File does not exist. Note: your current working directory is E:\a327ex.

     1→# Framework API Quick Reference
     2→
     3→Function signatures for Lua framework classes. See `FRAMEWORK_API.md` for detailed documentation with examples.
     4→
     5→## Initialization
     6→
     7→```
     8→require('anchor') {
     9→  width = 640,        -- game resolution width (default: 480)
    10→  height = 360,       -- game resolution height (default: 270)
    11→  title = "My Game",  -- window title (default: "Anchor")
    12→  scale = 2,          -- initial window scale (default: 3)
    13→  vsync = true,       -- vertical sync (default: true)
    14→  fullscreen = false,  -- start fullscreen (default: false)
    15→  resizable = true,   -- window resizable (default: true)
    16→  filter = "rough",   -- "rough" or "smooth" (default: "rough")
    17→}
    18→```
    19→
    20→## Root Object (an)
    21→
    22→### Engine State (Static)
    23→```
    24→an.width -> int           -- game resolution width
    25→an.height -> int          -- game resolution height
    26→an.dt -> number           -- fixed delta time (1/120)
    27→an.platform -> string     -- "web" or "windows"
    28→```
    29→
    30→### Engine State (Dynamic - updated every frame)
... [610 more lines]

File content (42855 tokens) exceeds maximum allowed tokens (25000). Use offset and limit parameters to read specific portions of the file, or search for specific content instead of reading the whole file.

E:\a327ex\Orblike\reference\SNKRX\devlog.md
E:\a327ex\Orblike\reference\SNKRX\README.md
E:\a327ex\Orblike\reference\001-No-title\detailed_todo_dont_use.md
E:\a327ex\Orblike\reference\001-No-title\todo.md
E:\a327ex\Orblike\reference\239A5-P60B91D\main.md
E:\a327ex\Orblike\reference\Rekoyam Tsohg\todo.md
E:\a327ex\Orblike\reference\SNKRX_visual_effects_catalog.md
E:\a327ex\Orblike\reference\snkrx_style_effects.md
E:\a327ex\Orblike\reference\implementation_plan.md
E:\a327ex\Orblike\orbs\system_design.md
E:\a327ex\Orblike\orbs\ability_reference.md
E:\a327ex\Orblike\reference\area_modifiers_analysis.md
E:\a327ex\Orblike\tags.md
E:\a327ex\Orblike\reference\three_phase_system.md
E:\a327ex\Orblike\orblike_ability_system.md
E:\a327ex\Orblike\orbs\ability_design_reference.md
E:\a327ex\Orblike\to_implement.md
E:\a327ex\Orblike\implemented.md

     1→require('anchor')({width = 480, height = 270, scale = 3})
     2→
     3→gw, gh = an.width, an.height
     4→
     5→volumes = {
     6→  enemy_die = 0.8,
     7→  enemy_hit = 0.8,
     8→  fireball_fire = 0.45,
     9→  fireball_hit = 0.45,
    10→  enemy_spawn = 0.59,
    11→  player_hit = 0.39,
    12→  caustic_arrow_fire = 0.5,
    13→  caustic_arrow_zone = 0.7,
    14→  dot_tick = 0.49,
    15→  shockwave = 0.5,
    16→  fissure_cast_1 = 0.5,
    17→  fissure_cast_2 = 0.55,
    18→  frost_nova_cast = 0.8,
    19→  windfield_cast = 0.6,
    20→  arc_cast = 0.55,
    21→  arc_hit = 0.4,
    22→}
    23→
    24→-- Bytepath palette (dark variant)
    25→bg_color = color(17, 17, 17)
    26→fg_color = color(222, 222, 222)
    27→fg_alt = color(176, 168, 159)
    28→yellow = color(255, 184, 51)
    29→orange = color(244, 144, 62)
    30→blue = color(82, 179, 203)
... [470 more lines]

   500→          end
   501→          return
   502→        end
   503→        global_hit[target.id] = true
   504→        table.insert(path, target)
   505→
   506→        chain_hit(src, target, hop)
   507→
   508→        if hop < max_hops then
   509→          self.timer:after(0.08, function()
   510→            chain_hop(target, hop + 1, chain_range_val, path)
   511→          end)
   512→        elseif mods.chain_return and #path >= 2 then
   513→          self.timer:after(0.08, function()
   514→            chain_return(path, #path - 1, path[#path], hop + 1)
   515→          end)
   516→        else
   517→          for i = 1, #path do path[i] = nil end
   518→          for k in pairs(global_hit) do global_hit[k] = nil end
   519→        end
   520→      end
   521→
   522→      -- For each source angle, find first target in cone and start chain
   523→      local any_hit = false
   524→      for _, source_r in ipairs(source_angles) do
   525→        local first, first_d = nil, math.huge
   526→        for _, e in ipairs(cached_enemies) do
   527→          if not e.dead and not global_hit[e.id] then
   528→            local d = math.distance(p1.x, p1.y, e.x, e.y)
   529→            local a = math.atan(e.y - p1.y, e.x - p1.x)
... [470 more lines]

<persisted-output>
Output too large (56.1KB). Full output saved to: C:\Users\adn\.claude\projects\E--a327ex\4a4a98f7-9c95-48a9-bf42-c4445a8aff94\tool-results\toolu_01SBZvv7FPiJJPbg2ChWaAqG.txt

Preview (first 2KB):
     1→# ORBS Ability Design Reference
     2→
     3→High-level building blocks for describing abilities. An ability is defined by choosing a carrier and one entry from each building block table. Some abilities combine multiple entries (noted with +).
     4→
     5→Detailed ability descriptions: `ability_reference.md`
     6→
     7→---
     8→
     9→## Carriers — The fundamental object of the ability
    10→
    11→The carrier is what the ability creates in the game world — the entity or phenomenon that delivers effects to targets. Different carriers have different **modifier surface area**: the number of meaningful ways they can be changed by modifiers. Higher surface means more build diversity potential.
    12→
    13→**Design principle:** The most compositionally rich abilities deviate from "standard" carrier defaults on 1–2 axes while keeping other axes standard. The standard axes are where modifiers attach; the deviation is what gives the ability its identity.
    14→
    15→| Carrier | Description | Composability | Examples |
    16→|---------|-------------|---------------|---------|
    17→| Projectile | Discrete entity traveling through space | Very High — trajectory, count, and hit behavior all independently modifiable | Fireball, Ezreal Q, Sven Storm Hammer |
    18→| Zone | Persistent region at a location, ticks over time | High — tick rate, duration, stacking, spatial mods | Caustic Arrow, Teemo mushroom, Gasoline |
    19→| ~~Trap~~ | ~~Dormant zone that activates on a condition~~ | ~~High~~ | **→ Now a CTM (carrier-transforming modifier), not a standalone carrier. See Carrier-Transforming Modifiers section.** |
    20→| Area | Instant region of effect at a point | High — inherent multi-hit, size/shape/cascade mods | Crystal Nova, Centaur Stomp, Reverse Polarity |
    21→| Melee | Close-range hit or swing | Medium-High — attack speed × on-hit, splash is transformative | Nasus Q, Loader punch, Mercenary Laser Sword |
...
</persisted-output>

     1→# To Implement
     2→
     3→- **Cast on Return Apex** — Trigger point at the returning projectile's apex (where it reverses direction), allowing linked effects (explosion, nova, etc.) to fire at the turning point. Fits alongside other ORBS link trigger points like "Cast on Hit" and "Cast on Kill".
     4→- ~~**DoT Sound**~~ — Done. Click sound 37 + Body Fall 18 merged.
     5→- **Decreased Duration + Increased Damage** — Duration/damage tradeoff variants (concentrated effect style). Handle when doing damage system pass.
     6→- **Shockwave Sounds** — Shockwave ability needs proper cast/hit sounds (currently using fireball_hit as placeholder).
     7→
     8→## Synergy Notes
     9→
    10→- **Worm Flask (enemy spawner item) + Infinite Chain** — An item that spawns additional enemies (like PoE's Writhing Jar worm flasks) would turn infinite chain into a powerful single-target damage source against bosses. The spawned enemies act as chain relay points, bouncing the chain back to the boss repeatedly.
    11→
    12→## Area/Zone Modifiers
    13→
    14→- ~~**Spell Cascade**~~ — Done. Renamed to Area Cascade.
    15→- **Concentrated Effect** — Smaller radius, more damage. Classic tradeoff. Deferred to damage system pass.
    16→- ~~**Increased Area of Effect**~~ — Done. Three tiers: slightly/normal/greatly.
    17→- ~~**Decreased Duration**~~ — Done. Three tiers: slightly/normal/greatly.
    18→- ~~**Increased Duration**~~ — Done. Three tiers: slightly/normal/greatly.
    19→- ~~**Moving Zone**~~ — Done. Random diagonal drift.
    20→- ~~**Homing Zone**~~ — Done. Drifts toward nearest enemy.
    21→- ~~**Magnetic Area**~~ — Done. Areas: impulse pull + delayed detonation. Zones: per-tick impulse pull.
    22→- ~~**Area Echo**~~ — Done. Repeats area/zone after delay.
    23→- ~~**Growing Zone**~~ — Done. 2x size over duration.
    24→- ~~**Shrinking Zone**~~ — Done. 0.5x size over duration.
    25→- ~~**Zone Stacking**~~ — Done. Up to N zones stack damage per enemy.
    26→- ~~**Zone Speed**~~ — Done. Three tiers: slightly/normal/greatly increased.
    27→

     1→# Implemented
     2→
     3→## Abilities
     4→
     5→- **Fireball** — Projectile that explodes on hit, spawning an area that deals AoE damage.
     6→- **Caustic Arrow** — Projectile that deals contact damage and spawns a persistent DoT zone on hit. Zone ticks damage periodically, with rotating arc segments that speed up on hit and decay to minimum speed. Blinks out on expiry.
     7→- **Fissure** — Melee carrier. Spawns a sequence of rect areas in a line from the player with staggered delays. Camera shake on each wave.
     8→- **Frost Nova** — Self-area carrier. Instant AoE centered on player that follows the player. Deals damage and applies guaranteed 50% slow for 2s. Supports cascade (diminishing radii), echo (re-aims at mouse), and magnetic area.
     9→- **Windfield** — Aimed-area carrier. Rect AoE at mouse position with max range (150px). Deals damage, 50% chance to apply 50% slow for 2s. Per-ability cascade spacing and echo delay.
    10→- **Arc** — Chain carrier. Auto-targets nearest enemy, chains between enemies with lightning_line visual. Each hop computed live (not pre-computed) with 0.08s delay between hops. Zigzag hit particles, blue hit circles, player-edge spawn effects. Supports all multi-source modifiers (spreading, backshot, sideshots, nova) as independent chain sources with angular cone targeting.
    11→- **Shockwave** — Self-area carrier. Instant AoE centered on player, deals damage and knocks enemies away from center. White color. Placeholder sound (needs proper sounds).
    12→
    13→## Projectile Modifiers
    14→
    15→- **Homing** — Projectile steers toward closest enemy with quadratic distance falloff past 200 units. Convergence force and duration randomized per projectile at spawn.
    16→- **Weaker Homing** — Lower convergence force and higher duration for softer tracking.
    17→- **Stronger Homing** — Higher convergence force and lower duration for aggressive tracking.
    18→- **Progressively Increasing Homing** — After 0.5s, convergence increases continuously at 15% of base value per 0.5s, capped at 0.95.
    19→- **Progressively Decreasing Homing** — After 0.5s, convergence decreases continuously at 15% of base value per 0.5s, no lower limit.
    20→- **Delayed Homing** — Homing activates after 0.5s instead of the default 0.2s.
    21→- **Very Delayed Homing** — Homing activates after 1s.
    22→- **Spreading Multiple Projectiles** — Fires N projectiles in a fan pattern from the same origin. Total spread angle scales with count (30° for 2, up to 90° for 6). Set via `spreading_multiple_projectiles = N`.
    23→- **Parallel Multiple Projectiles** — Fires N projectiles side by side, all traveling in the same direction. 10px spacing between each. Set via `parallel_multiple_projectiles = N`.
    24→- **Backshot** — Adds 1 projectile firing backward (180° from aim direction). Composes with spread, sideshots, and parallel. Set via `backshot = true`.
    25→- **Sideshots** — Adds 2 projectiles firing to the sides (±90° from aim direction). Composes with spread, backshot, and parallel. Set via `sideshots = true`.
    26→- **Nova** — Fires 8 projectiles in a circle at 45° intervals. Replaces spread/backshot/sideshots (already contains all directions). Composes with parallel. Set via `nova = true`.
    27→- **Modifier composition** — Spread, backshot, sideshots, and parallel all compose multiplicatively. Nova replaces the angular modifiers but composes with parallel. Example: spread 3 + backshot + sideshots + parallel 2 = (3 + 1 + 2) x 2 = 12 projectiles.
    28→
    29→- **Chain** — Projectile bounces to the nearest enemy within range on hit, up to N times. Tracks hit enemies to avoid re-hitting. Uses predictive targeting based on enemy velocity. Set via `chain = N`.
    30→
... [49 more lines]

  1000→      end
  1001→
  1002→      local batch_filter = table.concat(batch_filters, ';\n') .. ';\n'
  1003→        .. table.concat(batch_labels) .. 'amix=inputs=' .. #batch_labels
  1004→        .. ':duration=longest:dropout_transition=0:normalize=0[mix];[mix]alimiter=limit=0.9[out]'
  1005→      local batch_filter_file = dir .. '/filter_batch' .. batch_num .. '.txt'
  1006→      local bf = io.open(batch_filter_file, 'w')
  1007→      bf:write(batch_filter)
  1008→      bf:close()
  1009→
  1010→      local batch_out = dir .. '/batch_' .. batch_num .. '.wav'
  1011→      local batch_input_args = table.concat(batch_inputs, ' ')
  1012→      print('Mixing batch ' .. batch_num .. ' (' .. #batch_labels .. ' sounds)...')
  1013→      os.execute('ffmpeg -y ' .. batch_input_args .. ' -filter_complex_script "' .. batch_filter_file .. '" -map "[out]" "' .. batch_out .. '" 2>nul')
  1014→      intermediate_files[#intermediate_files + 1] = batch_out
  1015→      batch_num = batch_num + 1
  1016→      idx = batch_end + 1
  1017→    end
  1018→
  1019→    -- Final mix of intermediate files (or use directly if only 1 batch)
  1020→    if #intermediate_files == 1 then
  1021→      os.execute('copy "' .. intermediate_files[1]:gsub('/', '\\') .. '" "' .. (dir .. '/audio.wav'):gsub('/', '\\') .. '" >nul 2>nul')
  1022→    else
  1023→      local final_inputs = {}
  1024→      local final_labels = {}
  1025→      local final_filters = {}
  1026→      for j, fpath in ipairs(intermediate_files) do
  1027→        final_inputs[#final_inputs + 1] = '-i "' .. fpath .. '"'
  1028→        local label = 'b' .. (j - 1)
  1029→        final_filters[#final_filters + 1] = '[' .. (j - 1) .. ':a]acopy[' .. label .. ']'
... [470 more lines]

  1500→  if self.mods.increased_area then self.radius = self.radius*1.5 end
  1501→  if self.mods.greatly_increased_area then self.radius = self.radius*2.0 end
  1502→
  1503→  -- Cascade: spawn additional copies along a line
  1504→  if self.mods.area_cascade and self.mods.area_cascade >= 2 and args.cascade_r then
  1505→    local n = self.mods.area_cascade
  1506→    local spacing = self.radius*2*(def and def.cascade_spacing or 0.75)
  1507→    local angle_var = math.rad(8)*14/self.radius
  1508→    local child_mods = {}
  1509→    for k, v in pairs(self.mods) do child_mods[k] = v end
  1510→    child_mods.area_cascade = nil
  1511→    for i = 1, n - 1 do
  1512→      local slight_r = args.cascade_r + an.random:float(-angle_var, angle_var)
  1513→      local ox = x + i*spacing*math.cos(args.cascade_r)
  1514→      local oy = y + i*spacing*math.sin(args.cascade_r)
  1515→      an:add(area(ox, oy, {ability = args.ability, color = args.color, mods = child_mods, shape = args.shape, r = slight_r}))
  1516→    end
  1517→  end
  1518→
  1519→  self.visual_radius = 0
  1520→  self.damage = args.damage or (def and def.area_damage) or 1
  1521→  self.fill_color = self.color:clone()
  1522→  self.fill_color.a = 20
  1523→  self.flashing = false
  1524→  self.hidden = false
  1525→  self.arc_r = 0
  1526→  self.shape = args.shape or (def and def.area_shape) or 'circle'
  1527→  self.r = args.r or 0
  1528→  self.follow = args.follow
  1529→  self.follow_ox = args.follow_ox or 0
... [470 more lines]

