimitive = pins.FirstOrDefault();
}
SetActivePrimitives((activateFirst && defaultPrimitive != null) ? new[] { defaultPrimitive } : null);
}
private void SetActiveContainer(IContainer component, IEnumerable <Primitive> activePrimitives = null)
{
if (_activeContainer != component)
{
_activeContainer = component;
_autoZoom = true;
panelPart.Visible = false;
gridPcbLibPrimitives.Rows.Clear();
gridSchLibPrimitives.Rows.Clear();
treeViewStructure.Nodes.Clear();
if (_activeContainer != null)
{
LoadPrimitives(_activeContainer);
LoadTreeViewStructure(_activeContainer);
}
}
else
{
gridPcbLibPrimitives.Invalidate();
gridSchLibPrimitives.Invalidate();
treeViewStructure.Invalidate();
}
if (_activeContainer is SchComponent schComponent)
{
panelPart.Visible = (schComponent.DisplayModeCount > 1) || (schComponent.PartCount > 1);
if (panelPart.Visible)
{
comboDisplayMode.Items.Clear();
comboDisplayMode.Items.Add(@"Normal");
for (var i = 1; i < schComponent.DisplayModeCount; ++i)
{
comboDisplayMode.Items.Add($@"Alternate {i}");
}
comboDisplayMode.SelectedIndex = schComponent.DisplayMode;
editPart.Maximum = schComponent.PartCount;
labelPartTotal.Text = $@"of {editPart.Maximum}";
editPart.Value = schComponent.CurrentPartId;
}
}
SetActivePrimitives(activePrimitives);
if (_activeContainer != null && activePrimitives == null)
{
_propertyViewer?.SetSelectedObjects(new[] { _activeContainer });
}
RequestRedraw(false);
}
private void LoadTreeViewStructure(IContainer container)
{
void processContainer(TreeNodeCollection tnc, IContainer c)
{
foreach (var primitive in c.GetPrimitivesOfType <Primitive>(false))
{
var node = tnc.Add(primitive.ToString());
node.Tag = primitive;
if (primitive is IContainer c2)
{
processContainer(node.Nodes, c2);
}
}
}
treeViewStructure.BeginUpdate();
processContainer(treeViewStructure.Nodes, container);
treeViewStructure.EndUpdate();
treeViewStructure.Refresh();
}
private void LoadPrimitives(IContainer component)
{
if (component is PcbComponent pcbComponent)
{
var primitives = pcbComponent.Primitives;
foreach (var primitive in primitives)
{
var info = primitive.GetDisplayInfo();
var i = gridPcbLibPrimitives.Rows.Add(primitive.ObjectId, info.Name, info.SizeX?.ToString(_displayUnit), info.SizeY?.ToString(_displayUnit), primitive.Layer.Name);
gridPcbLibPrimitives.Rows[i].Tag = primitive;
}
}
else if (component is SchComponent schComponent)
{
var pins = schComponent.GetPrimitivesOfType <SchPin>();
foreach (var pin in pins)
{
var i = gridSchLibPrimitives.Rows.Add(pin.Designator, pin.Name, pin.Electrical.ToString());
gridSchLibPrimitives.Rows[i].Tag = pin;
}
}
}
private void SetData(object fileData)
{
var saveLoading = _loading;
_loading = true;
try
{
SetActiveContainer(null);
if (_propertyViewer != null)
{
_propertyViewer.Close();
_propertyViewer = null;
}
IContainer container = null;
gridPcbLibComponents.Rows.Clear();
gridSchLibComponents.Rows.Clear();
treeViewStructure.Nodes.Clear();
Application.DoEvents();
if (fileData is PcbLib pcbLib)
{
tabComponents.SelectTab(tabPcbLib);
foreach (var component in pcbLib.Items)
{
var index = gridPcbLibComponents.Rows.Add(component.Pattern, component.Pads, component.Primitives.Count());
gridPcbLibComponents.Rows[index].Tag = component;
}
_displayUnit = pcbLib.Header.DisplayUnit;
_snapGridSize = pcbLib.Header.SnapGridSize;
_renderer = new PcbLibRenderer();
container = pcbLib.Items.OfType <IContainer>().FirstOrDefault();
}
else if (fileData is SchLib schLib)
{
tabComponents.SelectTab(tabSchLib);
foreach (var component in schLib.Items)
{
var index = gridSchLibComponents.Rows.Add(component.LibReference, component.ComponentDescription);
gridSchLibComponents.Rows[index].Tag = component;
}
_displayUnit = schLib.Header.DisplayUnit;
_snapGridSize = schLib.Header.SnapGridSize;
_renderer = new SchLibRenderer(schLib.Header, GetAssetsSchLib());
container = schLib.Items.OfType <IContainer>().FirstOrDefault();
}
else if (fileData is SchDoc schDoc)
{
tabComponents.SelectTab(tabSchLib);
var index = gridSchLibComponents.Rows.Add("SchDoc");
gridSchLibComponents.Rows[index].Tag = schDoc.Header;
foreach (var component in schDoc.Header.GetPrimitivesOfType <SchComponent>())
{
index = gridSchLibComponents.Rows.Add(component.LibReference, component.ComponentDescription);
gridSchLibComponents.Rows[index].Tag = component;
}
var sheet = schDoc.Header;
_displayUnit = sheet.DisplayUnit;
_snapGridSize = sheet.SnapGridSize;
_renderer = new SchLibRenderer(schDoc.Header, GetAssetsSchLib());
container = schDoc.Items.OfType <IContainer>().FirstOrDefault();
}
_fileData = fileData;
SetActiveContainer(container);
}
finally
{
_loading = saveLoading;
}
}