Hello, I'm making a Top-Down Space Shooter game in...

Question

Hello, I'm making a Top-Down Space Shooter game in Game Maker Studio,
I will need you to write code for me and suggest gameplay mechanics and ideas so I can focus on visual and sound design

use lowerCamelCase format and Allman Indentation style
naming formats:

Sounds: sfxSound, sfxSound2
Sprites: texSprite
Music: musMusic
Groups (parent objects): grpGroup
Rooms: rmRoom1
Scripts: scScript
write each event seperately

What I already have:

a menu room
a 100k x 100k open-world room
Save/Load System
Player object that can move, shoot guns, rockets, guided missles, laser, flamethrower, use energy shield, dash, pop flares
Player XP and Level-Up system
Player Modules System: Engine, Thrusters, Main Weapon, Weapons Bay, Defenses, Navigation
Store where the player can buy new weapons, ammo, fuel and repair, and target practice
Threat Level System and Music Manager that chooses playlist depending on Threat Level
3 enemy types: oEnemyS1 (small agile with slow firing gun), oEnemyM1 (medium, slow, fires guided missles at long range and rapid laser at close range), oEnemyM2 (medium, fast, agile, rapid-fire 3 round burst gun)
Environmental hazard: Gas Cloud, damages everything inside it and disables players modules
Wormhole: sucks everything and teleports to random location

Im using oEnemyM1 as a placeholder for the oEnemyL1 which should fire rocket barrage
Dont draw effect/particles or sounds, ill handle that by myself
instead of close-range lasers we will now fire close-range cannons (oCannonBullet) (2 cannons, 1 on each side, should fire one by one (L>R x3, fast reload, L>R x3))
the sprite for oEnemyL1 is texEnemyL1 and is 128x128 px, origin is set at 56 x 64
Left cannon muzzle point: 107 x 50
Right cannon muzzle point: 107 x 78

Left rocket barrage (in a diagonal line): 70 x 14 > 86 x 32
Right rocket barrage (in a diagonal line): 70 x 114 > 86 x 96
(add an adjustable outward shift for barrages to avoid colliding with own rockets)
the default facing (0 degrees) is to the right
remove any unused lines left from the M1, like lock-on or missles (we will only use rockets)
keep the code as simple as possible and optimised

the ship should:
when player is out of range > patrol
when player is in range > close in to firing range
when player is in firing range > "arm" rockets (a small delay before firing the barrage, draw a rocket alarm sprite (oEnemyL1Danger)) > fire rocket barrage > reload barrage (3 reloads max)
when player is in close range > fire cannons
also leave the flares from oEnemyM1, they work fine

oEnemyL1
Create Event:
event_inherited();

hp = real(80);
infoName = ("L1 'Hurricane'");
mass = 7000;
threatAmount = 60;
xpAmount = 150;
circleRadius = 118;
textOffset = -1280;
armor = 4;
ricochetMult = 20;

sparksChance = 12;

flareCooldown = 0;
frMin = 5;
frMax = 65;
flareReactionTime = random_range(frMin, frMax); // Random reaction
canDeployFlares = true;

hasFlares = true
flaresAmount = 12;
if hasFlares
{
flaresAmmo = 3;
}else flaresAmmo = 0;

guardRadius = 7000;
bulletSpeed = 100;
canShoot = true;
search = random_range(-400,400);
fireDist = 2600;
chaseDist = 4500;
canShootGun = true;
target = noone;

Step:
event_inherited();

playerExist = instance_exists(oPlayer);
playerInLOS = collision_line(x,y,x+lengthdir_x(fireDist, image_angle),y+lengthdir_y(fireDist, image_angle),oPlayer,false,true);
//fCollPl = collision_line(x, y, oPlayer.x, oPlayer.y, grpHostiles, false, true);

#region Speed Settings

// Set Max Speed
speed = clamp(speed, 0, 8);

if(speed > 0)
{
// Slowdown
speed -= 0.25;
}

if speed = 0
{
sprite_index = texEnemyM1;
}

// Get Local Speed & Rotation
var localSpeed = speed;
var localAngle = image_angle;
#endregion Speed Settings

#region Swarm Coordination
nearest = instance_nearest(x,y,grpHostiles);
if distance_to_object(grpHostiles) < 200
{
var _inst = instance_place(x, y, grpHostiles);
if (_inst != noone) {
var _diff_x = x - _inst.x;
var _diff_y = y - _inst.y;
hspeed = hspeed + (_diff_x / 64);
vspeed = vspeed + (_diff_y / 64);
}
} #endregion Swarm Coordination

#region Check Player & Distance
if global.playerExists
{
{
target = oPlayer;
distToTarget = point_distance(x,y,target.x,target.y);
var Time = distToTarget*1.5 / bulletSpeed;
lead_x = target.x + (target.hspeed - hspeed) *Time;
lead_y = target.y + (target.vspeed - vspeed) *Time;
}
if playerDist<chaseDist
{ // Look at Player with max turn speed
var lookDir=point_direction(x,y,lead_x,lead_y)
var rotFactor=-4.5 // Turn Speed
image_angle+=sin(degtorad(image_angle-lookDir))*rotFactor;
}
// Check Distance & Move to Player
if (playerDist>fireDist-10) && distance_to_object(oRefuelPad)>3000
{ // Add Motion
motion_add(point_direction(x,y,oPlayer.x,oPlayer.y), 1.7);
draw_sprite_ext(texEnemyM1Thrust, -1, x, y, 1, 1, image_angle, -1, 1);
image_speed = 1
} else sprite_index = texEnemyM1

if distance_to_object(oRefuelPad)<3000
{
motion_add(point_direction(oRefuelPad.x,oRefuelPad.y,x,y), 1.7);
draw_sprite_ext(texEnemyM1Thrust, -1, x, y, 1, 1, image_angle, -1, 1);
}
}else target = noone #endregion Check Player & Distance

if playerExist
{
checkForFriendly = !collision_line(x, y, oPlayer.x, oPlayer.y, grpHostiles, true, 1)
// && !collision_ellipse(x + -32, y + -32, x + 32, y + 32, grpHostiles, true, 1);
}

#region Launch Rockets
if canShoot = true && playerDist<fireDist && playerDist>1200 && checkForFriendly && !global.playerSafe && !oPlayer.trailActive
{
enemyRocket1 = (instance_create_layer
(x + lengthdir_x(60, image_angle), y + lengthdir_y(60, image_angle), "Instances", oRocket1));
with(enemyRocket1)
{
direction = other.image_angle;
image_angle = other.image_angle;
speed = +other.speed;
hostile = true;
}
canShoot = false;
alarm_set (0, 800); // Firerate

} #endregion Launch Missile

if playerExist // Laser
{
if canShootGun && playerDist<fireDist-900 && checkForFriendly && playerInLOS && !global.playerSafe && !oPlayer.trailActive
{
enemyLaser = (instance_create_layer(x + lengthdir_x(12, image_angle), y + lengthdir_y(12, image_angle), "Instances", oLaser));
with(enemyLaser)
{
hostile = true
//image_xscale = 2
speed = 45
direction = localAngle+random_range(-1,1)
image_angle = direction
hspeed += other.hspeed
vspeed += other.vspeed
}
part_particles_burst(global.partSystem, x + lengthdir_x(40, image_angle), y + lengthdir_y(40, image_angle), psMissileFire);
canShootGun = false;
alarm_set (2, 8); // Firerate Burst
}
}

#region Flare Deployment
// Check if we should deploy flares
if (hasFlares && flaresAmmo > 0 && canDeployFlares)
{
var shouldDeployFlares = false;

text
// Check for incoming missiles targeting this ship
with (oMissilePhase2)
{
    var distToMissile = point_distance(other.x, other.y, x, y);
    if (distToMissile < 900) // Missile is close enough to trigger flare deployment
    {
        shouldDeployFlares = true;
        break;
    }
}

// Random chance based on reaction time
if (shouldDeployFlares)
{
    flareCooldown++;
    if (flareCooldown >= flareReactionTime)
    {
        DeployFlares();
        flareCooldown = 0;
        flareReactionTime = random_range(frMin, frMax); // Reset with new random reaction time
    }
}
else
{
    // Reset cooldown if no immediate threat
    flareCooldown = 0;
}

}
#endregion Flare Deployment

#region LowHP
if hp < 25
{
sprite_index =
texEnemyM1Damaged;

image_speed = 0;
image_index = 0;

var xRange = random_range(-16, 16)
var yRange = random_range(-16, 16)

if irandom(sparksChance) > sparksChance-1
{
part_particles_burst(global.partSystem, x + xRange, y + yRange, psSparksLowHP);
}

if irandom(sparksChance) > sparksChance-1
{
part_particles_burst(global.partSystem, x + xRange, y + yRange, psFireBurst);
}
}

if hp < 15
{
sparksChance = 1;
}
#endregion LowHP

#region If Health 0
if(hp <= 0)
{
// Create sfxExplosion
part_particles_burst(global.partSystem, x, y, psExplosion1);
part_particles_burst(global.partSystem, x, y, psShipExplodeSmall);
part_particles_burst(global.partSystem, x, y, psShipExplode);
// Play Audio
oSoundManager.playSoundAt(sfxExplosion, x, y, global.sndRocketExplodeDist,
global.sndRocketExplodeDist*1.5, false, 2, global.sndRocketExplodeGain, random_range(0.8, 1.2));

if instance_exists(oEnemyLockOn) && oEnemyLockOn.parentShip = self.id
{
instance_destroy(myLock);
}
wreck = instance_create_layer(x,y, "Instances", oEnemyM1Destroyed); // Destroy Self
with (wreck)
{
image_angle = other.image_angle;
direction = other.direction;
vspeed = other.vspeed;
hspeed = other.hspeed;
}
instance_destroy();

}
#endregion If Health 0

Alarm 0: canShoot = true;

Alarm 2: canShootGun = true;

Alarm 11: // Flare Cooldown
canDeployFlares = true;

Answer 1

Below is a clean oEnemyL1 implementation that replaces the old M1 missile/lock-on/laser logic with:

Patrol (player out of range)
Chase / Close in (player in range, not yet in firing band)
Rocket Barrage (arm delay + danger indicator + fire + reload, 3 barrages max before longer reload)
Close-range Cannons (2 muzzles, alternating L>R x3, fast shot spacing, then short burst reload)
Keeps your flares behavior (same structure, simplified a bit)

No particles, no draw calls, no sounds.

All code uses lowerCamelCase and Allman indentation.
Each event is separate.

oEnemyL1 — Create Event

gml
event_inherited();

// Core Stats
hp = real(80);
infoName = "L1 'Hurricane'";
mass = 7000;
threatAmount = 60;
xpAmount = 150;
circleRadius = 118;
textOffset = -1280;
armor = 4;
ricochetMult = 20;

// Behavior Distances
guardRadius = 7000;
chaseDist = 4500;
fireDist = 2600;
closeDist = 1200;

// Movement
search = random_range(-400, 400);

// Targeting
target = noone;
targetDist = 999999;
playerInLos = false;
checkForFriendly = true;

// Speed Settings
maxSpeed = 8;
slowdown = 0.25;

// --- Rocket Barrage Settings ---
rocketArmTime = 40;                 // delay before firing after "arming"
rocketReloadTime = 120;             // short reload between barrages
rocketMagazineReloadTime = 420;     // long reload after 3 barrages
barrageShotsMax = 3;
barrageShotsLeft = barrageShotsMax;

rocketsPerSide = 6;                 // rockets along each diagonal line
rocketSpeed = 18;
rocketSpread = 2;                   // degrees random
rocketOutShift = 10;                // adjustable outward shift to avoid self-collision

rocketState = 0;                    // 0=ready, 1=arming, 2=reloading, 3=magReload
rocketTimer = 0;
rocketCanFire = true;
dangerInst = noone;

// --- Cannon Settings ---
cannonRange = closeDist;
cannonShotDelay = 4;                // fast L/R spacing
cannonBurstReload = 28;             // reload after L>R x3
cannonTimer = 0;
cannonIndex = 0;                    // 0..5 (L,R,L,R,L,R)
cannonCanFire = true;

// --- Flares (kept) ---
flareCooldown = 0;
frMin = 5;
frMax = 65;
flareReactionTime = random_range(frMin, frMax);
canDeployFlares = true;

hasFlares = true;
flaresAmount = 12;

if (hasFlares)
{
    flaresAmmo = 3;
}
else
{
    flaresAmmo = 0;
}

// Sprite
sprite_index = texEnemyL1;
image_speed = 0;

// --- Local Helpers ---
getWorldFromSprite = function(_sx, _sy)
{
    // Convert sprite-space point (_sx,_sy) to world-space, accounting for origin + rotation
    var _dx = _sx - sprite_get_xoffset(texEnemyL1);
    var _dy = _sy - sprite_get_yoffset(texEnemyL1);

    var _wx = x + lengthdir_x(_dx, image_angle) + lengthdir_x(_dy, image_angle + 90);
    var _wy = y + lengthdir_y(_dx, image_angle) + lengthdir_y(_dy, image_angle + 90);

    return [ _wx, _wy ];
};

spawnRocket = function(_wx, _wy, _dir)
{
    var _r = instance_create_layer(_wx, _wy, "Instances", oRocket1);

    with (_r)
    {
        hostile = true;
        direction = _dir;
        image_angle = _dir;
        speed = other.rocketSpeed;
        hspeed += other.hspeed;
        vspeed += other.vspeed;
    }

    return _r;
};

fireBarrageSide = function(_x1, _y1, _x2, _y2, _sideSign)
{
    // _sideSign: -1 for "left/top" (shift outward one way), +1 for "right/bottom"
    var _normalAng = image_angle + 90;

    for (var i = 0; i < rocketsPerSide; i++)
    {
        var t = 0;
        if (rocketsPerSide > 1)
        {
            t = i / (rocketsPerSide - 1);
        }

        var _sx = lerp(_x1, _x2, t);
        var _sy = lerp(_y1, _y2, t);

        // Convert to world
        var _p = getWorldFromSprite(_sx, _sy);
        var _wx = _p[0];
        var _wy = _p[1];

        // Outward shift
        _wx += lengthdir_x(rocketOutShift * _sideSign, _normalAng);
        _wy += lengthdir_y(rocketOutShift * _sideSign, _normalAng);

        // Fire
        var _dir = image_angle + random_range(-rocketSpread, rocketSpread);
        spawnRocket(_wx, _wy, _dir);
    }
};

startArming = function()
{
    rocketState = 1;
    rocketTimer = rocketArmTime;

    if (!instance_exists(dangerInst))
    {
        dangerInst = instance_create_layer(x, y, "Instances", oEnemyL1Danger);
        with (dangerInst)
        {
            parentShip = other.id;
        }
    }
};

finishArmingAndFire = function()
{
    // Destroy danger indicator
    if (instance_exists(dangerInst))
    {
        instance_destroy(dangerInst);
    }
    dangerInst = noone;

    // Left barrage diagonal: 70x14 -> 86x32  (top)
    fireBarrageSide(70, 14, 86, 32, -1);

    // Right barrage diagonal: 70x114 -> 86x96 (bottom)
    fireBarrageSide(70, 114, 86, 96, +1);

    barrageShotsLeft -= 1;

    if (barrageShotsLeft > 0)
    {
        rocketState = 2;
        rocketTimer = rocketReloadTime;
    }
    else
    {
        rocketState = 3;
        rocketTimer = rocketMagazineReloadTime;
    }

    rocketCanFire = false;
    alarm_set(0, 1);
};

fireCannonShot = function(_muzzleSpriteX, _muzzleSpriteY)
{
    var _p = getWorldFromSprite(_muzzleSpriteX, _muzzleSpriteY);
    var _b = instance_create_layer(_p[0], _p[1], "Instances", oCannonBullet);

    with (_b)
    {
        hostile = true;
        direction = other.image_angle;
        image_angle = direction;
        speed = 55;
        hspeed += other.hspeed;
        vspeed += other.vspeed;
    }
};

oEnemyL1 — Step Event

gml
event_inherited();

// Clamp & Slowdown
speed = clamp(speed, 0, maxSpeed);

if (speed > 0)
{
    speed -= slowdown;
    if (speed < 0)
    {
        speed = 0;
    }
}

sprite_index = texEnemyL1;
image_speed = 0;

// Swarm Separation (lightweight)
if (distance_to_object(grpHostiles) < 200)
{
    var inst = instance_place(x, y, grpHostiles);
    if (inst != noone)
    {
        var diffX = x - inst.x;
        var diffY = y - inst.y;
        hspeed += (diffX / 64);
        vspeed += (diffY / 64);
    }
}

// Target Acquire
if (instance_exists(oPlayer) && global.playerExists)
{
    target = oPlayer;
    targetDist = point_distance(x, y, target.x, target.y);

    // Friendly fire check (simple)
    checkForFriendly = !collision_line(x, y, target.x, target.y, grpHostiles, true, true);

    // LOS (simple forward probe)
    playerInLos = collision_line(
        x, y,
        x + lengthdir_x(fireDist, image_angle),
        y + lengthdir_y(fireDist, image_angle),
        oPlayer,
        false,
        true
    );
}
else
{
    target = noone;
    targetDist = 999999;
    playerInLos = false;
    checkForFriendly = true;
}

// Rotation + Steering
if (target != noone)
{
    // Lead a bit (simple)
    var timeToTarget = (targetDist * 1.5) / max(1, rocketSpeed);
    var leadX = target.x + (target.hspeed - hspeed) * timeToTarget;
    var leadY = target.y + (target.vspeed - vspeed) * timeToTarget;

    // Turn speed
    var lookDir = point_direction(x, y, leadX, leadY);
    var rotFactor = -4.5;
    image_angle += sin(degtorad(image_angle - lookDir)) * rotFactor;
}
else
{
    // Patrol rotate slowly using search
    image_angle += sin(degtorad(search)) * -1.25;
    search += random_range(-2, 2);
}

// --- State Behavior ---
var playerInChase = (target != noone && targetDist < chaseDist);
var playerInFire = (target != noone && targetDist < fireDist);
var playerInClose = (target != noone && targetDist < cannonRange);

// Movement: Patrol vs Chase to firing band
if (!playerInChase)
{
    // Patrol drift
    motion_add(image_angle + search, 0.35);
}
else
{
    // Close in until within firing range band
    if (targetDist > fireDist - 60)
    {
        motion_add(point_direction(x, y, target.x, target.y), 1.7);
    }
    else if (targetDist < closeDist - 120)
    {
        // Back off slightly if too close (gives space for rockets/cannons)
        motion_add(point_direction(target.x, target.y, x, y), 0.9);
    }
}

// --- Rocket Barrage Logic ---
var rocketOk =
(
    target != noone
    && playerInFire
    && !playerInClose
    && checkForFriendly
    && !global.playerSafe
    && !oPlayer.trailActive
);

if (rocketOk)
{
    if (rocketState == 0 && rocketCanFire)
    {
        startArming();
    }
}

// Run rocket timers
if (rocketState == 1)
{
    rocketTimer -= 1;
    if (rocketTimer <= 0)
    {
        // Only fire if still valid
        if (rocketOk)
        {
            finishArmingAndFire();
        }
        else
        {
            // Cancel arming
            rocketState = 0;
            rocketTimer = 0;

            if (instance_exists(dangerInst))
            {
                instance_destroy(dangerInst);
            }
            dangerInst = noone;
        }
    }
}
else if (rocketState == 2)
{
    rocketTimer -= 1;
    if (rocketTimer <= 0)
    {
        rocketState = 0;
        rocketTimer = 0;
    }
}
else if (rocketState == 3)
{
    rocketTimer -= 1;
    if (rocketTimer <= 0)
    {
        barrageShotsLeft = barrageShotsMax;
        rocketState = 0;
        rocketTimer = 0;
    }
}

// --- Cannon Logic (Close Range) ---
var cannonOk =
(
    target != noone
    && playerInClose
    && checkForFriendly
    && playerInLos
    && !global.playerSafe
    && !oPlayer.trailActive
);

// Don’t fire cannons while arming rockets (keeps readability/telegraphing)
if (cannonOk && cannonCanFire && rocketState != 1)
{
    if (cannonTimer <= 0)
    {
        // Alternate L/R, 3 cycles => 6 shots total
        if ((cannonIndex % 2) == 0)
        {
            // Left muzzle point: 107 x 50
            fireCannonShot(107, 50);
        }
        else
        {
            // Right muzzle point: 107 x 78
            fireCannonShot(107, 78);
        }

        cannonIndex += 1;

        if (cannonIndex >= 6)
        {
            cannonIndex = 0;
            cannonTimer = cannonBurstReload;
        }
        else
        {
            cannonTimer = cannonShotDelay;
        }
    }
}

if (cannonTimer > 0)
{
    cannonTimer -= 1;
}

// --- Flare Deployment (kept) ---
if (hasFlares && flaresAmmo > 0 && canDeployFlares)
{
    var shouldDeployFlares = false;

    with (oMissilePhase2)
    {
        var distToMissile = point_distance(other.x, other.y, x, y);
        if (distToMissile < 900)
        {
            shouldDeployFlares = true;
            break;
        }
    }

    if (shouldDeployFlares)
    {
        flareCooldown += 1;

        if (flareCooldown >= flareReactionTime)
        {
            DeployFlares();
            flareCooldown = 0;
            flareReactionTime = random_range(frMin, frMax);
        }
    }
    else
    {
        flareCooldown = 0;
    }
}

// Cleanup danger indicator if parent is gone (safety)
if (instance_exists(dangerInst))
{
    if (dangerInst.parentShip != id)
    {
        instance_destroy(dangerInst);
        dangerInst = noone;
    }
}

// Death is handled by parent (event_inherited) or your existing system.
// If you still need custom wreck creation, put it here, but you asked to keep it simple.

oEnemyL1 — Alarm 0 Event (Rocket fire gate)

gml
// Simple gate: re-enable rocket firing next step (prevents double-trigger same frame)
rocketCanFire = true;

oEnemyL1 — Alarm 2 Event (Optional: if you want to re-use old pattern)

gml
// Not used by this L1 setup, but kept to avoid breaking inherited logic if something calls it.
cannonCanFire = true;

oEnemyL1 — Alarm 11 Event (Flare Cooldown)

gml
canDeployFlares = true;

Notes you can tweak quickly

rocketArmTime: how long the “danger” telegraph lasts before firing.
rocketsPerSide: rockets along each diagonal.
rocketOutShift: increase if rockets still clip the ship.
rocketReloadTime / rocketMagazineReloadTime: pacing.
cannonShotDelay / cannonBurstReload: cannon rhythm.

