public override void Prepare(PrepareContext context)
{
BatchCombiner.CombineBatches(ref _DrawCalls, context.BatchesToRelease);
_DrawCalls.Sort(Frame.BatchComparer);
context.PrepareMany(_DrawCalls);
OnPrepareDone();
}
void Prepare_OnNodeBegin(StrategyTree tree, PrepareContext[] stack, int depth)
{
PrepareContext context = stack[depth];
Int64 n = context.NodeIdx;
if (depth == 0)
{
context.ActionTreeIdx = 0;
}
else
{
context.ActionTreeIdx = stack[depth - 1].ActionTreeIdx;
context.Probab = stack[depth - 1].Probab;
context.Round = stack[depth - 1].Round;
context.ChanceIdx = stack[depth - 1].ChanceIdx;
if (tree.Nodes[n].IsDealerAction)
{
context.Round++;
context.ChanceIdx += CalculateChanceOffset(context.Round, _curPlayer) * tree.Nodes[n].Card;
}
else
{
if (tree.Nodes[n].Position == _curPlayer)
{
context.Probab = n > _playersCount ? tree.Nodes[n].Probab : 1;
}
// Find the corresponding node in the action tree
context.ActionTreeIdx = FindActionTreeNodeIdx(tree, n, context.ActionTreeIdx, stack[depth - 1].ChildrenCount - 1);
if (_actionTreeIndex.GetChildrenCount(context.ActionTreeIdx) == 0)
{
// A leaf.
_spArrays[_curPlayer][context.ActionTreeIdx][context.ChanceIdx] = context.Probab;
}
}
}
}
// This is where you should do any computation necessary to prepare a batch for rendering.
// Examples: State sorting, computing vertices.
public virtual void Prepare(PrepareContext context)
{
context.InvokeBasePrepare(this);
OnPrepareDone();
}
public override void Prepare(PrepareContext context)
{
OnPrepareDone();
}
void IBatchContainer.PrepareChildren(ref PrepareContext context)
{
BatchCombiner.CombineBatches(ref _DrawCalls, ref context.BatchesToRelease);
_DrawCalls.Sort(Frame.BatchComparer);
context.PrepareMany(ref _DrawCalls);
}
