public void SpawnEnemy(float nrOfCollums, float nrOfRows, string enemyType, int health, int power, int shootTime)
{
float collum = 30f / nrOfCollums;
float row = 18f / nrOfRows;
float spaceShipZ = -2f;
float distance = 50f;
if (enemyType == "LaserEnemy")
{
currentEnemy = enemy[0];
}
else if (enemyType == "RocketEnemy")
{
currentEnemy = enemy[1];
}
else if (enemyType == "FireEnemy")
{
currentEnemy = enemy[2];
}
for (float j = row * 2 + spaceShipZ; j <= 18; j += row)
{
for (float i = collum / 2; i <= 30; i += collum)
{
Vector3 enemyCoordonates = new Vector3(i, 0f, j);
LaserEnemy Enemy = Instantiate(currentEnemy, new Vector3(i - distance, 0, j), Quaternion.identity).GetComponent <LaserEnemy>();
Enemy.Initialize(health, power, shootTime, enemyCoordonates);
enemiesAlive++;
enemyinGame.Add(Enemy.gameObject); // new
}
distance -= 10f;
}
}
public ChargeAttack(StateMachineClassic sm, IChargeAttack attack, Transform owner, Transform objective, Transform castAttackPoint, LaserEnemy laserInstantiator) : base(sm)
{
this.attack = attack;
this.owner = owner;
this.objective = objective;
this.castAttackPoint = castAttackPoint;
this.laserInstantiator = laserInstantiator;
}
private void Update()
{
if (Input.GetKeyDown(KeyCode.Return))
{
for (int i = 0; i < number_of_spawners; i++)
{
LaserEnemy script = laser_enemies[i].GetComponent <LaserEnemy>();
script.moveToAttackPoint();
}
}
}
public EnemyBullet[] GetBullets(LaserEnemy host)
{
float hostRotation = host.RotationDegrees;
float hostWidthHalf = host.WidthHalf;
var ret = base.GetBullets();
var laserBullet = (LaserEnemyBullet)ret[0];
laserBullet.SpawnPoint = host.transform.position;
laserBullet.RotationDegrees = hostRotation;
float laserWidthHalf = laserBullet.WidthHalf;
float length = hostWidthHalf + laserWidthHalf;
Vector3 positionOffset = MathUtil.Vector3AtDegreeAngle(host.RotationDegrees, length);
laserBullet.transform.position = host.transform.position + positionOffset;
return(ret);
}
/// <summary>
/// Establece los puntos de aparicion de los enemigos laser basado en las
/// dimensiones de la pantalla y la cantidad de enemigos disponibles.
/// </summary>
void setSpawnPoints()
{
laser_enemies = new GameObject[number_of_spawners];
int segment = Mathf.RoundToInt(rect_width / number_of_spawners);
int mid_point = Mathf.RoundToInt(segment / 2);
for (int i = 0; i < number_of_spawners; i++)
{
laser_enemies[i] = (GameObject)(Instantiate(laser_enemy_prefab));
LaserEnemy script = laser_enemies[i].GetComponent <LaserEnemy>();
Vector3 pos = new Vector3(mid_point + segment * i, rect_height, 0f);
Vector3 new_pos = Camera.main.ScreenToWorldPoint(pos);
// Inicializacion de la instancia del enemigo laser
script.setSpawnPoint(
new_pos,
rect_height / 2 + pixel_height_offset,
rect_height / screen_height_divider + pixel_height_offset
);
}
}
/// <summary>
/// act on key sets to move player and shoot
/// </summary>
private void Move()
{
//For gunSprite
Vector2 aimPos = GM.inputM.MouseLocation;
Vector2 direction = aimPos - Position2D;
direction = Vector2.Normalize(direction);
RotationHelper.FaceDirection(gunSprite, direction, DirectionAccuracy.free, 0);
gunSprite.Position2D = Position2D + (direction * 15);
Vector2 currentPosition = Position2D;
//For console
if (GM.inputM.KeyPressed(Keys.C))
{
debugMode = true;
}
if (debugMode == true)
{
GM.textM.Draw(FontBank.arcadePixel, "Debug", GM.screenSize.Left + 175, GM.screenSize.Top + 40, TextAtt.TopLeft);
if (GM.inputM.KeyPressed(Keys.F5))
{
LaserEnemy laserEnemy = new LaserEnemy(GM.inputM.MouseLocation, false);
}
if (GM.inputM.KeyPressed(Keys.F12))
{
GameSetup.EnemySpawnSystem.Kill();
}
}
//For dodging
Vector3 d = new Vector3(0, 0, 0);
if (tiBoostDelay == null || tiBoostDelay.ElapsedSoFar > 0.25f)
{
if (GM.inputM.KeyDown(MoveLeft))
{
d += Vector3.Left;
}
if (GM.inputM.KeyDown(MoveRight))
{
d += Vector3.Right;
}
if (GM.inputM.KeyDown(Forward))
{
d += Vector3.Down;
}
if (GM.inputM.KeyDown(Backward))
{
d += Vector3.Up;
}
if (d == new Vector3(0, 0, 0))
{
RotationHelper.FaceDirection(this, Vector3.Down, DirectionAccuracy.free, 0);