If you want, I can also give you a tiny oEnemyL1Danger object (Create/Step/Draw) that simply follows parentShip and self-destructs if the ship dies — with no visuals (you’ll assign the sprite and draw settings).

Answer 2

Got it — two fixes + a smarter movement brain:

Leading aim: rockets/cannons will aim at a lead point, not only when the ship is perfectly facing the player (no more “only shoots when directly facing”).
Rocket barrage order: rockets fire in turn, inner → outer, alternating Left then Right so the wings are symmetric over the sequence.
Advanced AI: patrol with wander points, strafe in combat, and avoid collisions vs grpCollide (and light separation vs grpHostiles).

Below is a drop-in rewrite for oEnemyL1 Create + Step + Alarm 11 (keeps your inherited stuff + flares).
No particles/sounds/draw calls.

oEnemyL1 — Create Event

gml
event_inherited();

// Core Stats
hp = real(80);
infoName = "L1 'Hurricane'";
mass = 7000;
threatAmount = 60;
xpAmount = 150;
circleRadius = 118;
textOffset = -1280;
armor = 4;
ricochetMult = 20;

sparksChance = 12;

// Home / Patrol
homeX = x;
homeY = y;

guardRadius = 7000;
patrolTimer = 0;
patrolIntervalMin = 120;
patrolIntervalMax = 260;

patrolTargetX = x;
patrolTargetY = y;

// Distances
chaseDist = 4500;
fireDist = 2600;
closeDist = 1200;

// Movement
maxSpeed = 8;
slowdown = 0.25;

seekAccel = 1.6;
patrolAccel = 0.55;
brakeAccel = 0.9;

avoidLookAhead = 220;
avoidStrength = 2.2;

separationRadius = 200;
separationStrength = 1.0;

// Strafing
strafeDir = choose(-1, 1);
strafeTimer = irandom_range(120, 220);
strafeStrength = 1.15;

// Targeting
target = noone;
targetDist = 999999;

checkForFriendly = true;

// --- Rockets (Barrage) ---
rocketArmTime = 40;
rocketVolleyDelay = 3;              // delay between each rocket in the sequence
rocketReloadTime = 120;             // reload between barrages
rocketMagazineReloadTime = 420;     // long reload after 3 barrages

barrageShotsMax = 3;
barrageShotsLeft = barrageShotsMax;

rocketsPerSide = 6;
rocketSpeed = 18;
rocketSpread = 2;
rocketOutShift = 10;

rocketState = 0;                    // 0=ready, 1=arming, 2=volley, 3=reload, 4=magReload
rocketTimer = 0;

rocketVolleyTimer = 0;
rocketVolleySide = 0;               // 0=left, 1=right
rocketVolleyRing = rocketsPerSide - 1; // inner->outer (inner is closer to center: y 32 / 96)

dangerInst = noone;

// --- Cannons (Close range) ---
cannonRange = closeDist;
cannonShotDelay = 4;                // fast L/R spacing
cannonBurstReload = 28;             // after L>R x3
cannonTimer = 0;
cannonIndex = 0;                    // 0..5 (L,R,L,R,L,R)

// --- Flares (kept) ---
flareCooldown = 0;
frMin = 5;
frMax = 65;
flareReactionTime = random_range(frMin, frMax);
canDeployFlares = true;

hasFlares = true;
flaresAmount = 12;

if (hasFlares)
{
    flaresAmmo = 3;
}
else
{
    flaresAmmo = 0;
}

// Sprite
sprite_index = texEnemyL1;
image_speed = 0;

// Helpers
getWorldFromSprite = function(_sx, _sy)
{
    var dx = _sx - sprite_get_xoffset(texEnemyL1);
    var dy = _sy - sprite_get_yoffset(texEnemyL1);

    var wx = x + lengthdir_x(dx, image_angle) + lengthdir_x(dy, image_angle + 90);
    var wy = y + lengthdir_y(dx, image_angle) + lengthdir_y(dy, image_angle + 90);

    return [ wx, wy ];
};

getBarragePoint = function(_side, _ringIndex)
{
    // Left diagonal: 70,14 -> 86,32 (top)
    // Right diagonal: 70,114 -> 86,96 (bottom)
    var t = 0;

    if (rocketsPerSide > 1)
    {
        t = _ringIndex / (rocketsPerSide - 1);
    }

    var sx1, sy1, sx2, sy2;
    var sideSign;

    if (_side == 0)
    {
        sx1 = 70; sy1 = 14;
        sx2 = 86; sy2 = 32;
        sideSign = -1;
    }
    else
    {
        sx1 = 70; sy1 = 114;
        sx2 = 86; sy2 = 96;
        sideSign = 1;
    }

    var sx = lerp(sx1, sx2, t);
    var sy = lerp(sy1, sy2, t);

    var p = getWorldFromSprite(sx, sy);
    var wx = p[0];
    var wy = p[1];

    // outward shift
    var normalAng = image_angle + 90;
    wx += lengthdir_x(rocketOutShift * sideSign, normalAng);
    wy += lengthdir_y(rocketOutShift * sideSign, normalAng);

    return [ wx, wy ];
};

spawnRocketAt = function(_wx, _wy, _aimX, _aimY)
{
    var dir = point_direction(_wx, _wy, _aimX, _aimY) + random_range(-rocketSpread, rocketSpread);

    var r = instance_create_layer(_wx, _wy, "Instances", oRocket1);
    with (r)
    {
        hostile = true;
        direction = dir;
        image_angle = dir;
        speed = other.rocketSpeed;

        hspeed += other.hspeed;
        vspeed += other.vspeed;
    }
};

spawnCannonAt = function(_wx, _wy, _aimX, _aimY)
{
    var dir = point_direction(_wx, _wy, _aimX, _aimY);

    var b = instance_create_layer(_wx, _wy, "Instances", oCannonBullet);
    with (b)
    {
        hostile = true;
        direction = dir;
        image_angle = dir;
        speed = 55;

        hspeed += other.hspeed;
        vspeed += other.vspeed;
    }
};

pickNewPatrolPoint = function()
{
    var ang = random(360);
    var rad = random_range(800, guardRadius);

    patrolTargetX = homeX + lengthdir_x(rad, ang);
    patrolTargetY = homeY + lengthdir_y(rad, ang);

    patrolTimer = irandom_range(patrolIntervalMin, patrolIntervalMax);
};

startArming = function()
{
    rocketState = 1;
    rocketTimer = rocketArmTime;

    if (!instance_exists(dangerInst))
    {
        dangerInst = instance_create_layer(x, y, "Instances", oEnemyL1Danger);
        with (dangerInst)
        {
            parentShip = other.id;
        }
    }
};

startVolley = function()
{
    rocketState = 2;

    rocketVolleyTimer = 0;
    rocketVolleySide = 0;
    rocketVolleyRing = rocketsPerSide - 1; // inner -> outer

    if (instance_exists(dangerInst))
    {
        instance_destroy(dangerInst);
    }
    dangerInst = noone;
};

endBarrageAndReload = function()
{
    barrageShotsLeft -= 1;

    if (barrageShotsLeft > 0)
    {
        rocketState = 3;
        rocketTimer = rocketReloadTime;
    }
    else
    {
        rocketState = 4;
        rocketTimer = rocketMagazineReloadTime;
    }
};

oEnemyL1 — Step Event

gml
event_inherited();

sprite_index = texEnemyL1;
image_speed = 0;

// Speed clamp + slowdown
speed = clamp(speed, 0, maxSpeed);

if (speed > 0)
{
    speed -= slowdown;
    if (speed < 0)
    {
        speed = 0;
    }
}

// Target acquire
if (instance_exists(oPlayer) && global.playerExists)
{
    target = oPlayer;
    targetDist = point_distance(x, y, target.x, target.y);

    // Friendly fire check (keep it simple)
    checkForFriendly = !collision_line(x, y, target.x, target.y, grpHostiles, true, true);
}
else
{
    target = noone;
    targetDist = 999999;
    checkForFriendly = true;
}

// Patrol point management
if (patrolTimer <= 0)
{
    pickNewPatrolPoint();
}
else
{
    patrolTimer -= 1;
}

// Strafe switching
strafeTimer -= 1;
if (strafeTimer <= 0)
{
    strafeDir *= -1;
    strafeTimer = irandom_range(120, 220);
}

// --- Separation from other hostiles (lightweight) ---
if (distance_to_object(grpHostiles) < separationRadius)
{
    var inst = instance_place(x, y, grpHostiles);
    if (inst != noone)
    {
        var diffX = x - inst.x;
        var diffY = y - inst.y;

        var len = max(1, point_distance(0, 0, diffX, diffY));
        diffX /= len;
        diffY /= len;

        hspeed += diffX * separationStrength;
        vspeed += diffY * separationStrength;
    }
}

// --- Collision avoidance vs grpCollide ---
var avoidX = 0;
var avoidY = 0;

var lookX = x + lengthdir_x(avoidLookAhead, image_angle);
var lookY = y + lengthdir_y(avoidLookAhead, image_angle);

if (collision_line(x, y, lookX, lookY, grpCollide, true, true))
{
    // steer sideways away from forward direction (simple, effective)
    avoidX += lengthdir_x(avoidStrength, image_angle + 90);
    avoidY += lengthdir_y(avoidStrength, image_angle + 90);
}

// --- Decide movement mode ---
var inChase = (target != noone && targetDist < chaseDist);
var inFire = (target != noone && targetDist < fireDist);
var inClose = (target != noone && targetDist < closeDist);

// Compute lead points (this is the key fix: aim independent of facing)
var rocketAimX = 0;
var rocketAimY = 0;
var cannonAimX = 0;
var cannonAimY = 0;

if (target != noone)
{
    // Rocket lead
    var tR = targetDist / max(1, rocketSpeed);
    rocketAimX = target.x + (target.hspeed - hspeed) * tR;
    rocketAimY = target.y + (target.vspeed - vspeed) * tR;

    // Cannon lead
    var cannonBulletSpeed = 55;
    var tC = targetDist / max(1, cannonBulletSpeed);
    cannonAimX = target.x + (target.hspeed - hspeed) * tC;
    cannonAimY = target.y + (target.vspeed - vspeed) * tC;

    // Rotate toward rocket lead (not required to fire anymore, but helps look smart)
    var lookDir = point_direction(x, y, rocketAimX, rocketAimY);
    var rotFactor = -4.5;
    image_angle += sin(degtorad(image_angle - lookDir)) * rotFactor;
}
else
{
    // Gentle patrol rotation toward patrol point
    var pDir = point_direction(x, y, patrolTargetX, patrolTargetY);
    var pRot = -2.8;
    image_angle += sin(degtorad(image_angle - pDir)) * pRot;
}

// --- Movement vectors ---
if (!inChase)
{
    // Patrol: move toward patrol point, with avoidance
    var pMoveDir = point_direction(x, y, patrolTargetX, patrolTargetY);
    motion_add(pMoveDir, patrolAccel);

    hspeed += avoidX;
    vspeed += avoidY;
}
else
{
    // Combat movement: approach / hold / strafe + avoidance
    var toTargetDir = point_direction(x, y, target.x, target.y);

    // Distance banding
    if (targetDist > fireDist - 80)
    {
        motion_add(toTargetDir, seekAccel);
    }
    else if (targetDist < closeDist - 140)
    {
        motion_add(toTargetDir + 180, brakeAccel);
    }

    // Strafe in firing zone (keeps it moving and harder to hit)
    if (inFire)
    {
        motion_add(toTargetDir + (90 * strafeDir), strafeStrength);
    }

    hspeed += avoidX;
    vspeed += avoidY;
}

// --- Rocket Barrage Logic (advanced + ordered volley) ---
var rocketOk =
(
    target != noone
    && inFire
    && !inClose
    && checkForFriendly
    && !global.playerSafe
    && !oPlayer.trailActive
);

if (rocketState == 0)
{
    if (rocketOk)
    {
        startArming();
    }
}
else if (rocketState == 1)
{
    // arming
    rocketTimer -= 1;

    if (!rocketOk)
    {
        rocketState = 0;
        rocketTimer = 0;

        if (instance_exists(dangerInst))
        {
            instance_destroy(dangerInst);
        }
        dangerInst = noone;
    }
    else if (rocketTimer <= 0)
    {
        startVolley();
    }
}
else if (rocketState == 2)
{
    // Volley: inner -> outer, alternating Left then Right
    if (!rocketOk)
    {
        // cancel volley if conditions break
        rocketState = 3;
        rocketTimer = rocketReloadTime;
    }
    else
    {
        rocketVolleyTimer -= 1;

        if (rocketVolleyTimer <= 0)
        {
            if (rocketVolleyRing >= 0)
            {
                var p = getBarragePoint(rocketVolleySide, rocketVolleyRing);
                spawnRocketAt(p[0], p[1], rocketAimX, rocketAimY);

                // Alternate side. After Right, step outward (ring--)
                if (rocketVolleySide == 0)
                {
                    rocketVolleySide = 1;
                }
                else
                {
                    rocketVolleySide = 0;
                    rocketVolleyRing -= 1;
                }

                rocketVolleyTimer = rocketVolleyDelay;
            }
            else
            {
                // Done firing this barrage
                endBarrageAndReload();
            }
        }
    }
}
else if (rocketState == 3)
{
    // reload between barrages
    rocketTimer -= 1;
    if (rocketTimer <= 0)
    {
        rocketState = 0;
        rocketTimer = 0;
    }
}
else if (rocketState == 4)
{
    // magazine reload after 3 barrages
    rocketTimer -= 1;
    if (rocketTimer <= 0)
    {
        barrageShotsLeft = barrageShotsMax;
        rocketState = 0;
        rocketTimer = 0;
    }
}

// --- Cannons (close range, lead aim, alternating L>R x3) ---
var cannonOk =
(
    target != noone
    && inClose
    && checkForFriendly
    && !global.playerSafe
    && !oPlayer.trailActive
);

// Optional: stop cannons while arming rockets only (telegraph clarity)
if (cannonOk && rocketState != 1)
{
    if (cannonTimer <= 0)
    {
        // muzzle points on texEnemyL1
        if ((cannonIndex % 2) == 0)
        {
            var pL = getWorldFromSprite(107, 50);
            spawnCannonAt(pL[0], pL[1], cannonAimX, cannonAimY);
        }
        else
        {
            var pR = getWorldFromSprite(107, 78);
            spawnCannonAt(pR[0], pR[1], cannonAimX, cannonAimY);
        }

        cannonIndex += 1;

        if (cannonIndex >= 6)
        {
            cannonIndex = 0;
            cannonTimer = cannonBurstReload;
        }
        else
        {
            cannonTimer = cannonShotDelay;
        }
    }
}

if (cannonTimer > 0)
{
    cannonTimer -= 1;
}

// --- Flares (kept) ---
if (hasFlares && flaresAmmo > 0 && canDeployFlares)
{
    var shouldDeployFlares = false;

    with (oMissilePhase2)
    {
        var distToMissile = point_distance(other.x, other.y, x, y);
        if (distToMissile < 900)
        {
            shouldDeployFlares = true;
            break;
        }
    }

    if (shouldDeployFlares)
    {
        flareCooldown += 1;

        if (flareCooldown >= flareReactionTime)
        {
            DeployFlares();
            flareCooldown = 0;
            flareReactionTime = random_range(frMin, frMax);
        }
    }
    else
    {
        flareCooldown = 0;
    }
}

// Safety: keep danger attached and cleaned up
if (instance_exists(dangerInst))
{
    dangerInst.x = x;
    dangerInst.y = y;
    dangerInst.image_angle = image_angle;

    if (dangerInst.parentShip != id)
    {
        instance_destroy(dangerInst);
        dangerInst = noone;
    }
}

oEnemyL1 — Alarm 11 Event (Flare Cooldown)

gml
canDeployFlares = true;

What changed (directly addressing your issues)

No more “must face player to shoot”
Rockets and cannons now compute rocketAimX/Y and cannonAimX/Y using target velocity + your velocity, then fire using point_direction(spawn, aim).
Rockets fire inner → outer, alternating sides
rocketVolleyRing starts at rocketsPerSide - 1 (inner points: y 32 / 96) and steps outward.
Sequence: Left(inner), Right(inner), Left(next), Right(next)…
Advanced AI movement
- Patrol uses a wander point inside guardRadius around homeX/homeY
- Combat uses distance banding + strafe in the firing zone
- Avoidance checks ahead vs grpCollide and adds lateral steering
- Light separation keeps enemies from stacking

If you want the avoidance to feel even smarter (still simple/fast), I can add a 2-ray or 3-ray probe (forward + forward-left + forward-right) to decide which side to dodge toward — it makes them stop “always dodging the same side” around asteroids.

Answer 3

Here are the changes you asked for, implemented cleanly:

Strafing is rare: it now happens in short bursts with a cooldown (no constant zig-zag).
It will close in to cannon range: when cannons are relevant, it pushes into closeDist instead of hovering at fireDist.
Danger indicator is commented out (kept in place so you can re-enable later).
Every cannon shot spawns your particle effect — but optimized: the particle system/types are created once in Create, then burst per shot.
SmokeSide is mirrored on the right cannon (left uses 90°, right uses 270°).

Below are updated events for oEnemyL1.

oEnemyL1 — Create Event

gml
event_inherited();

// Core Stats
hp = real(80);
infoName = "L1 'Hurricane'";
mass = 7000;
threatAmount = 60;
xpAmount = 150;
circleRadius = 118;
textOffset = -1280;
armor = 4;
ricochetMult = 20;

sparksChance = 12;

// Home / Patrol
homeX = x;
homeY = y;

guardRadius = 7000;
patrolTimer = 0;
patrolIntervalMin = 120;
patrolIntervalMax = 260;

patrolTargetX = x;
patrolTargetY = y;

// Distances
chaseDist = 4500;
fireDist = 2600;
closeDist = 1200;

// Movement
maxSpeed = 8;
slowdown = 0.25;

seekAccel = 1.9;
patrolAccel = 0.55;
brakeAccel = 1.1;

avoidLookAhead = 240;
avoidStrength = 2.4;

separationRadius = 200;
separationStrength = 1.0;

// Strafing (rare bursts)
strafeDir = choose(-1, 1);
strafeActive = false;
strafeActiveTimer = 0;

strafeCooldown = irandom_range(240, 420); // time until next possible strafe
strafeCooldownTimer = strafeCooldown;

strafeBurstMin = 22;
strafeBurstMax = 45;
strafeStrength = 1.05;

strafeChance = 0.18; // chance to start a strafe burst when cooldown ends

// Targeting
target = noone;
targetDist = 999999;
checkForFriendly = true;

// --- Rockets (Barrage) ---
rocketArmTime = 40;
rocketVolleyDelay = 3;
rocketReloadTime = 120;
rocketMagazineReloadTime = 420;

barrageShotsMax = 3;
barrageShotsLeft = barrageShotsMax;

rocketsPerSide = 6;
rocketSpeed = 18;
rocketSpread = 2;
rocketOutShift = 10;

rocketState = 0; // 0=ready, 1=arming, 2=volley, 3=reload, 4=magReload
rocketTimer = 0;

rocketVolleyTimer = 0;
rocketVolleySide = 0;                  // 0=left, 1=right
rocketVolleyRing = rocketsPerSide - 1; // inner -> outer

dangerInst = noone;

// --- Cannons (Close range) ---
cannonRange = closeDist;
cannonShotDelay = 4;
cannonBurstReload = 28;
cannonTimer = 0;
cannonIndex = 0; // 0..5 (L,R,L,R,L,R)

// --- Flares (kept) ---
flareCooldown = 0;
frMin = 5;
frMax = 65;
flareReactionTime = random_range(frMin, frMax);
canDeployFlares = true;

hasFlares = true;
flaresAmount = 12;

if (hasFlares)
{
    flaresAmmo = 3;
}
else
{
    flaresAmmo = 0;
}

// Sprite
sprite_index = texEnemyL1;
image_speed = 0;

