private void ReadOpponentPathsSection()
{
Trace.Assert(ReadLine() == "START OF OPPONENT PATHS");
int nbrNodes = ReadLineAsInt();
OpponentPathNodes = new List <OpponentPathNode>();
for (int i = 0; i < nbrNodes; i++)
{
OpponentPathNodes.Add(new OpponentPathNode {
Position = ReadLineAsVector3(), Number = i
});
}
int nbrSections = ReadLineAsInt();
for (int i = 0; i < nbrSections; i++)
{
string[] tokens = ReadLine().Split(',');
OpponentPathNode startNode = OpponentPathNodes[int.Parse(tokens[0])];
OpponentPath path = new OpponentPath();
path.Number = i;
path.Start = startNode;
path.End = OpponentPathNodes[int.Parse(tokens[1])];
path.MinSpeedAtEnd = float.Parse(tokens[4]) * 2.2f; //speeds are in BRU (BRender units). Convert to game speed
path.MaxSpeedAtEnd = float.Parse(tokens[5]) * 2.2f;
path.Width = float.Parse(tokens[6]) * 6.5f;
path.Type = (PathType)int.Parse(tokens[7]);
startNode.Paths.Add(path);
}
}
private void ReadOpponentPathsSection()
{
Trace.Assert(ReadLine() == "START OF OPPONENT PATHS");
int nbrNodes = ReadLineAsInt();
OpponentPathNodes = new List<OpponentPathNode>();
for (int i = 0; i < nbrNodes; i++)
{
OpponentPathNodes.Add(new OpponentPathNode { Position = ReadLineAsVector3(), Number=i });
}
int nbrSections = ReadLineAsInt();
for (int i = 0; i < nbrSections; i++)
{
string[] tokens = ReadLine().Split(',');
OpponentPathNode startNode = OpponentPathNodes[int.Parse(tokens[0])];
OpponentPath path = new OpponentPath();
path.Number = i;
path.Start = startNode;
path.End = OpponentPathNodes[int.Parse(tokens[1])];
path.MinSpeedAtEnd = float.Parse(tokens[4]) * 2.2f; //speeds are in BRU (BRender units). Convert to game speed
path.MaxSpeedAtEnd = float.Parse(tokens[5]) * 2.2f;
path.Width = float.Parse(tokens[6]) * 6.5f;
path.Type = (PathType)int.Parse(tokens[7]);
startNode.Paths.Add(path);
}
}
