private async Task ConnectNodes()
{
var schema = new GraphSchema();
var connections = RandomNodesGenerator.GenerateConnections(GraphViewModel.Nodes);
if (Settings.AsyncLoading)
{
await Task.Run(() =>
{
for (int i = 0; i < connections.Count; i++)
{
var con = connections[i];
schema.TryAddConnection(con.Input, con.Output);
}
});
}
else
{
for (int i = 0; i < connections.Count; i++)
{
var con = connections[i];
schema.TryAddConnection(con.Input, con.Output);
}
}
}
private async void GenerateRandomNodes()
{
var nodes = RandomNodesGenerator.GenerateNodes <FlowNodeViewModel>(new NodesGeneratorSettings(Settings.MinNodes)
{
MinNodesCount = Settings.MinNodes,
MaxNodesCount = Settings.MaxNodes,
MinInputCount = Settings.MinConnectors,
MaxInputCount = Settings.MaxConnectors,
MinOutputCount = Settings.MinConnectors,
MaxOutputCount = Settings.MaxConnectors,
GridSnap = EditorSettings.Instance.GridSpacing
});
GraphViewModel.Nodes.Clear();
await CopyToAsync(nodes, GraphViewModel.Nodes);
if (Settings.ShouldConnectNodes)
{
await ConnectNodes();
}
}
private async void PerformanceTest()
{
uint count = Settings.PerformanceTestNodes;
int distance = 500;
int size = (int)count / (int)Math.Sqrt(count);
var nodes = RandomNodesGenerator.GenerateNodes <FlowNodeViewModel>(new NodesGeneratorSettings(count)
{
NodeLocationGenerator = (s, i) => new System.Windows.Point(i % size * distance, i / size * distance),
MinInputCount = Settings.MinConnectors,
MaxInputCount = Settings.MaxConnectors,
MinOutputCount = Settings.MinConnectors,
MaxOutputCount = Settings.MaxConnectors,
GridSnap = EditorSettings.Instance.GridSpacing
});
GraphViewModel.Nodes.Clear();
await CopyToAsync(nodes, GraphViewModel.Nodes);
if (Settings.ShouldConnectNodes)
{
await ConnectNodes();
}
}