     1→# ORBS Ability Design Reference
     2→
     3→High-level building blocks for describing abilities. An ability is defined by choosing a carrier and one entry from each building block table. Some abilities combine multiple entries (noted with +).
     4→
     5→Detailed ability descriptions: `ability_reference.md`
     6→
     7→---
     8→
     9→## Carriers — The fundamental object of the ability
    10→
    11→The carrier is what the ability creates in the game world — the entity or phenomenon that delivers effects to targets. Different carriers have different **modifier surface area**: the number of meaningful ways they can be changed by modifiers. Higher surface means more build diversity potential.
    12→
    13→**Design principle:** The most compositionally rich abilities deviate from "standard" carrier defaults on 1–2 axes while keeping other axes standard. The standard axes are where modifiers attach; the deviation is what gives the ability its identity.
    14→
    15→| Carrier | Description | Composability | Examples |
    16→|---------|-------------|---------------|---------|
    17→| Projectile | Discrete entity traveling through space | Very High — trajectory, count, and hit behavior all independently modifiable | Fireball, Ezreal Q, Sven Storm Hammer |
    18→| Zone | Persistent region at a location, ticks over time | High — tick rate, duration, stacking, spatial mods | Caustic Arrow, Teemo mushroom, Gasoline |
    19→| ~~Trap~~ | ~~Dormant zone that activates on a condition~~ | ~~High~~ | **→ Now a CTM (carrier-transforming modifier), not a standalone carrier. See Carrier-Transforming Modifiers section.** |
    20→| Area | Instant region of effect at a point | High — inherent multi-hit, size/shape/cascade mods | Crystal Nova, Centaur Stomp, Reverse Polarity |
    21→| Melee | Close-range hit or swing | Medium-High — attack speed × on-hit, splash is transformative | Nasus Q, Loader punch, Mercenary Laser Sword |
    22→| Orbit | Entities circling a unit at fixed radius | Medium-High — count × orbit speed, passive offense | Blade Vortex, Sacrificial Dagger, Pretty Fly |
    23→| Beam | Instant or persistent line, no travel time | Medium-High — sweep, tick rate, width/length; pathing via Bezier curves | Brimstone, Lux R, Technology, Railgunner |
    24→| Chain | Effect jumping between nearby targets | Medium — event multiplication, compounds with on-hit | Arc, Chain Frost, Mystic Snake, Ukulele |
    25→| ~~Attached~~ | ~~Effect stuck to a target, pulses autonomously~~ | ~~Medium~~ | **→ Now a CTM (Brand). Storm Brand = Brand CTM + Arc ability.** |
    26→| Aura | Persistent field attached to a unit, moves with it | Medium — movement speed = coverage, "I am the zone" | Righteous Fire, Frost Relic, Blasphemy |
    27→| Targeted | Point-and-click effect, no spatial object | Medium-Low — reliable, composes through effect/trigger only | Doom, Hex, Orchid, Finger of Death |
    28→| Trail | Effect along the caster's movement path | Low-Medium — movement-dependent, narrow but unique | Pencil (EBB), Toxic Trail |
    29→| Tether | Persistent connection between two entities | Low-Medium — relational, conditional, niche | Io Tether, Morgana R Soul Shackles |
    30→| Summon | Autonomous mobile entity | Low direct, Very High inherited — recursively compositional | Raise Zombie, The Backup drones, Happiest Mask |
... [170 more lines]

19-| ~~Trap~~ | ~~Dormant zone that activates on a condition~~ | ~~High~~ | **→ Now a CTM (carrier-transforming modifier), not a standalone carrier. See Carrier-Transforming Modifiers section.** |
20-| Area | Instant region of effect at a point | High — inherent multi-hit, size/shape/cascade mods | Crystal Nova, Centaur Stomp, Reverse Polarity |
21-| Melee | Close-range hit or swing | Medium-High — attack speed × on-hit, splash is transformative | Nasus Q, Loader punch, Mercenary Laser Sword |
22:| Orbit | Entities circling a unit at fixed radius | Medium-High — count × orbit speed, passive offense | Blade Vortex, Sacrificial Dagger, Pretty Fly |
23-| Beam | Instant or persistent line, no travel time | Medium-High — sweep, tick rate, width/length; pathing via Bezier curves | Brimstone, Lux R, Technology, Railgunner |
24-| Chain | Effect jumping between nearby targets | Medium — event multiplication, compounds with on-hit | Arc, Chain Frost, Mystic Snake, Ukulele |
25-| ~~Attached~~ | ~~Effect stuck to a target, pulses autonomously~~ | ~~Medium~~ | **→ Now a CTM (Brand). Storm Brand = Brand CTM + Arc ability.** |
--
89-| Targeted enemy | Point-and-click on a specific enemy | Darius R, Lion Finger of Death, Doom, Shadow Shaman Hex, Orchid |
90-| Targeted ally | Point-and-click on a specific ally | Shen R, Zilean R, Dazzle Shallow Grave, Io Tether, Ogre Bloodlust |
91-| Targeted any | Can target ally or enemy, different effect per type | Astral Imprisonment, Tahm Kench Devour, Lulu Whimsy, Eul's Scepter |
92:| Self | Centered on or applied to the caster | Blade Vortex, Righteous Fire, Cyclone, Discharge, Vladimir W |
93-| Auto-target | Automatically selects nearest or prioritized target | Huntress Strafe, Arc, C Section, Lil Brimstone, Skywrath Arcane Bolt |
94-| Global | Affects all enemies or allies regardless of position | Karthus R, Zeus R, Silencer Global Silence, Spectre Haunt, Gorag's Opus |
95-| None | No targeting — passive effect or auto-triggered | Abaddon R auto-trigger, passive items, Gnawed Leaf, Dead Cat |
--
99-| Behavior | Description | Examples |
100-|----------|-------------|---------|
101-| Instant | Fires once, effect is immediate | Ezreal Q, Crystal Nova, Finger of Death, Storm Hammer |
102:| Duration | Persists for a set time, then ends | Blade Vortex, Storm Brand, Teemo mushroom, ground zones, Akali smoke |
103-| Permanent | Persists until killed or manually cancelled | Raise Zombie, Lone Druid Spirit Bear, Righteous Fire, Engineer turrets |
104-| Channelled | Persists while held, ends on release or interruption | Cyclone, Scorching Ray, Katarina R, Flamethrower, Bane Fiend's Grip, Enigma Black Hole |
105-| Hold-to-charge | Builds power while held, fires on release | Varus Q, Brimstone, Monstro's Lung, Loader Charged Gauntlet, Artificer Flame Bolt charges |
--
110-| Toggle | Activate/deactivate, persists until toggled off | Urgot W, Drow Frost Arrows, Huskar Burning Spears, MUL-T weapon swap |
111-| Decaying | Effect weakens over distance or time | Freezing Pulse, Proptosis, BKB (duration shrinks per use) |
112-| Delayed | Effect happens after a set delay from activation | Storm Call, Leshrac Split Earth, Rain of Arrows, Sticky Bomb, Sniper Assassinate travel time |
113:| Recurring | Repeats at fixed intervals during its lifetime | Ball Lightning ticks, Storm Brand pulses, Blade Vortex hits per rotation, Acrid permanent poison ticks |
114-
115-### Hit Behavior — What happens when the carrier contacts a target
... [91 more lines]

  2000→      if self.damaged_by_area[k] <= 0 then self.damaged_by_area[k] = nil end
  2001→    end
  2002→  end
  2003→  self.x, self.y = self.collider:get_position()
  2004→
  2005→  if not self.pushed then
  2006→    local sx, sy = self.collider:steering_seek(p1.x, p1.y, self.speed, 200)
  2007→    local wx, wy = self.collider:steering_wander(64, 32, 16, dt, self.speed, 200)
  2008→    local rx, ry = self.collider:steering_separate(16, cached_enemies, self.speed, 200)
  2009→    local fx, fy = math.limit(sx + wx + rx + self.pull_fx, sy + wy + ry + self.pull_fy, 200)
  2010→    self.collider:apply_force(fx, fy)
  2011→    self.pull_fx, self.pull_fy = 0, 0
  2012→    local vx, vy = self.collider:get_velocity()
  2013→    vx, vy = math.limit(vx, vy, self.speed)
  2014→    self.collider:set_velocity(vx, vy)
  2015→
  2016→    local vel_r = math.atan(vy, vx)
  2017→    self.r = math.lerp_angle_dt(0.99, 0.1, dt, self.r, vel_r)
  2018→  else
  2019→    self.r = self.r + self.spin*dt
  2020→  end
  2021→
  2022→  -- Draw
  2023→  local s = self.spring.main.x
  2024→  local c = self.flashing and fg_color() or self.draw_color()
  2025→  game:push(self.x, self.y, self.r, s, s)
  2026→  game:rounded_rectangle(-self.w/2, -self.h/2, self.w, self.h, 3, c)
  2027→  game:pop()
  2028→
  2029→
... [470 more lines]

  2316→
  2317→
  2318→-- Spawn player
  2319→p1 = player(gw/2, gh/2)
  2320→an:add(p1)
  2321→
  2322→local o1 = add_orb()
  2323→o1:add_ability('arc')
  2324→o1:add_modifier('chain_area', 4)
  2325→o1:add_modifier('chain', 6)
  2326→
  2327→local o2 = add_orb()
  2328→o2:add_ability('shockwave')
  2329→o2:add_modifier('homing_zone', true)
  2330→o2:add_modifier('greatly_increased_zone_speed', true)
  2331→o2:add_modifier('growing_zone', true)
  2332→
  2333→local o3 = add_orb()
  2334→o3:add_ability('fissure')
  2335→o3:add_modifier('area_cascade', 3)
  2336→o3:add_modifier('area_echo', 2)
  2337→
  2338→local o4 = add_orb()
  2339→o4:add_ability('frost_nova')
  2340→o4:add_modifier('area_cascade', 3)
  2341→o4:add_modifier('area_echo', 2)
  2342→o4:add_modifier('magnetic_area', true)
  2343→
  2344→local o5 = add_orb()
  2345→o5:add_ability('windfield')
... [10 more lines]

   678→-- Orb management
   679→orbs = {}
   680→function add_orb()
   681→  local o = orb({slot = #orbs + 1})
   682→  an:add(o)
   683→  table.insert(orbs, o)
   684→  for i, ob in ipairs(orbs) do
   685→    ob.orbit_offset = (i - 1)*2*math.pi/#orbs
   686→  end
   687→  return o
   688→end
   689→

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   136→-- Orb
   137→orb = object:extend()
   138→function orb:new(args)
   139→  object.new(self)
   140→  self.slots = {}
   141→  self.slot = args.slot or 1
   142→  self.orbit_distance = an.random:float(16, 64)
   143→  self.orbit_speed = an.random:float(2, 4)
   144→  self.orbit_offset = args.orbit_offset or 0
   145→  self.rs = 3
   146→  self.cooldown = 0
   147→  self.activation_delay = 0.1
   148→  self.flashing = false
   149→
   150→  self:add(collider('orb', 'kinematic', 'circle', 4, {sensor = true}))
   151→
   152→  self:add(timer())
   153→  self:add(spring())
   154→  self.spring:add('main', 1)
   155→  self.spring:pull('main', 0.5)
   156→  self.flashing = true
   157→  self.timer:after(0.2, 'flash', function() self.flashing = false end)
   158→end
   159→
   160→function orb:add_ability(ability_name)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   136→-- Orb
   137→orb_lanes = {}
   138→do
   139→  local lane_count = 5
   140→  for i = 0, lane_count - 1 do
   141→    local t = i/(lane_count - 1)
   142→    table.insert(orb_lanes, 16 + 48*t*math.sqrt(t))
   143→  end
   144→end
   145→
   146→orb = object:extend()
   147→function orb:new(args)
   148→  object.new(self)
   149→  self.slots = {}
   150→  self.slot = args.slot or 1
   151→  self.orbit_distance = orb_lanes[((self.slot - 1) % #orb_lanes) + 1]
   152→  self.orbit_speed = an.random:float(2, 4)
   153→  self.orbit_offset = args.orbit_offset or 0
   154→  self.rs = 3
   155→  self.cooldown = 0

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   136→-- Orb
   137→orb_lanes = {}
   138→orb_base_lane_count = 5
   139→
   140→function generate_orb_lanes(lane_count)
   141→  orb_lanes = {}
   142→  if lane_count <= 1 then
   143→    table.insert(orb_lanes, 16)
   144→    return
   145→  end
   146→  local min_r = 16
   147→  local max_r = min_r + 12*(lane_count - 1)
   148→  local range = max_r - min_r
   149→  for i = 0, lane_count - 1 do
   150→    local t = i/(lane_count - 1)

   220→
   221→  -- Orb flash + hit particles shooting towards player
   222→  self.flashing = true
   223→  self.timer:after(0.1, 'flash', function() self.flashing = false end)
   224→  local orb_to_player = math.angle_to_point(self.x, self.y, p1.x, p1.y)
   225→  for i = 1, 3 do
   226→    local hp = hit_particle(self.x, self.y, {
   227→      angle = orb_to_player + an.random:float(-math.pi/4, math.pi/4),
   228→      velocity = an.random:float(40, 120),
   229→      duration = an.random:float(0.2, 0.4),
   230→      w = an.random:choice({4, 6}),
   231→    })
   232→    hp.follow = self
   233→    an:add(hp)
   234→  end
   235→
   236→  -- Fire ability after line connects
   237→  self.timer:after(delay, function()
   238→    local r = p1.r
   239→    local mods = {}

  1155→  effects:render()
  1156→
  1157→  bg:draw()
  1158→  below_game:draw()
  1159→  game:draw()
  1160→  effects:draw()
  1161→  if recording then
  1162→    -- Capture enough frames to match game time (2 steps = 1 frame at 60fps)
  1163→    local steps_elapsed = an.step - recording_last_step
  1164→    local frames_to_capture = math.max(1, math.floor(steps_elapsed/2))
  1165→    for i = 1, frames_to_capture do
  1166→      engine_record_frame()
  1167→      recording_frame = recording_frame + 1
  1168→    end
  1169→    recording_last_step = recording_last_step + frames_to_capture*2
  1170→  end
  1171→end
  1172→
  1173→
  1174→-- Player
  1175→player = object:extend()
  1176→function player:new(x, y)
  1177→  object.new(self, 'player')
  1178→  self:tag('player')
  1179→  self.x, self.y = x, y
  1180→  self.w, self.h = 10, 10
  1181→  self.speed = 100
  1182→  self.r = 0
  1183→  self.visual_r = 0
  1184→  self.sx, self.sy = 1, 1
... [10 more lines]

  1194→
  1195→  self:add(timer())
  1196→  self:add(spring())
  1197→  self.spring:add('hit', 1)
  1198→  self.spring:add('shoot', 1)
  1199→  self.spring:add('move', 1)
  1200→end
  1201→
  1202→function player:update(dt)
  1203→  self.x, self.y = self.collider:get_position()
  1204→
  1205→  -- Movement direction
  1206→  local move_r = nil
  1207→  local left = an:is_down('left')
  1208→  local right = an:is_down('right')
  1209→  local up = an:is_down('up')
  1210→  local down = an:is_down('down')
  1211→  if left then move_r = math.pi end
  1212→  if right then move_r = 0 end
  1213→  if up then move_r = -math.pi/2 end
  1214→  if down then move_r = math.pi/2 end
  1215→  if left and up then move_r = -3*math.pi/4 end
  1216→  if left and down then move_r = 3*math.pi/4 end
  1217→  if right and up then move_r = -math.pi/4 end
  1218→  if right and down then move_r = math.pi/4 end
  1219→  if left or right or up or down then self.moving = true else self.moving = false end
  1220→
  1221→  -- Direction change spin
  1222→  if an:is_pressed('right') then
  1223→    self.timer:tween(0.2, 'visual_r_move', self, {visual_r = self.visual_r + math.pi}, math.linear)
... [40 more lines]

