//[Fact]
public void MiniEndToEnd()
{
// Building the graph
var g = new FGraph();
var input = g.New("input").AsInput().As2D(32, 32);
var label = g.New("label").AsInput().As1D(10);
var hidden1 = g.Do(Layers.Dense(), input).As1D(128);
var hidden2 = g.Do(Layers.Dense(), hidden1).As1D(128);
var res = g.Do(Layers.Dense(), hidden2).As("res").As1D(10);
var err = g.Do(Layers.SquareError(), input, label).AsCriterion();
var graph = g.Build();
// Geometric inference
var solver = new GeometricSolver();
solver.Solve(graph);
// Optimizing the flow
var optimizer = new AdamOptimizer(new MyTileCompiler(), new MyTensorAllocator());
var reader = new MyImageReader(/* dummy */ null);
var flow = optimizer.Optimize(graph, reader);
// Evaluating with the flow
var writer = new MyDigitReader(/* dummy */ 0);
flow.Evaluate(reader, writer);
}
public async Task <FGraph> GetGraph(string flowHandler)
{
var graph = new FGraph();
var flow = await ResolveUiFlowFromHandler(flowHandler);
var flowCluster = await BuildFlow(flow);
flowCluster = await AddContainerStep(flow, flowCluster);
graph.AddCluster(flowCluster);
return(graph);
}
protected override void OnInitUI()
{
t1 = GetChild <FRichText>("t1");
t2 = GetChild <FRichText>("t2");
t3 = GetChild <FTextInput>("t3");
t4 = GetChild <FTextInput>("t4");
t6 = GetChild <FRichText>("t6");
n7 = GetChild <FGraph>("n7");
t4.OnChanged((context) =>
{
t3.SetText(t4.GetText());
});
n7.OnClick((context) =>
{
System.Random random = new System.Random();
t6.SetVar("num", random.Next(1, 100).ToString());
});
}
public static void createForceGraph()
{
g = new FGraph();
}
private void ShowFormula(string cellRef, string formula)
{
var formulaObject = new ExcelFormulaParser.ExcelFormula(formula);
System.Action action = () =>
{
this.Graph = new FGraph();
var rootItem = new FVertex() { Name = cellRef };
Graph.AddVertex(rootItem);
ShowFormula(new Queue<ExcelFormulaToken>(formulaObject), rootItem);
graphLayout.Graph = this.Graph;
};
Dispatcher.BeginInvoke(action);
}
public static void createForceGraph()
{
g = new FGraph();
}