}
else
{
RotationHelper.FaceDirection(this, d, DirectionAccuracy.free, 0);
RotationHelper.VelocityInCurrentDirection(this, 500, 0);
}
}
//For directionSprite
Vector3 dNorm = d;
dNorm.Normalize();
RotationHelper.FaceDirection(directionSprite, dNorm, DirectionAccuracy.free, 0);
directionSprite.Position = Position + (dNorm * 20);
//For firing
if ((GM.inputM.KeyDown(Fire) || GM.inputM.MouseLeftButtonHeld()) && GM.eventM.Elapsed(tiFireCooldown))
{
//create bullet and pass reference to player and angle
new Bullet(this, aimPos, 1500f, 10);
}
if (GM.inputM.KeyDown(SpecialFire) && (tiSpecialFireCooldown == null || GM.eventM.Elapsed(tiSpecialFireCooldown)))
{
for (int i = 0; i < 360; i += 5)
{
Vector3 v3ShootAngle = RotationHelper.MyDirection(this, i);
Vector2 v2ShootAngle = new Vector2(v3ShootAngle.X, v3ShootAngle.Y);
RotationHelper.Direction2DFromAngle(i, 0);
//create bullet and pass reference to player and angle
new Bullet(this, Position2D + v2ShootAngle, 750, 50);
}
for (int i = 0; i < 360; i += 10)
{
Vector3 v3ShootAngle = RotationHelper.MyDirection(this, i);
Vector2 v2ShootAngle = new Vector2(v3ShootAngle.X, v3ShootAngle.Y);
RotationHelper.Direction2DFromAngle(i, 0);
//create bullet and pass reference to player and angle
new Bullet(this, Position2D + v2ShootAngle, 500, 50);
}
if (tiSpecialFireCooldown == null)
{
GM.eventM.AddTimer(tiSpecialFireCooldown = new Event(10f, "Special Fire Cooldown"));
}
}
//For boosting
if (GM.inputM.KeyPressed(Boost) && (tiBoostDelay == null || GM.eventM.Elapsed(tiBoostDelay)) && d != Vector3.Zero)
{
if (tiBoostDelay == null)
{
GM.eventM.AddTimer(tiBoostDelay = new Event(0.5f, "dodge delay"));
}
//Raycasting to check for collisions and offset to avoid collision
//Position += d * 100;
//Ray findHits = new Ray(Position, d);
Friction = 0f;
Velocity += dNorm * 800;
invulnerable = true;
Wash = Color.LightGreen;
}
//Resetting dodge delay for displaying
if (tiBoostDelay != null && tiBoostDelay.ElapsedSoFar > 0.25f)
{
Friction = 10f;
invulnerable = false;
Wash = Color.LimeGreen;
}
//Locking sequence
if (GM.inputM.MouseRightButtonPressed())
{
lockSprite.Visible = true;
attack = null;
float bestDistance = int.MaxValue;
foreach (Sprite s in GM.engineM.SpriteList)
{
if (s is Enemy)
{
if (attack == null || Vector2.DistanceSquared(aimPos, s.Centre2D) < bestDistance)
{
attack = s;
bestDistance = Vector2.DistanceSquared(aimPos, s.Centre2D);
}
}
}
if (attack != null)
{
lockSprite.Position2D = attack.Position2D;
}
}
if (GM.inputM.MouseRightButtonHeld() && GM.eventM.Elapsed(tiLockingDelay) && attack != null)
{
GM.eventM.AddEventRaiseOnce(beepCountDown = new Event(0.25f, "Beep Countdown"));
float graphicsLockAmount = lockAmount / 4;
Color color = new Color();
if (lockAmount < 1)
{
lockAmount += tiLockingDelay.Interval * 4;
lockSprite.RotationAngle = 360 * graphicsLockAmount;
color.R = (byte)(250 * lockAmount);
color.B = (byte)(255 - color.R);
}
else
{
lockSprite.RotationAngle = 0;
color.R = (byte)(255);
color.B = (byte)(0);
}
if (GM.eventM.Elapsed(beepCountDown))
{
//Beep sound effect
}
lockSprite.Position2D = attack.Position2D;
lockSprite.ScaleBoth = 1.5f + (1 - lockAmount);
lockSprite.Wash = color;
}
if (GM.inputM.MouseRightButtonReleased())
{
if (lockAmount >= 1 && (tiAltFireCooldown == null || GM.eventM.Elapsed(tiAltFireCooldown)))
{
FireMissile(attack);
}
lockSprite.Visible = false;
lockAmount = 0;
}
}
public LaserEnemyModel(LaserEnemyView view, Transform owner, List <ANode> availableNodes, float speed, List <Transform> patrolWaypoints, bool patrolLoop, Transform objective, float distArroundPlayer, Laser attack, Transform castPoint, LaserEnemy entity)
{
_view = view;
_stateMachine = new StateMachineClassic();
_stateMachine.AddState(new MyPatrolState(_stateMachine, owner, speed, patrolWaypoints, patrolLoop));
_stateMachine.AddState(new MoveNearObjective(_stateMachine, availableNodes, owner, objective, distArroundPlayer, speed));
_stateMachine.AddState(new ChargeAttack(_stateMachine, attack, owner, objective, castPoint, entity));
}