   236→  -- Fire ability after line connects
   237→  self.timer:after(delay, function()
   238→    local r = p1.r
   239→    local mods = {}
   240→    for _, slot in ipairs(self.slots) do
   241→      if slot.type == 'modifier' then
   242→        mods[slot.name] = slot.value
   243→      end
   244→    end
   245→

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2399:add_orbs(10)

  2395→-- Spawn player
  2396→p1 = player(gw/2, gh/2)
  2397→an:add(p1)
  2398→
  2399→add_orbs(10)
  2400→
  2401→-- Shockwave visual effect
  2402→shockwaves = {}
  2403→function add_shockwave(wx, wy, light, scale)
  2404→  scale = scale or 1

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1194→
  1195→  self.slots = {}
  1196→
  1197→  self:add(timer())
  1198→  self:add(spring())
  1199→  self.spring:add('hit', 1)
  1200→  self.spring:add('shoot', 1)
  1201→  self.spring:add('move', 1)
  1202→end
  1203→
  1204→function player:add_modifier(name, value)
  1205→  table.insert(self.slots, {type = 'modifier', name = name, value = value or true})
  1206→  self:apply_global_modifiers()
  1207→end
  1208→
  1209→function player:remove_modifier(name)
  1210→  for i = #self.slots, 1, -1 do
  1211→    if self.slots[i].type == 'modifier' and self.slots[i].name == name then
  1212→      table.remove(self.slots, i)
  1213→      self:apply_global_modifiers()
  1214→      return
  1215→    end
  1216→  end
  1217→end
  1218→
  1219→function player:apply_global_modifiers()
  1220→  local lane_count = orb_base_lane_count
  1221→  for _, slot in ipairs(self.slots) do
  1222→    if slot.type == 'modifier' then
  1223→      if slot.name == 'slightly_increased_orbit_radius' then lane_count = lane_count + 2
... [25 more lines]

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   155→function reassign_orb_lanes()
   156→  for i, ob in ipairs(orbs) do
   157→    ob.orbit_distance = orb_lanes[((i - 1) % #orb_lanes) + 1]
   158→  end
   159→end
   160→
   161→generate_orb_lanes(orb_base_lane_count)
   162→
   163→orb = object:extend()
   164→function orb:new(args)
   165→  object.new(self)
   166→  self.slots = {}
   167→  self.slot = args.slot or 1
   168→  self.orbit_distance = orb_lanes[((self.slot - 1) % #orb_lanes) + 1]
   169→  self.orbit_speed = an.random:float(2, 4)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  2405→
  2406→-- Cache enemy list once per frame (avoids O(N) tree traversal per enemy)
  2407→cached_enemies = {}
  2408→an:early_action(function()
  2409→  cached_enemies = an:all('enemy')
  2410→end)
  2411→
  2412→-- Collision handling

  2395→shockwaves = {}
  2396→function add_shockwave(wx, wy, light, scale)
  2397→  scale = scale or 1
  2398→  if light then
  2399→    table.insert(shockwaves, {wx = wx, wy = wy, radius = 32*scale, max_radius = 32*scale, speed = -400, strength = -0.05, thickness = 0.08})
  2400→  else
  2401→    table.insert(shockwaves, {wx = wx, wy = wy, radius = 64*scale, max_radius = 64*scale, speed = -350, strength = -0.06, thickness = 0.12})
  2402→    sfx('shockwave', volumes.shockwave)
  2403→  end
  2404→end

2391:add_orbs(10)
2392:p1:add_modifier('slightly_increased_orbit_radius')

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2442-  end
2443-end)
2444-
2445--- Debug
2446-an:action(function()
2447:  if an:key_is_pressed('k') then
2448-    an:add(seeker(p1.x + an.random:float(-80, 80), p1.y + an.random:float(-60, 60)))
2449-  end
2450-  if an:key_is_pressed('l') then
2451-    for i = 1, 5 do
2452-      an:add(seeker(p1.x + an.random:float(-120, 120), p1.y + an.random:float(-80, 80)))

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   680→        an:add(hit_circle(shot.x, shot.y, {radius = 7, duration = 0.2}))
   681→        for i = 1, 2 do
   682→          an:add(hit_particle(shot.x, shot.y, {
   683→            angle = shot.r + an.random:float(-math.pi/4, math.pi/4),
   684→            velocity = an.random:float(40, 200),
   685→            duration = an.random:float(0.3, 0.6),
   686→            w = an.random:choice({6, 8}),
   687→          }):change_color(0.6, def.color:clone()))
   688→        end
   689→      end
   690→    end
   691→  end)
   692→end
   693→
   694→function orb:update(dt)
   695→  self.x = p1.x + self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset)
   696→  self.y = p1.y + self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   697→  self.collider:set_position(self.x, self.y)
   698→
   699→  local ability_name = self:primary_ability()
   700→  if ability_name then
   701→    local def = abilities[ability_name]
   702→    if def and def.activation == 'manual' then
   703→      self.cooldown = math.max(self.cooldown - dt, 0)
   704→      if orb_input_down(self.slot) and self.cooldown <= 0 then
   705→        self:activate()
   706→        self.cooldown = def.cooldown
   707→      end
   708→    end
   709→  end

   709→  end
   710→
   711→  local s = self.spring.main.x
   712→  local c = self.flashing and fg_color() or fg_color()
   713→  game:circle(self.x, self.y, self.rs*s, c)
   714→end
   715→
   716→-- Orb management
   717→orbs = {}
   718→function add_orb()
   719→  local o = orb({slot = #orbs + 1})
   720→  an:add(o)
   721→  table.insert(orbs, o)
   722→  for i, ob in ipairs(orbs) do
   723→    ob.orbit_offset = (i - 1)*2*math.pi/#orbs
   724→  end
   725→  return o
   726→end
   727→
   728→function add_orbs(n)

2437-    proj:on_hit(e, hx, hy)
2438-  end
2439-
2440:  -- Orb-enemy contact damage
2441-  for _, event in ipairs(an:sensor_begin_events('orb', 'enemy')) do
2442-  end
2443-end)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   136→-- Orb
   137→orb_lanes = {}
   138→orb_base_lane_count = 5
   139→
   140→function generate_orb_lanes(lane_count)
   141→  orb_lanes = {}
   142→  if lane_count <= 1 then
   143→    table.insert(orb_lanes, 16)
   144→    return
   145→  end
   146→  local min_r = 16
   147→  local max_r = min_r + 12*(lane_count - 1)
   148→  local range = max_r - min_r
   149→  for i = 0, lane_count - 1 do
   150→    local t = i/(lane_count - 1)
   151→    table.insert(orb_lanes, min_r + range*t*math.sqrt(t))
   152→  end
   153→end
   154→
   155→function reassign_orb_lanes()
   156→  local lane_count = orb_base_lane_count
   157→  if p1 then
   158→    local mods = p1:get_mods()
   159→    if mods.slightly_increased_orbit_radius then lane_count = lane_count + 2 end
   160→    if mods.increased_orbit_radius then lane_count = lane_count + 3 end
   161→    if mods.greatly_increased_orbit_radius then lane_count = lane_count + 5 end
   162→    if mods.slightly_decreased_orbit_radius then lane_count = lane_count - 1 end
   163→    if mods.decreased_orbit_radius then lane_count = lane_count - 2 end
   164→    if mods.greatly_decreased_orbit_radius then lane_count = lane_count - 3 end
   165→  end
... [10 more lines]

   175→orb = object:extend()
   176→function orb:new(args)
   177→  object.new(self)
   178→  self.slots = {}
   179→  self.slot = args.slot or 1
   180→  self.orbit_distance = orb_lanes[((self.slot - 1) % #orb_lanes) + 1]
   181→  self.orbit_speed = an.random:float(2, 4)
   182→  self.orbit_offset = args.orbit_offset or 0
   183→  self.rs = 3
   184→  self.cooldown = 0
   185→  self.activation_delay = 0.1
   186→  self.flashing = false
   187→
   188→  self:add(collider('orb', 'kinematic', 'circle', 4, {sensor = true}))
   189→

   716→-- Orb management
   717→orbs = {}
   718→function add_orb()
   719→  local o = orb({slot = #orbs + 1})
   720→  an:add(o)
   721→  table.insert(orbs, o)
   722→  for i, ob in ipairs(orbs) do
   723→    ob.orbit_offset = (i - 1)*2*math.pi/#orbs
   724→  end
   725→  return o
   726→end
   727→
   728→function add_orbs(n)
   729→  for i = 1, n do
   730→    add_orb()
   731→  end
   732→end
   733→
   734→-- Physics
   735→an:physics_init()

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2356:reassign_orb_lanes()
2428:    reassign_orb_lanes()

  2353→add_orbs(10)
  2354→p1:add_modifier('greatly_increased_orbit_radius')
  2355→p1:add_modifier('orb_contact_damage', 1)
  2356→reassign_orb_lanes()
  2357→

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  2425→  if an:key_is_pressed('j') then
  2426→    add_orb()
  2427→    reassign_orb_lanes()
  2428→  end
  2429→  if an:key_is_pressed('l') then
  2430→    for i = 1, 5 do
  2431→      an:add(seeker(p1.x + an.random:float(-120, 120), p1.y + an.random:float(-80, 80)))

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   136→-- Orb
   137→orb_min_orbit = 16
   138→orb_max_orbit = 64
   139→
   140→orb = object:extend()
   141→function orb:new(args)
   142→  object.new(self)
   143→  self.slots = {}
   144→  self.slot = args.slot or 1
   145→  self.orbit_distance = an.random:float(orb_min_orbit, orb_max_orbit)
   146→  self.orbit_speed = an.random:float(2, 4)
   147→  self.orbit_offset = args.orbit_offset or 0

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2418:      e:take_damage(dmg)

  2415→    local mods = p1:get_mods()
  2416→    local dmg = mods.orb_contact_damage or 0
  2417→    if dmg > 0 and not e.dead then
  2418→      e:take_damage(dmg)
  2419→      an:add(hit_effect(e.x, e.y))
  2420→      o.spring:pull('main', 0.5)
  2421→      o.flashing = true
  2422→      o.timer:after(0.1, 'flash', function() o.flashing = false end)
  2423→      for i = 1, an.random:int(1, 2) do
  2424→        an:add(hit_particle(e.x, e.y, {velocity = an.random:float(50, 150)}))
  2425→      end
  2426→    end

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   140→orb = object:extend()
   141→function orb:new(args)
   142→  object.new(self)
   143→  self.slots = {}
   144→  self.slot = args.slot or 1
   145→  local max_orbit = orb_max_orbit
   146→  if p1 then
   147→    local mods = p1:get_mods()
   148→    if mods.slightly_increased_orbit_radius then max_orbit = max_orbit*1.25 end
   149→    if mods.increased_orbit_radius then max_orbit = max_orbit*1.5 end
   150→    if mods.greatly_increased_orbit_radius then max_orbit = max_orbit*2.0 end
   151→    if mods.slightly_decreased_orbit_radius then max_orbit = max_orbit*0.85 end
   152→    if mods.decreased_orbit_radius then max_orbit = max_orbit*0.7 end
   153→    if mods.greatly_decreased_orbit_radius then max_orbit = max_orbit*0.5 end
   154→  end
   155→  self.orbit_distance = an.random:float(orb_min_orbit, max_orbit)
   156→  self.orbit_speed = an.random:float(2, 4)
   157→  self.orbit_offset = args.orbit_offset or 0
   158→  self.rs = 3
   159→  self.cooldown = 0
   160→  self.activation_delay = 0.1
   161→  self.flashing = false
   162→
   163→  self:add(collider('orb', 'kinematic', 'circle', 4, {sensor = true}))
   164→
   165→  self:add(timer())
   166→  self:add(spring())
   167→  self.spring:add('main', 1)
   168→  self.spring:pull('main', 0.5)
   169→  self.flashing = true

   694→  local o = orb({slot = #orbs + 1, orbit_offset = an.random:float(0, 2*math.pi)})
   695→  an:add(o)
   696→  table.insert(orbs, o)
   697→  return o
   698→end
   699→
   700→function add_orbs(n)
   701→  for i = 1, n do
   702→    add_orb()
   703→  end
   704→end
   705→
   706→-- Physics
   707→an:physics_init()
   708→an:physics_set_gravity(0, 0)
   709→an:physics_tag('player')
   710→an:physics_tag('enemy')
   711→an:physics_tag('projectile')
   712→an:physics_tag('orb')
   713→an:physics_collision('player', 'enemy')
   714→an:physics_sensor('projectile', 'enemy')
   715→an:physics_sensor('orb', 'enemy')
   716→
   717→-- Input
   718→an:bind('left', 'key:a')

   666→  end)
   667→end
   668→
   669→function orb:update(dt)
   670→  self.x = p1.x + self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset)
   671→  self.y = p1.y + self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   672→  self.collider:set_position(self.x, self.y)
   673→
   674→  local ability_name = self:primary_ability()
   675→  if ability_name then
   676→    local def = abilities[ability_name]
   677→    if def and def.activation == 'manual' then
   678→      self.cooldown = math.max(self.cooldown - dt, 0)
   679→      if orb_input_down(self.slot) and self.cooldown <= 0 then
   680→        self:activate()
   681→        self.cooldown = def.cooldown
   682→      end
   683→    end
   684→  end
   685→
   686→  local s = self.spring.main.x
   687→  local c = self.flashing and fg_color() or fg_color()
   688→  game:circle(self.x, self.y, self.rs*s, c)
   689→end
   690→

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  2348→  local cap_r = self.line_width/2
  2349→  local d = 0
  2350→  while d < draw_len do
  2351→    local dash_start = d
  2352→    local dash_end = math.min(d + self.dash_length, draw_len)
  2353→    if dash_end - dash_start > 0.5 then
  2354→      local t = (dash_start + dash_end)/(2*len)
  2355→      local sc = self.src_color:clone():mix(self.dst_color, t)

2371:p1 = player(gw/2, gh/2)

   155→  self.orbit_distance = an.random:float(orb_min_orbit, max_orbit)
   156→  self.orbit_speed = an.random:float(2, 4)
   157→  self.orbit_offset = args.orbit_offset or 0
   158→  self.orbit_frequency = 8
   159→  self.orbit_damping = 0.8
   160→  self.vx, self.vy = 0, 0
   161→  self.x, self.y = p1 and p1.x or gw/2, p1 and p1.y or gh/2
   162→  self.rs = 3
   163→  self.cooldown = 0
   164→  self.activation_delay = 0.1
   165→  self.flashing = false
   166→
   167→  self:add(collider('orb', 'kinematic', 'circle', 4, {sensor = true}))
   168→
   169→  self:add(timer())
   170→  self:add(spring())
   171→  self.spring:add('main', 1)
   172→  self.spring:pull('main', 0.5)
   173→  self.flashing = true
   174→  self.timer:after(0.2, 'flash', function() self.flashing = false end)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   167→  self:add(collider('orb', 'kinematic', 'circle', 4, {sensor = true}))
   168→  self.collider:set_position(self.x, self.y)
   169→
   170→  self:add(timer())
   171→  self:add(spring())
   172→  self.spring:add('main', 1)
   173→  self.spring:pull('main', 0.5)
   174→  self.flashing = true
   175→  self.timer:after(0.2, 'flash', function() self.flashing = false end)
   176→end
   177→
   178→function orb:add_ability(ability_name)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2452-  if an:key_is_pressed('k') then
2453-    an:add(seeker(p1.x + an.random:float(-80, 80), p1.y + an.random:float(-60, 60)))
2454-  end
2455:  if an:key_is_pressed('j') then
2456-    add_orb()
2457-  end
2458-  if an:key_is_pressed('l') then

