public MainWindow()
{
InitializeComponent();
this.Title = "MultiCanvasDemo";
#region Engine setup
insilico.bShowAnimations = true; // Enable node-physics and smooth display transitions
insilico.Start(); // Start the background thread (for animations and physics)
insilico.bEnableSimulatedData = true; // <------------------ Enable/Disable simulated data here
#endregion
#region Display Objects
EEG eeg1 = new EEG(100);
eeg1.TargetCanvas = RedCanvas;
eeg1.Layout = Layouts.Spartan;
insilico.displays.Add(eeg1);
eeg1.max = 7;
eeg1.min = 0;
eeg1.Activate();
EEG eeg0 = new EEG(30);
eeg0.TargetCanvas = BlueCanvas;
eeg0.Layout = Layouts.Spartan;
insilico.displays.Add(eeg0);
eeg0.max = 10;
eeg0.min = 0;
eeg0.Activate();
Graph graph = new Graph();
graph.TargetCanvas = BlackCanvas;
graph.DefaultVertexStyleTemplate = Styles.Green_VertexStyle;
graph.DefaultEdgeStyleTemplate = Styles.GreenGlass_EdgeStyle;
graph.DefaultVertexStyleTemplate.vertexColor = Cached.BrushLimeGreen;
graph.DefaultVertexStyleTemplate.vertexOpacity = 0.7;
insilico.displays.Add(graph);
graph.Activate();
EEG eeg3 = new EEG(30);
eeg3.TargetCanvas = GreenCanvas;
eeg3.Layout = Layouts.Spartan;
insilico.displays.Add(eeg3);
eeg3.max = 10;
eeg3.min = 0;
eeg3.Activate();
EEG eeg4 = new EEG(30);
eeg4.TargetCanvas = YellowCanvas;
eeg4.Layout = Layouts.Spartan;
insilico.displays.Add(eeg4);
eeg4.max = 10;
eeg4.min = 0;
eeg4.Activate();
#endregion
}
public MainWindow()
{
InitializeComponent();
this.Title = "EvolutionDemo (Nucleo)";
#region Engine setup
insilico.bShowAnimations = true; // Enable node-physics and smooth display transitions
insilico.Start(); // Start the background thread (for animations and physics)
insilico.bEnableSimulatedData = false; // <------------------ Enable/Disable simulated data here
#endregion
#region Display Objects (LinePlots, Histograms, VitalIndicators, EEGs, Networks, etc)
EEG eeg = new EEG(30);
insilico.displays.Add(eeg);
eeg.TargetCanvas = MyCanvas;
eeg.Height = 300;
eeg.Width = 800;
eeg.yo = 90;
eeg.xo = 125;
eeg.max = 40;
eeg.min = 0;
eeg.Activate();
#endregion
#region Set up evolutionary optimizer
EvolutionarySimulation evo = new EvolutionarySimulation() {
reqGenerations = 10000,
initialPopCount = 100,
indFitCutoff = 0.5,
popFitCutoff = 0.5,
geneCount = 3,
FitnessTest = SolveSystemOf_3Equations,
acceptedDistance = 0.01,
bJournalingEnabled = true,
endCondition = SimEndCondition.StopOnFirstSolution,
mutationRegime = MutationRegime.LinearDecrease,
bCheckMeanPopDiv = false
};
#endregion
#region Set up data source (feed from the evolutionary optimizer)
DataSource myDataSource = new DataSource();
myDataSource.simulation = evo;
myDataSource.eeg = eeg;
myDataSource.canvasWidth = 450.0f;
myDataSource.canvasHeight = 1033.0f;
myDataSource.Start();
evo.StartSim();
#endregion
}
public MainWindow()
{
InitializeComponent();
this.Title = "InsilicoDemo";
canvas.Background = Cached.DarkestBrown;
#region Engine setup
int tier = RenderCapability.Tier >> 16;
// RenderOptions.ProcessRenderMode = RenderMode.SoftwareOnly;
// Example graph
//Graph myGraph = new Graph();
//GraphLayout myLayout = new GraphLayout();
//myGraph.DefaultVertexStyleTemplate = Styles.Green_VertexStyle;
//myGraph.DefaultEdgeStyleTemplate = Styles.GreenGlass_EdgeStyle;
//insilico.displays.Add(myGraph);
//myGraph.drawEdgeArrows = false;
//Cached.graph = insilico.graph;
//insilico.graph = myGraph;
//Cached.graph = myGraph;
insilico.canvas = canvas;
insilico.bShowAnimations = true;
//insilico.layout = myLayout;
insilico.bPrintEdgeNode = false;
insilico.bSizeVertexToText = true;
insilico.bShowObjectCoordinates = false;
insilico.bShowAnimations = true;
insilico.bCompressLeaves = false;
insilico.bShowEdges = true;