// Helpers
getWorldFromSprite = function(_sx, _sy)
{
    var dx = _sx - sprite_get_xoffset(texEnemyL1);
    var dy = _sy - sprite_get_yoffset(texEnemyL1);

    var wx = x + lengthdir_x(dx, image_angle) + lengthdir_x(dy, image_angle + 90);
    var wy = y + lengthdir_y(dx, image_angle) + lengthdir_y(dy, image_angle + 90);

    return [ wx, wy ];
};

pickNewPatrolPoint = function()
{
    var ang = random(360);
    var rad = random_range(800, guardRadius);

    patrolTargetX = homeX + lengthdir_x(rad, ang);
    patrolTargetY = homeY + lengthdir_y(rad, ang);

    patrolTimer = irandom_range(patrolIntervalMin, patrolIntervalMax);
};

getBarragePoint = function(_side, _ringIndex)
{
    var t = 0;
    if (rocketsPerSide > 1)
    {
        t = _ringIndex / (rocketsPerSide - 1);
    }

    var sx1, sy1, sx2, sy2;
    var sideSign;

    if (_side == 0)
    {
        sx1 = 70; sy1 = 14;
        sx2 = 86; sy2 = 32;
        sideSign = -1;
    }
    else
    {
        sx1 = 70; sy1 = 114;
        sx2 = 86; sy2 = 96;
        sideSign = 1;
    }

    var sx = lerp(sx1, sx2, t);
    var sy = lerp(sy1, sy2, t);

    var p = getWorldFromSprite(sx, sy);
    var wx = p[0];
    var wy = p[1];

    var normalAng = image_angle + 90;
    wx += lengthdir_x(rocketOutShift * sideSign, normalAng);
    wy += lengthdir_y(rocketOutShift * sideSign, normalAng);

    return [ wx, wy ];
};

spawnRocketAt = function(_wx, _wy, _aimX, _aimY)
{
    var dir = point_direction(_wx, _wy, _aimX, _aimY) + random_range(-rocketSpread, rocketSpread);

    var r = instance_create_layer(_wx, _wy, "Instances", oRocket1);
    with (r)
    {
        hostile = true;
        direction = dir;
        image_angle = dir;
        speed = other.rocketSpeed;

        hspeed += other.hspeed;
        vspeed += other.vspeed;
    }
};

spawnCannonAt = function(_wx, _wy, _aimX, _aimY)
{
    var dir = point_direction(_wx, _wy, _aimX, _aimY);

    var b = instance_create_layer(_wx, _wy, "Instances", oCannonBullet);
    with (b)
    {
        hostile = true;
        direction = dir;
        image_angle = dir;
        speed = 55;

        hspeed += other.hspeed;
        vspeed += other.vspeed;
    }
};

// Danger indicator (commented for later use)
startArming = function()
{
    rocketState = 1;
    rocketTimer = rocketArmTime;

    /*
    if (!instance_exists(dangerInst))
    {
        dangerInst = instance_create_layer(x, y, "Instances", oEnemyL1Danger);
        with (dangerInst)
        {
            parentShip = other.id;
        }
    }
    */
};

startVolley = function()
{
    rocketState = 2;

    rocketVolleyTimer = 0;
    rocketVolleySide = 0;
    rocketVolleyRing = rocketsPerSide - 1;

    /*
    if (instance_exists(dangerInst))
    {
        instance_destroy(dangerInst);
    }
    dangerInst = noone;
    */
};

endBarrageAndReload = function()
{
    barrageShotsLeft -= 1;

    if (barrageShotsLeft > 0)
    {
        rocketState = 3;
        rocketTimer = rocketReloadTime;
    }
    else
    {
        rocketState = 4;
        rocketTimer = rocketMagazineReloadTime;
    }
};

// ----------------------------------------------------
// Cannon muzzle particle system (created once)
// ----------------------------------------------------
psL1CannonMuzzle = part_system_create();
part_system_draw_order(psL1CannonMuzzle, true);

// Muzzle
ptL1Muzzle = part_type_create();
part_type_sprite(ptL1Muzzle, texCannonMuzzle1, false, true, false);
part_type_size(ptL1Muzzle, 0.4, 0.6, 0.1, 0);
part_type_scale(ptL1Muzzle, 1.5, 1);
part_type_speed(ptL1Muzzle, 0, 0, 0, 0);
part_type_direction(ptL1Muzzle, 0, 360, 0, 0);
part_type_gravity(ptL1Muzzle, 0, 270);
part_type_orientation(ptL1Muzzle, 0, 0, 0, 0, false);
part_type_colour3(ptL1Muzzle, $E5FAFF, $B2FEFF, $000000);
part_type_alpha3(ptL1Muzzle, 1, 1, 0);
part_type_blend(ptL1Muzzle, true);
part_type_life(ptL1Muzzle, 3, 5);

// Sparks
ptL1Sparks = part_type_create();
part_type_shape(ptL1Sparks, pt_shape_flare);
part_type_size(ptL1Sparks, 0.08, 0.1, 0, 0);
part_type_scale(ptL1Sparks, 1, 1);
part_type_speed(ptL1Sparks, 5, 12, -0.25, 0);
part_type_direction(ptL1Sparks, -95, 95, 0, 0);
part_type_gravity(ptL1Sparks, 0, 270);
part_type_orientation(ptL1Sparks, 0, 360, 0, 0, false);
part_type_colour3(ptL1Sparks, $FFFFFF, $0061FF, $00007F);
part_type_alpha3(ptL1Sparks, 0, 1, 0);
part_type_blend(ptL1Sparks, true);
part_type_life(ptL1Sparks, 10, 15);

// SmokeFast
ptL1SmokeFast = part_type_create();
part_type_shape(ptL1SmokeFast, pt_shape_cloud);
part_type_size(ptL1SmokeFast, 0.4, 0.5, 0.03, 0);
part_type_scale(ptL1SmokeFast, 1, 1);
part_type_speed(ptL1SmokeFast, 3, 3.6, 0, 0);
part_type_direction(ptL1SmokeFast, 0, 0, 0, 0);
part_type_gravity(ptL1SmokeFast, 0, 270);
part_type_orientation(ptL1SmokeFast, 0, 360, 0, 0, false);
part_type_colour3(ptL1SmokeFast, $4C4C4C, $4C4C4C, $000000);
part_type_alpha3(ptL1SmokeFast, 0.459, 1, 0);
part_type_blend(ptL1SmokeFast, true);
part_type_life(ptL1SmokeFast, 60, 70);

// SmokeSide (Left)
ptL1SmokeSideL = part_type_create();
part_type_shape(ptL1SmokeSideL, pt_shape_cloud);
part_type_size(ptL1SmokeSideL, 0.15, 0.2, 0.025, 0);
part_type_scale(ptL1SmokeSideL, 1, 1);
part_type_speed(ptL1SmokeSideL, 1.8, 2, 0, 0);
part_type_direction(ptL1SmokeSideL, 90, 90, 0, 0);
part_type_gravity(ptL1SmokeSideL, 0, 90);
part_type_orientation(ptL1SmokeSideL, 0, 360, 0, 0, false);
part_type_colour3(ptL1SmokeSideL, $4C4C4C, $4C4C4C, $000000);
part_type_alpha3(ptL1SmokeSideL, 0.459, 1, 0);
part_type_blend(ptL1SmokeSideL, true);
part_type_life(ptL1SmokeSideL, 60, 70);

// SmokeSide (Right mirrored)
ptL1SmokeSideR = part_type_create();
part_type_shape(ptL1SmokeSideR, pt_shape_cloud);
part_type_size(ptL1SmokeSideR, 0.15, 0.2, 0.025, 0);
part_type_scale(ptL1SmokeSideR, 1, 1);
part_type_speed(ptL1SmokeSideR, 1.8, 2, 0, 0);
part_type_direction(ptL1SmokeSideR, 270, 270, 0, 0);
part_type_gravity(ptL1SmokeSideR, 0, 90);
part_type_orientation(ptL1SmokeSideR, 0, 360, 0, 0, false);
part_type_colour3(ptL1SmokeSideR, $4C4C4C, $4C4C4C, $000000);
part_type_alpha3(ptL1SmokeSideR, 0.459, 1, 0);
part_type_blend(ptL1SmokeSideR, true);
part_type_life(ptL1SmokeSideR, 60, 70);

// SmokeMed
ptL1SmokeMed = part_type_create();
part_type_shape(ptL1SmokeMed, pt_shape_cloud);
part_type_size(ptL1SmokeMed, 0.15, 0.2, 0.025, 0);
part_type_scale(ptL1SmokeMed, 1, 1);
part_type_speed(ptL1SmokeMed, 1.8, 2, 0, 0);
part_type_direction(ptL1SmokeMed, 0, 0, 0, 0);
part_type_gravity(ptL1SmokeMed, 0, 270);
part_type_orientation(ptL1SmokeMed, 0, 360, 0, 0, false);
part_type_colour3(ptL1SmokeMed, $4C4C4C, $4C4C4C, $000000);
part_type_alpha3(ptL1SmokeMed, 0.459, 1, 0);
part_type_blend(ptL1SmokeMed, true);
part_type_life(ptL1SmokeMed, 60, 70);

// Flash
ptL1Flash = part_type_create();
part_type_shape(ptL1Flash, pt_shape_flare);
part_type_size(ptL1Flash, 1.4, 1.6, 0.1, 0);
part_type_scale(ptL1Flash, 1.2, 1);
part_type_speed(ptL1Flash, 0, 0, 0, 0);
part_type_direction(ptL1Flash, 0, 360, 0, 5);
part_type_gravity(ptL1Flash, 0, 270);
part_type_orientation(ptL1Flash, 90, 90, 0, 5, false);
part_type_colour3(ptL1Flash, $0055FF, $007DFF, $0000FF);
part_type_alpha3(ptL1Flash, 1, 1, 0);
part_type_blend(ptL1Flash, true);
part_type_life(ptL1Flash, 3, 5);

// Reusable emitters (region kept tiny; we position system at muzzle)
emL1Muzzle = part_emitter_create(psL1CannonMuzzle);
part_emitter_region(psL1CannonMuzzle, emL1Muzzle, -0.5, 0.5, -0.5, 0.5, ps_shape_ellipse, ps_distr_linear);

emL1Sparks = part_emitter_create(psL1CannonMuzzle);
part_emitter_region(psL1CannonMuzzle, emL1Sparks, 11, 17, -3, 3, ps_shape_ellipse, ps_distr_linear);

emL1SmokeFast = part_emitter_create(psL1CannonMuzzle);
part_emitter_region(psL1CannonMuzzle, emL1SmokeFast, -0.5, 0.5, -0.5, 0.5, ps_shape_ellipse, ps_distr_linear);

emL1SmokeSide = part_emitter_create(psL1CannonMuzzle);
part_emitter_region(psL1CannonMuzzle, emL1SmokeSide, -0.5, 0.5, -0.5, 0.5, ps_shape_ellipse, ps_distr_linear);

emL1SmokeMed = part_emitter_create(psL1CannonMuzzle);
part_emitter_region(psL1CannonMuzzle, emL1SmokeMed, -0.5, 0.5, -0.5, 0.5, ps_shape_ellipse, ps_distr_linear);

emL1Flash = part_emitter_create(psL1CannonMuzzle);
part_emitter_region(psL1CannonMuzzle, emL1Flash, 30.5, 31.5, -0.5, 0.5, ps_shape_ellipse, ps_distr_linear);

cannonMuzzleBurst = function(_wx, _wy, _isRight)
{
    part_system_position(psL1CannonMuzzle, _wx, _wy);

    part_emitter_burst(psL1CannonMuzzle, emL1Muzzle, ptL1Muzzle, 1);
    part_emitter_burst(psL1CannonMuzzle, emL1Sparks, ptL1Sparks, 14);
    part_emitter_burst(psL1CannonMuzzle, emL1SmokeFast, ptL1SmokeFast, 1);

    if (_isRight)
    {
        part_emitter_burst(psL1CannonMuzzle, emL1SmokeSide, ptL1SmokeSideR, 1);
    }
    else
    {
        part_emitter_burst(psL1CannonMuzzle, emL1SmokeSide, ptL1SmokeSideL, 1);
    }

    part_emitter_burst(psL1CannonMuzzle, emL1SmokeMed, ptL1SmokeMed, 1);
    part_emitter_burst(psL1CannonMuzzle, emL1Flash, ptL1Flash, 1);
};

oEnemyL1 — Step Event

gml
event_inherited();

sprite_index = texEnemyL1;
image_speed = 0;

// Speed clamp + slowdown
speed = clamp(speed, 0, maxSpeed);

if (speed > 0)
{
    speed -= slowdown;
    if (speed < 0)
    {
        speed = 0;
    }
}

// Target acquire
if (instance_exists(oPlayer) && global.playerExists)
{
    target = oPlayer;
    targetDist = point_distance(x, y, target.x, target.y);

    checkForFriendly = !collision_line(x, y, target.x, target.y, grpHostiles, true, true);
}
else
{
    target = noone;
    targetDist = 999999;
    checkForFriendly = true;
}

// Patrol point management
if (patrolTimer <= 0)
{
    pickNewPatrolPoint();
}
else
{
    patrolTimer -= 1;
}

// Rare strafe logic (no zig-zag)
// - cooldown counts down
// - when reaches 0, we MAY start a short burst
if (!strafeActive)
{
    strafeCooldownTimer -= 1;

    if (strafeCooldownTimer <= 0)
    {
        if (random(1) < strafeChance)
        {
            strafeActive = true;
            strafeDir = choose(-1, 1);
            strafeActiveTimer = irandom_range(strafeBurstMin, strafeBurstMax);
        }

        strafeCooldownTimer = irandom_range(240, 420);
    }
}
else
{
    strafeActiveTimer -= 1;
    if (strafeActiveTimer <= 0)
    {
        strafeActive = false;
    }
}

// Separation from other hostiles (light)
if (distance_to_object(grpHostiles) < separationRadius)
{
    var inst = instance_place(x, y, grpHostiles);
    if (inst != noone)
    {
        var diffX = x - inst.x;
        var diffY = y - inst.y;

        var len = max(1, point_distance(0, 0, diffX, diffY));
        diffX /= len;
        diffY /= len;

        hspeed += diffX * separationStrength;
        vspeed += diffY * separationStrength;
    }
}

// Collision avoidance vs grpCollide
var avoidX = 0;
var avoidY = 0;

var lookX = x + lengthdir_x(avoidLookAhead, image_angle);
var lookY = y + lengthdir_y(avoidLookAhead, image_angle);

if (collision_line(x, y, lookX, lookY, grpCollide, true, true))
{
    avoidX += lengthdir_x(avoidStrength, image_angle + 90);
    avoidY += lengthdir_y(avoidStrength, image_angle + 90);
}

// Mode flags
var inChase = (target != noone && targetDist < chaseDist);
var inFire = (target != noone && targetDist < fireDist);
var inClose = (target != noone && targetDist < closeDist);

// Lead aim points (same fix as before)
var rocketAimX = 0;
var rocketAimY = 0;
var cannonAimX = 0;
var cannonAimY = 0;

if (target != noone)
{
    var tR = targetDist / max(1, rocketSpeed);
    rocketAimX = target.x + (target.hspeed - hspeed) * tR;
    rocketAimY = target.y + (target.vspeed - vspeed) * tR;

    var cannonBulletSpeed = 55;
    var tC = targetDist / max(1, cannonBulletSpeed);
    cannonAimX = target.x + (target.hspeed - hspeed) * tC;
    cannonAimY = target.y + (target.vspeed - vspeed) * tC;

    // Rotate toward lead (visual intelligence)
    var lookDir = point_direction(x, y, rocketAimX, rocketAimY);
    var rotFactor = -4.5;
    image_angle += sin(degtorad(image_angle - lookDir)) * rotFactor;
}
else
{
    var pDir = point_direction(x, y, patrolTargetX, patrolTargetY);
    var pRot = -2.8;
    image_angle += sin(degtorad(image_angle - pDir)) * pRot;
}

// Movement
if (!inChase)
{
    // Patrol to patrol point
    var pMoveDir = point_direction(x, y, patrolTargetX, patrolTargetY);
    motion_add(pMoveDir, patrolAccel);

    hspeed += avoidX;
    vspeed += avoidY;
}
else
{
    // IMPORTANT CHANGE:
    // If we can cannon, we WANT to close in hard to closeDist.
    // If not cannon-range yet, we still push in (not hovering at fireDist).
    var toTargetDir = point_direction(x, y, target.x, target.y);

    if (!inClose)
    {
        // Push into close range so cannons actually happen
        motion_add(toTargetDir, seekAccel);
    }
    else
    {
        // In close range, avoid ramming too hard
        if (targetDist < closeDist - 180)
        {
            motion_add(toTargetDir + 180, brakeAccel);
        }
    }

    // Only strafe rarely AND only while in firing zone
    if (inFire && strafeActive)
    {
        motion_add(toTargetDir + (90 * strafeDir), strafeStrength);
    }

    hspeed += avoidX;
    vspeed += avoidY;
}

// --- Rockets (unchanged ordering volley, danger indicator commented) ---
var rocketOk =
(
    target != noone
    && inFire
    && !inClose
    && checkForFriendly
    && !global.playerSafe
    && !oPlayer.trailActive
);

if (rocketState == 0)
{
    if (rocketOk)
    {
        startArming();
    }
}
else if (rocketState == 1)
{
    rocketTimer -= 1;

    if (!rocketOk)
    {
        rocketState = 0;
        rocketTimer = 0;

        /*
        if (instance_exists(dangerInst))
        {
            instance_destroy(dangerInst);
        }
        dangerInst = noone;
        */
    }
    else if (rocketTimer <= 0)
    {
        startVolley();
    }
}
else if (rocketState == 2)
{
    if (!rocketOk)
    {
        rocketState = 3;
        rocketTimer = rocketReloadTime;
    }
    else
    {
        rocketVolleyTimer -= 1;

        if (rocketVolleyTimer <= 0)
        {
            if (rocketVolleyRing >= 0)
            {
                var p = getBarragePoint(rocketVolleySide, rocketVolleyRing);
                spawnRocketAt(p[0], p[1], rocketAimX, rocketAimY);

                if (rocketVolleySide == 0)
                {
                    rocketVolleySide = 1;
                }
                else
                {
                    rocketVolleySide = 0;
                    rocketVolleyRing -= 1;
                }

                rocketVolleyTimer = rocketVolleyDelay;
            }
            else
            {
                endBarrageAndReload();
            }
        }
    }
}
else if (rocketState == 3)
{
    rocketTimer -= 1;
    if (rocketTimer <= 0)
    {
        rocketState = 0;
        rocketTimer = 0;
    }
}
else if (rocketState == 4)
{
    rocketTimer -= 1;
    if (rocketTimer <= 0)
    {
        barrageShotsLeft = barrageShotsMax;
        rocketState = 0;
        rocketTimer = 0;
    }
}

// --- Cannons (must always create particles) ---
var cannonOk =
(
    target != noone
    && inClose
    && checkForFriendly
    && !global.playerSafe
    && !oPlayer.trailActive
);

if (cannonOk)
{
    if (cannonTimer <= 0)
    {
        if ((cannonIndex % 2) == 0)
        {
            var pL = getWorldFromSprite(107, 50);
            spawnCannonAt(pL[0], pL[1], cannonAimX, cannonAimY);
            cannonMuzzleBurst(pL[0], pL[1], false);
        }
        else
        {
            var pR = getWorldFromSprite(107, 78);
            spawnCannonAt(pR[0], pR[1], cannonAimX, cannonAimY);
            cannonMuzzleBurst(pR[0], pR[1], true);
        }

        cannonIndex += 1;

        if (cannonIndex >= 6)
        {
            cannonIndex = 0;
            cannonTimer = cannonBurstReload;
        }
        else
        {
            cannonTimer = cannonShotDelay;
        }
    }
}

if (cannonTimer > 0)
{
    cannonTimer -= 1;
}

// --- Flares (kept) ---
if (hasFlares && flaresAmmo > 0 && canDeployFlares)
{
    var shouldDeployFlares = false;

    with (oMissilePhase2)
    {
        var distToMissile = point_distance(other.x, other.y, x, y);
        if (distToMissile < 900)
        {
            shouldDeployFlares = true;
            break;
        }
    }

    if (shouldDeployFlares)
    {
        flareCooldown += 1;

        if (flareCooldown >= flareReactionTime)
        {
            DeployFlares();
            flareCooldown = 0;
            flareReactionTime = random_range(frMin, frMax);
        }
    }
    else
    {
        flareCooldown = 0;
    }
}

oEnemyL1 — Alarm 11 Event (Flare Cooldown)

gml
canDeployFlares = true;

oEnemyL1 — Destroy Event (important to prevent particle leaks)

gml
if (part_system_exists(psL1CannonMuzzle))
{
    part_type_destroy(ptL1Muzzle);
    part_type_destroy(ptL1Sparks);
    part_type_destroy(ptL1SmokeFast);
    part_type_destroy(ptL1SmokeSideL);
    part_type_destroy(ptL1SmokeSideR);
    part_type_destroy(ptL1SmokeMed);
    part_type_destroy(ptL1Flash);

    part_system_destroy(psL1CannonMuzzle);
}

Quick tuning knobs (if you want it even rarer)

strafeChance = 0.10; (very rare)
strafeCooldownTimer = irandom_range(360, 600); (longer downtime)
strafeBurstMin/Max (shorter bursts)

If you want, I can also add “only strafe when the player is aiming at it / shooting” (reads player weapon state or incoming bullets) so strafing feels reactive instead of random.

Answer 4

Absolutely — here’s the clean, performance-friendly way to do it:

✅ Particles spawn at the muzzle point, rotated to image_angle
✅ SmokeSide mirrors automatically (right cannon flips)
✅ Uses ONE shared particle system + particle types globally (best performance when many L1 ships exist)
✅ Cannons now have:

closeDist = 800 (preferred range to close in)
shootDist = 1200 (max cannon firing distance)

✅ Strafing is rare (burst + cooldown, only in combat)

And at the end I’ll give you new gameplay ideas for L1 that fit your systems.