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   681→
   682→function orb:update(dt)
   683→  local tx = p1.x + self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset)
   684→  local ty = p1.y + self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   685→  local dx, dy = tx - self.x, ty - self.y
   686→  local w = self.orbit_frequency
   687→  local z = self.orbit_damping
   688→  self.vx = self.vx + (w*w*dx - 2*z*w*self.vx)*dt
   689→  self.vy = self.vy + (w*w*dy - 2*z*w*self.vy)*dt
   690→  self.x = self.x + self.vx*dt
   691→  self.y = self.y + self.vy*dt
   692→  self.collider:set_position(self.x, self.y)
   693→
   694→  local ability_name = self:primary_ability()
   695→  if ability_name then
   696→    local def = abilities[ability_name]
   697→    if def and def.activation == 'manual' then
   698→      self.cooldown = math.max(self.cooldown - dt, 0)
   699→      if orb_input_down(self.slot) and self.cooldown <= 0 then
   700→        self:activate()

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   155→  self.orbit_distance = an.random:float(orb_min_orbit, max_orbit)
   156→  self.orbit_speed = an.random:float(2, 4)
   157→  self.orbit_offset = args.orbit_offset or 0
   158→  self.orbit_frequency = 8
   159→  self.orbit_damping = 0.8
   160→  self.vx, self.vy = 0, 0
   161→  self.x, self.y = p1 and p1.x or gw/2, p1 and p1.y or gh/2
   162→  self.rs = 3

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   682→function orb:update(dt)
   683→  local tx = p1.x + self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset)
   684→  local ty = p1.y + self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   685→  local dx, dy = tx - self.x, ty - self.y
   686→  local w = self.orbit_frequency
   687→  local z = self.orbit_damping
   688→  self.vx = self.vx + (w*w*dx - 2*z*w*self.vx)*dt
   689→  self.vy = self.vy + (w*w*dy - 2*z*w*self.vy)*dt
   690→  self.x = self.x + self.vx*dt
   691→  self.y = self.y + self.vy*dt
   692→  self.collider:set_position(self.x, self.y)
   693→

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   155→  self.orbit_distance = an.random:float(orb_min_orbit, max_orbit)
   156→  self.orbit_speed = an.random:float(2, 4)
   157→  self.orbit_offset = args.orbit_offset or 0
   158→  self.orbit_frequency = 8
   159→  self.orbit_damping = 0.8
   160→  self.vx, self.vy = 0, 0
   161→  self.x, self.y = p1 and p1.x or gw/2, p1 and p1.y or gh/2
   162→  self.rs = 3

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2462-    local push_r = p1.r
2463-    for _, o in ipairs(orbs) do
2464:      o.vx = o.vx + 300*math.cos(push_r)
2465-      o.vy = o.vy + 300*math.sin(push_r)
2466-    end

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   682→
   683→function orb:update(dt)
   684→  local target_ox = self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset)
   685→  local target_oy = self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   686→  local dx, dy = target_ox - self.ox, target_oy - self.oy
   687→  local w = self.orbit_frequency
   688→  local z = self.orbit_damping
   689→  self.ovx = self.ovx + (w*w*dx - 2*z*w*self.ovx)*dt
   690→  self.ovy = self.ovy + (w*w*dy - 2*z*w*self.ovy)*dt
   691→  self.ox = self.ox + self.ovx*dt
   692→  self.oy = self.oy + self.ovy*dt
   693→  self.x = p1.x + self.ox
   694→  self.y = p1.y + self.oy
   695→  self.collider:set_position(self.x, self.y)
   696→
   697→  local ability_name = self:primary_ability()
   698→  if ability_name then
   699→    local def = abilities[ability_name]
   700→    if def and def.activation == 'manual' then
   701→      self.cooldown = math.max(self.cooldown - dt, 0)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   136→-- Orb
   137→orb_min_orbit = 16
   138→orb_max_orbit = 64
   139→
   140→orb = object:extend()

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2475-    an:add(seeker(p1.x + an.random:float(-80, 80), p1.y + an.random:float(-60, 60)))
2476-  end
2477-  if an:key_is_pressed('j') then
2478-    add_orb()
2479-  end
2480:  if an:key_is_pressed('h') then
2481-    local push_r = p1.r
2482-    for _, o in ipairs(orbs) do
2483-      o.ovx = o.ovx + 300*math.cos(push_r)
2484-      o.ovy = o.ovy + 300*math.sin(push_r)
2485-    end

  2485→    end
  2486→  end
  2487→  if an:key_is_pressed('l') then
  2488→    for i = 1, 5 do
  2489→      an:add(seeker(p1.x + an.random:float(-120, 120), p1.y + an.random:float(-80, 80)))

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   683→
   684→function orb:get_target_offset()
   685→  if orb_formation == 'lance' then
   686→    local mx, my = an.camera.mouse.x - p1.x, an.camera.mouse.y - p1.y
   687→    local mouse_dist = math.max(math.length(mx, my), 16)
   688→    local r = math.atan(my, mx)
   689→    local n = #orbs
   690→    local dist
   691→    if n <= 1 then
   692→      dist = 16
   693→    else
   694→      dist = 16 + (self.slot - 1)*(mouse_dist - 16)/(n - 1)
   695→    end
   696→    return dist*math.cos(r), dist*math.sin(r)
   697→  else
   698→    return self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset),
   699→           self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   700→  end
   701→end
   702→
   703→function orb:update(dt)
   704→  local target_ox, target_oy = self:get_target_offset()
   705→  local dx, dy = target_ox - self.ox, target_oy - self.oy
   706→  local w = self.orbit_frequency
   707→  local z = self.orbit_damping

The file E:\a327ex\Orblike\main.lua has been updated successfully.

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The file E:\a327ex\Orblike\main.lua has been updated successfully.

   136→-- Orb
   137→orb_min_orbit = 16
   138→orb_max_orbit = 64
   139→orb_formation = 'orbit'
   140→orb_spacing = 10
   141→orb_follow_frequency = 16
   142→orb_follow_damping = 0.8
   143→

2477-      o.ovy = o.ovy + 300*math.sin(push_r)
2478-    end
2479-  end
2480:  if an:key_is_pressed('f') then
2481-    if orb_formation == 'orbit' then orb_formation = 'lance' else orb_formation = 'orbit' end
2482-  end
2483-  if an:key_is_pressed('l') then

The file E:\a327ex\Orblike\main.lua has been updated successfully.

<tool_use_error>Found 2 matches of the string to replace, but replace_all is false. To replace all occurrences, set replace_all to true. To replace only one occurrence, please provide more context to uniquely identify the instance.
String: orb_follow_frequency = 16</tool_use_error>

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   700→  local z = orb_follow_damping
   701→  self.ovx = self.ovx + (w*w*dx - 2*z*w*self.ovx)*dt
   702→  self.ovy = self.ovy + (w*w*dy - 2*z*w*self.ovy)*dt
   703→  self.ox = self.ox + self.ovx*dt
   704→  self.oy = self.oy + self.ovy*dt
   705→  self.x = p1.x + self.ox
   706→  self.y = p1.y + self.oy
   707→  self.collider:set_position(self.x, self.y)
   708→
   709→  local ability_name = self:primary_ability()
   710→  if ability_name then
   711→    local def = abilities[ability_name]

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2406:p1:add_modifier('greatly_increased_orbit_radius')
2407:p1:add_modifier('orb_contact_damage', 1)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

    39→-- Abilities
    40→abilities = {
    41→  fireball = {
    42→    activation = 'manual',
    43→    cooldown = 0.5,
    44→    color = blue,
    45→    fire_sound = 'fireball_fire',
    46→    area_sound = 'fireball_hit',
    47→    area_radius = 25,
    48→  },
    49→  caustic_arrow = {
    50→    activation = 'manual',
    51→    cooldown = 0.5,
    52→    color = purple,
    53→    fire_sound = 'caustic_arrow_fire',
    54→    area_sound = 'fireball_hit',
    55→    area_radius = 33,
    56→    area_duration = 4,
    57→    area_tick_rate = 0.5,
    58→  },
    59→  fissure = {
    60→    activation = 'manual',
    61→    cooldown = 0.8,
    62→    carrier = 'melee',
    63→    color = yellow,
    64→    cast_sounds = {'fissure_cast_1'},
    65→    hit_sound = 'fireball_hit',
    66→    area_radius = 14,
    67→    area_shape = 'rect',
    68→    area_count = 4,
... [50 more lines]

  1186→  effects:draw()
  1187→  if recording then
  1188→    -- Capture enough frames to match game time (2 steps = 1 frame at 60fps)
  1189→    local steps_elapsed = an.step - recording_last_step
  1190→    local frames_to_capture = math.max(1, math.floor(steps_elapsed/2))
  1191→    for i = 1, frames_to_capture do
  1192→      engine_record_frame()
  1193→      recording_frame = recording_frame + 1
  1194→    end
  1195→    recording_last_step = recording_last_step + frames_to_capture*2
  1196→  end
  1197→end
  1198→
  1199→
  1200→-- Player

  1200→-- Player
  1201→player = object:extend()
  1202→function player:new(x, y)
  1203→  object.new(self, 'player')
  1204→  self:tag('player')
  1205→  self.x, self.y = x, y
  1206→  self.w, self.h = 10, 10
  1207→  self.speed = 100
  1208→  self.r = 0
  1209→  self.visual_r = 0
  1210→  self.sx, self.sy = 1, 1
  1211→  self.color = blue
  1212→  self.moving = false
  1213→  self.previous_moving = false
  1214→  self.flashing = false

   709→  self.ovy = self.ovy + (w*w*dy - 2*z*w*self.ovy)*dt
   710→  self.ox = self.ox + self.ovx*dt
   711→  self.oy = self.oy + self.ovy*dt
   712→  self.x = p1.x + self.ox
   713→  self.y = p1.y + self.oy
   714→  self.collider:set_position(self.x, self.y)
   715→
   716→  local ability_name = self:primary_ability()
   717→  if ability_name then
   718→    local def = abilities[ability_name]
   719→    if def and def.activation == 'manual' then
   720→      self.cooldown = math.max(self.cooldown - dt, 0)
   721→      if orb_input_down(self.slot) and self.cooldown <= 0 then
   722→        self:activate()
   723→        self.cooldown = def.cooldown
   724→      end
   725→    end
   726→  end
   727→
   728→  local s = self.spring.main.x

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

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The file E:\a327ex\Orblike\main.lua has been updated successfully.

2506-    end
2507-  end
2508:  if an:key_is_pressed('f') then
2509-    if orb_formation == 'orbit' then orb_formation = 'lance' else orb_formation = 'orbit' end
2510-  end

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  2399→  local cap_r = self.line_width/2
  2400→  local d = 0
  2401→  while d < draw_len do
  2402→    local dash_start = d
  2403→    local dash_end = math.min(d + self.dash_length, draw_len)
  2404→    if dash_end - dash_start > 0.5 then
  2405→      local t = (dash_start + dash_end)/(2*len)
  2406→      local sc = self.src_color:clone():mix(self.dst_color, t)
  2407→      local c = sc()
  2408→      local sx = x1 + dash_start*ux

2421--- Spawn player
2422-p1 = player(gw/2, gh/2)
2423-an:add(p1)
2424-
2425:add_orbs(10)
2426-p1:add_modifier('greatly_increased_orbit_radius')
2427-p1:add_modifier('orb_contact_damage', 1)
2428-p1:add_modifier('very_responsive_formation')
2429-

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1220→  self.moving = false
  1221→  self.previous_moving = false
  1222→  self.flashing = false
  1223→
  1224→  self:add(collider('player', 'dynamic', 'box', 10, 10))
  1225→  self.collider:set_gravity_scale(0)
  1226→  self.collider:set_fixed_rotation(true)
  1227→  self.collider:set_position(self.x, self.y)
  1228→
  1229→  self.slots = {}
  1230→
  1231→  self:add(timer())
  1232→  self:add(spring())
  1233→  self.spring:add('hit', 1)
  1234→  self.spring:add('shoot', 1)
  1235→  self.spring:add('move', 1)
  1236→end
  1237→
  1238→function player:add_modifier(name, value)
  1239→  table.insert(self.slots, {type = 'modifier', name = name, value = value or true})
  1240→end
  1241→
  1242→function player:remove_modifier(name)
  1243→  for i = #self.slots, 1, -1 do
  1244→    if self.slots[i].type == 'modifier' and self.slots[i].name == name then
  1245→      table.remove(self.slots, i)
  1246→      return
  1247→    end
  1248→  end
  1249→end
... [20 more lines]

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The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   690→end
   691→
   692→function orb:get_target_offset()
   693→  if orb_formation == 'lance' then
   694→    local r = math.atan(an.camera.mouse.y - p1.y, an.camera.mouse.x - p1.x)
   695→    local dist = orb_min_orbit + (self.slot - 1)*orb_spacing
   696→    return dist*math.cos(r), dist*math.sin(r)
   697→  else
   698→    return self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset),
   699→           self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   700→  end
   701→end
   702→
   703→function orb:update(dt)
   704→  local target_ox, target_oy = self:get_target_offset()

The file E:\a327ex\Orblike\main.lua has been updated successfully.

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The file E:\a327ex\Orblike\main.lua has been updated successfully.

   714→  end
   715→  return angles
   716→end
   717→
   718→function orb:get_target_offset()
   719→  if orb_formation == 'lance' then
   720→    local r = math.atan(an.camera.mouse.y - p1.y, an.camera.mouse.x - p1.x)
   721→    local mods = p1:get_mods()
   722→    local angles = build_formation_angles(r, mods)
   723→    local m = #angles
   724→    local arm_index = (self.slot - 1) % m
   725→    local pos_in_arm = math.floor((self.slot - 1)/m)
   726→    local arm_r = angles[arm_index + 1]
   727→    local dist = orb_min_orbit + pos_in_arm*orb_spacing
   728→    return dist*math.cos(arm_r), dist*math.sin(arm_r)
   729→  else
   730→    return self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset),
   731→           self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   732→  end
   733→end

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The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   704→        table.insert(angles, r + spread*(t - 0.5))
   705→      end
   706→    else
   707→      table.insert(angles, r)
   708→    end
   709→    if mods.backshot then table.insert(angles, r + math.pi) end
   710→    if mods.sideshots then
   711→      table.insert(angles, r + math.pi/2)
   712→      table.insert(angles, r - math.pi/2)
   713→    end
   714→  end
   715→  return angles
   716→end
   717→
   718→function orb:get_target_offset()

   740→    return ox, oy
   741→  else
   742→    return self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset),
   743→           self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   744→  end
   745→end
   746→
   747→function orb:update(dt)
   748→  local target_ox, target_oy = self:get_target_offset()
   749→  local dx, dy = target_ox - self.ox, target_oy - self.oy
   750→  local mods = p1:get_mods()
   751→  local freq_mult = 1
   752→  if mods.very_responsive_formation then freq_mult = 3
   753→  elseif mods.responsive_formation then freq_mult = 2
   754→  elseif mods.very_delayed_formation then freq_mult = 0.33

   754→  elseif mods.very_delayed_formation then freq_mult = 0.33
   755→  elseif mods.delayed_formation then freq_mult = 0.5
   756→  end
   757→  local w = orb_follow_frequency*freq_mult
   758→  local z = mods.elastic_formation and orb_follow_damping*0.375 or orb_follow_damping
   759→  self.ovx = self.ovx + (w*w*dx - 2*z*w*self.ovx)*dt
   760→  self.ovy = self.ovy + (w*w*dy - 2*z*w*self.ovy)*dt
   761→  self.ox = self.ox + self.ovx*dt
   762→  self.oy = self.oy + self.ovy*dt
   763→  self.x = p1.x + self.ox

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2481:p1:add_modifier('very_responsive_formation')

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1290→end
  1291→
  1292→function player:get_mods()
  1293→  local mods = {}
  1294→  for _, slot in ipairs(self.slots) do
  1295→    if slot.type == 'modifier' then
  1296→      mods[slot.name] = slot.value
  1297→    end
  1298→  end
  1299→  return mods
  1300→end
  1301→
  1302→function player:update(dt)
  1303→  self.x, self.y = self.collider:get_position()
  1304→
  1305→  -- Player abilities
  1306→  self.speed = self.base_speed
  1307→  local any_formation = false
  1308→  for _, slot in ipairs(self.slots) do
  1309→    if slot.type == 'ability' then

