public static void GrowNewBranches(ParallelQuery <Module> allModules)
{
// SelectMany will join all of the new modules returned by each module (if any) into a single list
allModules.SelectMany(module =>
{
return(module.nodes
// Grow module off of it if not grown and vigor is greater than vigorRootMins
.Where(node => node.main == null && node.lateral == null && node.v > module.plant.plantConfig.vigorRootMin)
.Select(node =>
{
UnityEngine.Debug.Log("Growing new branch at pos " + Node.GetGlobalPos(node));
float lambda = module.plant.plantConfig.lambda;
float dPrime = module.root.v * module.plant.plantConfig.D / module.plant.plantConfig.vigorRootMax;
ModulePrototype closestPrototype = PlantConfig.ClosestPrototype(module.plant.plantConfig, lambda, dPrime);
Module newModule = ModulePrototype.CreateInstance(module.plant, closestPrototype, Node.GetPose(node));
node.main = newModule.root; // connect main to root so the trickle of q and v can work properly
newModule.root.parent = node.main;
return newModule;
}));
})
// Do last piece not in parallel, since we are appending to lists that is not thread safe
.ToList()
.ForEach(newModule =>
{
newModule.plant.modules.Add(newModule);
});
}
public static void DrawConnectionsOut(Node node)
{
Vector3 myPos = Node.GetGlobalPos(node);
if (node.main != null)
{
GL.Vertex(myPos);
GL.Vertex(Node.GetGlobalPos(node.main));
DrawConnectionsOut(node.main);
}
if (node.lateral != null)
{
GL.Vertex(myPos);
GL.Vertex(Node.GetGlobalPos(node.lateral));
DrawConnectionsOut(node.lateral);
}
}