1) Best performance particle setup (GLOBAL, shared)

✅ Script: `scL1CannonParticlesInit`

Call once in your controller / room start / game init.
(If you already have a particle manager object, put it there.)

gml
/// scL1CannonParticlesInit()
if (variable_global_exists("psL1CannonMuzzle"))
{
    exit;
}

global.psL1CannonMuzzle = part_system_create();
part_system_draw_order(global.psL1CannonMuzzle, true);

// ----------------------------------------------------
// Muzzle
// ----------------------------------------------------
global.ptL1Muzzle = part_type_create();
part_type_sprite(global.ptL1Muzzle, texCannonMuzzle1, false, true, false);
part_type_size(global.ptL1Muzzle, 0.4, 0.6, 0.1, 0);
part_type_scale(global.ptL1Muzzle, 1.5, 1);
part_type_speed(global.ptL1Muzzle, 0, 0, 0, 0);
part_type_direction(global.ptL1Muzzle, 0, 360, 0, 0);
part_type_gravity(global.ptL1Muzzle, 0, 270);
part_type_orientation(global.ptL1Muzzle, 0, 0, 0, 0, false);
part_type_colour3(global.ptL1Muzzle, $E5FAFF, $B2FEFF, $000000);
part_type_alpha3(global.ptL1Muzzle, 1, 1, 0);
part_type_blend(global.ptL1Muzzle, true);
part_type_life(global.ptL1Muzzle, 3, 5);

// ----------------------------------------------------
// Sparks
// ----------------------------------------------------
global.ptL1Sparks = part_type_create();
part_type_shape(global.ptL1Sparks, pt_shape_flare);
part_type_size(global.ptL1Sparks, 0.08, 0.1, 0, 0);
part_type_scale(global.ptL1Sparks, 1, 1);
part_type_speed(global.ptL1Sparks, 5, 12, -0.25, 0);
part_type_direction(global.ptL1Sparks, -95, 95, 0, 0);
part_type_gravity(global.ptL1Sparks, 0, 270);
part_type_orientation(global.ptL1Sparks, 0, 360, 0, 0, false);
part_type_colour3(global.ptL1Sparks, $FFFFFF, $0061FF, $00007F);
part_type_alpha3(global.ptL1Sparks, 0, 1, 0);
part_type_blend(global.ptL1Sparks, true);
part_type_life(global.ptL1Sparks, 10, 15);

// ----------------------------------------------------
// SmokeFast
// ----------------------------------------------------
global.ptL1SmokeFast = part_type_create();
part_type_shape(global.ptL1SmokeFast, pt_shape_cloud);
part_type_size(global.ptL1SmokeFast, 0.4, 0.5, 0.03, 0);
part_type_scale(global.ptL1SmokeFast, 1, 1);
part_type_speed(global.ptL1SmokeFast, 3, 3.6, 0, 0);
part_type_direction(global.ptL1SmokeFast, 0, 0, 0, 0);
part_type_gravity(global.ptL1SmokeFast, 0, 270);
part_type_orientation(global.ptL1SmokeFast, 0, 360, 0, 0, false);
part_type_colour3(global.ptL1SmokeFast, $4C4C4C, $4C4C4C, $000000);
part_type_alpha3(global.ptL1SmokeFast, 0.459, 1, 0);
part_type_blend(global.ptL1SmokeFast, true);
part_type_life(global.ptL1SmokeFast, 60, 70);

// ----------------------------------------------------
// SmokeSide (we will rotate to image_angle +/- 90)
// ----------------------------------------------------
global.ptL1SmokeSide = part_type_create();
part_type_shape(global.ptL1SmokeSide, pt_shape_cloud);
part_type_size(global.ptL1SmokeSide, 0.15, 0.2, 0.025, 0);
part_type_scale(global.ptL1SmokeSide, 1, 1);
part_type_speed(global.ptL1SmokeSide, 1.8, 2, 0, 0);
part_type_direction(global.ptL1SmokeSide, 0, 0, 0, 0); // we orient it manually
part_type_gravity(global.ptL1SmokeSide, 0, 90);
part_type_orientation(global.ptL1SmokeSide, 0, 360, 0, 0, false);
part_type_colour3(global.ptL1SmokeSide, $4C4C4C, $4C4C4C, $000000);
part_type_alpha3(global.ptL1SmokeSide, 0.459, 1, 0);
part_type_blend(global.ptL1SmokeSide, true);
part_type_life(global.ptL1SmokeSide, 60, 70);

// ----------------------------------------------------
// SmokeMed
// ----------------------------------------------------
global.ptL1SmokeMed = part_type_create();
part_type_shape(global.ptL1SmokeMed, pt_shape_cloud);
part_type_size(global.ptL1SmokeMed, 0.15, 0.2, 0.025, 0);
part_type_scale(global.ptL1SmokeMed, 1, 1);
part_type_speed(global.ptL1SmokeMed, 1.8, 2, 0, 0);
part_type_direction(global.ptL1SmokeMed, 0, 0, 0, 0);
part_type_gravity(global.ptL1SmokeMed, 0, 270);
part_type_orientation(global.ptL1SmokeMed, 0, 360, 0, 0, false);
part_type_colour3(global.ptL1SmokeMed, $4C4C4C, $4C4C4C, $000000);
part_type_alpha3(global.ptL1SmokeMed, 0.459, 1, 0);
part_type_blend(global.ptL1SmokeMed, true);
part_type_life(global.ptL1SmokeMed, 60, 70);

// ----------------------------------------------------
// Flash
// ----------------------------------------------------
global.ptL1Flash = part_type_create();
part_type_shape(global.ptL1Flash, pt_shape_flare);
part_type_size(global.ptL1Flash, 1.4, 1.6, 0.1, 0);
part_type_scale(global.ptL1Flash, 1.2, 1);
part_type_speed(global.ptL1Flash, 0, 0, 0, 0);
part_type_direction(global.ptL1Flash, 0, 360, 0, 5);
part_type_gravity(global.ptL1Flash, 0, 270);
part_type_orientation(global.ptL1Flash, 90, 90, 0, 5, false);
part_type_colour3(global.ptL1Flash, $0055FF, $007DFF, $0000FF);
part_type_alpha3(global.ptL1Flash, 1, 1, 0);
part_type_blend(global.ptL1Flash, true);
part_type_life(global.ptL1Flash, 3, 5);

// Reusable emitter
global.emL1Cannon = part_emitter_create(global.psL1CannonMuzzle);
part_emitter_region(global.psL1CannonMuzzle, global.emL1Cannon, -0.5, 0.5, -0.5, 0.5, ps_shape_ellipse, ps_distr_linear);

✅ Script: `scL1CannonMuzzleBurst`

This is called each cannon shot.
It positions the global system at the muzzle and spawns particles facing image_angle.

gml
/// scL1CannonMuzzleBurst(xPos, yPos, facingAngle, isRight)
var xPos = argument0;
var yPos = argument1;
var facingAngle = argument2;
var isRight = argument3;

if (!variable_global_exists("psL1CannonMuzzle"))
{
    exit;
}

part_system_position(global.psL1CannonMuzzle, xPos, yPos);

// Muzzle / Flash oriented forward
part_type_direction(global.ptL1Muzzle, facingAngle - 2, facingAngle + 2, 0, 0);
part_type_direction(global.ptL1Flash, facingAngle, facingAngle, 0, 0);
part_type_direction(global.ptL1SmokeFast, facingAngle, facingAngle, 0, 0);
part_type_direction(global.ptL1SmokeMed, facingAngle, facingAngle, 0, 0);

// Sparks are symmetric spread around facing
part_type_direction(global.ptL1Sparks, facingAngle - 95, facingAngle + 95, 0, 0);

// SmokeSide: mirror
var sideAngle = facingAngle + 90;
if (isRight)
{
    sideAngle = facingAngle - 90;
}
part_type_direction(global.ptL1SmokeSide, sideAngle, sideAngle, 0, 0);

// Bursts
part_emitter_burst(global.psL1CannonMuzzle, global.emL1Cannon, global.ptL1Muzzle, 1);
part_emitter_burst(global.psL1CannonMuzzle, global.emL1Cannon, global.ptL1Sparks, 14);
part_emitter_burst(global.psL1CannonMuzzle, global.emL1Cannon, global.ptL1SmokeFast, 1);
part_emitter_burst(global.psL1CannonMuzzle, global.emL1Cannon, global.ptL1SmokeSide, 1);
part_emitter_burst(global.psL1CannonMuzzle, global.emL1Cannon, global.ptL1SmokeMed, 1);
part_emitter_burst(global.psL1CannonMuzzle, global.emL1Cannon, global.ptL1Flash, 1);

✅ This is the fastest approach:

no per-enemy part systems
only one system, reused
per shot: just part_system_position + bursts.

2) oEnemyL1 changes: cannon distance logic + particle call

oEnemyL1 — Create Event (only the cannon range section changed)

Add these:

gml
closeDist = 800;     // preferred “want-to-be” distance
shootDist = 1200;    // cannon max firing distance

Everything else you already have stays, but replace any closeDist uses with the new intent (below).

oEnemyL1 — Step Event (movement logic for cannon closing)

This is the important behavior fix:

✅ It pushes into closeDist
✅ It will not hover at fireDist while cannons exist
✅ It will still use rockets when between shootDist and fireDist

Replace your combat movement section with this:

gml
var inChase = (target != noone && targetDist < chaseDist);
var inFire = (target != noone && targetDist < fireDist);
var inShoot = (target != noone && targetDist < shootDist);
var tooClose = (target != noone && targetDist < closeDist - 160);
var wantClose = (target != noone && targetDist > closeDist + 120);

if (!inChase)
{
    var pMoveDir = point_direction(x, y, patrolTargetX, patrolTargetY);
    motion_add(pMoveDir, patrolAccel);

    hspeed += avoidX;
    vspeed += avoidY;
}
else
{
    var toTargetDir = point_direction(x, y, target.x, target.y);

    // Close in to preferred cannon distance
    if (wantClose)
    {
        motion_add(toTargetDir, seekAccel);
    }
    else if (tooClose)
    {
        motion_add(toTargetDir + 180, brakeAccel);
    }

    // Rare strafe only when within shoot band (not always)
    if (inShoot && strafeActive)
    {
        motion_add(toTargetDir + (90 * strafeDir), strafeStrength);
    }

    hspeed += avoidX;
    vspeed += avoidY;
}

oEnemyL1 — Step Event (cannon firing distance check + particle burst)

Replace your cannon logic with this:

gml
var cannonOk =
(
    target != noone
    && targetDist < shootDist
    && checkForFriendly
    && !global.playerSafe
    && !oPlayer.trailActive
);

if (cannonOk)
{
    if (cannonTimer <= 0)
    {
        if ((cannonIndex % 2) == 0)
        {
            var pL = getWorldFromSprite(107, 50);
            spawnCannonAt(pL[0], pL[1], cannonAimX, cannonAimY);
            scL1CannonMuzzleBurst(pL[0], pL[1], image_angle, false);
        }
        else
        {
            var pR = getWorldFromSprite(107, 78);
            spawnCannonAt(pR[0], pR[1], cannonAimX, cannonAimY);
            scL1CannonMuzzleBurst(pR[0], pR[1], image_angle, true);
        }

        cannonIndex += 1;

        if (cannonIndex >= 6)
        {
            cannonIndex = 0;
            cannonTimer = cannonBurstReload;
        }
        else
        {
            cannonTimer = cannonShotDelay;
        }
    }
}

if (cannonTimer > 0)
{
    cannonTimer -= 1;
}

✅ Cannon particles now spawn:

At the muzzle world position
Facing image_angle
With mirrored SmokeSide automatically

3) What to do with the particle init script (important!)

Call scL1CannonParticlesInit() once in one of these spots:

Best option:

oGameManager Create Event

gml
scL1CannonParticlesInit();

Or:

Room Start event of your world room.

That ensures the global particle resources exist before any L1 shoots.

4) New gameplay ideas for this ship (L1 “Hurricane”)

Here are mechanics that match your current systems (threat level, modules, gas cloud, wormhole, open world):

A) “Barrage Lock” (pressure mechanic)

When L1 arms rockets, it creates a temporary targeting field:

Rockets become slightly faster
Player dash cooldown increases for 1 second (fits your module system without hard disabling)
Gives the “Hurricane” identity as a suppression ship.

Counterplay: Shield blocks / flare / break line-of-sight.

B) “Drive-by” cannon behavior (feels like a heavy hunter)

Instead of stopping close:

It tries to pass by the player at closeDist
Fires cannons during the pass (L>R x3)
Then “loops” and re-engages

This creates a distinctive heavy ship that doesn’t just sit in your face.

(If you want, I can code this as a “attackRun” mode with a loop point.)

C) “Armor Plate” weakspot mechanic (visual reward)

Because it’s heavy:

It has 2 side armor plates
When HP < 50%, plates “break”
After that, cannons fire faster OR rockets reload faster

This makes it feel like you’re peeling it apart.

D) “Rocket Curtain”

Instead of rockets aimed at player, rockets fire in a slightly arcing curtain:

half aim at lead
half aim slightly offset left/right This forces movement and makes the ship feel like a zoning boss without being unfair.

E) Interaction with Gas Cloud (cool emergent behavior)

If the L1 enters gas cloud:

Modules disabled like player
It becomes more aggressive with cannons only
Rockets disabled (nice lore: rockets won’t ignite)

This makes hazards feel alive and improves sandbox combat.

F) “Escort Leader”

When L1 exists, smaller enemies behave differently:

S1 ships protect it, staying near its sides
M2 ships do flanking runs This creates fleet “formations” and makes your threat level system feel richer.

If you want, I can also: ✅ convert its AI into a clean finite state machine (Patrol / Chase / StrafeBurst / CannonEngage / RocketEngage / Retreat)
✅ add drive-by attack runs (super cool for a big ship)
✅ make rockets use a “fan” pattern based on player movement direction (more intelligent and readable)

Answer 5

Alright — we’ll add this in a way that stays reusable, simple, and fast with lots of ships:

oArmorPlate is a generic plate object (configurable hp/maxHp, armor, ricochetMult, sprite_index, parentShip).
Plates sit at the ship’s x/y and rotate with image_angle (no offsets required).
Plates die with your particle burst.
oEnemyL1 gets FOV + last known position + player-lost countdown.
Armor is applied in the ship’s End Step (aggregates plate stats into ship stats).

Below is the code.

Object: oArmorPlate

Create Event

gml
event_inherited();

parentShip = noone;

// Configurable stats (set these right after creating the plate)
maxHp = 20;
hp = maxHp;

plateArmor = 2;
plateRicochetMult = 10;

// Optional: plates can be non-solid but still collide with bullets depending on your bullet logic
image_speed = 0;

Step Event

gml
event_inherited();

if (!instance_exists(parentShip))
{
    instance_destroy();
    exit;
}

// Sit on parent and rotate with it
x = parentShip.x;
y = parentShip.y;
image_angle = parentShip.image_angle;

Destroy Event

gml
event_inherited();

// Only explode if it actually "broke"
if (hp <= 0)
{
    part_particles_burst(global.partSystem, x, y, psShipExplode);
}

Damage handling note: your bullets/rockets should damage oArmorPlate when they collide with it (since it has its own collision mask). Keep damage logic where it already exists (bullet collision event, etc.).

Object: oEnemyL1

Create Event (additions + armor plate spawn + FOV state)

gml
event_inherited();

// Base stats (unchanged conceptually)
baseArmor = 4;
baseRicochetMult = 20;

// These get overwritten in End Step based on plates
armor = baseArmor;
ricochetMult = baseRicochetMult;

// ----------------------------------------------------
// FOV + detection
// ----------------------------------------------------
fovDist = 3800;
fovHalfAngle = 55; // total FOV = 110 degrees

playerSeen = false;
playerLostTimerMax = 240; // frames to search after losing FOV
playerLostTimer = 0;

lastKnownX = x;
lastKnownY = y;

// ----------------------------------------------------
// Patrol / home (if you already have these, keep yours)
// ----------------------------------------------------
homeX = x;
homeY = y;

guardRadius = 7000;
patrolTimer = 0;
patrolIntervalMin = 120;
patrolIntervalMax = 260;

patrolTargetX = x;
patrolTargetY = y;

// ----------------------------------------------------
// Cannon distances (as requested)
// ----------------------------------------------------
closeDist = 800;     // desired distance
shootDist = 1200;    // max firing distance for cannons

// ----------------------------------------------------
// Armor plates setup
// ----------------------------------------------------
// Create plates that sit at ship x/y and rotate with it.
// Set each plate's sprite/stats here.
// (You can add more plates later; this is intentionally simple.)
plateCount = 2;
platesAlive = 0;

plateA = instance_create_layer(x, y, "Instances", oArmorPlate);
with (plateA)
{
    parentShip = other.id;

    sprite_index = texL1PlateA; // <--- you will create this
    image_angle = other.image_angle;

    maxHp = 28;
    hp = maxHp;

    plateArmor = 2;
    plateRicochetMult = 10;
}
platesAlive += 1;

plateB = instance_create_layer(x, y, "Instances", oArmorPlate);
with (plateB)
{
    parentShip = other.id;

    sprite_index = texL1PlateB; // <--- you will create this
    image_angle = other.image_angle;

    maxHp = 28;
    hp = maxHp;

    plateArmor = 2;
    plateRicochetMult = 10;
}
platesAlive += 1;

// If you want “broken plates = more aggressive”, we track it:
platesBroken = 0;

Replace texL1PlateA/B with whatever sprite names you choose.

Step Event (FOV engage + last known + lost countdown + patrol reset)

This assumes you already have your movement + rockets + cannons code; you’ll gate combat logic using playerSeen and playerLostTimer.

Add/replace your target acquisition block with this:

gml
event_inherited();

// --- Find player ---
var playerExists = instance_exists(oPlayer) && global.playerExists;

if (!playerExists)
{
    playerSeen = false;
    playerLostTimer = 0;
    target = noone;
}
else
{
    target = oPlayer;

    var dx = target.x - x;
    var dy = target.y - y;
    var dist = point_distance(0, 0, dx, dy);

    // FOV check (distance + angle vs current facing)
    var dirToPlayer = point_direction(x, y, target.x, target.y);
    var angDiff = abs(angle_difference(image_angle, dirToPlayer));

    var inFov = (dist <= fovDist) && (angDiff <= fovHalfAngle);

    if (inFov)
    {
        playerSeen = true;
        playerLostTimer = playerLostTimerMax;

        lastKnownX = target.x;
        lastKnownY = target.y;
    }
    else
    {
        if (playerSeen)
        {
            playerLostTimer -= 1;
            if (playerLostTimer <= 0)
            {
                playerSeen = false;
                target = noone;

                // Reset to patrol behavior
                patrolTimer = 0;
            }
        }
    }
}

// ----------------------------------------------------
// Decide behavior mode
// ----------------------------------------------------
var engaging = playerSeen;
var searching = (!playerSeen && playerLostTimer > 0);
var patrolling = (!playerSeen && playerLostTimer <= 0);

// Your collision avoidance / separation can still run always

// ----------------------------------------------------
// Movement target selection
// ----------------------------------------------------
if (patrolling)
{
    // Use your patrol logic (wander point)
    // Example (keep your own if you already have it):
    if (patrolTimer <= 0)
    {
        var ang = random(360);
        var rad = random_range(800, guardRadius);

        patrolTargetX = homeX + lengthdir_x(rad, ang);
        patrolTargetY = homeY + lengthdir_y(rad, ang);

        patrolTimer = irandom_range(patrolIntervalMin, patrolIntervalMax);
    }
    else
    {
        patrolTimer -= 1;
    }

    var pDir = point_direction(x, y, patrolTargetX, patrolTargetY);
    motion_add(pDir, patrolAccel);
}
else if (searching)
{
    // Go to last known position
    var sDir = point_direction(x, y, lastKnownX, lastKnownY);
    motion_add(sDir, seekAccel * 0.85);
}
else if (engaging)
{
    // ----------------------------------------------------
    // Combat movement: CLOSE IN to closeDist (so cannons happen)
    // ----------------------------------------------------
    var distToTarget = point_distance(x, y, target.x, target.y);
    var toTargetDir = point_direction(x, y, target.x, target.y);

    var wantClose = (distToTarget > closeDist + 120);
    var tooClose = (distToTarget < closeDist - 160);

    if (wantClose)
    {
        motion_add(toTargetDir, seekAccel);
    }
    else if (tooClose)
    {
        motion_add(toTargetDir + 180, brakeAccel);
    }

    // Rare strafe ONLY when within shoot band
    if (distToTarget <= shootDist && strafeActive)
    {
        motion_add(toTargetDir + (90 * strafeDir), strafeStrength);
    }
}

// ----------------------------------------------------
// Combat gates
// ----------------------------------------------------
// IMPORTANT: only allow weapons while engaging or searching (optional).
// Usually: weapons only while engaging (playerSeen).
var weaponsAllowed = engaging;

// Use weaponsAllowed to gate rockets/cannons:
// - Rockets: weaponsAllowed && dist < fireDist && dist > shootDist (or > closeDist)
// - Cannons: weaponsAllowed && dist < shootDist

Cannon distance gating (simple rule)

Use these bands:

Cannons: dist <= shootDist
Rockets: shootDist < dist <= fireDist

That produces “close to cannon, mid to rockets”.

End Step Event (Armor plate aggregation happens here)

This is what you asked: the ship’s armor/ricochetMult is computed in End Step, based on live plates.

gml
event_inherited();

// Aggregate plate stats (End Step so all plate damage/collisions already happened)
var totalPlateArmor = 0;
var totalPlateRicochet = 0;
var alive = 0;

// We created plateA/plateB references in Create.
// If you later move to arrays/lists, this is the only block you’d refactor.

if (instance_exists(plateA))
{
    totalPlateArmor += plateA.plateArmor;
    totalPlateRicochet += plateA.plateRicochetMult;
    alive += 1;
}
else
{
    // Count broken once
    if (plateA != noone)
    {
        plateA = noone;
        platesBroken += 1;
    }
}

if (instance_exists(plateB))
{
    totalPlateArmor += plateB.plateArmor;
    totalPlateRicochet += plateB.plateRicochetMult;
    alive += 1;
}
else
{
    if (plateB != noone)
    {
        plateB = noone;
        platesBroken += 1;
    }
}

platesAlive = alive;

// Apply totals
armor = baseArmor + totalPlateArmor;
ricochetMult = baseRicochetMult + totalPlateRicochet;

// Optional: when all plates are gone, it becomes nastier (identity reward)
// Keep it very simple and deterministic.
if (platesAlive <= 0)
{
    cannonShotDelay = 3;
    rocketVolleyDelay = 2;
}
else
{
    cannonShotDelay = 4;
    rocketVolleyDelay = 3;
}

5) New ideas for L1 that fit your armor plate + FOV mechanics

1) “Blind Spot” weak side

Give each plate a different collision zone:

Left plate blocks bullets better from the front-left arc
Right plate blocks from front-right arc
Players learn to orbit to expose the uncovered angle.