  1318→          orb_formation_owner = self
  1319→          if def.speed_mult then self.speed = self.base_speed*def.speed_mult end
  1320→        end
  1321→      end
  1322→    end
  1323→  end
  1324→  if not any_formation and orb_formation_owner == self then
  1325→    orb_formation = 'orbit'
  1326→    orb_formation_owner = nil
  1327→  end
  1328→
  1329→  -- Movement direction
  1330→  local move_r = nil
  1331→  local left = an:is_down('left')
  1332→  local right = an:is_down('right')
  1333→  local up = an:is_down('up')
  1334→  local down = an:is_down('down')
  1335→  if left then move_r = math.pi end
  1336→  if right then move_r = 0 end
  1337→  if up then move_r = -math.pi/2 end
  1338→  if down then move_r = math.pi/2 end
  1339→  if left and up then move_r = -3*math.pi/4 end
  1340→  if left and down then move_r = 3*math.pi/4 end
  1341→  if right and up then move_r = -math.pi/4 end
  1342→  if right and down then move_r = math.pi/4 end
  1343→  if left or right or up or down then self.moving = true else self.moving = false end
  1344→
  1345→  -- Direction change spin
  1346→  if an:is_pressed('right') then
  1347→    self.timer:tween(0.2, 'visual_r_move', self, {visual_r = self.visual_r + math.pi}, math.linear)

  1365→  -- Apply velocity
  1366→  local vx, vy = self.collider:get_velocity()
  1367→  if move_r then vx, vy = self.speed*math.cos(move_r), self.speed*math.sin(move_r) end
  1368→  if not left and not right then vx = vx*0.8 end
  1369→  if not up and not down then vy = vy*0.8 end
  1370→  self.collider:set_velocity(vx, vy)
  1371→  self.previous_moving = self.moving
  1372→
  1373→  -- Rotate towards mouse
  1374→  local target_r = math.angle_to_point(self.x, self.y, an.camera.mouse.x, an.camera.mouse.y)
  1375→  self.r = math.lerp_angle_dt(0.99, 0.1, dt, self.r, target_r)
  1376→
  1377→  -- Draw
  1378→  local s = self.spring.hit.x*self.spring.shoot.x*self.spring.move.x
  1379→  local c = self.flashing and fg_color() or self.color()

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  2478→    d = d + stride
  2479→  end
  2480→end
  2481→
  2482→
  2483→-- Spawn player
  2484→p1 = player(gw/2, gh/2)
  2485→an:add(p1)
  2486→
  2487→add_orbs(20)

  2487→add_orbs(20)
  2488→p1:add_modifier('greatly_increased_orbit_radius')
  2489→p1:add_modifier('orb_contact_damage', 1)
  2490→p1:add_ability('lance', {mouse = 3})
  2491→p1:add_modifier('spreading_multiple_projectiles', 2)
  2492→p1:add_modifier('parallel_multiple_projectiles', 2)
  2493→p1:add_modifier('sideshots')
  2494→
  2495→-- Shockwave visual effect
  2496→shockwaves = {}

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   718→    if mods.sideshots then
   719→      table.insert(angles, r + math.pi/2)
   720→      table.insert(angles, r - math.pi/2)
   721→    end
   722→  end
   723→  return angles
   724→end
   725→
   726→function orb:get_target_offset()
   727→  if orb_formation == 'lance' then
   728→    local r = p1.r
   729→    local mods = p1:get_mods()
   730→    local angles = build_formation_angles(r, mods)
   731→    local parallel = mods.parallel_multiple_projectiles or 1
   732→    local total_arms = #angles*parallel
   733→    local arm_index = (self.slot - 1) % total_arms
   734→    local pos_in_arm = math.floor((self.slot - 1)/total_arms)
   735→    local angle_index = math.floor(arm_index/parallel)
   736→    local parallel_index = arm_index % parallel
   737→    local arm_r = angles[angle_index + 1]
   738→    local dist = orb_min_orbit + pos_in_arm*orb_spacing
   739→    local ox = dist*math.cos(arm_r)
   740→    local oy = dist*math.sin(arm_r)
   741→    if parallel > 1 then
   742→      local perp = arm_r + math.pi/2
   743→      local total_offset = orb_spacing*(parallel - 1)
   744→      local offset = total_offset*((parallel_index/(parallel - 1)) - 0.5)
   745→      ox = ox + offset*math.cos(perp)
   746→      oy = oy + offset*math.sin(perp)
   747→    end

   747→    end
   748→    return ox, oy
   749→  else
   750→    return self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset),
   751→           self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   752→  end
   753→end
   754→
   755→function orb:update(dt)
   756→  local target_ox, target_oy = self:get_target_offset()

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

     1→# To Implement
     2→
     3→- **Cast on Return Apex** — Trigger point at the returning projectile's apex (where it reverses direction), allowing linked effects (explosion, nova, etc.) to fire at the turning point. Fits alongside other ORBS link trigger points like "Cast on Hit" and "Cast on Kill".
     4→- ~~**DoT Sound**~~ — Done. Click sound 37 + Body Fall 18 merged.
     5→- **Decreased Duration + Increased Damage** — Duration/damage tradeoff variants (concentrated effect style). Handle when doing damage system pass.
     6→- **Shockwave Sounds** — Shockwave ability needs proper cast/hit sounds (currently using fireball_hit as placeholder).
     7→
     8→## Synergy Notes
     9→
    10→- **Worm Flask (enemy spawner item) + Infinite Chain** — An item that spawns additional enemies (like PoE's Writhing Jar worm flasks) would turn infinite chain into a powerful single-target damage source against bosses. The spawned enemies act as chain relay points, bouncing the chain back to the boss repeatedly.
    11→
    12→## Area/Zone Modifiers
    13→
    14→- ~~**Spell Cascade**~~ — Done. Renamed to Area Cascade.
    15→- **Concentrated Effect** — Smaller radius, more damage. Classic tradeoff. Deferred to damage system pass.
    16→- ~~**Increased Area of Effect**~~ — Done. Three tiers: slightly/normal/greatly.
    17→- ~~**Decreased Duration**~~ — Done. Three tiers: slightly/normal/greatly.
    18→- ~~**Increased Duration**~~ — Done. Three tiers: slightly/normal/greatly.
    19→- ~~**Moving Zone**~~ — Done. Random diagonal drift.
    20→- ~~**Homing Zone**~~ — Done. Drifts toward nearest enemy.
    21→- ~~**Magnetic Area**~~ — Done. Areas: impulse pull + delayed detonation. Zones: per-tick impulse pull.
    22→- ~~**Area Echo**~~ — Done. Repeats area/zone after delay.
    23→- ~~**Growing Zone**~~ — Done. 2x size over duration.
    24→- ~~**Shrinking Zone**~~ — Done. 0.5x size over duration.
    25→- ~~**Zone Stacking**~~ — Done. Up to N zones stack damage per enemy.
    26→- ~~**Zone Speed**~~ — Done. Three tiers: slightly/normal/greatly increased.
    27→

The file E:\a327ex\Orblike\to_implement.md has been updated successfully.

The file E:\a327ex\Orblike\to_implement.md has been updated successfully.

The file E:\a327ex\Orblike\to_implement.md has been updated successfully.

The file E:\a327ex\Orblike\to_implement.md has been updated successfully.

2597-      o.ovx = o.ovx + 300*math.cos(push_r)
2598-      o.ovy = o.ovy + 300*math.sin(push_r)
2599-    end
2600-  end
2601:  if an:key_is_pressed('l') then
2602-    for i = 1, 5 do
2603-      an:add(seeker(p1.x + an.random:float(-120, 120), p1.y + an.random:float(-80, 80)))
2604-    end
2605-  end

The file E:\a327ex\Orblike\main.lua has been updated successfully.

    39→-- Abilities
    40→abilities = {
    41→  fireball = {
    42→    activation = 'manual',
    43→    cooldown = 0.5,
    44→    color = blue,
    45→    fire_sound = 'fireball_fire',
    46→    area_sound = 'fireball_hit',
    47→    area_radius = 25,
    48→  },
    49→  caustic_arrow = {
    50→    activation = 'manual',
    51→    cooldown = 0.5,
    52→    color = purple,
    53→    fire_sound = 'caustic_arrow_fire',
    54→    area_sound = 'fireball_hit',
    55→    area_radius = 33,
    56→    area_duration = 4,
    57→    area_tick_rate = 0.5,
    58→  },
    59→  fissure = {
    60→    activation = 'manual',
    61→    cooldown = 0.8,
    62→    carrier = 'melee',
    63→    color = yellow,
    64→    cast_sounds = {'fissure_cast_1'},
    65→    hit_sound = 'fireball_hit',
    66→    area_radius = 14,
    67→    area_shape = 'rect',
    68→    area_count = 4,
... [55 more lines]

The file E:\a327ex\Orblike\main.lua has been updated successfully.

12:  caustic_arrow_fire = 0.5,
13:  caustic_arrow_zone = 0.7,
55:    fire_sound = 'caustic_arrow_fire',
1036:--   caustic_arrow_fire (RPG3_PlasmaMagicEpic3_P5_BeamProjectilesSingle01): -20.9 dB -> 0.35
1037:--   caustic_arrow_zone (RPG3_MagicArrow_Impact01): -23.1 dB -> 0.45
1048:an:sound('caustic_arrow_fire', 'assets/RPG3_PlasmaMagicEpic3_P5_BeamProjectilesSingle01.ogg')
1049:an:sound('caustic_arrow_zone', 'assets/RPG3_MagicArrow_Impact01.ogg')
1217:  {'caustic_arrow_fire', 'assets/RPG3_PlasmaMagicEpic3_P5_BeamProjectilesSingle01'},
1218:  {'caustic_arrow_zone', 'assets/RPG3_MagicArrow_Impact01'},
1652:  elseif self.ability == 'caustic_arrow' then
1658:    an:add(area(self.x, self.y, {ability = 'caustic_arrow', color = self.color, mods = self.mods, cascade_r = self.r}))

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

    39→-- Abilities
    40→abilities = {
    41→  fireball = {

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   225→
   226→function orb:add_modifier(name, value)
   227→  table.insert(self.slots, {type = 'modifier', name = name, value = value or true})
   228→end
   229→
   230→function orb:remove_modifier(name)
   231→  for i = #self.slots, 1, -1 do
   232→    if self.slots[i].type == 'modifier' and self.slots[i].name == name then
   233→      table.remove(self.slots, i)
   234→      return
   235→    end
   236→  end
   237→end
   238→
   239→function orb:primary_ability()
   240→  for _, slot in ipairs(self.slots) do
   241→    if slot.type == 'ability' then return slot.name end
   242→  end
   243→  return nil
   244→end
   245→
   246→function orb:activate()
   247→  local ability_name = self:primary_ability()
   248→  if not ability_name then return end
   249→  local def = abilities[ability_name]
   250→  if not def then return end
   251→
   252→  local delay = self.activation_delay
   253→
   254→  -- Orb-to-player line

   254→  -- Orb-to-player line
   255→  an:add(slightly_jagged_line(self, p1, {anim_duration = delay, src_color = def.color, dst_color = def.color}))
   256→
   257→  -- Orb flash + hit particles shooting towards player
   258→  self.flashing = true
   259→  self.timer:after(0.1, 'flash', function() self.flashing = false end)
   260→  local orb_to_player = math.angle_to_point(self.x, self.y, p1.x, p1.y)
   261→  for i = 1, 3 do
   262→    local hp = hit_particle(self.x, self.y, {
   263→      angle = orb_to_player + an.random:float(-math.pi/4, math.pi/4),
   264→      velocity = an.random:float(40, 120),
   265→      duration = an.random:float(0.2, 0.4),
   266→      w = an.random:choice({4, 6}),
   267→    })
   268→    hp.follow = self
   269→    an:add(hp)
   270→  end
   271→
   272→  -- Fire ability after line connects
   273→  self.timer:after(delay, function()
   274→    local r = p1.r
   275→    local mods = p1:get_mods()
   276→    for _, slot in ipairs(self.slots) do
   277→      if slot.type == 'modifier' then
   278→        mods[slot.name] = slot.value
   279→      end
   280→    end
   281→
   282→    if def.carrier == 'melee' then
   283→      -- Melee wave: spawn areas sequentially from player toward mouse

   640→        sfx('arc_cast', volumes.arc_cast)
   641→      end
   642→
   643→      p1.spring:pull('shoot', 0.25)
   644→      p1.flashing = true
   645→      p1.timer:after(0.15, 'flash', function() p1.flashing = false end)
   646→    else
   647→      -- Build shot angles
   648→      local angles = {}
   649→      if mods.nova then
   650→        for i = 0, 7 do
   651→          table.insert(angles, r + i*math.pi/4)
   652→        end
   653→      else
   654→        if mods.spreading_multiple_projectiles and mods.spreading_multiple_projectiles >= 2 then
   655→          local n = mods.spreading_multiple_projectiles
   656→          local spread = math.pi/6 + (n - 2)*math.pi/12
   657→          for i = 1, n do
   658→            local t = (i - 1)/(n - 1)
   659→            table.insert(angles, r + spread*(t - 0.5))
   660→          end
   661→        else
   662→          table.insert(angles, r)
   663→        end
   664→        if mods.backshot then table.insert(angles, r + math.pi) end
   665→        if mods.sideshots then
   666→          table.insert(angles, r + math.pi/2)
   667→          table.insert(angles, r - math.pi/2)
   668→        end
   669→      end
... [20 more lines]

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   290→    end
   291→    local mods = p1:get_mods()
   292→    for _, slot in ipairs(self.slots) do
   293→      if slot.type == 'modifier' then
   294→        mods[slot.name] = slot.value
   295→      end
   296→    end
   297→
   298→    if def.carrier == 'melee' then
   299→      -- Melee wave: spawn areas sequentially from player toward mouse
   300→      local base_r = r
   301→      local count = def.area_count or 4
   302→      if mods.area_cascade then
   303→        count = count + mods.area_cascade
   304→      end
   305→      local base_radius = (def and def.area_radius) or 14
   306→      local size = base_radius*2
   307→      if mods.slightly_increased_area then size = size*1.25 end
   308→      if mods.increased_area then size = size*1.5 end
   309→      if mods.greatly_increased_area then size = size*2.0 end
   310→      local px, py = p1.x, p1.y
   311→      local area_delay = def.area_delay or 0.08
   312→
   313→      -- Pre-calculate positions with random overlap (0-15%)
   314→      local positions = {}
   315→      local cumulative_dist = size*0.6
   316→      for i = 0, count - 1 do
   317→        local slight_r = base_r + an.random:float(-math.rad(8), math.rad(8))
   318→        table.insert(positions, {x = px + cumulative_dist*math.cos(base_r), y = py + cumulative_dist*math.sin(base_r), r = slight_r})
   319→        cumulative_dist = cumulative_dist + size*an.random:float(0.85, 1.0)
... [90 more lines]

   410→          self.timer:after(w*echo_delay, function() spawn_self_area_formation() end)
   411→        end
   412→      end
   413→
   414→      an.camera.shake:shake(6, 0.3)
   415→      p1.spring:pull('shoot', 0.25)
   416→      p1.flashing = true
   417→      p1.timer:after(0.15, 'flash', function() p1.flashing = false end)
   418→      an:add(hit_circle(p1.x, p1.y, {radius = 10, duration = 0.2}))
   419→      for i = 1, 4 do
   420→        local angle = an.random:float(0, 2*math.pi)
   421→        an:add(hit_particle(p1.x, p1.y, {
   422→          angle = angle,
   423→          velocity = an.random:float(40, 200),
   424→          duration = an.random:float(0.3, 0.6),
   425→          w = an.random:choice({6, 8}),
   426→        }):change_color(0.6, def.color:clone()))
   427→      end
   428→    elseif def.carrier == 'aimed_area' then
   429→      local area_mods = {}
   430→      for k, v in pairs(mods) do area_mods[k] = v end
   431→      area_mods.area_echo = nil
   432→
   433→      local function spawn_aimed_area()
   434→        local mx, my = an:mouse_position()
   435→        local aim_r = math.atan(my - p1.y, mx - p1.x)
   436→        local dx, dy = mx - p1.x, my - p1.y
   437→        local dist = math.distance(p1.x, p1.y, mx, my)
   438→        local max_range = def.max_range or 150
   439→        if dist > max_range then
... [90 more lines]