insilico.bEnableSimulatedData = true; // <------------------ Enable/Disable simulated data here
insilico.Start();
#endregion
#region Displays
Graph graph = new Graph();
graph.TargetCanvas = canvas;
graph.DefaultVertexStyleTemplate = Styles.Green_VertexStyle;
graph.DefaultEdgeStyleTemplate = Styles.GreenGlass_EdgeStyle;
graph.DefaultVertexStyleTemplate.vertexColor = Cached.BrushLimeGreen;
graph.DefaultVertexStyleTemplate.vertexOpacity = 0.7;
insilico.displays.Add(graph);
graph.Height = 400;
graph.Width = 250;
graph.yo = 300;
graph.xo = 650;
graph.Activate();
VitalIndicator vital0 = new VitalIndicator();
insilico.displays.Add(vital0);
vital0.TargetCanvas = canvas;
vital0.Height = 400;
vital0.Width = 20;
vital0.yo = 300;
vital0.xo = 50;
//vital0.elementColor = Cached.BrushRed;
vital0.Activate();
VitalIndicator vital1 = new VitalIndicator();
insilico.displays.Add(vital1);
vital1.TargetCanvas = canvas;
vital1.Height = 400;
vital1.Width = 20;
vital1.yo = 300;
vital1.xo = 110;
vital1.Layout = Layouts.DefaultLayout;
vital1.Activate();
VitalIndicator vital2 = new VitalIndicator();
insilico.displays.Add(vital2);
vital2.TargetCanvas = canvas;
vital2.Height = 400;
vital2.Width = 20;
vital2.yo = 300;
vital2.xo = 170;
vital2.Activate();
LinePlot lp1 = new LinePlot(10);
insilico.displays.Add(lp1);
lp1.TargetCanvas = canvas;
lp1.Height = 200;
lp1.Width = 300;
lp1.yo = 50;
lp1.xo = 50;
lp1.Activate();
LinePlot lp2 = new LinePlot(10);
lp2.Layout = Layouts.LinePlotBlue;
insilico.displays.Add(lp2);
lp2.TargetCanvas = canvas;
lp2.Height = 200;
lp2.Width = 600;
lp2.yo = 50;
lp2.xo = 750;
lp2.Activate();
Histogram h3 = new Histogram(25);
h3.TargetCanvas = canvas;
h3.Height = 200;
h3.Width = 300;
h3.xo = 400;
h3.yo = 50;
insilico.displays.Add(h3);
h3.Activate();
EEG e0 = new EEG(15);
e0.TargetCanvas = canvas;
e0.Height = 400;
e0.Width = 350;
e0.xo = 250;
e0.yo = 300;
insilico.displays.Add(e0);
e0.stepCount = 15;
e0.Layout.bShowPoints = false;
e0.min = -1;
e0.Activate();
EEG e1 = new EEG(100);
e1.TargetCanvas = canvas;
e1.Height = 400;
e1.Width = 400;
e1.xo = 950;
e1.yo = 300;
insilico.displays.Add(e1);
e1.Layout.bShowPoints = false;
e1.stepCount = 400;
e1.min = -1;
e1.handle = "test";
e1.Activate();
EEG e2 = new EEG(100);
e2.TargetCanvas = canvas;
e2.Height = 150;
e2.Width = 1300;
e2.xo = 50;
e2.yo = 750;
insilico.displays.Add(e2);
e2.Layout.bShowPoints = false;
e2.Layout.lineColor = Cached.BrushRed;
e2.stepCount = 400;
e2.min = -1;
e2.Activate();
#endregion
#region Graph Test
/*
Vertex v0 = new Vertex();
v0.label = "Neuron_49586F";
Vertex v1 = new Vertex();
v1.label = "Subsystem-9";
Vertex v2 = new Vertex();
v2.label = "Output_Signal";
v0.type = 5;
v1.type = 6;
v2.type = 7;
v0.attachedDisplay = h0;
//v1.attachedDisplay = lp1;
//v2.attachedDisplay = lp0;
myGraph.Add(v0);
myGraph.Add(v1);
myGraph.Add(v2);
myGraph.Root = v0;
myGraph.CreateUnidirectionalEdge(v0, v1, insilico.DefaultEdgeStyleTemplate);
myGraph.CreateUnidirectionalEdge(v1, v2, insilico.DefaultEdgeStyleTemplate);
//insilico.GenerateLabels();
//insilico.Compute_RadialExpansionLayout(insilico.graph, 0, 0, (float)canvas.ActualWidth, (float)canvas.ActualHeight);
//insilico.RequestCompute();
v0.coordinates = Engine.ToWPFCoords(new Point(rand.Next(-50, 50), rand.Next(-50, 50)), 1100, 800);
v1.coordinates = Engine.ToWPFCoords(new Point(rand.Next(-50, 50), rand.Next(-50, 50)), 1100, 800);
v2.coordinates = Engine.ToWPFCoords(new Point(rand.Next(-50, 50), rand.Next(-50, 50)), 1100, 800);
*/
#endregion
// Simulated data source to feed the various display objects in the rendering engine
/*
SimulatedData myDataSource = new SimulatedData();
myDataSource.canvasWidth = 1100.0f;
myDataSource.canvasHeight = 800.0f;
//myDataSource.graph = myGraph;
myDataSource.Start();
* */
}