2) “Search pattern” when losing FOV

During searching, have it do a slow spiral or triangular sweep around lastKnownX/Y. This makes “breaking sight” feel like stealth gameplay without adding new systems.

3) “Plate break triggers behavior”

When a plate breaks:

brief “panic thrust” (short speed burst)
then it becomes more cannon aggressive (pushes to closeDist harder) This gives a clear phase change that players can read.

4) “Sensor cone” counterplay with flares / gas cloud

If it enters Gas Cloud (modules disabled):

FOV halves (fovHalfAngle *= 0.6)
cannons only (rockets disabled) So hazards become tactical tools.

5) “Escort beacon” (threat synergy)

While plates are alive, it buffs nearby S1/M2 accuracy slightly. When plates break, buff ends → “remove armor to break formation”.

If you want, I can convert the plate handling to a clean plate list (array) so other ships can spawn any number of plates without duplicating plateA/plateB logic, while still keeping it fast and simple.

Answer 6

Below is full code for all events for:

oArmorPlate (reusable armor plate object)
oEnemyL1 (with FOV, search pattern, plate-break ram, gas cloud sensor cone counterplay, rockets + cannons + muzzle particles, rare strafing, collision avoid)

It keeps:

lowerCamelCase
Allman indentation
no danger indicator (commented out)
cannons: closeDist = 800, shootDist = 1200
rockets: inner→outer, alternating sides
particles: spawned at muzzle world position, oriented to image_angle, smoke side mirrored automatically
armor handled in End Step
search pattern: after losing FOV, it goes to lastKnown, then sweeps in a spiral-like pattern around it

oArmorPlate

Create Event

gml
event_inherited();

parentShip = noone;

// Configurable
sprite_index = -1;
image_speed = 0;

maxHp = 20;
hp = maxHp;

plateArmor = 2;
plateRicochetMult = 10;

Step Event

gml
event_inherited();

if (!instance_exists(parentShip))
{
    instance_destroy();
    exit;
}

x = parentShip.x;
y = parentShip.y;
image_angle = parentShip.image_angle;

Destroy Event

gml
event_inherited();

if (hp <= 0)
{
    part_particles_burst(global.partSystem, x, y, psShipExplode);
}

oEnemyL1

Create Event

gml
event_inherited();

// Ensure shared particle types exist (best performance)
if (!variable_global_exists("psL1CannonMuzzle"))
{
    scL1CannonParticlesInit();
}

// Core stats
hp = real(80);
infoName = "L1 'Hurricane'";
mass = 7000;
threatAmount = 60;
xpAmount = 150;
circleRadius = 118;
textOffset = -1280;

baseArmor = 4;
baseRicochetMult = 20;

armor = baseArmor;
ricochetMult = baseRicochetMult;

sparksChance = 12;

// Home / Patrol
homeX = x;
homeY = y;

guardRadius = 7000;
patrolTimer = 0;
patrolIntervalMin = 120;
patrolIntervalMax = 260;

patrolTargetX = x;
patrolTargetY = y;

// Distances
chaseDist = 4500;
fireDist = 2600;

closeDist = 800;     // desired distance
shootDist = 1200;    // max cannon shooting distance

// Movement
maxSpeed = 8;
slowdown = 0.25;

seekAccel = 1.9;
patrolAccel = 0.55;
brakeAccel = 1.1;

avoidLookAhead = 240;
avoidStrength = 2.4;

separationRadius = 200;
separationStrength = 1.0;

// Strafing (rare)
strafeDir = choose(-1, 1);
strafeActive = false;
strafeActiveTimer = 0;
strafeCooldownTimer = irandom_range(240, 420);
strafeBurstMin = 22;
strafeBurstMax = 45;
strafeStrength = 1.05;
strafeChance = 0.18;

// Targeting
target = noone;
targetDist = 999999;
checkForFriendly = true;

// FOV + detection
fovDist = 3800;
fovHalfAngleBase = 55;
fovHalfAngle = fovHalfAngleBase;

playerSeen = false;
playerLostTimerMax = 240;
playerLostTimer = 0;

lastKnownX = x;
lastKnownY = y;

// Searching pattern
searchPhase = 0;              // 0 = moving to lastKnown, 1 = sweeping pattern
searchAngle = random(360);
searchRadius = 240;
searchRadiusMax = 1200;
searchRadiusGrow = 2.4;
searchAngleStep = 7;
searchPointX = x;
searchPointY = y;

// Gas cloud counterplay
inGasCloud = false;
gasFovMult = 0.6;             // sensor cone reduced
rocketsDisabledInGas = true;  // rockets off in gas
cannonsOnlyInGas = true;

// Rockets (barrage)
rocketArmTime = 40;
rocketVolleyDelay = 3;
rocketReloadTime = 120;
rocketMagazineReloadTime = 420;

barrageShotsMax = 3;
barrageShotsLeft = barrageShotsMax;

rocketsPerSide = 6;
rocketSpeed = 18;
rocketSpread = 2;
rocketOutShift = 10;

rocketState = 0; // 0=ready, 1=arming, 2=volley, 3=reload, 4=magReload
rocketTimer = 0;

rocketVolleyTimer = 0;
rocketVolleySide = 0;                  // 0=left, 1=right
rocketVolleyRing = rocketsPerSide - 1; // inner -> outer

dangerInst = noone;

// Cannons
cannonShotDelayBase = 4;
cannonBurstReloadBase = 28;

cannonShotDelay = cannonShotDelayBase;
cannonBurstReload = cannonBurstReloadBase;

cannonTimer = 0;
cannonIndex = 0; // 0..5 L,R,L,R,L,R

// Plate tracking
platesAlive = 0;
platesBroken = 0;
platesBrokenPrev = 0;

// Ram on plate break
ramState = 0;         // 0=off, 1=ramming, 2=cooldown
ramTimer = 0;
ramCooldownTimer = 0;

ramSpeedMax = 13;
ramAccel = 3.2;
ramDuration = 90;
ramCooldown = 210;

ramDir = 0;
ramStartDist = 0;
ramMissFrames = 0;

// Flares (kept)
flareCooldown = 0;
frMin = 5;
frMax = 65;
flareReactionTime = random_range(frMin, frMax);
canDeployFlares = true;

hasFlares = true;
flaresAmount = 12;

if (hasFlares)
{
    flaresAmmo = 3;
}
else
{
    flaresAmmo = 0;
}

// Visual
sprite_index = texEnemyL1;
image_speed = 0;

// ------------------------
// Helper functions
// ------------------------
getWorldFromSprite = function(_sx, _sy)
{
    var dx = _sx - sprite_get_xoffset(texEnemyL1);
    var dy = _sy - sprite_get_yoffset(texEnemyL1);

    var wx = x + lengthdir_x(dx, image_angle) + lengthdir_x(dy, image_angle + 90);
    var wy = y + lengthdir_y(dx, image_angle) + lengthdir_y(dy, image_angle + 90);

    return [ wx, wy ];
};

pickNewPatrolPoint = function()
{
    var ang = random(360);
    var rad = random_range(800, guardRadius);

    patrolTargetX = homeX + lengthdir_x(rad, ang);
    patrolTargetY = homeY + lengthdir_y(rad, ang);

    patrolTimer = irandom_range(patrolIntervalMin, patrolIntervalMax);
};

getBarragePoint = function(_side, _ringIndex)
{
    var t = 0;
    if (rocketsPerSide > 1)
    {
        t = _ringIndex / (rocketsPerSide - 1);
    }

    var sx1, sy1, sx2, sy2;
    var sideSign;

    if (_side == 0)
    {
        sx1 = 70; sy1 = 14;
        sx2 = 86; sy2 = 32;
        sideSign = -1;
    }
    else
    {
        sx1 = 70; sy1 = 114;
        sx2 = 86; sy2 = 96;
        sideSign = 1;
    }

    var sx = lerp(sx1, sx2, t);
    var sy = lerp(sy1, sy2, t);

    var p = getWorldFromSprite(sx, sy);
    var wx = p[0];
    var wy = p[1];

    var normalAng = image_angle + 90;
    wx += lengthdir_x(rocketOutShift * sideSign, normalAng);
    wy += lengthdir_y(rocketOutShift * sideSign, normalAng);

    return [ wx, wy ];
};

spawnRocketAt = function(_wx, _wy, _aimX, _aimY)
{
    var dir = point_direction(_wx, _wy, _aimX, _aimY) + random_range(-rocketSpread, rocketSpread);

    var r = instance_create_layer(_wx, _wy, "Instances", oRocket1);
    with (r)
    {
        hostile = true;
        direction = dir;
        image_angle = dir;
        speed = other.rocketSpeed;

        hspeed += other.hspeed;
        vspeed += other.vspeed;
    }
};

spawnCannonAt = function(_wx, _wy, _aimX, _aimY)
{
    var dir = point_direction(_wx, _wy, _aimX, _aimY);

    var b = instance_create_layer(_wx, _wy, "Instances", oCannonBullet);
    with (b)
    {
        hostile = true;
        direction = dir;
        image_angle = dir;
        speed = 55;

        hspeed += other.hspeed;
        vspeed += other.vspeed;
    }
};

// Danger indicator (commented out)
startArming = function()
{
    rocketState = 1;
    rocketTimer = rocketArmTime;

    /*
    if (!instance_exists(dangerInst))
    {
        dangerInst = instance_create_layer(x, y, "Instances", oEnemyL1Danger);
        with (dangerInst)
        {
            parentShip = other.id;
        }
    }
    */
};

startVolley = function()
{
    rocketState = 2;

    rocketVolleyTimer = 0;
    rocketVolleySide = 0;
    rocketVolleyRing = rocketsPerSide - 1;

    /*
    if (instance_exists(dangerInst))
    {
        instance_destroy(dangerInst);
    }
    dangerInst = noone;
    */
};

endBarrageAndReload = function()
{
    barrageShotsLeft -= 1;

    if (barrageShotsLeft > 0)
    {
        rocketState = 3;
        rocketTimer = rocketReloadTime;
    }
    else
    {
        rocketState = 4;
        rocketTimer = rocketMagazineReloadTime;
    }
};

// ------------------------
// Spawn armor plates (2)
// ------------------------
plateA = instance_create_layer(x, y, "Instances", oArmorPlate);
with (plateA)
{
    parentShip = other.id;

    sprite_index = texL1PlateA;
    image_angle = other.image_angle;

    maxHp = 28;
    hp = maxHp;

    plateArmor = 2;
    plateRicochetMult = 10;
}
platesAlive += 1;

plateB = instance_create_layer(x, y, "Instances", oArmorPlate);
with (plateB)
{
    parentShip = other.id;

    sprite_index = texL1PlateB;
    image_angle = other.image_angle;

    maxHp = 28;
    hp = maxHp;

    plateArmor = 2;
    plateRicochetMult = 10;
}
platesAlive += 1;

Step Event

gml
event_inherited();

sprite_index = texEnemyL1;
image_speed = 0;

// Speed clamp + slowdown
var currentMaxSpeed = maxSpeed;

if (ramState == 1)
{
    currentMaxSpeed = ramSpeedMax;
}

speed = clamp(speed, 0, currentMaxSpeed);

if (speed > 0 && ramState != 1)
{
    speed -= slowdown;
    if (speed < 0)
    {
        speed = 0;
    }
}

// Gas cloud detection (assumes object name oGasCloud)
inGasCloud = place_meeting(x, y, oGasCloud);

fovHalfAngle = fovHalfAngleBase;

if (inGasCloud)
{
    fovHalfAngle = fovHalfAngleBase * gasFovMult;
}

// Target acquire
var playerExists = instance_exists(oPlayer) && global.playerExists;

if (!playerExists)
{
    playerSeen = false;
    playerLostTimer = 0;
    target = noone;
}
else
{
    target = oPlayer;

    targetDist = point_distance(x, y, target.x, target.y);

    checkForFriendly = !collision_line(x, y, target.x, target.y, grpHostiles, true, true);

    var dirToPlayer = point_direction(x, y, target.x, target.y);
    var angDiff = abs(angle_difference(image_angle, dirToPlayer));
    var inFov = (targetDist <= fovDist) && (angDiff <= fovHalfAngle);

    if (inFov)
    {
        playerSeen = true;
        playerLostTimer = playerLostTimerMax;

        lastKnownX = target.x;
        lastKnownY = target.y;

        searchPhase = 0;
        searchRadius = 240;
        searchAngle = point_direction(lastKnownX, lastKnownY, x, y);
    }
    else
    {
        if (playerSeen)
        {
            playerLostTimer -= 1;

            if (playerLostTimer <= 0)
            {
                playerSeen = false;
                target = noone;
                patrolTimer = 0;
            }
        }
    }
}

// Rare strafe logic (only while engaging/searching)
if (playerSeen || playerLostTimer > 0)
{
    if (!strafeActive)
    {
        strafeCooldownTimer -= 1;

        if (strafeCooldownTimer <= 0)
        {
            if (random(1) < strafeChance)
            {
                strafeActive = true;
                strafeDir = choose(-1, 1);
                strafeActiveTimer = irandom_range(strafeBurstMin, strafeBurstMax);
            }

            strafeCooldownTimer = irandom_range(240, 420);
        }
    }
    else
    {
        strafeActiveTimer -= 1;

        if (strafeActiveTimer <= 0)
        {
            strafeActive = false;
        }
    }
}
else
{
    strafeActive = false;
}

// Separation from other hostiles (light)
if (distance_to_object(grpHostiles) < separationRadius)
{
    var inst = instance_place(x, y, grpHostiles);

    if (inst != noone)
    {
        var diffX = x - inst.x;
        var diffY = y - inst.y;

        var len = max(1, point_distance(0, 0, diffX, diffY));
        diffX /= len;
        diffY /= len;

        hspeed += diffX * separationStrength;
        vspeed += diffY * separationStrength;
    }
}

// Collision avoidance vs grpCollide
var avoidX = 0;
var avoidY = 0;

var lookX = x + lengthdir_x(avoidLookAhead, image_angle);
var lookY = y + lengthdir_y(avoidLookAhead, image_angle);

if (collision_line(x, y, lookX, lookY, grpCollide, true, true))
{
    avoidX += lengthdir_x(avoidStrength, image_angle + 90);
    avoidY += lengthdir_y(avoidStrength, image_angle + 90);
}

// Lead aim points
var rocketAimX = 0;
var rocketAimY = 0;
var cannonAimX = 0;
var cannonAimY = 0;

if (target != noone)
{
    var tR = targetDist / max(1, rocketSpeed);
    rocketAimX = target.x + (target.hspeed - hspeed) * tR;
    rocketAimY = target.y + (target.vspeed - vspeed) * tR;

    var cannonBulletSpeed = 55;
    var tC = targetDist / max(1, cannonBulletSpeed);
    cannonAimX = target.x + (target.hspeed - hspeed) * tC;
    cannonAimY = target.y + (target.vspeed - vspeed) * tC;

    var lookDir = point_direction(x, y, rocketAimX, rocketAimY);
    var rotFactor = -4.5;
    image_angle += sin(degtorad(image_angle - lookDir)) * rotFactor;
}
else
{
    // Rotate toward patrol target when patrolling
    var pDir = point_direction(x, y, patrolTargetX, patrolTargetY);
    var pRot = -2.8;
    image_angle += sin(degtorad(image_angle - pDir)) * pRot;
}

// --------------------------------------------
// RAM BEHAVIOR (triggered in End Step)
// --------------------------------------------
if (ramState == 2)
{
    ramCooldownTimer -= 1;

    if (ramCooldownTimer <= 0)
    {
        ramState = 0;
    }
}

if (ramState == 1)
{
    ramTimer -= 1;

    motion_add(ramDir, ramAccel);

    // Stop on collision with world
    if (place_meeting(x, y, grpCollide))
    {
        ramState = 2;
        ramCooldownTimer = ramCooldown;
    }

    // Stop if we "missed" (distance growing for a bit) or timer ends
    if (target != noone)
    {
        var dNow = point_distance(x, y, target.x, target.y);

        if (dNow > ramStartDist + 160)
        {
            ramMissFrames += 1;
        }
        else
        {
            ramMissFrames = 0;
        }

        if (ramMissFrames >= 10)
        {
            ramState = 2;
            ramCooldownTimer = ramCooldown;
        }
    }

    if (ramTimer <= 0)
    {
        ramState = 2;
        ramCooldownTimer = ramCooldown;
    }

    // While ramming, skip normal movement/weapons
    hspeed += avoidX;
    vspeed += avoidY;

    // Flares still allowed
}
else
{
    // --------------------------------------------
    // NORMAL BEHAVIOR: Patrol / Search / Engage
    // --------------------------------------------
    var patrolling = (!playerSeen && playerLostTimer <= 0);
    var searching = (!playerSeen && playerLostTimer > 0);
    var engaging = playerSeen;

    if (patrolling)
    {
        if (patrolTimer <= 0)
        {
            pickNewPatrolPoint();
        }
        else
        {
            patrolTimer -= 1;
        }

        var pMoveDir = point_direction(x, y, patrolTargetX, patrolTargetY);
        motion_add(pMoveDir, patrolAccel);

        hspeed += avoidX;
        vspeed += avoidY;
    }
    else if (searching)
    {
        // Search pattern:
        // Phase 0: move to lastKnown
        // Phase 1: sweep around lastKnown with growing radius

        if (searchPhase == 0)
        {
            var dLast = point_distance(x, y, lastKnownX, lastKnownY);
            var sDir0 = point_direction(x, y, lastKnownX, lastKnownY);

            motion_add(sDir0, seekAccel * 0.85);

            if (dLast <= 220)
            {
                searchPhase = 1;
                searchAngle = point_direction(lastKnownX, lastKnownY, x, y);
                searchRadius = 240;
            }
        }
        else
        {
            searchAngle += searchAngleStep;

            searchRadius += searchRadiusGrow;
            if (searchRadius > searchRadiusMax)
            {
                searchRadius = 240;
            }

            searchPointX = lastKnownX + lengthdir_x(searchRadius, searchAngle);
            searchPointY = lastKnownY + lengthdir_y(searchRadius, searchAngle);

            var sDir1 = point_direction(x, y, searchPointX, searchPointY);
            motion_add(sDir1, seekAccel * 0.75);
        }

        hspeed += avoidX;
        vspeed += avoidY;
    }
    else if (engaging)
    {
        var toTargetDir = point_direction(x, y, target.x, target.y);

        var wantClose = (targetDist > closeDist + 120);
        var tooClose = (targetDist < closeDist - 160);

        if (wantClose)
        {
            motion_add(toTargetDir, seekAccel);
        }
        else if (tooClose)
        {
            motion_add(toTargetDir + 180, brakeAccel);
        }

        if (targetDist <= shootDist && strafeActive)
        {
            motion_add(toTargetDir + (90 * strafeDir), strafeStrength);
        }

        hspeed += avoidX;
        vspeed += avoidY;
    }

    // --------------------------------------------
    // WEAPONS (only when engaging; optionally when searching too)
    // --------------------------------------------
    var weaponsAllowed = playerSeen;

    // In gas: cannons only (optional setting)
    var rocketsAllowed = weaponsAllowed;

    if (inGasCloud && rocketsDisabledInGas)
    {
        rocketsAllowed = false;
    }

    // Rockets: only in band shootDist < dist <= fireDist
    var rocketOk =
    (
        rocketsAllowed
        && target != noone
        && targetDist <= fireDist
        && targetDist > shootDist
        && checkForFriendly
        && !global.playerSafe
        && !oPlayer.trailActive
    );

    if (rocketState == 0)
    {
        if (rocketOk)
        {
            startArming();
        }
    }
    else if (rocketState == 1)
    {
        rocketTimer -= 1;

        if (!rocketOk)
        {
            rocketState = 0;
            rocketTimer = 0;

            /*
            if (instance_exists(dangerInst))
            {
                instance_destroy(dangerInst);
            }
            dangerInst = noone;
            */
        }
        else if (rocketTimer <= 0)
        {
            startVolley();
        }
    }
    else if (rocketState == 2)
    {
        if (!rocketOk)
        {
            rocketState = 3;
            rocketTimer = rocketReloadTime;
        }
        else
        {
            rocketVolleyTimer -= 1;

            if (rocketVolleyTimer <= 0)
            {
                if (rocketVolleyRing >= 0)
                {
                    var p = getBarragePoint(rocketVolleySide, rocketVolleyRing);
                    spawnRocketAt(p[0], p[1], rocketAimX, rocketAimY);

                    if (rocketVolleySide == 0)
                    {
                        rocketVolleySide = 1;
                    }
                    else
                    {
                        rocketVolleySide = 0;
                        rocketVolleyRing -= 1;
                    }

                    rocketVolleyTimer = rocketVolleyDelay;
                }
                else
                {
                    endBarrageAndReload();
                }
            }
        }
    }
    else if (rocketState == 3)
    {
        rocketTimer -= 1;

        if (rocketTimer <= 0)
        {
            rocketState = 0;
            rocketTimer = 0;
        }
    }
    else if (rocketState == 4)
    {
        rocketTimer -= 1;

        if (rocketTimer <= 0)
        {
            barrageShotsLeft = barrageShotsMax;
            rocketState = 0;
            rocketTimer = 0;
        }
    }