   580→        end
   581→        global_hit[target.id] = true
   582→        table.insert(path, target)
   583→
   584→        chain_hit(src, target, hop)
   585→
   586→        if hop < max_hops then
   587→          self.timer:after(0.08, function()
   588→            chain_hop(target, hop + 1, chain_range_val, path)
   589→          end)
   590→        elseif mods.chain_return and #path >= 2 then
   591→          self.timer:after(0.08, function()
   592→            chain_return(path, #path - 1, path[#path], hop + 1)
   593→          end)
   594→        else
   595→          for i = 1, #path do path[i] = nil end
   596→          for k in pairs(global_hit) do global_hit[k] = nil end
   597→        end
   598→      end
   599→
   600→      -- For each source angle, find first target in cone and start chain
   601→      local any_hit = false
   602→      for _, source_r in ipairs(source_angles) do
   603→        local first, first_d = nil, math.huge
   604→        for _, e in ipairs(cached_enemies) do
   605→          if not e.dead and not global_hit[e.id] then
   606→            local d = math.distance(p1.x, p1.y, e.x, e.y)
   607→            local a = math.atan(e.y - p1.y, e.x - p1.x)
   608→            local diff = math.abs(math.atan(math.sin(source_r - a), math.cos(source_r - a)))
   609→            if d < chain_range and d < first_d and diff < cone_half then
... [30 more lines]

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   693→          local n = mods.parallel_multiple_projectiles
   694→          local total_offset = 10*(n - 1)
   695→          for i = 1, n do
   696→            local t = (i - 1)/(n - 1)
   697→            local offset = total_offset*(t - 0.5)
   698→            local px = angle + math.pi/2
   699→            table.insert(shots, {x = sx + offset*math.cos(px), y = sy + offset*math.sin(px), r = angle})
   700→          end
   701→        else
   702→          table.insert(shots, {x = sx, y = sy, r = angle})
   703→        end
   704→      end
   705→
   706→      -- Create projectiles
   707→      for _, shot in ipairs(shots) do
   708→        an:add(projectile(shot.x, shot.y, {ability = ability_name, color = def.color, r = shot.r, mods = mods}))
   709→      end
   710→
   711→      if def.fire_sound then
   712→        sfx(def.fire_sound, volumes[def.fire_sound])
   713→      end
   714→
   715→      an.camera.shake:push(r, 3)
   716→      p1.spring:pull('shoot', 0.25)
   717→      p1.flashing = true
   718→      p1.timer:after(0.15, 'flash', function() p1.flashing = false end)
   719→      for _, shot in ipairs(shots) do
   720→        an:add(hit_circle(shot.x, shot.y, {radius = 7, duration = 0.2}))
   721→        for i = 1, 2 do
   722→          an:add(hit_particle(shot.x, shot.y, {

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  2487→    self.timer:trigger('blink')
  2488→  end)
  2489→end
  2490→
  2491→function slightly_jagged_line:dst_edge_point()
  2492→  local dst = self.dst
  2493→  local r = (dst.r or 0) + (dst.visual_r or 0)
  2494→  local hw = (dst.w or 10)/2

2551--- Spawn player
2552-p1 = player(gw/2, gh/2)
2553-an:add(p1)
2554-
2555:add_orbs(20)
2556-p1:add_modifier('greatly_increased_orbit_radius')
2557-p1:add_modifier('orb_contact_damage', 1)
2558-p1:add_ability('lance', {mouse = 3})
2559-p1:add_ability('wall', {key = 'space'})

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   256→    -- Null: orb fires directly, no mana transfer to player
   257→    self.flashing = true
   258→    self.timer:after(0.1, 'flash', function() self.flashing = false end)
   259→    self.spring:pull('main', 0.5)
   260→  else
   261→    -- Normal: orb sends mana to player, player casts
   262→    an:add(slightly_jagged_line(self, p1, {anim_duration = delay, src_color = def.color, dst_color = def.color}))
   263→
   264→    -- Orb flash + hit particles shooting towards player
   265→    self.flashing = true

   248→  if not ability_name then return end
   249→  local def = abilities[ability_name]
   250→  if not def then return end
   251→
   252→  local is_null = ability_has_tag(ability_name, 'null')
   253→  local delay = is_null and 0 or self.activation_delay
   254→
   255→  if is_null then
   256→    -- Null: orb fires directly, no mana transfer to player
   257→    self.flashing = true

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   252→  local is_null = ability_has_tag(ability_name, 'null')
   253→  if not is_null then
   254→    local mods = p1:get_mods()
   255→    for _, slot in ipairs(self.slots) do
   256→      if slot.type == 'modifier' then mods[slot.name] = slot.value end
   257→    end
   258→    if mods.null_conversion then is_null = true end
   259→  end

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   239→function orb:primary_ability()
   240→  for _, slot in ipairs(self.slots) do
   241→    if slot.type == 'ability' then return slot.name end
   242→  end
   243→  return nil
   244→end
   245→
   246→function orb:activate()
   247→  local ability_name = self:primary_ability()
   248→  if not ability_name then return end

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1372→function player:get_mods()
  1373→  local mods = {}
  1374→  for _, slot in ipairs(self.slots) do
  1375→    if slot.type == 'modifier' then
  1376→      mods[slot.name] = slot.value
  1377→    end
  1378→  end
  1379→  return mods
  1380→end
  1381→
  1382→function player:update(dt)
  1383→  self.x, self.y = self.collider:get_position()
  1384→
  1385→  -- Player abilities
  1386→  self.speed = self.base_speed
  1387→  self.turn_rate = nil
  1388→  local any_formation = false
  1389→  for _, slot in ipairs(self.slots) do
  1390→    if slot.type == 'ability' then
  1391→      local def = abilities[slot.name]

  1389→  for _, slot in ipairs(self.slots) do
  1390→    if slot.type == 'ability' then
  1391→      local def = abilities[slot.name]
  1392→      if def and def.activation == 'hold' then
  1393→        local down = false
  1394→        if slot.bind.mouse then down = an:mouse_is_down(slot.bind.mouse) end
  1395→        if slot.bind.key then down = an:key_is_down(slot.bind.key) end
  1396→        if down then
  1397→          any_formation = true
  1398→          orb_formation = def.formation
  1399→          orb_formation_owner = self
  1400→          if def.speed_mult then self.speed = self.base_speed*def.speed_mult end
  1401→          if def.turn_rate then self.turn_rate = def.turn_rate end
  1402→        end
  1403→      end
  1404→    end
  1405→  end
  1406→  if not any_formation and orb_formation_owner == self then
  1407→    orb_formation = 'orbit'
  1408→    orb_formation_owner = nil
  1409→  end
  1410→
  1411→  -- Movement direction
  1412→  local move_r = nil
  1413→  local left = an:is_down('left')

   246→  end
   247→  return nil
   248→end
   249→
   250→function orb:activate()
   251→  local ability_name = self:primary_ability()
   252→  if not ability_name then return end
   253→  local def = abilities[ability_name]

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

258:    if mods.null_conversion then is_null = true; def = setmetatable({color = purple}, {__index = def}) end
1407:          if mods.linked_ability then
2577:p1:add_modifier('linked_ability', 'fireball')
2578:p1:add_modifier('null_conversion')

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated. All occurrences of 'linked_ability' were successfully replaced with 'ability_copy'.

463:      an.camera.shake:push(r, 4)
722:      an.camera.shake:push(r, 3)
2727:  an.camera.shake:push(r, 2)
2749:  an.camera.shake:push(r, 2)
2771:  an.camera.shake:push(r, 2)
2792:  an.camera.shake:push(r, 3)

358:          self.timer:after(wave_delay, function() an.camera.shake:shake(6, 0.4) end)
365:      an.camera.shake:shake(8, 0.4)
421:      an.camera.shake:shake(6, 0.3)
532:        an.camera.shake:shake(3/hop, 0.15)

  1088→an:sound('fissure_cast_2', 'assets/Spell_Earth_04.ogg')
  1089→an:sound('frost_nova_cast', 'assets/RPG3_IceMagic_Cast02.ogg')
  1090→an:sound('windfield_cast', 'assets/RPG3_WindMagic_Cast04.ogg')
  1091→an:sound('arc_cast', 'assets/RPG3_ElectricMagic_LightningZap03.ogg')
  1092→an:sound('arc_hit_1', 'assets/RPG3_ElectricMagic_SparkImpact01.ogg')
  1093→an:sound('arc_hit_3', 'assets/RPG3_ElectricMagic_SparkImpact03.ogg')
  1094→
  1095→sound_mode = '_lightmed'
  1096→
  1097→-- Video recording state (declared early so sfx() can access)

E:\a327ex\Orblike\reference\001-No-title\anchor\shake.lua
E:\a327ex\Orblike\reference\239A5-P60B91D\lua\anchor\shake.lua
E:\a327ex\Orblike\reference\Rekoyam Tsohg\lun\shake.lua
E:\a327ex\Orblike\anchor\shake.lua
E:\a327ex\Orblike\reference\008 - Antitower [success]\lun\shake.lua
E:\a327ex\Orblike\reference\004\lua\anchor\shake.lua

     1→require('anchor.class')
     2→
     3→--[[
     4→  Shake child object for camera shake effects.
     5→
     6→  Usage:
     7→    an.camera:add(shake())
     8→    an.camera.shake:trauma(0.5, 0.3)
     9→
    10→  Shake is added as a child of camera. It implements get_transform() which
    11→  camera calls to collect effects from all children.
    12→
    13→  Shake types:
    14→    trauma - Perlin noise based, accumulates and decays
    15→]]
    16→shake = object:extend()
    17→
    18→--[[
    19→  Creates a new shake container.
    20→
    21→  Usage:
    22→    an.camera:add(shake())
    23→
    24→  Behavior:
    25→    - Automatically named 'shake' and accessible as parent.shake
    26→    - Initializes trauma system
    27→]]
    28→function shake:new(name)
    29→  object.new(self, name or 'shake')
    30→  self.trauma_instances = {}
... [348 more lines]

The file E:\a327ex\Orblike\anchor\shake.lua has been updated successfully.

The file E:\a327ex\Orblike\anchor\shake.lua has been updated successfully.

The file E:\a327ex\Orblike\anchor\shake.lua has been updated successfully.

891:an.camera:add(shake())

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2577:add_orbs(20)
2578:p1:add_ability('fireball', {mouse = 1})
2579:p1:add_modifier('ability_copy')
2580:p1:add_modifier('null_conversion')
2581:p1:add_modifier('greatly_increased_orbit_radius')
2582:p1:add_modifier('orb_contact_damage', 1)
2583:p1:add_ability('lance', {mouse = 3})
2584:p1:add_ability('wall', {key = 'space'})

The file E:\a327ex\Orblike\main.lua has been updated successfully.

134-    tags = {'channeling', 'formation', 'orb'},
135-    formation = 'lance',
136-    speed_mult = 0.5,
137-    turn_rate = 3,
138-    color = fg_color,
139-  },
140:  wall = {
141-    activation = 'hold',
142-    tags = {'channeling', 'formation', 'orb'},
143-    formation = 'wall',
144-    speed_mult = 0.7,
145-    turn_rate = 4,
146-    color = fg_color,

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   148→  snake = {
   149→    activation = 'hold',
   150→    tags = {'channeling', 'formation', 'orb'},
   151→    formation = 'snake',
   152→    speed_mult = 1.2,
   153→    snake_turn_rate = 4,
   154→    color = fg_color,
   155→  },

   158→-- Orb keybinds
   159→orb_keybinds = {
   160→  {mouse = 1},
   161→  {mouse = 3},
   162→  {key = 'q'},
   163→  {key = 'e'},
   164→  {key = 'r'},
   165→  {key = 't'},

   174→end
   175→
   176→-- Orb
   177→orb_min_orbit = 16
   178→orb_max_orbit = 64

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   726→      end
   727→
   728→      if def.fire_sound then
   729→        sfx(def.fire_sound, volumes[def.fire_sound])
   730→      end
   731→
   732→      an.camera.shake:push(r, 3)
   733→      if is_null then
   734→        self.spring:pull('main', 0.5)
   735→      else
   736→        p1.spring:pull('shoot', 0.25)
   737→        p1.flashing = true
   738→        p1.timer:after(0.15, 'flash', function() p1.flashing = false end)
   739→      end
   740→      for _, shot in ipairs(shots) do
   741→        an:add(hit_circle(shot.x, shot.y, {radius = 7, duration = 0.2}))
   742→        for i = 1, 2 do
   743→          an:add(hit_particle(shot.x, shot.y, {
   744→            angle = shot.r + an.random:float(-math.pi/4, math.pi/4),
   745→            velocity = an.random:float(40, 200),
   746→            duration = an.random:float(0.3, 0.6),
   747→            w = an.random:choice({6, 8}),
   748→          }):change_color(0.6, def.color:clone()))
   749→        end
   750→      end

   753→end
   754→
   755→function build_formation_angles(r, mods)
   756→  local angles = {}
   757→  if mods.nova then
   758→    for i = 0, 7 do
   759→      table.insert(angles, r + i*math.pi/4)
   760→    end
   761→  else
   762→    if mods.spreading_multiple_projectiles and mods.spreading_multiple_projectiles >= 2 then
   763→      local n = mods.spreading_multiple_projectiles
   764→      local spread = math.pi/6 + (n - 2)*math.pi/12
   765→      for i = 1, n do
   766→        local t = (i - 1)/(n - 1)
   767→        table.insert(angles, r + spread*(t - 0.5))

   779→end
   780→
   781→function orb:get_target_offset()
   782→  if orb_formation == 'lance' then
   783→    local r = p1.r
   784→    local mods = p1:get_mods()
   785→    local angles = build_formation_angles(r, mods)
   786→    local parallel = mods.parallel_multiple_projectiles or 1
   787→    local total_arms = #angles*parallel
   788→    local arm_index = (self.slot - 1) % total_arms
   789→    local pos_in_arm = math.floor((self.slot - 1)/total_arms)
   790→    local angle_index = math.floor(arm_index/parallel)
   791→    local parallel_index = arm_index % parallel
   792→    local arm_r = angles[angle_index + 1]
   793→    local dist = orb_min_orbit + pos_in_arm*orb_spacing
   794→    local ox = dist*math.cos(arm_r)
   795→    local oy = dist*math.sin(arm_r)
   796→    if parallel > 1 then
   797→      local perp = arm_r + math.pi/2
   798→      local total_offset = orb_spacing*(parallel - 1)
   799→      local offset = total_offset*((parallel_index/(parallel - 1)) - 0.5)
   800→      ox = ox + offset*math.cos(perp)
   801→      oy = oy + offset*math.sin(perp)
   802→    end
   803→    return ox, oy

   803→    return ox, oy
   804→  elseif orb_formation == 'wall' then
   805→    local r = p1.r
   806→    local mods = p1:get_mods()
   807→    local angles = build_formation_angles(r, mods)
   808→    local parallel = mods.parallel_multiple_projectiles or 1
   809→    local total_rows = #angles*parallel
   810→    local row_index = (self.slot - 1) % total_rows
   811→    local pos_in_row = math.floor((self.slot - 1)/total_rows)
   812→    local angle_index = math.floor(row_index/parallel)
   813→    local parallel_index = row_index % parallel
   814→    local arm_r = angles[angle_index + 1]
   815→    local n_in_row = math.ceil(#orbs/total_rows)
   816→    local total_width = (n_in_row - 1)*orb_spacing
   817→    local lateral = n_in_row <= 1 and 0 or (pos_in_row/(n_in_row - 1) - 0.5)*total_width
   818→    local perp = arm_r + math.pi/2
   819→    local forward_dist = orb_min_orbit
   820→    if parallel > 1 then
   821→      local row_offset = orb_spacing*(parallel - 1)
   822→      forward_dist = forward_dist + row_offset*((parallel_index/(parallel - 1)) - 0.5)
   823→    end
   824→    local ox = forward_dist*math.cos(arm_r) + lateral*math.cos(perp)
   825→    local oy = forward_dist*math.sin(arm_r) + lateral*math.sin(perp)
   826→    return ox, oy
   827→  else

