void Start()
{
dodgeController = GetComponent <DodgeController>();
animator = GetComponent <Animator>();
timeUntilBall = ballDelay;
}
//Create an array of all the updated dodgeball values so they can be sent to the clients
// This way there is less lag than with a networkIdentity
public void CreateArray()
{
// Get the current number of dodgeballs
_length = 0;
for (int j = 0; j < _updatedBalls.Length; j++)
{
if (_updatedBalls[j] != null)
{
_length++;
}
}
// Each dodgeball has 13 pieces of information it need to match with the dodgeball on the server
_updates = new float[_length * 13];
int q = 0;
for (int i = 0; i < _length * 13; i = i + 13)
{
// The balls are not always stored in the order 1-7 but could be 1,5,7,9,10 so this skips the null values
if (_updatedBalls[q] != null)
{
// For each ball we require
// 0. Its ball number
// 1, 2. Its colour and the colour of its arrow
// 3, 4, 5, 6. Its rotation, Position and size
// 7, 8. The furthest it can rotate
// 9. Its current state (Waiting, Charging, Fired)
// 10, 11. The balls rotation Speed and movement speed
// 12. If it is a special ball and if so which kind
DodgeController ball = _updatedBalls[q].GetComponentInChildren <DodgeController>();
_updates[i + 0] = (float)q;
_updates[i + 1] = ball.MaterialNum;
_updates[i + 2] = ball.ArrowNum;
_updates[i + 3] = ball.Parent.transform.localEulerAngles.z;
_updates[i + 4] = ball.Parent.transform.localPosition.x;
_updates[i + 5] = ball.Parent.transform.localPosition.y;
_updates[i + 6] = ball.transform.localScale.y;
_updates[i + 7] = ball.Min;
_updates[i + 8] = ball.Max;
_updates[i + 9] = ball.State;
_updates[i + 10] = ball.RotationSpeed;
_updates[i + 11] = ball.Speed;
_updates[i + 12] = ball.Special;
_updatedBalls[q] = null;
}
else
{
i--;
}
q++;
}
}
// Start is called before the first frame update
protected override void Start()
{
base.Start();
if (cam == null)
{
cam = Camera.main;
}
playerDodge = GetComponent <DodgeController>();
playerTalentController = GetComponent <PlayerTalentController>();
playerMovementController = GetComponent <LandMovementController>();
tonic = GetComponent <Tonic>();
canCharacterAction = true;
}
public Player(int slot, int playerId, string imageName)
{
ControllerId = slot;
PlayerId = playerId;
ImageName = imageName;
Layer = ObjectLayers.Players;
excludeCollision = new HashSet <Entity>();
UpgradeQueue = new Queue <Upgrade>();
UpgradeCapacity = 1;
InitController();
SetHitbox(30, 60, 15, 60);
Type = Collision;
IsAlive = false;
Invincible = false;
Rebounding = false;
Physics = AddComponent(new PhysicsBody(Platform.Collision, Type));
Movement = AddComponent(new Movement(Physics, Direction));
DodgeController = AddComponent(new DodgeController(Dodge, Direction));
player = AddComponent(new Image(Library.GetTexture("players/" + imageName + ".png")));
player.Source.Smooth = true;
player.Scale = 0.5f;
player.OriginX = player.Width / 2;
player.OriginY = player.Height;
AddComponent(new OffscreenCursor(ImageName));
Fists = AddComponent(new Fists());
states = AddComponent(new StateMachine());
Standing = states.AddState(BeginStand, WhileStanding, null);
Jumping = states.AddState(BeginJump, WhileJumping, null);
Falling = states.AddState(BeginFalling, WhileFalling, null);
Dodging = states.AddState(WhileDodging);
AddResponse(Message.Damage, OnDamage);
AddResponse(Fist.Message.PunchConnected, OnPunchConnected);
AddResponse(EffectMessage.Message.OnEffect, OnEffect);
AddResponse(Shield.Message.Set, SetShield);
AddResponse(Rebound.Message.Set, SetRebound);
}
void FixedUpdate()
{
// Cap of 25 Dodgeballs
if (Counter < Dodgeballs.Length - 1)
{
//Create one dodgeball
if (Pulse)
{
GameObject dodge = (GameObject)Instantiate(Dodgeball);
dodge.GetComponentInChildren <DodgeController>().BallNumber = Counter;
Dodgeballs[Counter] = dodge;
Counter++;
Pulse = false;
}
//Create five dodgeball
if (PulseFive)
{
for (int i = 0; i < 5; i++)
{
GameObject dodge = (GameObject)Instantiate(Dodgeball);
dodge.GetComponentInChildren <DodgeController>().BallNumber = Counter;
Dodgeballs[Counter] = dodge;
Counter++;
PulseFive = false;
}
}
}
//Update each dodgeball from the info sent by the server
if (UpdateNumbers.Length > 0 && !Server && InGame)
{
for (int i = 0; i < UpdateNumbers.Length; i = i + 13)
{
// Check for each dodgeball if it requires updating
if (Dodgeballs[(int)UpdateNumbers[i]] != null)
{
// Dodgeball controller script
DodgeController controller = Dodgeballs[(int)UpdateNumbers[i]].GetComponentInChildren <DodgeController>();
// For each ball we require
// 1, 2. Its colour and the colour of its arrow
controller.transform.GetComponent <Renderer>().material = Materials[(int)UpdateNumbers[i + 1]];
Dodgeballs[(int)UpdateNumbers[i]].GetComponentInChildren <SpriteRenderer>().sprite = Sprites[(int)UpdateNumbers[i + 2]];
// 3, 4, 5. Its rotation, Position. These set the parent object which encapsulates the sphere object with is what you can see
Dodgeballs[(int)UpdateNumbers[i]].transform.localEulerAngles = new Vector3(0.0f, 0.0f, UpdateNumbers[i + 3]);
Dodgeballs[(int)UpdateNumbers[i]].transform.localPosition = new Vector3(UpdateNumbers[i + 4], UpdateNumbers[i + 5], 0.0f);
// 6. Its size
controller.transform.localScale = new Vector3(UpdateNumbers[i + 6], UpdateNumbers[i + 6], 0.1f);
// 7, 8. The furthest it can rotate
controller.Min = UpdateNumbers[i + 7];
controller.Max = UpdateNumbers[i + 8];
// 9. Its current state (Waiting, Charging, Fired)
controller.State = (int)UpdateNumbers[i + 9];
// 10, 11. The balls rotation and regular speed
controller.RotationSpeed = UpdateNumbers[i + 10];
controller.Speed = (int)UpdateNumbers[i + 11];
// 12. If it is a special ball and if so which kind
controller.Special = (int)UpdateNumbers[i + 12];
// If the ball has not been fired yet put it at zero. This talks to the sphere object within the Dodgeball object
if ((int)UpdateNumbers[i + 9] != 5)
{
controller.transform.localPosition = Vector3.zero;
}
}
}
}
}