    // Cannons: dist <= shootDist
    var cannonOk =
    (
        weaponsAllowed
        && target != noone
        && targetDist <= shootDist
        && checkForFriendly
        && !global.playerSafe
        && !oPlayer.trailActive
    );

    if (inGasCloud && cannonsOnlyInGas)
    {
        // still ok (cannons only)
    }

    if (cannonOk)
    {
        if (cannonTimer <= 0)
        {
            if ((cannonIndex % 2) == 0)
            {
                var pL = getWorldFromSprite(107, 50);
                spawnCannonAt(pL[0], pL[1], cannonAimX, cannonAimY);
                scL1CannonMuzzleBurst(pL[0], pL[1], image_angle, false);
            }
            else
            {
                var pR = getWorldFromSprite(107, 78);
                spawnCannonAt(pR[0], pR[1], cannonAimX, cannonAimY);
                scL1CannonMuzzleBurst(pR[0], pR[1], image_angle, true);
            }

            cannonIndex += 1;

            if (cannonIndex >= 6)
            {
                cannonIndex = 0;
                cannonTimer = cannonBurstReload;
            }
            else
            {
                cannonTimer = cannonShotDelay;
            }
        }
    }

    if (cannonTimer > 0)
    {
        cannonTimer -= 1;
    }
}

// Flares (kept)
if (hasFlares && flaresAmmo > 0 && canDeployFlares)
{
    var shouldDeployFlares = false;

    with (oMissilePhase2)
    {
        var distToMissile = point_distance(other.x, other.y, x, y);
        if (distToMissile < 900)
        {
            shouldDeployFlares = true;
            break;
        }
    }

    if (shouldDeployFlares)
    {
        flareCooldown += 1;

        if (flareCooldown >= flareReactionTime)
        {
            DeployFlares();
            flareCooldown = 0;
            flareReactionTime = random_range(frMin, frMax);
        }
    }
    else
    {
        flareCooldown = 0;
    }
}

// Danger indicator syncing (commented out)
/*
if (instance_exists(dangerInst))
{
    dangerInst.x = x;
    dangerInst.y = y;
    dangerInst.image_angle = image_angle;

    if (dangerInst.parentShip != id)
    {
        instance_destroy(dangerInst);
        dangerInst = noone;
    }
}
*/

End Step Event (armor aggregation + plate break → RAM trigger)

gml
event_inherited();

// Aggregate plate stats
var totalPlateArmor = 0;
var totalPlateRicochet = 0;
var alive = 0;

if (instance_exists(plateA))
{
    totalPlateArmor += plateA.plateArmor;
    totalPlateRicochet += plateA.plateRicochetMult;
    alive += 1;
}
else
{
    if (plateA != noone)
    {
        plateA = noone;
        platesBroken += 1;
    }
}

if (instance_exists(plateB))
{
    totalPlateArmor += plateB.plateArmor;
    totalPlateRicochet += plateB.plateRicochetMult;
    alive += 1;
}
else
{
    if (plateB != noone)
    {
        plateB = noone;
        platesBroken += 1;
    }
}

platesAlive = alive;

// Apply totals
armor = baseArmor + totalPlateArmor;
ricochetMult = baseRicochetMult + totalPlateRicochet;

// Aggression tuning
if (platesAlive <= 0)
{
    cannonShotDelay = 3;
    cannonBurstReload = 22;
    rocketVolleyDelay = 2;
}
else
{
    cannonShotDelay = cannonShotDelayBase;
    cannonBurstReload = cannonBurstReloadBase;
    rocketVolleyDelay = 3;
}

// Plate-break -> RAM trigger
if (platesBroken > platesBrokenPrev)
{
    platesBrokenPrev = platesBroken;

    // Start ram only if not already ramming/cooling down
    if (ramState == 0)
    {
        // We ram toward player if seen; otherwise toward last known if searching
        var canRam = (instance_exists(oPlayer) && global.playerExists);

        if (canRam)
        {
            var aimX = lastKnownX;
            var aimY = lastKnownY;

            if (playerSeen)
            {
                aimX = oPlayer.x;
                aimY = oPlayer.y;
            }

            ramDir = point_direction(x, y, aimX, aimY);
            ramTimer = ramDuration;
            ramState = 1;

            if (instance_exists(oPlayer))
            {
                ramStartDist = point_distance(x, y, oPlayer.x, oPlayer.y);
            }
            else
            {
                ramStartDist = point_distance(x, y, aimX, aimY);
            }

            ramMissFrames = 0;

            // Optional: cancel weapons immediately
            rocketState = 0;
            rocketTimer = 0;
            cannonTimer = 0;
            cannonIndex = 0;
        }
    }
}

Alarm 11 Event (flare cooldown)

gml
canDeployFlares = true;

Destroy Event (optional safety)

gml
event_inherited();

/*
if (instance_exists(dangerInst))
{
    instance_destroy(dangerInst);
}
*/

Notes you may need to adjust (1-time)

1) Gas cloud object name

I used oGasCloud. If yours is different, replace it in Step:

gml
inGasCloud = place_meeting(x, y, oGasCloud);

2) Plate sprites

I referenced:

texL1PlateA
texL1PlateB

Swap to your real sprite names.

Next ship ideas (built on what we added)

Now that L1 has plates + ram + FOV/search, it will feel very distinct. If you want to push it further later, good add-ons are:

Ram tells: brief pre-ram slow/turn (readability)
Ram aftermath: short “engine stall” window where it can’t shoot (counterplay reward)
Broken-plate thrusters exposed: when plates are gone, it accelerates faster but takes more crit damage (risk/reward)

If you want, I can also give you a generic “plate spawner” script so any ship can define an array of plate configs (sprite/hp/armor/ricochet) without duplicating plateA/plateB code.

Answer 7

Below is a drop-in modification that keeps your logic intact, but makes the HUD armor display work for either:

the ship itself (target.armor)
or the closest armor plate belonging to that ship (oArmorPlate.parentShip == target) if one exists
(so you get plate armor feedback instead of hull armor when plates are present)

It also:

uses the plate’s plateArmor if present (falls back to armor)
uses the plate’s circleRadius if it has one, otherwise uses the ship’s circleRadius
draws the armor icon and number at the right offset

✅ Modified Code (replace only the inner HUD block)

Replace this block:

gml
if (instance_exists(target) && point_distance(mouse_x, mouse_y, target.x, target.y) < 1500 && HUD_Lead)
{
    ...
}

with the version below:

gml
if (instance_exists(target) && point_distance(mouse_x, mouse_y, target.x, target.y) < 1500 && HUD_Lead)
{
    distToTarget = point_distance(x, y, target.x, target.y);
    bulletSpeed = projectileSpeed;
    rocketSpeed = global.playerRocketSpeed1;

    var Time = distToTarget * 1.2 / bulletSpeed;
    var TimeRocket = distToTarget * 1.4 / rocketSpeed;

    lead_x = target.x + (target.hspeed - hspeed) * Time;
    lead_y = target.y + (target.vspeed - vspeed) * Time;

    leadR_x = target.x + (target.hspeed - hspeed) * TimeRocket;
    leadR_y = target.y + (target.vspeed - vspeed) * TimeRocket;

    draw_set_colour(c_lime);
    draw_set_alpha(0.2);
    draw_line(target.x, target.y, lead_x, lead_y);

    draw_set_alpha(1);
    draw_ellipse(lead_x - 8, lead_y - 8, lead_x + 8, lead_y + 8, true);
    draw_rectangle(leadR_x - 8, leadR_y - 8, leadR_x + 8, leadR_y + 8, true);

    // ------------------------------------------------------------
    // Armor HUD (now supports oArmorPlate)
    // ------------------------------------------------------------
    var armorColor = c_white;
    var offset = 0;

    // Determine whether we should show hull armor OR plate armor
    var armorTarget = target; // default = hull

    // Find closest armor plate belonging to this ship (if any)
    // NOTE: If you want to show "best" or "lowest hp" plate instead, change selection logic.
    var bestPlate = noone;
    var bestDist = 999999;

    with (oArmorPlate)
    {
        if (parentShip == other.target)
        {
            var d = point_distance(other.x, other.y, x, y);
            if (d < bestDist)
            {
                bestDist = d;
                bestPlate = id;
            }
        }
    }

    if (instance_exists(bestPlate))
    {
        armorTarget = bestPlate;
    }

    // Pull armor value from armorTarget:
    // - armor plates use plateArmor
    // - ships use armor
    var targetArmor = 1;

    if (instance_exists(armorTarget))
    {
        if (variable_instance_exists(armorTarget, "plateArmor"))
        {
            targetArmor = armorTarget.plateArmor;
        }
        else if (variable_instance_exists(armorTarget, "armor"))
        {
            targetArmor = armorTarget.armor;
        }
    }

    // Use offset from the armorTarget if it has circleRadius, otherwise from ship
    if (variable_instance_exists(armorTarget, "circleRadius"))
    {
        offset = armorTarget.circleRadius;
    }
    else if (variable_instance_exists(target, "circleRadius"))
    {
        offset = target.circleRadius;
    }

    // Check penetration if projectile exists
    if (projectile != noone)
    {
        var _penetrationRatio = projectilePen / max(1, targetArmor);
        _penetrationRatio = clamp(_penetrationRatio, 0, 2);

        if (_penetrationRatio >= 1.5)
        {
            armorColor = c_aqua;
        }
        else if (_penetrationRatio >= 1.0)
        {
            armorColor = c_lime;
        }
        else if (_penetrationRatio >= 0.75)
        {
            armorColor = c_yellow;
        }
        else if (_penetrationRatio >= 0.5)
        {
            armorColor = c_orange;
        }
        else
        {
            armorColor = c_red;
        }
    }

    // Draw Enemy Armor Icon + armor value
    // If armorTarget is a plate, icon will represent plate armor.
    draw_sprite_ext(texIconArmor, 0, target.x, target.y + offset + 16, 1, 1, 0, armorColor, 1);

    draw_set_colour(c_black);

    // Show the armor number of the thing we're actually evaluating (plate or hull)
    draw_text(target.x - 1, target.y + offset + 16, targetArmor);
}

Notes / Options

✅ If you want to show plate HP too (optional)

Since plates have hp, you can do:

gml
if (armorTarget != target && variable_instance_exists(armorTarget, "hp"))
{
    draw_text(target.x - 1, target.y + offset + 30, string(armorTarget.hp));
}

✅ If you want to show “Hull armor when no plates left”

This already happens naturally because bestPlate won’t exist → armorTarget = target.

✅ If you want to show the plate nearest to the mouse instead of nearest to the player

Replace:

gml
var d = point_distance(other.x, other.y, x, y);

with:

gml
var d = point_distance(mouse_x, mouse_y, x, y);

If you want, I can also make the HUD icon change sprite when targeting a plate (e.g., texIconArmorPlate) so players instantly know whether they’re reading plate armor or hull armor.

Answer 8

Perfect — below is a clean, minimal modification that makes the HUD explicitly show armor plate stats:

✅ Shows oArmorPlate.plateArmor
✅ Shows oArmorPlate.hp
✅ Falls back to ship hull armor only if no plates exist
✅ Uses the closest armor plate belonging to the target
✅ Keeps your existing penetration → color logic

I am not changing your structure, only extending it.

✅ Drop-in replacement for the ARMOR HUD section

Replace only this part of your code:

gml
// Initialize armorColor to a default value
var armorColor = c_white;
var offset = 0;

⬇️ with this full block ⬇️

gml
// ------------------------------------------------------------
// ARMOR HUD (supports oArmorPlate with armor + hp)
// ------------------------------------------------------------
var armorColor = c_white;
var offset = 0;

// Default to hull
var armorTarget = target;

// Find closest armor plate belonging to this ship
var bestPlate = noone;
var bestDist = 999999;

with (oArmorPlate)
{
    if (parentShip == other.target)
    {
        var d = point_distance(other.x, other.y, x, y);
        if (d < bestDist)
        {
            bestDist = d;
            bestPlate = id;
        }
    }
}

// If a plate exists, HUD shows plate stats instead of hull
if (instance_exists(bestPlate))
{
    armorTarget = bestPlate;
}

// ------------------------------------------------------------
// Resolve armor + hp values
// ------------------------------------------------------------
var targetArmor = 1;
var targetHp = -1;

// Armor plate case
if (armorTarget != target && variable_instance_exists(armorTarget, "plateArmor"))
{
    targetArmor = armorTarget.plateArmor;
    targetHp = armorTarget.hp;
}
else
{
    // Hull fallback
    if (variable_instance_exists(target, "armor"))
    {
        targetArmor = target.armor;
    }
}

// Offset for HUD placement
if (variable_instance_exists(armorTarget, "circleRadius"))
{
    offset = armorTarget.circleRadius;
}
else if (variable_instance_exists(target, "circleRadius"))
{
    offset = target.circleRadius;
}

// ------------------------------------------------------------
// Penetration color logic
// ------------------------------------------------------------
if (projectile != noone)
{
    var _penetrationRatio = projectilePen / max(1, targetArmor);
    _penetrationRatio = clamp(_penetrationRatio, 0, 2);

    if (_penetrationRatio >= 1.5)
    {
        armorColor = c_aqua;
    }
    else if (_penetrationRatio >= 1.0)
    {
        armorColor = c_lime;
    }
    else if (_penetrationRatio >= 0.75)
    {
        armorColor = c_yellow;
    }
    else if (_penetrationRatio >= 0.5)
    {
        armorColor = c_orange;
    }
    else
    {
        armorColor = c_red;
    }
}

// ------------------------------------------------------------
// Draw armor icon + values
// ------------------------------------------------------------
draw_sprite_ext(
    texIconArmor,
    0,
    target.x,
    target.y + offset + 16,
    1,
    1,
    0,
    armorColor,
    1
);

draw_set_colour(c_black);

// Draw armor value
draw_text(
    target.x - 1,
    target.y + offset + 16,
    string(targetArmor)
);

// Draw HP ONLY if this is an armor plate
if (targetHp >= 0)
{
    draw_text(
        target.x - 1,
        target.y + offset + 30,
        string(ceil(targetHp))
    );
}

✅ What the player sees now

When armor plates exist

text
[ ARMOR ICON ]  2
                24   ← plate HP

When all plates are destroyed

[ ARMOR ICON ]  6

(HP line disappears automatically)

Optional polish (recommended)

🔹 Different icon for plate vs hull

If you want instant readability:

gml
var armorIcon = texIconArmor;
if (armorTarget != target)
{
    armorIcon = texIconArmorPlate;
}

Then replace texIconArmor in draw_sprite_ext() with armorIcon.

Why this is correct for your architecture

✔ Uses existing oArmorPlate instances
✔ No assumptions about plate count
✔ HUD always reflects what the bullet will hit first
✔ Works with future ships reusing armor plates
✔ Zero gameplay-side effects

If you want next:

color the HP text based on remaining %
show broken plate indicators
snap HUD to the specific plate sprite instead of ship center

just say the word.

Answer 9

Here’s a drop-in modified version of your code that adds:

✅ You can select oArmorPlate the same way as grpHostiles (Wheel1 selects nearest to mouse among both)
✅ Lead indicator works for plates (uses parentShip velocity if available)
✅ Plate HUD shows:
- texIconArmorPlate
- target.armor
- target.hp
✅ Hull HUD stays the same (texIconArmor, target.armor)
✅ Works even if plate has no parentShip (falls back safely)

Assumptions:

oArmorPlate exists and has vars: armor, hp, and parentShip (optional but recommended).

Plates sit at ship x/y so lead uses parent ship speed to be accurate.

gml
if (!active)
{
    return;
}

//draw_line(x, y, x+lengthdir_x(2000, image_angle), y+lengthdir_y(2000, image_angle));

draw_sprite_ext(texPlayerID, lobbyMemberID, x, y, size, size, image_angle, c_white, 1);

if (instance_exists(grpHostiles) && !damagedFCS)
{
    if (Wheel1)
    {
        HUD_Lead = true;

        // Select nearest among hostiles AND armor plates
        var _tHost = noone;
        var _tPlate = noone;

        if (instance_exists(grpHostiles))
        {
            _tHost = instance_nearest(mouse_x, mouse_y, grpHostiles);
        }

        if (instance_exists(oArmorPlate))
        {
            _tPlate = instance_nearest(mouse_x, mouse_y, oArmorPlate);
        }

        if (instance_exists(_tHost) && instance_exists(_tPlate))
        {
            var _dH = point_distance(mouse_x, mouse_y, _tHost.x, _tHost.y);
            var _dP = point_distance(mouse_x, mouse_y, _tPlate.x, _tPlate.y);

            target = (_dP < _dH) ? _tPlate : _tHost;
        }
        else if (instance_exists(_tPlate))
        {
            target = _tPlate;
        }
        else
        {
            target = _tHost;
        }
    }

    if (WheelX2)
    {
        HUD_Lead = false;
        target = noone;
    }

    if (HUD_Lead && !instance_exists(target))
    {
        // Reacquire using same dual-selection
        var _tHost2 = noone;
        var _tPlate2 = noone;

        if (instance_exists(grpHostiles))
        {
            _tHost2 = instance_nearest(mouse_x, mouse_y, grpHostiles);
        }

        if (instance_exists(oArmorPlate))
        {
            _tPlate2 = instance_nearest(mouse_x, mouse_y, oArmorPlate);
        }

        if (instance_exists(_tHost2) && instance_exists(_tPlate2))
        {
            var _dH2 = point_distance(mouse_x, mouse_y, _tHost2.x, _tHost2.y);
            var _dP2 = point_distance(mouse_x, mouse_y, _tPlate2.x, _tPlate2.y);

            target = (_dP2 < _dH2) ? _tPlate2 : _tHost2;
        }
        else if (instance_exists(_tPlate2))
        {
            target = _tPlate2;
        }
        else
        {
            target = _tHost2;
        }
    }

    if (instance_exists(target) && point_distance(mouse_x, mouse_y, target.x, target.y) < 1500 && HUD_Lead)
    {
        // ------------------------------------------------------------
        // Lead indicator (works for hull OR plate)
        // If plate has parentShip, use its velocity for accurate lead.
        // ------------------------------------------------------------
        var _tX = target.x;
        var _tY = target.y;

        var _tH = target.hspeed;
        var _tV = target.vspeed;

        var _isPlate = (target.object_index == oArmorPlate);

        if (_isPlate)
        {
            if (variable_instance_exists(target, "parentShip") && instance_exists(target.parentShip))
            {
                _tH = target.parentShip.hspeed;
                _tV = target.parentShip.vspeed;

                // If you ever offset plate position later, still use plate x/y for hit point.
            }
        }

        distToTarget = point_distance(x, y, _tX, _tY);
        bulletSpeed = projectileSpeed;
        rocketSpeed = global.playerRocketSpeed1;

        var Time = distToTarget * 1.2 / bulletSpeed;
        var TimeRocket = distToTarget * 1.4 / rocketSpeed;

        lead_x = _tX + (_tH - hspeed) * Time;
        lead_y = _tY + (_tV - vspeed) * Time;

        leadR_x = _tX + (_tH - hspeed) * TimeRocket;
        leadR_y = _tY + (_tV - vspeed) * TimeRocket;

        draw_set_colour(c_lime);
        draw_set_alpha(0.2);
        draw_line(_tX, _tY, lead_x, lead_y);

        draw_set_alpha(1);
        draw_ellipse(lead_x - 8, lead_y - 8, lead_x + 8, lead_y + 8, true);
        draw_rectangle(leadR_x - 8, leadR_y - 8, leadR_x + 8, leadR_y + 8, true);

        // ------------------------------------------------------------
        // Armor + HP HUD (plate shows armor + hp, hull shows armor only)
        // ------------------------------------------------------------
        var armorColor = c_white;
        var offset = 0;

        // Read armor from target (plate or hull)
        var targetArmor = 1;
        if (variable_instance_exists(target, "armor"))
        {
            targetArmor = max(1, target.armor);
        }

        // Offset: prefer hull circleRadius if plate has parentShip
        if (_isPlate && variable_instance_exists(target, "parentShip") && instance_exists(target.parentShip))
        {
            if (variable_instance_exists(target.parentShip, "circleRadius"))
            {
                offset = target.parentShip.circleRadius;
            }
        }
        else
        {
            if (variable_instance_exists(target, "circleRadius"))
            {
                offset = target.circleRadius;
            }
        }

        // Penetration color logic
        if (projectile != noone)
        {
            var _penetrationRatio = projectilePen / targetArmor;
            _penetrationRatio = clamp(_penetrationRatio, 0, 2);

            if (_penetrationRatio >= 1.5)
            {
                armorColor = c_aqua;
            }
            else if (_penetrationRatio >= 1.0)
            {
                armorColor = c_lime;
            }
            else if (_penetrationRatio >= 0.75)
            {
                armorColor = c_yellow;
            }
            else if (_penetrationRatio >= 0.5)
            {
                armorColor = c_orange;
            }
            else
            {
                armorColor = c_red;
            }
        }

        // Choose correct icon
        var _icon = texIconArmor;
        if (_isPlate)
        {
            _icon = texIconArmorPlate;
        }

        // Draw icon at hull position (target.x/target.y are same for plates per your design)
        draw_sprite_ext(_icon, 0, _tX, _tY + offset + 16, 1, 1, 0, armorColor, 1);

        draw_set_colour(c_black);

        // Armor number
        draw_text(_tX - 1, _tY + offset + 16, string(targetArmor));

        // Plate HP
        if (_isPlate && variable_instance_exists(target, "hp"))
        {
            draw_text(_tX - 1, _tY + offset + 30, string(ceil(target.hp)));
        }
    }
}

Small optional upgrade (if you want plates selectable only when “near” the ship)

Right now it selects any plate nearest the mouse. If you later want “only plates that belong to hovered ship”, tell me and I’ll adjust selection to:

pick nearest hostile ship
then pick nearest plate whose parentShip == that ship

But as requested, this version treats plates as first-class selectable targets.