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1395→
  1396→function player:add_ability(ability_name, bind)
  1397→  table.insert(self.slots, {type = 'ability', name = ability_name, bind = bind, cooldown = 0})
  1398→end
  1399→
  1400→function player:get_mods()
  1401→  local mods = {}
  1402→  for _, slot in ipairs(self.slots) do
  1403→    if slot.type == 'modifier' then
  1404→      mods[slot.name] = slot.value
  1405→    end
  1406→  end
  1407→  return mods
  1408→end
  1409→
  1410→function player:update(dt)
  1411→  self.x, self.y = self.collider:get_position()
  1412→
  1413→  -- Player abilities
  1414→  self.speed = self.base_speed
  1415→  self.turn_rate = nil
  1416→  local any_formation = false
  1417→  local mods = self:get_mods()
  1418→  for _, slot in ipairs(self.slots) do
  1419→    if slot.type == 'ability' then
  1420→      local def = abilities[slot.name]
  1421→      if def and def.activation == 'hold' then
  1422→        local down = false
  1423→        if slot.bind.mouse then down = an:mouse_is_down(slot.bind.mouse) end
  1424→        if slot.bind.key then down = an:key_is_down(slot.bind.key) end
... [30 more lines]

  1453→  -- Movement direction
  1454→  local move_r = nil
  1455→  local left = an:is_down('left')
  1456→  local right = an:is_down('right')
  1457→  local up = an:is_down('up')
  1458→  local down = an:is_down('down')
  1459→  if left then move_r = math.pi end
  1460→  if right then move_r = 0 end
  1461→  if up then move_r = -math.pi/2 end
  1462→  if down then move_r = math.pi/2 end
  1463→  if left and up then move_r = -3*math.pi/4 end
  1464→  if left and down then move_r = 3*math.pi/4 end
  1465→  if right and up then move_r = -math.pi/4 end
  1466→  if right and down then move_r = math.pi/4 end
  1467→  if left or right or up or down then self.moving = true else self.moving = false end
  1468→
  1469→  -- Direction change spin
  1470→  if an:is_pressed('right') then
  1471→    self.timer:tween(0.2, 'visual_r_move', self, {visual_r = self.visual_r + math.pi}, math.linear)
  1472→  end
  1473→  if an:is_pressed('left') then
  1474→    self.timer:tween(0.2, 'visual_r_move', self, {visual_r = self.visual_r - math.pi}, math.linear)
  1475→  end
  1476→
  1477→  -- Direction change squash
  1478→  if an:is_pressed('right') or an:is_pressed('left') then
  1479→    self.timer:tween(0.05, 'scale_move_1', self, {sx = 0.8, sy = 0.8}, math.linear, function()
  1480→      self.timer:tween(0.4, 'scale_move_2', self, {sx = 1, sy = 1}, math.linear)
  1481→    end)
  1482→  end
... [20 more lines]

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1418→  local any_formation = false
  1419→  local mods = self:get_mods()
  1420→  for _, slot in ipairs(self.slots) do
  1421→    if slot.type == 'ability' then
  1422→      local def = abilities[slot.name]
  1423→      if def and def.activation == 'hold' then
  1424→        local down = false
  1425→        if slot.bind.mouse then down = an:mouse_is_down(slot.bind.mouse) end
  1426→        if slot.bind.key then down = an:key_is_down(slot.bind.key) end
  1427→        if down then
  1428→          any_formation = true
  1429→          orb_formation = def.formation
  1430→          orb_formation_owner = self
  1431→          if def.speed_mult then self.speed = self.base_speed*def.speed_mult end
  1432→          if def.turn_rate then self.turn_rate = def.turn_rate end
  1433→          if def.snake_turn_rate then
  1434→            self.snake_active = true
  1435→            self.snake_turn_rate = def.snake_turn_rate
  1436→          end
  1437→        end
  1438→      elseif def and def.activation == 'manual' then
  1439→        slot.cooldown = math.max((slot.cooldown or 0) - dt, 0)
  1440→        local pressed = false
  1441→        if slot.bind.mouse then pressed = an:mouse_is_pressed(slot.bind.mouse) end
  1442→        if slot.bind.key then pressed = an:key_is_pressed(slot.bind.key) end
  1443→        if pressed and slot.cooldown <= 0 then
  1444→          slot.cooldown = def.cooldown
  1445→          if mods.ability_copy then
  1446→            for _, o in ipairs(orbs) do
  1447→              o:activate(slot.name)
... [5 more lines]

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  2595→  local tx = (lx ~= 0) and (((lx > 0) and hw or -hw)/lx) or math.huge
  2596→  local ty = (ly ~= 0) and (((ly > 0) and hh or -hh)/ly) or math.huge
  2597→  local t = math.min(tx, ty)
  2598→  local ex = lx*t
  2599→  local ey = ly*t
  2600→  local cos_r2 = math.cos(r)
  2601→  local sin_r2 = math.sin(r)
  2602→  return dst.x + ex*cos_r2 - ey*sin_r2, dst.y + ex*sin_r2 + ey*cos_r2
  2603→end
  2604→
  2605→function slightly_jagged_line:update(dt)
  2606→  -- Hit circle at dst edge (drawn even when line is blinking)

2649:p1:add_ability('fireball', {mouse = 1})
2650:p1:add_modifier('ability_copy')
2651:p1:add_modifier('null_conversion')
2652:p1:add_modifier('greatly_increased_orbit_radius')
2653:p1:add_modifier('orb_contact_damage', 1)
2654:p1:add_ability('lance', {mouse = 3})
2655:p1:add_ability('wall', {key = 'space'})
2656:p1:add_ability('snake', {key = 'q'})
2657:p1:add_modifier('backshot')

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1418→  local any_formation = false
  1419→  local mods = self:get_mods()
  1420→  for _, slot in ipairs(self.slots) do
  1421→    if slot.type == 'ability' then
  1422→      local def = abilities[slot.name]
  1423→      if def and def.activation == 'hold' then
  1424→        local down = mods.always_channel or false
  1425→        if not down and slot.bind then
  1426→          if slot.bind.mouse then down = an:mouse_is_down(slot.bind.mouse) end
  1427→          if slot.bind.key then down = an:key_is_down(slot.bind.key) end
  1428→        end
  1429→        if down then
  1430→          any_formation = true
  1431→          orb_formation = def.formation
  1432→          orb_formation_owner = self
  1433→          if def.speed_mult then self.speed = self.base_speed*def.speed_mult end
  1434→          if def.turn_rate then self.turn_rate = def.turn_rate end
  1435→          if def.snake_turn_rate then
  1436→            self.snake_active = true
  1437→            self.snake_turn_rate = def.snake_turn_rate
  1438→          end
  1439→        end
  1440→      elseif def and def.activation == 'manual' then
  1441→        slot.cooldown = math.max((slot.cooldown or 0) - dt, 0)
  1442→        local pressed = false
  1443→        if slot.bind then
  1444→          if slot.bind.mouse then pressed = an:mouse_is_pressed(slot.bind.mouse) end
  1445→          if slot.bind.key then pressed = an:key_is_pressed(slot.bind.key) end
  1446→        end
  1447→        if mods.trigger_while_channelling and any_formation and slot.cooldown <= 0 then
... [15 more lines]

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   843→    local parallel_index = row_index % parallel
   844→    local arm_r = angles[angle_index + 1]
   845→    local n_in_row = math.ceil(#orbs/total_rows)
   846→    local total_width = (n_in_row - 1)*orb_spacing
   847→    local lateral = n_in_row <= 1 and 0 or (pos_in_row/(n_in_row - 1) - 0.5)*total_width
   848→    local perp = arm_r + math.pi/2
   849→    local forward_dist = orb_min_orbit
   850→    if parallel > 1 then
   851→      local row_offset = orb_spacing*(parallel - 1)
   852→      forward_dist = forward_dist + row_offset*((parallel_index/(parallel - 1)) - 0.5)
   853→    end
   854→    local ox = forward_dist*math.cos(arm_r) + lateral*math.cos(perp)

   854→    local ox = forward_dist*math.cos(arm_r) + lateral*math.cos(perp)
   855→    local oy = forward_dist*math.sin(arm_r) + lateral*math.sin(perp)
   856→    return ox, oy
   857→  else
   858→    return self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset),
   859→           self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   860→  end
   861→end
   862→
   863→function orb:update(dt)
   864→  local target_ox, target_oy = self:get_target_offset()
   865→  local dx, dy = target_ox - self.ox, target_oy - self.oy

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1477→        local pressed = false
  1478→        if slot.bind then
  1479→          if slot.bind.mouse then pressed = an:mouse_is_pressed(slot.bind.mouse) end
  1480→          if slot.bind.key then pressed = an:key_is_pressed(slot.bind.key) end
  1481→        end
  1482→        local auto_trigger = mods.trigger_while_channelling and any_formation and slot.cooldown <= 0
  1483→        if auto_trigger then
  1484→          pressed = true

1494-      end
1495-    end
1496-  end
1497:  if not any_formation and orb_formation_owner == self then
1498-    orb_formation = 'orbit'
1499-    orb_formation_owner = nil
1500-  end

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1435→  end
  1436→  return mods
  1437→end
  1438→
  1439→function player:update(dt)
  1440→  self.x, self.y = self.collider:get_position()
  1441→
  1442→  -- Player abilities
  1443→  self.speed = self.base_speed
  1444→  self.turn_rate = nil
  1445→  self.snake_active = false
  1446→  self.snake_turn_rate = nil
  1447→  local any_formation = false
  1448→  local mods = self:get_mods()
  1449→  -- Pass 1: hold abilities (formations)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

<tool_use_error>String to replace not found in file.
String:     if not self.deploy_ox then
      local def = abilities.deploy
      local radius = def.deploy_radius
      local mods = p1:get_mods()
      if mods.slightly_increased_area then radius = radius*1.25 end
      if mods.increased_area then radius = radius*1.5 end
      if mods.greatly_increased_area then radius = radius*2.0 end
      if mods.slightly_decreased_area then radius = radius*0.85 end
      if mods.decreased_area then radius = radius*0.7 end
      if mods.greatly_decreased_area then radius = radius*0.5 end
      local golden_angle = math.pi*(3 - math.sqrt(5))
      local r = golden_angle*(self.slot - 1)
      local d = radius*math.sqrt(self.slot/n)
      self.deploy_ox = d*math.cos(r)
      self.deploy_oy = d*math.sin(r)
    end</tool_use_error>

888-    local mx, my = deploy_target_x - p1.x, deploy_target_y - p1.y
889:    if not self.deploy_ox then
890-      local def = abilities.deploy
--
902-      local d = radius*math.sqrt(self.slot/n)
903:      self.deploy_ox = d*math.cos(r)
904-      self.deploy_oy = d*math.sin(r)
905-    end
906:    return mx + self.deploy_ox, my + self.deploy_oy
907-  else
--
1547-    for _, o in ipairs(orbs) do
1548:      o.deploy_ox = nil
1549-      o.deploy_oy = nil

   888→    local mx, my = deploy_target_x - p1.x, deploy_target_y - p1.y
   889→    if not self.deploy_ox then
   890→      local def = abilities.deploy
   891→      local radius = def.deploy_radius
   892→      local mods = p1:get_mods()
   893→      if mods.slightly_increased_area then radius = radius*1.25 end
   894→      if mods.increased_area then radius = radius*1.5 end
   895→      if mods.greatly_increased_area then radius = radius*2.0 end
   896→      if mods.slightly_decreased_area then radius = radius*0.85 end
   897→      if mods.decreased_area then radius = radius*0.7 end
   898→      if mods.greatly_decreased_area then radius = radius*0.5 end
   899→      local n = #orbs
   900→      local golden_angle = math.pi*(3 - math.sqrt(5))
   901→      local r = golden_angle*(self.slot - 1)
   902→      local d = radius*math.sqrt(self.slot/n)
   903→      self.deploy_ox = d*math.cos(r)
   904→      self.deploy_oy = d*math.sin(r)
   905→    end
   906→    return mx + self.deploy_ox, my + self.deploy_oy
   907→  else

The file E:\a327ex\Orblike\main.lua has been updated successfully.

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The file E:\a327ex\Orblike\main.lua has been updated successfully.

2742:p1:add_ability('fireball')
2743:p1:add_modifier('ability_copy')
2744:p1:add_modifier('null_conversion')
2745:p1:add_modifier('greatly_increased_orbit_radius')
2746:p1:add_modifier('orb_contact_damage', 1)
2747:p1:add_ability('deploy', {key = 'space'})

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   883→    end
   884→    local ox = forward_dist*math.cos(arm_r) + lateral*math.cos(perp)
   885→    local oy = forward_dist*math.sin(arm_r) + lateral*math.sin(perp)
   886→    return ox, oy
   887→  elseif orb_formation == 'deploy' then
   888→    local mx, my = deploy_target_x - p1.x, deploy_target_y - p1.y
   889→    if not self.deploy_ox then
   890→      local def = abilities.deploy
   891→      local radius = def.deploy_radius
   892→      local mods = p1:get_mods()
   893→      if mods.slightly_increased_area then radius = radius*1.25 end
   894→      if mods.increased_area then radius = radius*1.5 end
   895→      if mods.greatly_increased_area then radius = radius*2.0 end
   896→      if mods.slightly_decreased_area then radius = radius*0.85 end
   897→      if mods.decreased_area then radius = radius*0.7 end
   898→      if mods.greatly_decreased_area then radius = radius*0.5 end
   899→      if #deploy_points == 0 then
   900→        deploy_points = math.poisson_disc_circle(radius, #orbs)
   901→      end
   902→      local pt = deploy_points[self.slot]
   903→      if pt then
   904→        self.deploy_ox = pt.x
   905→        self.deploy_oy = pt.y
   906→      else
   907→        self.deploy_ox = 0
   908→        self.deploy_oy = 0
   909→      end
   910→    end
   911→    return mx + self.deploy_ox, my + self.deploy_oy
   912→  else

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1468→  for _, slot in ipairs(self.slots) do
  1469→    if slot.type == 'modifier' then
  1470→      mods[slot.name] = slot.value
  1471→    end
  1472→  end
  1473→  return mods
  1474→end
  1475→
  1476→function player:update(dt)
  1477→  self.x, self.y = self.collider:get_position()
  1478→
  1479→  -- Player abilities
  1480→  self.speed = self.base_speed
  1481→  self.turn_rate = nil
  1482→  self.snake_active = false
  1483→  self.snake_turn_rate = nil
  1484→  local any_formation = false
  1485→  local mods = self:get_mods()
  1486→  -- Pass 1: hold abilities (formations)
  1487→  for _, slot in ipairs(self.slots) do
  1488→    if slot.type == 'ability' then
  1489→      local def = abilities[slot.name]
  1490→      if def and def.activation == 'hold' then
  1491→        local down = mods.always_channel or false
  1492→        if not down and slot.bind then

  1496→        if down then
  1497→          any_formation = true
  1498→          orb_formation = def.formation
  1499→          orb_formation_owner = self
  1500→          if def.speed_mult then self.speed = self.base_speed*def.speed_mult end
  1501→          if def.turn_rate then self.turn_rate = def.turn_rate end
  1502→          if def.snake_turn_rate then
  1503→            self.snake_active = true
  1504→            self.snake_turn_rate = def.snake_turn_rate
  1505→          end
  1506→          if def.formation == 'deploy' then
  1507→            if not deploy_active then
  1508→              deploy_target_x, deploy_target_y = self.x, self.y
  1509→              deploy_active = true
  1510→            end
  1511→            local mx, my = an.camera.mouse.x, an.camera.mouse.y
  1512→            local dx, dy = mx - deploy_target_x, my - deploy_target_y
  1513→            local d = math.length(dx, dy)
  1514→            local deploy_speed = 60
  1515→            if d > 1 then
  1516→              deploy_target_x = deploy_target_x + dx/d*deploy_speed*dt
  1517→              deploy_target_y = deploy_target_y + dy/d*deploy_speed*dt
  1518→            end
  1519→          end
  1520→        end
  1521→      end
  1522→    end
  1523→  end
  1524→  -- Pass 2: manual abilities
  1525→  for _, slot in ipairs(self.slots) do

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

<tool_use_error>Found 4 matches of the string to replace, but replace_all is false. To replace all occurrences, set replace_all to true. To replace only one occurrence, please provide more context to uniquely identify the instance.
String: deploy_radius_scale = 1</tool_use_error>

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

No matches found

2133:          sfx('shockwave', volumes.shockwave*0.65)
2801:    sfx('shockwave', volumes.shockwave)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

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The file E:\a327ex\Orblike\main.lua has been updated successfully.

