public static Dictionary <string, object> ExecuteSilently(
List <Goal> goals,
[DefaultArgument("null")] List <GeometryBinder> geometryBinders,
[DefaultArgument("0.001")] float nodeMergeThreshold,
[DefaultArgument("10000")] int iterations,
[DefaultArgument("0.001")] float terminationThreshold,
[DefaultArgument("true")] bool execute,
[DefaultArgument("true")] bool enableMomentum,
[DefaultArgument("0.98")] float dampingFactor)
{
if (!execute)
{
return new Dictionary <string, object> {
{ "nodePositions", null },
{ "goalOutputs", null },
{ "geometries", null },
{ "stats", null }
}
}
;
Stopwatch stopwatch = new Stopwatch();
stopwatch.Start();
DynaShape.Solver solver = new DynaShape.Solver();
solver.AddGoals(goals, nodeMergeThreshold);
if (geometryBinders != null)
{
solver.AddGeometryBinders(geometryBinders, nodeMergeThreshold);
}
solver.EnableMomentum = enableMomentum;
solver.DampingFactor = dampingFactor;
solver.Execute(iterations, terminationThreshold);
TimeSpan computationTime = stopwatch.Elapsed;
stopwatch.Restart();
return(new Dictionary <string, object> {
{ "nodePositions", solver.GetNodePositionsAsPoints() },
{ "goalOutputs", solver.GetGoalOutputs() },
{ "geometries", solver.GetGeometries() },
{ "stats", String.Concat(
"Computation Time : " + computationTime,
"\nData Output Time : " + stopwatch.Elapsed,
"\nNo. of Iterations Spent : " + solver.CurrentIteration,
"\nLargest Movement Sqr. : " + solver.GetKineticEnergy()) }
});
}
}
public static Dictionary <string, object> Execute(
DynaShape.Solver solver,
List <Goal> goals,
[DefaultArgument("null")] List <GeometryBinder> geometryBinders,
[DefaultArgument("0.001")] float nodeMergeThreshold,
[DefaultArgument("0")] int iterations,
[DefaultArgument("true")] bool reset,
[DefaultArgument("true")] bool execute,
[DefaultArgument("true")] bool enableMomentum,
[DefaultArgument("true")] bool enableFastDisplay,
[DefaultArgument("false")] bool enableManipulation,
[DefaultArgument("0.98")] float dampingFactor)
{
#if CLI
throw new Exception("This node will not work as you are currently using the CLI-compatible verison of DynaShape. " +
"You can use the DynaShape.ExecuteSilently node instead");
#else
Stopwatch stopwatch = new Stopwatch();
stopwatch.Start();
if (reset)
{
solver.StopBackgroundExecution();
solver.Clear();
solver.AddGoals(goals);
if (geometryBinders != null)
{
solver.AddGeometryBinders(geometryBinders, nodeMergeThreshold);
}
solver.Render();
}
else
{
solver.EnableMouseInteraction = enableManipulation;
solver.EnableMomentum = enableMomentum;
solver.EnableFastDisplay = enableFastDisplay;
solver.IterationCount = iterations;
solver.DampingFactor = dampingFactor;
if (execute)
{
solver.StartBackgroundExecution();
}
else
{
solver.StopBackgroundExecution();
if (!enableFastDisplay)
{
solver.ClearRender();
}
if (!enableFastDisplay)
{
solver.Iterate();
}
}
}
return(execute || enableFastDisplay
? new Dictionary <string, object> {
{ "nodePositions", null },
{ "goalOutputs", null },
{ "geometries", null }
}
: new Dictionary <string, object> {
{ "nodePositions", solver.GetNodePositionsAsPoints() },
{ "goalOutputs", solver.GetGoalOutputs() },
{ "geometries", solver.GetGeometries() }
});
#endif
}