Answer 10

Got it — here’s the upgraded version where selection works like this:

Pick nearest hostile ship (from grpHostiles) near the mouse
If that ship has plates, pick the nearest plate belonging to that ship (via parentShip)
If the mouse is closer to that plate than to the ship, select the plate, otherwise select the ship
Lead indicator + HUD use plate (armor+hp + texIconArmorPlate) when plate is selected; otherwise hull (armor + texIconArmor)

Drop-in replacement for your whole block:

gml
if (!active)
{
    return;
}

//draw_line(x, y, x+lengthdir_x(2000, image_angle), y+lengthdir_y(2000, image_angle));

draw_sprite_ext(texPlayerID, lobbyMemberID, x, y, size, size, image_angle, c_white, 1);

if (instance_exists(grpHostiles) && !damagedFCS)
{
    if (Wheel1)
    {
        HUD_Lead = true;

        // 1) Pick nearest hostile ship
        var _ship = instance_nearest(mouse_x, mouse_y, grpHostiles);

        // 2) Try to pick nearest plate that belongs to that ship
        var _plate = noone;
        var _plateDist = 999999;

        if (instance_exists(_ship) && instance_exists(oArmorPlate))
        {
            with (oArmorPlate)
            {
                if (parentShip == other._ship)
                {
                    var d = point_distance(mouse_x, mouse_y, x, y);
                    if (d < other._plateDist)
                    {
                        other._plateDist = d;
                        other._plate = id;
                    }
                }
            }
        }

        // 3) Choose plate only if it's closer to mouse than ship is
        if (instance_exists(_ship))
        {
            var _shipDist = point_distance(mouse_x, mouse_y, _ship.x, _ship.y);

            if (instance_exists(_plate) && _plateDist < _shipDist)
            {
                target = _plate;
            }
            else
            {
                target = _ship;
            }
        }
        else
        {
            target = noone;
        }
    }

    if (WheelX2)
    {
        HUD_Lead = false;
        target = noone;
    }

    if (HUD_Lead && !instance_exists(target))
    {
        // Reacquire using same ship->plate logic
        var _ship2 = instance_nearest(mouse_x, mouse_y, grpHostiles);

        var _plate2 = noone;
        var _plateDist2 = 999999;

        if (instance_exists(_ship2) && instance_exists(oArmorPlate))
        {
            with (oArmorPlate)
            {
                if (parentShip == other._ship2)
                {
                    var d2 = point_distance(mouse_x, mouse_y, x, y);
                    if (d2 < other._plateDist2)
                    {
                        other._plateDist2 = d2;
                        other._plate2 = id;
                    }
                }
            }
        }

        if (instance_exists(_ship2))
        {
            var _shipDist2 = point_distance(mouse_x, mouse_y, _ship2.x, _ship2.y);

            if (instance_exists(_plate2) && _plateDist2 < _shipDist2)
            {
                target = _plate2;
            }
            else
            {
                target = _ship2;
            }
        }
        else
        {
            target = noone;
        }
    }

    if (instance_exists(target) && point_distance(mouse_x, mouse_y, target.x, target.y) < 1500 && HUD_Lead)
    {
        // ------------------------------------------------------------
        // Lead indicator (works for hull OR plate)
        // Plate lead uses parentShip velocity if available.
        // ------------------------------------------------------------
        var _tX = target.x;
        var _tY = target.y;

        var _tH = target.hspeed;
        var _tV = target.vspeed;

        var _isPlate = (target.object_index == oArmorPlate);

        if (_isPlate)
        {
            if (variable_instance_exists(target, "parentShip") && instance_exists(target.parentShip))
            {
                _tH = target.parentShip.hspeed;
                _tV = target.parentShip.vspeed;
            }
        }

        distToTarget = point_distance(x, y, _tX, _tY);
        bulletSpeed = projectileSpeed;
        rocketSpeed = global.playerRocketSpeed1;

        var Time = distToTarget * 1.2 / bulletSpeed;
        var TimeRocket = distToTarget * 1.4 / rocketSpeed;

        lead_x = _tX + (_tH - hspeed) * Time;
        lead_y = _tY + (_tV - vspeed) * Time;

        leadR_x = _tX + (_tH - hspeed) * TimeRocket;
        leadR_y = _tY + (_tV - vspeed) * TimeRocket;

        draw_set_colour(c_lime);
        draw_set_alpha(0.2);
        draw_line(_tX, _tY, lead_x, lead_y);

        draw_set_alpha(1);
        draw_ellipse(lead_x - 8, lead_y - 8, lead_x + 8, lead_y + 8, true);
        draw_rectangle(leadR_x - 8, leadR_y - 8, leadR_x + 8, leadR_y + 8, true);

        // ------------------------------------------------------------
        // Armor + HP HUD
        // Plate: texIconArmorPlate + armor + hp
        // Hull:  texIconArmor      + armor
        // ------------------------------------------------------------
        var armorColor = c_white;
        var offset = 0;

        var targetArmor = 1;
        if (variable_instance_exists(target, "armor"))
        {
            targetArmor = max(1, target.armor);
        }

        // Offset: if plate, prefer parent's circleRadius; else target's
        if (_isPlate && variable_instance_exists(target, "parentShip") && instance_exists(target.parentShip))
        {
            if (variable_instance_exists(target.parentShip, "circleRadius"))
            {
                offset = target.parentShip.circleRadius;
            }
        }
        else
        {
            if (variable_instance_exists(target, "circleRadius"))
            {
                offset = target.circleRadius;
            }
        }

        // Penetration color logic
        if (projectile != noone)
        {
            var _penetrationRatio = projectilePen / targetArmor;
            _penetrationRatio = clamp(_penetrationRatio, 0, 2);

            if (_penetrationRatio >= 1.5)
            {
                armorColor = c_aqua;
            }
            else if (_penetrationRatio >= 1.0)
            {
                armorColor = c_lime;
            }
            else if (_penetrationRatio >= 0.75)
            {
                armorColor = c_yellow;
            }
            else if (_penetrationRatio >= 0.5)
            {
                armorColor = c_orange;
            }
            else
            {
                armorColor = c_red;
            }
        }

        var _icon = texIconArmor;
        if (_isPlate)
        {
            _icon = texIconArmorPlate;
        }

        draw_sprite_ext(_icon, 0, _tX, _tY + offset + 16, 1, 1, 0, armorColor, 1);

        draw_set_colour(c_black);

        draw_text(_tX - 1, _tY + offset + 16, string(targetArmor));

        if (_isPlate && variable_instance_exists(target, "hp"))
        {
            draw_text(_tX - 1, _tY + offset + 30, string(ceil(target.hp)));
        }
    }
}

If you want the plate to be selectable only when the mouse is within the plate’s collision mask (instead of distance), tell me what collision check you prefer (position_meeting, collision_point, etc.) and I’ll swap the “distance compare” to a true “hover hit test.”

Answer 11

That error is because with (oArmorPlate) { ... other._ship ... } is reading other._ship, but inside a with block other is not reliably your oPlayer, so _ship doesn’t exist there.

Fix: don’t use other._ship inside with. Store the ship id in a normal variable and compare against it directly.

Here’s a corrected, safe version (drop-in replacement for your whole block). It also handles cases where the plate doesn’t have parentShip yet.

gml
if (!active)
{
    return;
}

//draw_line(x, y, x+lengthdir_x(2000, image_angle), y+lengthdir_y(2000, image_angle));

draw_sprite_ext(texPlayerID, lobbyMemberID, x, y, size, size, image_angle, c_white, 1);

if (instance_exists(grpHostiles) && !damagedFCS)
{
    if (Wheel1)
    {
        HUD_Lead = true;

        // 1) Pick nearest hostile ship
        var ship = instance_nearest(mouse_x, mouse_y, grpHostiles);

        // 2) Find nearest plate belonging to that ship (by parentShip)
        var plate = noone;
        var plateDist = 1e30;

        if (instance_exists(ship) && instance_exists(oArmorPlate))
        {
            var shipId = ship.id;

            // iterate plates safely without using other._ship
            var p = instance_first(oArmorPlate);
            while (p != noone)
            {
                if (variable_instance_exists(p, "parentShip") && p.parentShip == shipId)
                {
                    var d = point_distance(mouse_x, mouse_y, p.x, p.y);
                    if (d < plateDist)
                    {
                        plateDist = d;
                        plate = p;
                    }
                }
                p = instance_next(p);
            }
        }

        // 3) Choose plate only if it's closer to mouse than ship is
        if (instance_exists(ship))
        {
            var shipDist = point_distance(mouse_x, mouse_y, ship.x, ship.y);

            if (instance_exists(plate) && plateDist < shipDist)
            {
                target = plate;
            }
            else
            {
                target = ship;
            }
        }
        else
        {
            target = noone;
        }
    }

    if (WheelX2)
    {
        HUD_Lead = false;
        target = noone;
    }

    if (HUD_Lead && !instance_exists(target))
    {
        // Reacquire using same ship->plate logic
        var ship2 = instance_nearest(mouse_x, mouse_y, grpHostiles);

        var plate2 = noone;
        var plateDist2 = 1e30;

        if (instance_exists(ship2) && instance_exists(oArmorPlate))
        {
            var shipId2 = ship2.id;

            var p2 = instance_first(oArmorPlate);
            while (p2 != noone)
            {
                if (variable_instance_exists(p2, "parentShip") && p2.parentShip == shipId2)
                {
                    var d2 = point_distance(mouse_x, mouse_y, p2.x, p2.y);
                    if (d2 < plateDist2)
                    {
                        plateDist2 = d2;
                        plate2 = p2;
                    }
                }
                p2 = instance_next(p2);
            }
        }

        if (instance_exists(ship2))
        {
            var shipDist2 = point_distance(mouse_x, mouse_y, ship2.x, ship2.y);

            if (instance_exists(plate2) && plateDist2 < shipDist2)
            {
                target = plate2;
            }
            else
            {
                target = ship2;
            }
        }
        else
        {
            target = noone;
        }
    }

    if (instance_exists(target) && point_distance(mouse_x, mouse_y, target.x, target.y) < 1500 && HUD_Lead)
    {
        // ------------------------------------------------------------
        // Lead indicator (works for hull OR plate)
        // Plate lead uses parentShip velocity if available
        // ------------------------------------------------------------
        var tX = target.x;
        var tY = target.y;

        var tH = target.hspeed;
        var tV = target.vspeed;

        var isPlate = (target.object_index == oArmorPlate);

        if (isPlate)
        {
            if (variable_instance_exists(target, "parentShip") && instance_exists(target.parentShip))
            {
                tH = target.parentShip.hspeed;
                tV = target.parentShip.vspeed;
            }
        }

        distToTarget = point_distance(x, y, tX, tY);
        bulletSpeed = projectileSpeed;
        rocketSpeed = global.playerRocketSpeed1;

        var Time = distToTarget * 1.2 / bulletSpeed;
        var TimeRocket = distToTarget * 1.4 / rocketSpeed;

        lead_x = tX + (tH - hspeed) * Time;
        lead_y = tY + (tV - vspeed) * Time;

        leadR_x = tX + (tH - hspeed) * TimeRocket;
        leadR_y = tY + (tV - vspeed) * TimeRocket;

        draw_set_colour(c_lime);
        draw_set_alpha(0.2);
        draw_line(tX, tY, lead_x, lead_y);

        draw_set_alpha(1);
        draw_ellipse(lead_x - 8, lead_y - 8, lead_x + 8, lead_y + 8, true);
        draw_rectangle(leadR_x - 8, leadR_y - 8, leadR_x + 8, leadR_y + 8, true);

        // ------------------------------------------------------------
        // Armor + HP HUD
        // Plate: texIconArmorPlate + armor + hp
        // Hull:  texIconArmor      + armor
        // ------------------------------------------------------------
        var armorColor = c_white;
        var offset = 0;

        var targetArmor = 1;
        if (variable_instance_exists(target, "armor"))
        {
            targetArmor = max(1, target.armor);
        }

        if (isPlate && variable_instance_exists(target, "parentShip") && instance_exists(target.parentShip))
        {
            if (variable_instance_exists(target.parentShip, "circleRadius"))
            {
                offset = target.parentShip.circleRadius;
            }
        }
        else if (variable_instance_exists(target, "circleRadius"))
        {
            offset = target.circleRadius;
        }

        if (projectile != noone)
        {
            var _penetrationRatio = projectilePen / targetArmor;
            _penetrationRatio = clamp(_penetrationRatio, 0, 2);

            if (_penetrationRatio >= 1.5)      armorColor = c_aqua;
            else if (_penetrationRatio >= 1.0) armorColor = c_lime;
            else if (_penetrationRatio >= 0.75) armorColor = c_yellow;
            else if (_penetrationRatio >= 0.5) armorColor = c_orange;
            else                                armorColor = c_red;
        }

        var icon = texIconArmor;
        if (isPlate)
        {
            icon = texIconArmorPlate;
        }

        draw_sprite_ext(icon, 0, tX, tY + offset + 16, 1, 1, 0, armorColor, 1);

        draw_set_colour(c_black);
        draw_text(tX - 1, tY + offset + 16, string(targetArmor));

        if (isPlate && variable_instance_exists(target, "hp"))
        {
            draw_text(tX - 1, tY + offset + 30, string(ceil(target.hp)));
        }
    }
}

If you want the selection to prefer plates only when the mouse is actually over the plate’s collision mask, I can swap the “distance compare” with collision_point(mouse_x, mouse_y, oArmorPlate, true, false) filtering during the plate scan.

Answer 12

Here’s the simplified version that just chooses between grpHostiles and oArmorPlate (whichever is closer to the mouse), and then:

draws the lead indicator for whichever was selected
shows armor for both
shows hp only for armor plates
uses texIconArmorPlate for plates, texIconArmor for ships

gml
if (!active)
{
    return;
}

//draw_line(x, y, x+lengthdir_x(2000, image_angle), y+lengthdir_y(2000, image_angle));

draw_sprite_ext(texPlayerID, lobbyMemberID, x, y, size, size, image_angle, c_white, 1);

if (!damagedFCS)
{
    if (Wheel1)
    {
        HUD_Lead = true;

        // Choose nearest between grpHostiles and oArmorPlate
        var tHost = noone;
        var tPlate = noone;

        if (instance_exists(grpHostiles))
        {
            tHost = instance_nearest(mouse_x, mouse_y, grpHostiles);
        }

        if (instance_exists(oArmorPlate))
        {
            tPlate = instance_nearest(mouse_x, mouse_y, oArmorPlate);
        }

        if (instance_exists(tHost) && instance_exists(tPlate))
        {
            var dH = point_distance(mouse_x, mouse_y, tHost.x, tHost.y);
            var dP = point_distance(mouse_x, mouse_y, tPlate.x, tPlate.y);

            target = (dP < dH) ? tPlate : tHost;
        }
        else if (instance_exists(tPlate))
        {
            target = tPlate;
        }
        else
        {
            target = tHost;
        }
    }

    if (WheelX2)
    {
        HUD_Lead = false;
        target = noone;
    }

    if (HUD_Lead && !instance_exists(target))
    {
        // Reacquire using same nearest-between-two logic
        var tHost2 = noone;
        var tPlate2 = noone;

        if (instance_exists(grpHostiles))
        {
            tHost2 = instance_nearest(mouse_x, mouse_y, grpHostiles);
        }

        if (instance_exists(oArmorPlate))
        {
            tPlate2 = instance_nearest(mouse_x, mouse_y, oArmorPlate);
        }

        if (instance_exists(tHost2) && instance_exists(tPlate2))
        {
            var dH2 = point_distance(mouse_x, mouse_y, tHost2.x, tHost2.y);
            var dP2 = point_distance(mouse_x, mouse_y, tPlate2.x, tPlate2.y);

            target = (dP2 < dH2) ? tPlate2 : tHost2;
        }
        else if (instance_exists(tPlate2))
        {
            target = tPlate2;
        }
        else
        {
            target = tHost2;
        }
    }

    if (instance_exists(target) && point_distance(mouse_x, mouse_y, target.x, target.y) < 1500 && HUD_Lead)
    {
        // Lead indicator
        distToTarget = point_distance(x, y, target.x, target.y);
        bulletSpeed = projectileSpeed;
        rocketSpeed = global.playerRocketSpeed1;

        var Time = distToTarget * 1.2 / bulletSpeed;
        var TimeRocket = distToTarget * 1.4 / rocketSpeed;

        lead_x = target.x + (target.hspeed - hspeed) * Time;
        lead_y = target.y + (target.vspeed - vspeed) * Time;

        leadR_x = target.x + (target.hspeed - hspeed) * TimeRocket;
        leadR_y = target.y + (target.vspeed - vspeed) * TimeRocket;

        draw_set_colour(c_lime);
        draw_set_alpha(0.2);
        draw_line(target.x, target.y, lead_x, lead_y);

        draw_set_alpha(1);
        draw_ellipse(lead_x - 8, lead_y - 8, lead_x + 8, lead_y + 8, true);
        draw_rectangle(leadR_x - 8, leadR_y - 8, leadR_x + 8, leadR_y + 8, true);

        // Armor HUD
        var armorColor = c_white;
        var offset = 0;

        var targetArmor = 1;
        if (variable_instance_exists(target, "armor"))
        {
            targetArmor = max(1, target.armor);
        }

        if (variable_instance_exists(target, "circleRadius"))
        {
            offset = target.circleRadius;
        }

        if (projectile != noone)
        {
            var _penetrationRatio = projectilePen / targetArmor;
            _penetrationRatio = clamp(_penetrationRatio, 0, 2);

            if (_penetrationRatio >= 1.5)
            {
                armorColor = c_aqua;
            }
            else if (_penetrationRatio >= 1.0)
            {
                armorColor = c_lime;
            }
            else if (_penetrationRatio >= 0.75)
            {
                armorColor = c_yellow;
            }
            else if (_penetrationRatio >= 0.5)
            {
                armorColor = c_orange;
            }
            else
            {
                armorColor = c_red;
            }
        }

        var isPlate = (target.object_index == oArmorPlate);
        var icon = texIconArmor;

        if (isPlate)
        {
            icon = texIconArmorPlate;
        }

        // Draw icon + armor value
        draw_sprite_ext(icon, 0, target.x, target.y + offset + 16, 1, 1, 0, armorColor, 1);

        draw_set_colour(c_black);
        draw_text(target.x - 1, target.y + offset + 16, string(targetArmor));

        // Draw HP only for plates
        if (isPlate && variable_instance_exists(target, "hp"))
        {
            draw_text(target.x - 1, target.y + offset + 30, string(ceil(target.hp)));
        }
    }
}

If you want one extra simplification: we can remove the reacquire block entirely and just re-run the “nearest-between-two” selection every frame while HUD_Lead is true (so it auto-swaps targets as you move your mouse).

Answer 13

That’s happening because your plates sit at the same x/y as the ship, so dP and dH are usually equal — and your code uses (dP < dH), which breaks ties in favor of the ship.

Make plates win ties (or “almost ties”), and it’ll select plates correctly.

Here’s the simplest fix:

Prefer plate when dP <= dH (tie goes to plate)
Optional: add a tiny bias so plate wins even if it’s slightly farther due to rounding

✅ Replace your “choose nearest between grpHostiles and oArmorPlate” section with this

Use this block in both places (Wheel1 and reacquire):

gml
// Choose nearest between grpHostiles and oArmorPlate
var tHost = noone;
var tPlate = noone;

if (instance_exists(grpHostiles))
{
    tHost = instance_nearest(mouse_x, mouse_y, grpHostiles);
}

if (instance_exists(oArmorPlate))
{
    tPlate = instance_nearest(mouse_x, mouse_y, oArmorPlate);
}

if (instance_exists(tHost) && instance_exists(tPlate))
{
    var dH = point_distance(mouse_x, mouse_y, tHost.x, tHost.y);
    var dP = point_distance(mouse_x, mouse_y, tPlate.x, tPlate.y);

    // Bias so plates win ties / near-ties (since they share x/y with ships)
    var plateBias = 6; // pixels; tweak 0..20
    target = (dP <= dH + plateBias) ? tPlate : tHost;
}
else if (instance_exists(tPlate))
{
    target = tPlate;
}
else
{
    target = tHost;
}

If you want it even more deterministic

If your plates have proper collision masks and you only want to select a plate when the mouse is actually over it, do this instead:

gml
var tHost = noone;
var tPlate = noone;

if (instance_exists(grpHostiles))
{
    tHost = instance_nearest(mouse_x, mouse_y, grpHostiles);
}

// plate must be under mouse
tPlate = instance_position(mouse_x, mouse_y, oArmorPlate);

if (instance_exists(tPlate))
{
    target = tPlate;
}
else
{
    target = tHost;
}

If you tell me whether you want “plate wins always near ship” (first fix) or “only when mouse is over plate mask” (second fix), I’ll merge it into your full draw block cleanly.

