C# IPacketReceiver.Connect方法代码示例

        //Now that we have some variables/references, we can start by declaring each one of them. So we do it here in the constructor
        public QuickModuleTutorial()
        {
            //Lets start with the receiver
            receiver = new SSLVisionReceiver(IPAddress.Parse("224.5.23.2"), 10002);
            //The constructor to receiver needs the multicast IP and port on which the SSL Vision server is multicasting its packets,
            //These can be found on SSL-Vision settings. Do make sure that your SSL-vision and network is correctly set up.
            //You can test this by first connecting the receiver
            receiver.Connect();
            //Then making a call on receive
            object packet = receiver.Receive();
            if(packet==null)
                throw new Exception("You messed up. Check your network and SSL Vision settings. ");

            //Next, we have the sender
            //Now we provide two kinds of senders, one for GRSim simulator, and another made for XBEE modules, initialize the one you need
            sender = new GRSimSender(IPAddress.Loopback, 10020);
            //Again, the IP address and port are the ones set up on GRSim. Verify them and that your network is good.
            //You can test the sender too, first connect it
            sender.Connect();
            //Now create a RobotParameters object and set some random values i.e.
            RobotParameters roboparams = new RobotParameters();
            roboparams.IsBlue = true;
            roboparams.Id = 1;
            roboparams.XVelocity = 2;
            //And send this packet through the sender
            sender.Send(roboparams);
            //If the robot specified in the robotId above doesn't show any movement, you messed up again.

            //If you need the XBEE sender, then initialize it as
            //sender = new XBeeSender("COM1");
            //where COM1 is the port you connected the XBEE module to
            //Ofcourse the XBEE sender needs the individual velocities to send them, so you need to set the angles between the wheels in each IRobotInfo's
            //WheelAngles property before sending the packet

            //Now comes the controllers, the one we provide is a PIDController, which is a modified implementation of PID by this guy Ron Beyer
            //Firstly, you need to initialize the array of the controllers with length equal to the number of robots you have, or you like to move
            //Lets say you are controlling six robots
            controllers = new PIDController[6];
            //next, initialize each controller with parameters of the robot
            for (int i = 0; i < controllers.Length; i++)
            {
                controllers[i] = new PIDController(i, 2, 0, 0, 3025, -3025, 2, -2, 2, 0, 0, 2025, -2025, 2, -2, 5, 0, 0,
                    2*Math.PI, -2*Math.PI, Math.PI, -Math.PI);
                //Yes its a hell lot of arguments and we did give out a much smaller constructor with default values, but thats the problem, they're default and may not suit
                //your environment. Try to use this constructor. As for what the parameters are, I am not going to spill it out here, I've already given it in the constructor
                //summary, go check there
            }

            //Now comes the module, which is completely your responsibility. Its the module that caused us to get into all this shit. Its the module that caused us to
            //remodel our original program to have only one button named "Deep Shit"
            //Yup you guessed it, the planner.
            //We're not giving out the complete intelligence planner yet even though it contains some basic calculation functions,
            //we do provide a manual controller, which can be used with a Joystick, so connect a joystick
            //but for now, lets stick to some basics behavior, i.e. a test behavior defined in a dummy planner is to follow all the opponent robots
            //Initialize the dummy planner as follows
            planner = new DummyPlanner();

            //Now if you have a working SSL-Vision receiver, you can also safely declare a referee receiver, its not currently being used but you'll need it
            //when you write your own logic for obeying referee commands
            //refereeReceiver = new SSLRefereeReceiver(IPAddress.Parse("224.5.23.3"), 10003);

            //At this point, you have the absolute minimum things you need to run your system.
            //Now you can make individual calls to each of the modules again and agin like

            SSL_WrapperPacket receivedPacket = (SSL_WrapperPacket) receiver.Receive();
            if (receivedPacket != null)
            {
                IRobotInfo[] plannedPoints = planner.PlanExclusive(receivedPacket);
                if (plannedPoints != null)
                {
                    for (int i = 0; i < plannedPoints.Length; i++)
                    {
                        plannedPoints[i] = controllers[i].ComputeExclusive(plannedPoints[i],
                            receivedPacket.detection.robots_blue[plannedPoints[i].Id]);
                    }
                    foreach(var pointWithVelocity in plannedPoints)
                        sender.Send(pointWithVelocity);
                }
            }
            //and putting it in an infinite loop, which is pretty hideous if you ask me
            // or you can automate the process with the rest of useful architecture we provided, for example;

            //The data repository is a kind of utility we created to parse the incomming commands and store incomming/outgoing data in an organized way,
            //its a good software practice so if you want to use it, you can initialize it too
            dataRepository = new DataRepository(3, true);
            //The repository also stores previous packets, which is useful for interpolation techniques. The size of history is given as the constructor argument
            //The repository can be plugged in each of the above modules as follows. The modules will automatically read/write on repository

            IDataSource sourceReference = (IDataSource) receiver;
            sourceReference.Repository = dataRepository;
            sourceReference = (IDataSource) sender;
            sourceReference.Repository = dataRepository;
            foreach (var controller in controllers)
            {
                sourceReference = (IDataSource) controller;
                sourceReference.Repository = dataRepository;
            }
            sourceReference = (IDataSource) planner;
            sourceReference.Repository = dataRepository;
//.........这里部分代码省略.........