internal NeuronLayerDrawing(NeuronLayer layer, IDictionary <NodeBase, INodeDrawing> previousNodes, ICanvas edgesCanvas, IPreference preferences, LayerSizesPreCalc cache, NeuronSizesPreCalc neuronCache, SimpleNodeSizesPreCalc biasCache, EdgeSizesPreCalc edgesCache, IElementSelectionChecker selectionChecker, ISelectableElementRegister selectableElementRegister) : base(layer, preferences, cache, biasCache, selectionChecker, selectableElementRegister)
{
_previousNodes = previousNodes;
_edgesCanvas = edgesCanvas;
_preferences = preferences;
_neuronCache = neuronCache;
_edgesCache = edgesCache;
_selectionChecker = selectionChecker;
_selectableElementRegister = selectableElementRegister;
}
internal PerceptronDrawing(Perceptron element, IDictionary <NodeBase, INodeDrawing> previousNodes, ICanvas edgesCanvas, Preference preferences, PerceptronSizesPreCalc cache, EdgeSizesPreCalc edgesCache, IElementSelectionChecker selectionChecker, ISelectableElementRegister selectableElementRegister) : base(element, preferences.Perceptrons, cache, selectableElementRegister, selectionChecker)
{
_previousNodes = previousNodes;
_edgesCanvas = edgesCanvas;
_preferences = preferences;
_cache = cache;
_edgesCache = edgesCache;
_selectionChecker = selectionChecker;
_selectableElementRegister = selectableElementRegister;
}
internal EdgeDrawing(Edge element, IEdgePreference preferences, Position fromPosition, Position toPosition, int textHeight, EdgeSizesPreCalc cache, ISelectableElementRegister selectableElementRegister, IElementSelectionChecker selectionChecker) : base(element)
{
_preferences = preferences;
_fromPosition = fromPosition;
_toPosition = toPosition;
_textHeight = textHeight;
_cache = cache;
_selectableElementRegister = selectableElementRegister;
_selectionChecker = selectionChecker;
}
private async Task DrawLayersGeneral(Graphics graph, Func <ILayerDrawing, ICanvas, Task> drawLayerAction)
{
var layersDrawingSize = this.ControlCanvas.GetLayersDrawingSize();
var graphCanvas = new GraphicsCanvas(graph, this.ControlCanvas.Size.Width, this.ControlCanvas.Size.Height);
int x = 0;
_selectionResolver.SetCurrentRootCanvas(graphCanvas);
IDictionary <NodeBase, INodeDrawing> previousNodesDic = new Dictionary <NodeBase, INodeDrawing>();
var inputLayer = this.ControlCanvas.Control.InputLayer;
var preferences = this.ControlCanvas.Control.Preferences;
LayerSizesPreCalc layersCache = new LayerSizesPreCalc(layersDrawingSize, inputLayer.GetMaxNodeCountInLayer(), preferences);
SimpleNodeSizesPreCalc simpleNodesCache = new SimpleNodeSizesPreCalc();
PerceptronSizesPreCalc perceptronCache = new PerceptronSizesPreCalc(preferences);
EdgeSizesPreCalc edgesCache = new EdgeSizesPreCalc();
for (LayerBase layer = inputLayer; layer != null; layer = layer.Next)
{
ILayerDrawing layerDrawing = null;
if (layer == inputLayer)
{
layerDrawing = new InputLayerDrawing(layer as InputLayer, preferences, layersCache, simpleNodesCache, _selectionChecker, _selectableElementRegister);
}
else
{
layerDrawing = new PerceptronLayerDrawing(layer as PerceptronLayer, previousNodesDic, graphCanvas, preferences, layersCache, perceptronCache, simpleNodesCache, edgesCache, _selectionChecker, _selectableElementRegister);
}
var canvasRect = new Rectangle(x, 0, layersDrawingSize.Width, layersDrawingSize.Height);
var layerCanvas = new NestedCanvas(canvasRect, graphCanvas);
await drawLayerAction(layerDrawing, layerCanvas);
previousNodesDic = layerDrawing.NodesDrawing.ToDictionary(n => n.Node, n => n);
x += layersDrawingSize.Width;
}
}