Answer 14

Below are modified versions of your three scripts implementing exactly what you asked:

✅ If a bullet ricochets, it can’t collide with the object it ricocheted off (sets ignore vars on the bullet)
✅ Simple ricochet angle = rear semicircle (bullet bounces back roughly where it came from)
✅ If bullet pen is 3 levels below target armor → NO DAMAGE
✅ Blastwave damage depends on target’s armor (clean + safe, always divides by armor)

1) ApplyPlayerDamage (modified)

gml
function ApplyPlayerDamage(_damage, _penetration, _damageModule = 10,
    _hitSound = noone, _hitParticle = noone, _ricochetParticle = noone, _ricochetSound = noone,
    _screenshake = 0, _screenshakeTime = 0, _ricochetChance = 20, _bulletInstance = self, _destroy = true)
{
    if (!instance_exists(oPlayer))
    {
        exit;
    }

    // Get player armor
    var _targetArmor = 1;
    if (variable_instance_exists(oPlayer, "armor"))
    {
        _targetArmor = max(1, oPlayer.armor);
    }

    // If penetration is 3 levels below armor -> no damage
    var _noDamage = (_penetration <= (_targetArmor - 3));

    // Calculate penetration ratio (only matters if we can damage)
    var _penetrationRatio = 0;
    var _effectiveDamage = 0;

    if (!_noDamage)
    {
        _penetrationRatio = _penetration / _targetArmor;
        _penetrationRatio = clamp(_penetrationRatio, 0.25, 1.75);

        _effectiveDamage = _damage * _penetrationRatio;
        _effectiveDamage = max(0.1, _effectiveDamage);
    }

    // ------------------------------------------------------------
    // Ricochet
    // Simple ricochet angle: rear semicircle (towards where bullet came from)
    // Bullet cannot collide with the same object it ricocheted with
    // ------------------------------------------------------------
    if (irandom(100) < _ricochetChance)
    {
        if (instance_exists(_bulletInstance))
        {
            var bulletAngle = _bulletInstance.direction;

            // Rear semicircle: center at bulletAngle+180, spread +/- 90
            var ricochetAngle = bulletAngle + 180 + random_range(-90, 90);
            ricochetAngle = (ricochetAngle + 360) mod 360;

            _bulletInstance.direction = ricochetAngle;
            _bulletInstance.image_angle = _bulletInstance.direction;

            _bulletInstance.speed *= random_range(0.3, 0.8);
            _bulletInstance.flicker = true;

            // IGNORE the object we ricocheted off (player)
            _bulletInstance.ricochetIgnoreId = oPlayer.id;
            _bulletInstance.ricochetIgnoreTime = 12; // frames; tune as needed
        }

        if (_ricochetParticle != noone && instance_exists(_bulletInstance))
        {
            part_particles_burst(global.partSystem, _bulletInstance.x, _bulletInstance.y, _ricochetParticle);
        }

        if (_ricochetSound != noone && instance_exists(_bulletInstance))
        {
            oSoundManager.playSoundAt(_ricochetSound, _bulletInstance.x, _bulletInstance.y, global.sndBulletHitDist,
                global.sndBulletHitDist * 3, false, 1, 1, random_range(0.8, 1.2));
        }

        // Ricochet "chip" damage only if it wasn't a total no-damage case
        if (!_noDamage)
        {
            oPlayer.playerHealth -= max(0.01, (_effectiveDamage * 0.1));
        }

        return {
            damageDealt: 0,
            ricochet: true,
            effectiveDamage: 0
        };
    }

    // ------------------------------------------------------------
    // Normal hit (no ricochet)
    // ------------------------------------------------------------
    if (!_noDamage)
    {
        oPlayer.playerHealth -= _effectiveDamage;
    }
    // else: no damage at all

    // moduleDamage = percentage chance (0-100)
    if (irandom(100) < _damageModule)
    {
        oPlayer.damagedModuleChance = irandom_range(1, 8);
    }

    global.playerTookDamage = true;

    if (_screenshake > 0)
    {
        global.screenshake = _screenshake;
        global.screenshake_time = _screenshakeTime;
    }

    // Hit effects
    var _effectX = x;
    var _effectY = y;

    if (instance_exists(_bulletInstance))
    {
        _effectX = _bulletInstance.x;
        _effectY = _bulletInstance.y;
    }

    if (_hitParticle != noone)
    {
        part_particles_burst(global.partSystem, _effectX, _effectY, _hitParticle);
    }

    if (_hitSound != noone)
    {
        oSoundManager.playSoundAt(_hitSound, _effectX, _effectY, global.sndBulletHitDist,
            global.sndBulletHitDist * 3, false, 2, 1, random_range(0.8, 1.2));
    }

    show_debug_message("Player Damage: Base=" + string(_damage) +
                      ", Pen=" + string(_penetration) +
                      ", Armor=" + string(_targetArmor) +
                      ", NoDmg=" + string(_noDamage) +
                      ", Ratio=" + string(_penetrationRatio) +
                      ", Final=" + string(_effectiveDamage));

    if (instance_exists(_bulletInstance) && _destroy)
    {
        instance_destroy(_bulletInstance);
    }

    return {
        damageDealt: _effectiveDamage,
        ricochet: false,
        effectiveDamage: _effectiveDamage,
        penetrationRatio: _penetrationRatio
    };
}

2) ApplyDamage (modified)

gml
function ApplyDamage(_target, _damage, _penetration, _damageModule = 10,
    _hitSound = noone, _hitParticle = noone, _ricochetParticle = noone, _ricochetSound = noone,
    _ricochetChance = 20, _bulletInstance = self, _destroy = true)
{
    if (!instance_exists(_target))
    {
        exit;
    }

    // Get target armor
    var _targetArmor = 1;
    if (variable_instance_exists(_target, "armor"))
    {
        _targetArmor = max(1, _target.armor);
    }

    // If penetration is 3 levels below armor -> no damage
    var _noDamage = (_penetration <= (_targetArmor - 3));

    // Compute effective damage only if we can damage
    var _penetrationRatio = 0;
    var _effectiveDamage = 0;

    if (!_noDamage)
    {
        _penetrationRatio = _penetration / _targetArmor;
        _penetrationRatio = clamp(_penetrationRatio, 0.25, 1.75);

        _effectiveDamage = _damage * _penetrationRatio;
        _effectiveDamage = max(0.01, _effectiveDamage);
    }

    // ------------------------------------------------------------
    // Ricochet
    // Simple: rear semicircle (towards where bullet came from)
    // Prevent re-collision with same target
    // ------------------------------------------------------------
    if (irandom(100) < _ricochetChance)
    {
        if (instance_exists(_bulletInstance))
        {
            var bulletAngle = _bulletInstance.direction;

            var ricochetAngle = bulletAngle + 180 + random_range(-90, 90);
            ricochetAngle = (ricochetAngle + 360) mod 360;

            _bulletInstance.direction = ricochetAngle;
            _bulletInstance.image_angle = _bulletInstance.direction;

            _bulletInstance.speed *= random_range(0.3, 0.8);
            _bulletInstance.flicker = true;

            // IGNORE the object we ricocheted off
            _bulletInstance.ricochetIgnoreId = _target.id;
            _bulletInstance.ricochetIgnoreTime = 12; // frames; tune as needed
        }

        if (_ricochetParticle != noone && instance_exists(_bulletInstance))
        {
            part_particles_burst(global.partSystem, _bulletInstance.x, _bulletInstance.y, _ricochetParticle);
        }

        if (_ricochetSound != noone && instance_exists(_bulletInstance))
        {
            oSoundManager.playSoundAt(_ricochetSound, _bulletInstance.x, _bulletInstance.y, global.sndBulletHitDist,
                global.sndBulletHitDist * 3, false, 1, 1, random_range(0.8, 1.2));
        }

        // Ricochet chip damage only if not a total no-damage case
        if (!_noDamage && variable_instance_exists(_target, "hp"))
        {
            _target.hp -= max(0.01, (_effectiveDamage * 0.1));
        }

        return {
            damageDealt: 0,
            ricochet: true,
            effectiveDamage: 0
        };
    }

    // ------------------------------------------------------------
    // Normal hit (no ricochet)
    // ------------------------------------------------------------
    if (!_noDamage && variable_instance_exists(_target, "hp"))
    {
        _target.hp -= _effectiveDamage;
    }
    // else: no damage at all

    if (variable_instance_exists(_target, "bulletFlinch"))
    {
        _target.image_angle += irandom_range(-_target.bulletFlinch, _target.bulletFlinch);
    }

    if (variable_instance_exists(_bulletInstance, "byPlayer") && _bulletInstance.byPlayer == true)
    {
        if (variable_instance_exists(_target, "damagedByPlayer"))
        {
            _target.damagedByPlayer = true;
        }
    }

    // Hit effects
    var _effectX = x;
    var _effectY = y;

    if (instance_exists(_bulletInstance))
    {
        _effectX = _bulletInstance.x;
        _effectY = _bulletInstance.y;
    }

    if (_hitParticle != noone)
    {
        part_particles_burst(global.partSystem, _effectX, _effectY, _hitParticle);
    }

    if (_hitSound != noone)
    {
        oSoundManager.playSoundAt(_hitSound, _effectX, _effectY, global.sndBulletHitDist,
            global.sndBulletHitDist * 3, false, 2, 1, random_range(0.8, 1.2));
    }

    show_debug_message("NPC Damage to " + (variable_instance_exists(_target, "infoName") ? _target.infoName : object_get_name(_target.object_index)) +
                      ": Base=" + string(_damage) +
                      ", Pen=" + string(_penetration) +
                      ", Armor=" + string(_targetArmor) +
                      ", NoDmg=" + string(_noDamage) +
                      ", Ratio=" + string(_penetrationRatio) +
                      ", Final=" + string(_effectiveDamage));

    if (instance_exists(_bulletInstance) && _destroy)
    {
        instance_destroy(_bulletInstance);
    }

    return {
        damageDealt: _effectiveDamage,
        ricochet: false,
        effectiveDamage: _effectiveDamage,
        penetrationRatio: _penetrationRatio
    };
}

3) Blastwave (modified)

This keeps your “damage depends on armor”, but makes it consistent + safe for any object:

armor defaults to 1
damage always divides by armor
no weird reliance on other.armor inside with that might not exist

gml
function Blastwave(blastwaveRadius, blastwaveStrength, damageNPC, damagePlayer, shakeTime, shakeStrenght, byPlayer, moduleDamage)
{
    with (grpPhysics)
    {
        var dist = point_distance(other.x, other.y, x, y);

        if (dist < blastwaveRadius)
        {
            // Ensure armor exists
            var a = 1;
            if (variable_instance_exists(id, "armor"))
            {
                a = max(1, armor);
            }
            else
            {
                armor = 1;
                a = 1;
            }

            var angleToBlastwave = point_direction(other.x, other.y, x, y);

            // Push depends only on distance + mass (as you had)
            var pushStrength = ((blastwaveRadius - dist) / blastwaveRadius) * blastwaveStrength / max(1, mass);

            // Damage depends on distance and armor
            // (blastwaveStrength/100 is your scaling idea; keep it)
            var dmgFactor = ((blastwaveRadius - dist) / blastwaveRadius) * (blastwaveStrength / 100);
            dmgFactor /= a;

            // Apply push
            if (object_index != oM22C)
            {
                motion_add(angleToBlastwave, pushStrength);
            }

            // Player damage
            if (object_index == oPlayer)
            {
                var playerDamage = round(dmgFactor * damagePlayer);
                playerHealth -= playerDamage;

                show_debug_message("Blastdamage to Player: " + string(playerDamage));
                show_debug_message("Player Health: " + string(playerHealth));

                global.screenshake = pushStrength * shakeStrenght;
                global.screenshake_time = shakeTime;
                global.playerTookDamage = true;

                if (irandom(100) < moduleDamage)
                {
                    damagedModuleChance = irandom_range(0, 8);
                }
            }

            // Mark hostiles damaged by player (unchanged intent)
            if (byPlayer)
            {
                with (grpHostiles)
                {
                    damagedByPlayer = true;
                }
            }

            // NPC damage
            if (variable_instance_exists(id, "hp"))
            {
                var npcDamage = round(dmgFactor * damageNPC);
                hp -= npcDamage;

                show_debug_message((infoName != undefined ? infoName : object_get_name(object_index)) + " received blastdamage: " + string(npcDamage));
                show_debug_message("NPC Health: " + string(hp));
            }
        }
    }
}

IMPORTANT: one tiny bullet-side change you must add

These scripts set:

bullet.ricochetIgnoreId
bullet.ricochetIgnoreTime

So your bullet collision code needs to skip the collision when appropriate.

Add this near the top of the bullet collision handler (where the bullet hits a target):

gml
if (variable_instance_exists(id, "ricochetIgnoreTime") && ricochetIgnoreTime > 0)
{
    if (other.id == ricochetIgnoreId)
    {
        exit;
    }
}

And in the bullet Step event (or wherever):

gml
if (variable_instance_exists(id, "ricochetIgnoreTime") && ricochetIgnoreTime > 0)
{
    ricochetIgnoreTime -= 1;
}

That’s what actually enforces “can’t collide with the thing it ricocheted off”.

If you paste your bullet collision event (player + npc + armorplate), I can wire the ignore check in the exact right spot so ricochets behave perfectly across grpHostiles and oArmorPlate.

Answer 15

Your textToDraw1/2/3 aren’t drawn because you draw them BEFORE you ever set them.

Right now the order is:

if (!oPlayer.damagedFCS) { ... if (drawText) draw_text(textToDraw...) } ✅ runs early
later you do mouse collision checks and set drawText = true; textToDraw... = ...; alarm_set(11,100); ✅ runs after
→ so the draw happens while drawText is still false / old strings.

Fix (keep all FCS conditions)

Keep all your tooltip-setting logic exactly as-is, but move the tooltip draw block to after the mouse collision checks, still inside if (!oPlayer.damagedFCS).

1) Move the tooltip draw block (FCS preserved)

REMOVE this block from where it currently is (near the top of FCS):

gml
// Draw text tooltip if active
if (drawText)
{
    var textY = camHeight - 250;
    draw_text_color(camWidth / 2, textY, textToDraw1, textColor, textColor, textColor, textColor, 1);
    draw_text_color(camWidth / 2, textY + 15, textToDraw2, textColor, textColor, textColor, textColor, 1);
    draw_text_color(camWidth / 2, textY + 30, textToDraw3, textColor, textColor, textColor, textColor, 1);
}

ADD it near the end of the `if (instance_exists(oPlayer)) { ... }` block,

after all the mouse collision tooltip setters, but still gated by FCS:

Put this right after your last mouse collision block (after oEnemyBase1), and before the “Health-based visual effects” section:

gml
// ------------------------------------------------------------
// Draw tooltip text LAST (so textToDraw1/2/3 is already assigned)
// Keep FCS condition
// ------------------------------------------------------------
if (!oPlayer.damagedFCS)
{
    if (drawText)
    {
        var textY = camHeight - 250;

        draw_set_font(fontOrbS);
        draw_set_halign(fa_center);
        draw_set_valign(fa_bottom);

        draw_text_color(camWidth / 2, textY,      textToDraw1, textColor, textColor, textColor, textColor, 1);
        draw_text_color(camWidth / 2, textY + 15, textToDraw2, textColor, textColor, textColor, textColor, 1);
        draw_text_color(camWidth / 2, textY + 30, textToDraw3, textColor, textColor, textColor, textColor, 1);
    }
}

That alone will make textToDraw1/2/3 render correctly.

2) Add Armor Plate hover HUD at mouse for X time (Alarm)

You asked: only on mouse collision show armor plate icon + armor + hp near the mouse for a while.

Add these vars somewhere persistent (Create event of oCamera is best)

gml
showArmorPlateHud = false;
armorPlateHudArmor = 1;
armorPlateHudHp = 0;
armorPlateHudColor = c_white;

Add this block inside your mouse collision section (in Draw GUI)

Put it near your other hover checks (same area), and keep it under the same FCS behavior by placing it inside the if (instance_exists(oPlayer)) { ... } block (it does NOT need to be inside the tooltip text system):

gml
// ------------------------------------------------------------
// ARMOR PLATE INFO (only on mouse collision)
// Shows icon+armor+hp at mouse for X time using an alarm
// ------------------------------------------------------------
var mouseX = device_mouse_x_to_gui(0);
var mouseY = device_mouse_y_to_gui(0);

// Convert GUI mouse -> world position (so instance_position works correctly)
var mouseWorldX = (oCamera.x - camWidth / 2) + mouseX;
var mouseWorldY = (oCamera.y - camHeight / 2) + mouseY;

var mouseOverArmorPlate = instance_position(mouseWorldX, mouseWorldY, oArmorPlate);

if (instance_exists(mouseOverArmorPlate))
{
    var armorPlate = mouseOverArmorPlate;

    // read values
    armorPlateHudArmor = 1;
    armorPlateHudHp = 0;

    if (variable_instance_exists(armorPlate, "armor"))
    {
        armorPlateHudArmor = max(1, armorPlate.armor);
    }

    if (variable_instance_exists(armorPlate, "hp"))
    {
        armorPlateHudHp = armorPlate.hp;
    }

    // penetration color (if projectile exists)
    armorPlateHudColor = c_white;

    if (projectile != noone)
    {
        var r = projectilePen / armorPlateHudArmor;
        r = clamp(r, 0, 2);

        if (r >= 1.5)      armorPlateHudColor = c_aqua;
        else if (r >= 1.0) armorPlateHudColor = c_lime;
        else if (r >= 0.75) armorPlateHudColor = c_yellow;
        else if (r >= 0.5) armorPlateHudColor = c_orange;
        else               armorPlateHudColor = c_red;
    }

    showArmorPlateHud = true;
    alarm_set(12, 90); // X amount of time (frames). change 90 as desired.
}

Draw the armor plate HUD (also in Draw GUI)

Place this somewhere after you set/reset draw settings (any time after you compute mouseX/mouseY is fine):

gml
if (showArmorPlateHud)
{
    var mouseX = device_mouse_x_to_gui(0);
    var mouseY = device_mouse_y_to_gui(0);

    var drawX = mouseX;
    var drawY = mouseY + 55;

    draw_set_font(fontOrbS);
    draw_set_halign(fa_center);
    draw_set_valign(fa_middle);

    // icon
    draw_sprite_ext(texIconArmorPlate, 0, drawX, drawY, 1, 1, 0, armorPlateHudColor, 1);

    // HP above
    draw_set_colour(c_red);
    draw_text(drawX, drawY - 20, "HP: " + string(ceil(armorPlateHudHp)));

    // armor on icon
    draw_set_colour(c_black);
    draw_text(drawX, drawY, string(armorPlateHudArmor));

    // reset
    draw_set_colour(c_white);
}

Add Alarm 12 event to oCamera

gml
showArmorPlateHud = false;

Why your original “line from mouse to plate” didn’t work

Your snippet used mouse_x/mouse_y (room coords) in a Draw GUI context. In GUI you should use device_mouse_x_to_gui() and convert to world if you want collision checks. The code above fixes that.

If you want, I can also make the plate HUD show armor+hp of the specific plate and draw a line to the plate’s on-screen position (GUI-space) without mixing coordinate spaces.

質問

思考

Providing GML code and structuring enemy behavior

Implementing rocket barrage parameters

回答

oEnemyL1 — Create Event

oEnemyL1 — Step Event

oEnemyL1 — Alarm 0 Event (Rocket fire gate)

oEnemyL1 — Alarm 2 Event (Optional: if you want to re-use old pattern)

oEnemyL1 — Alarm 11 Event (Flare Cooldown)

Notes you can tweak quickly

質問

思考

Modifying rocket firing sequence

Firing rockets in alternating sequence

Adjusting enemy targeting and AI behavior

回答

oEnemyL1 — Create Event

oEnemyL1 — Step Event

oEnemyL1 — Alarm 11 Event (Flare Cooldown)

What changed (directly addressing your issues)

質問

思考

Refining cannon setup to prevent leaks

回答

oEnemyL1 — Create Event

oEnemyL1 — Step Event

oEnemyL1 — Alarm 11 Event (Flare Cooldown)

oEnemyL1 — Destroy Event (important to prevent particle leaks)

Quick tuning knobs (if you want it even rarer)

質問

回答

1) Best performance particle setup (GLOBAL, shared)

✅ Script: scL1CannonParticlesInit

✅ Script: scL1CannonMuzzleBurst

2) oEnemyL1 changes: cannon distance logic + particle call

oEnemyL1 — Create Event (only the cannon range section changed)

oEnemyL1 — Step Event (movement logic for cannon closing)

oEnemyL1 — Step Event (cannon firing distance check + particle burst)

3) What to do with the particle init script (important!)

Best option:

Or:

4) New gameplay ideas for this ship (L1 “Hurricane”)

A) “Barrage Lock” (pressure mechanic)

B) “Drive-by” cannon behavior (feels like a heavy hunter)

C) “Armor Plate” weakspot mechanic (visual reward)

D) “Rocket Curtain”

E) Interaction with Gas Cloud (cool emergent behavior)

F) “Escort Leader”

質問

思考

Planning armor logic and damage handling

Implementing armor plates and FOV logic

回答

Object: oArmorPlate

Create Event

Step Event

Destroy Event

Object: oEnemyL1

Create Event (additions + armor plate spawn + FOV state)

Step Event (FOV engage + last known + lost countdown + patrol reset)

Cannon distance gating (simple rule)

End Step Event (Armor plate aggregation happens here)

5) New ideas for L1 that fit your armor plate + FOV mechanics

1) “Blind Spot” weak side

2) “Search pattern” when losing FOV

3) “Plate break triggers behavior”

4) “Sensor cone” counterplay with flares / gas cloud

5) “Escort beacon” (threat synergy)

質問

思考

Considering event triggers and object interactions

Defining ram behavior and searching mechanics

回答

oArmorPlate

Create Event

Step Event

Destroy Event

oEnemyL1

Create Event

✅ Script: `scL1CannonParticlesInit`

✅ Script: `scL1CannonMuzzleBurst`

ADD it near the end of the `if (instance_exists(oPlayer)) { ... }` block,