  2748→  if self.hidden then return end
  2749→  local x1, y1 = self.src.x, self.src.y
  2750→  local x2, y2 = self:dst_edge_point()
  2751→  local dx = x2 - x1
  2752→  local dy = y2 - y1
  2753→  local len = math.sqrt(dx*dx + dy*dy)
  2754→  if len == 0 then return end
  2755→  local ux, uy = dx/len, dy/len
  2756→  local draw_len = len*self.progress
  2757→  local stride = self.dash_length + self.gap_length
  2758→  local cap_r = self.line_width/2
  2759→  local d = 0
  2760→  while d < draw_len do
  2761→    local dash_start = d
  2762→    local dash_end = math.min(d + self.dash_length, draw_len)

2784:add_orbs(20)
2785:p1:add_ability('fireball')
2786:p1:add_modifier('ability_copy')
2787:p1:add_modifier('null_conversion')
2788:p1:add_modifier('greatly_increased_orbit_radius')
2789:p1:add_modifier('orb_contact_damage', 1)
2790:p1:add_ability('deploy', {key = 'space'})
2791:p1:add_modifier('greatly_increased_area')
2792:p1:add_modifier('magnetic_area')
2793:p1:add_modifier('growing_zone')

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   250→  self.x, self.y = p1 and p1.x or gw/2, p1 and p1.y or gh/2
   251→  self.rs = 3
   252→  self.cooldown = 0
   253→  self.activation_delay = 0.1
   254→  self.flashing = false
   255→
   256→  self:add(collider('orb', 'kinematic', 'circle', 4, {sensor = true}))
   257→  self.collider:set_position(self.x, self.y)
   258→
   259→  self:add(timer())
   260→  self:add(spring())
   261→  self.spring:add('main', 1)
   262→  self.spring:pull('main', 0.75, 3, 0.7)
   263→  self.flashing = true
   264→  self.timer:after(0.2, 'flash', function() self.flashing = false end)
   265→  an:add(hit_circle(self.x, self.y, {radius = 8, duration = 0.25}))
   266→  for i = 1, 3 do
   267→    an:add(hit_particle(self.x, self.y, {
   268→      velocity = an.random:float(60, 150),
   269→      duration = an.random:float(0.2, 0.4),
   270→      w = an.random:choice({4, 6}),
   271→    }))
   272→  end
   273→end
   274→
   275→function orb:add_ability(ability_name)
   276→  table.insert(self.slots, {type = 'ability', name = ability_name})
   277→end
   278→
   279→function orb:add_modifier(name, value)
... [20 more lines]

   299→function orb:activate(override_ability)
   300→  local ability_name = override_ability or self:primary_ability()
   301→  if not ability_name then return end
   302→  local def = abilities[ability_name]
   303→  if not def then return end
   304→
   305→  local is_null = ability_has_tag(ability_name, 'null')
   306→  if not is_null then
   307→    local mods = p1:get_mods()
   308→    for _, slot in ipairs(self.slots) do
   309→      if slot.type == 'modifier' then mods[slot.name] = slot.value end
   310→    end
   311→    if mods.null_conversion then is_null = true; def = setmetatable({color = purple}, {__index = def}) end
   312→  end
   313→  local delay = is_null and 0 or self.activation_delay
   314→
   315→  if is_null then
   316→    -- Null: orb fires directly, no mana transfer to player
   317→    self.flashing = true
   318→    self.timer:after(0.1, 'flash', function() self.flashing = false end)
   319→    self.spring:pull('main', 0.5)
   320→  else
   321→    -- Normal: orb sends mana to player, player casts
   322→    an:add(slightly_jagged_line(self, p1, {anim_duration = delay, src_color = def.color, dst_color = def.color}))
   323→
   324→    -- Orb flash + hit particles shooting towards player
   325→    self.flashing = true
   326→    self.timer:after(0.1, 'flash', function() self.flashing = false end)
   327→    local orb_to_player = math.angle_to_point(self.x, self.y, p1.x, p1.y)
   328→    for i = 1, 3 do
... [15 more lines]

   748→      local shots = {}
   749→      for _, angle in ipairs(angles) do
   750→        local sx = fire_x + 8*math.cos(angle)
   751→        local sy = fire_y + 8*math.sin(angle)
   752→        if mods.parallel_multiple_projectiles and mods.parallel_multiple_projectiles >= 2 then
   753→          local n = mods.parallel_multiple_projectiles
   754→          local total_offset = 10*(n - 1)
   755→          for i = 1, n do
   756→            local t = (i - 1)/(n - 1)
   757→            local offset = total_offset*(t - 0.5)
   758→            local px = angle + math.pi/2
   759→            table.insert(shots, {x = sx + offset*math.cos(px), y = sy + offset*math.sin(px), r = angle})
   760→          end
   761→        else
   762→          table.insert(shots, {x = sx, y = sy, r = angle})

   800→  if mods.nova then
   801→    for i = 0, 7 do
   802→      table.insert(angles, r + i*math.pi/4)
   803→    end
   804→  else
   805→    if mods.spreading_multiple_projectiles and mods.spreading_multiple_projectiles >= 2 then
   806→      local n = mods.spreading_multiple_projectiles
   807→      local spread = math.pi/6 + (n - 2)*math.pi/12
   808→      for i = 1, n do
   809→        local t = (i - 1)/(n - 1)
   810→        table.insert(angles, r + spread*(t - 0.5))
   811→      end
   812→    else
   813→      table.insert(angles, r)
   814→    end

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   788→            velocity = an.random:float(40, 200),
   789→            duration = an.random:float(0.3, 0.6),
   790→            w = an.random:choice({6, 8}),
   791→          }):change_color(0.6, def.color:clone()))
   792→        end
   793→      end
   794→    end
   795→  end)
   796→end
   797→
   798→function build_formation_angles(r, mods)
   799→  local angles = {}
   800→  if mods.nova then
   801→    for i = 0, 7 do
   802→      table.insert(angles, r + i*math.pi/4)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

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The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1522→  for _, slot in ipairs(self.slots) do
  1523→    if slot.type == 'ability' then
  1524→      local def = abilities[slot.name]
  1525→      if def and def.activation == 'hold' then
  1526→        local down = mods.always_channel or false
  1527→        if not down and slot.bind then
  1528→          if slot.bind.mouse then down = an:mouse_is_down(slot.bind.mouse) end
  1529→          if slot.bind.key then down = an:key_is_down(slot.bind.key) end
  1530→        end
  1531→        if down then
  1532→          any_formation = true
  1533→          orb_formation = def.formation
  1534→          orb_formation_owner = self
  1535→          if def.speed_mult then self.speed = self.base_speed*def.speed_mult end
  1536→          if def.turn_rate then self.turn_rate = def.turn_rate end
  1537→          if def.snake_turn_rate then
  1538→            self.snake_active = true
  1539→            self.snake_turn_rate = def.snake_turn_rate
  1540→          end
  1541→          if def.formation == 'deploy' then

  1559→              deploy_magnetic_timer = deploy_magnetic_timer + dt
  1560→              if deploy_magnetic_timer >= deploy_magnetic_interval then
  1561→                deploy_magnetic_timer = deploy_magnetic_timer - deploy_magnetic_interval
  1562→                sfx('shockwave', volumes.shockwave)
  1563→                local orb_pull_radius = orb_spacing*4
  1564→                for _, e in ipairs(cached_enemies) do
  1565→                  if not e.dead then
  1566→                    -- Find closest orb
  1567→                    local closest_orb, closest_d = nil, math.huge
  1568→                    for _, o in ipairs(orbs) do
  1569→                      local od = math.distance(o.x, o.y, e.x, e.y)
  1570→                      if od < closest_d then closest_orb, closest_d = o, od end
  1571→                    end
  1572→                    if closest_orb and closest_d < orb_pull_radius and closest_d > 1 then
  1573→                      local strength = 4*(1 - closest_d/orb_pull_radius)

  1578→                  end
  1579→                end
  1580→              end
  1581→            end
  1582→
  1583→            local mx, my = an.camera.mouse.x, an.camera.mouse.y
  1584→            local dx, dy = mx - deploy_target_x, my - deploy_target_y
  1585→            local d = math.length(dx, dy)
  1586→            local deploy_speed = 60
  1587→            if d > 1 then
  1588→              deploy_target_x = deploy_target_x + dx/d*deploy_speed*dt
  1589→              deploy_target_y = deploy_target_y + dy/d*deploy_speed*dt
  1590→            end
  1591→          end
  1592→        end

  1590→            end
  1591→          end
  1592→        end
  1593→      end
  1594→    end
  1595→  end
  1596→  -- Pass 2: manual abilities
  1597→  for _, slot in ipairs(self.slots) do
  1598→    if slot.type == 'ability' then
  1599→      local def = abilities[slot.name]

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1614→      end
  1615→    end
  1616→  end
  1617→  -- Pass 2: manual abilities
  1618→  for _, slot in ipairs(self.slots) do
  1619→    if slot.type == 'ability' then
  1620→      local def = abilities[slot.name]
  1621→      if def and def.activation == 'manual' then
  1622→        slot.cooldown = math.max((slot.cooldown or 0) - dt, 0)
  1623→        local pressed = false

1638-          end
1639-        end
1640-      end
1641-    end
1642-  end
1643:  if not any_formation and orb_formation_owner == self then
1644-    orb_formation = 'orbit'
1645-    orb_formation_owner = nil
1646-    deploy_active = false
1647-    deploy_points = {}
1648-    deploy_radius_scale = 1

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  2370→    self.arc_r = self.arc_r + self.arc_speed*dt
  2371→    -- Decay arc speed towards minimum
  2372→    if math.abs(self.arc_speed) > self.arc_min_speed then
  2373→      self.arc_speed = self.arc_sign*math.max(math.abs(self.arc_speed) - 1.25*math.pi*dt, self.arc_min_speed)
  2374→    end
  2375→  else
  2376→    self.elapsed = self.elapsed + dt
  2377→    local mult = 1/(1 + math.exp(20*(self.elapsed - 0.25)))
  2378→    self.arc_r = self.arc_r + self.arc_base_speed*mult*dt
  2379→  end

2599:-- Effect: hit_particle (dark variant style)

2746:-- Effect: slightly_jagged_line

  2746→-- Effect: slightly_jagged_line
  2747→-- Straight dashed line between src and dst with rounded ends.
  2748→-- Progressive draw from src to dst, color gradient from src_color to dst_color.
  2749→-- Holds after animation, then blinks out.
  2750→slightly_jagged_line = object:extend()

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96:an:query_polygon(x, y, vertices, tags) -> [object, ...]
293:-- shape_type: 'circle', 'box', 'capsule', 'polygon'
352:collider:add_polygon(tag, vertices, opts?) -> shape

No matches found

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  1596→                  angle = self.r + an.random:float(-math.pi/4, math.pi/4),
  1597→                  velocity = an.random:float(40, 120),
  1598→                  duration = an.random:float(0.2, 0.4),
  1599→                  w = an.random:choice({4, 6}),
  1600→                }):change_color(0.5, def.color:clone()))
  1601→              end
  1602→            end
  1603→          end
  1604→          if def.formation == 'deploy' then
  1605→            if not deploy_active then
  1606→              deploy_target_x, deploy_target_y = self.x, self.y
  1607→              deploy_active = true
  1608→              deploy_elapsed = 0
  1609→              deploy_radius_scale = 1
  1610→            end
  1611→            deploy_elapsed = deploy_elapsed + dt
  1612→
  1613→            -- Growing/shrinking
  1614→            if mods.growing_zone then
  1615→              deploy_radius_scale = 1 + deploy_elapsed*0.3

  1585→                if not e.dead then
  1586→                  e:take_damage(1, 0.5)
  1587→                  an:add(hit_particle(e.x, e.y, {velocity = an.random:float(30, 80), duration = an.random:float(0.1, 0.2), w = 4, color = def.color}))
  1588→                end
  1589→              end
  1590→              -- Source effects on tick
  1591→              self.spring:pull('shoot', 0.15)
  1592→              self.flashing = true
  1593→              self.timer:after(0.1, 'flash', function() self.flashing = false end)
  1594→              for i = 1, 2 do
  1595→                an:add(hit_particle(src_x, src_y, {
  1596→                  angle = self.r + an.random:float(-math.pi/4, math.pi/4),
  1597→                  velocity = an.random:float(40, 120),
  1598→                  duration = an.random:float(0.2, 0.4),
  1599→                  w = an.random:choice({4, 6}),

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

585:        an:add(hit_effect(target.x, target.y))
2015:    an:add(hit_effect(hx, hy))
2312:            an:add(hit_effect(e.x, e.y))
2967:      an:add(hit_effect(e.x, e.y))
3167:      an:add(hit_effect(closest.x, closest.y))
3221:        an:add(hit_effect(e.x, e.y))
3290:        an:add(hit_effect(e.x, e.y))
3368:      an:add(hit_effect(hit.point_x, hit.point_y))

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   770→          for i = 1, n do
   771→            local t = (i - 1)/(n - 1)
   772→            local offset = total_offset*(t - 0.5)
   773→            local px = angle + math.pi/2
   774→            table.insert(shots, {x = sx + offset*math.cos(px), y = sy + offset*math.sin(px), r = angle})
   775→          end
   776→        else
   777→          table.insert(shots, {x = sx, y = sy, r = angle})
   778→        end
   779→      end
   780→
   781→      -- Create projectiles
   782→      for _, shot in ipairs(shots) do
   783→        an:add(projectile(shot.x, shot.y, {ability = ability_name, color = def.color, r = shot.r, mods = mods}))
   784→      end
   785→
   786→      if def.fire_sound then
   787→        sfx(def.fire_sound, volumes[def.fire_sound])
   788→      end
   789→

   822→            copy_idx = copy_idx + 1
   823→            self.timer:after(copy_idx*copy_stagger, function()
   824→              o:activate(ability_name)
   825→            end)
   826→          end
   827→        end
   828→      end
   829→    end
   830→  end)
   831→end
   832→
   833→function build_formation_angles(r, mods)
   834→  local angles = {}
   835→  if mods.nova then
   836→    for i = 0, 7 do

   897→    end
   898→    -- Trail too short, use last point or fallback behind player
   899→    if #snake_trail > 0 then
   900→      return snake_trail[1].x - p1.x, snake_trail[1].y - p1.y
   901→    end
   902→    return -target_dist*math.cos(p1.r), -target_dist*math.sin(p1.r)
   903→  elseif orb_formation == 'wall' then
   904→    local r = p1.r
   905→    local mods = p1:get_mods()
   906→    local angles = build_formation_angles(r, mods)
   907→    local parallel = mods.parallel_multiple_projectiles or 1
   908→    local total_rows = #angles*parallel
   909→    local row_index = (self.slot - 1) % total_rows
   910→    local pos_in_row = math.floor((self.slot - 1)/total_rows)
   911→    local angle_index = math.floor(row_index/parallel)
   912→    local parallel_index = row_index % parallel
   913→    local arm_r = angles[angle_index + 1]
   914→    local n_in_row = math.ceil(#orbs/total_rows)
   915→    local total_width = (n_in_row - 1)*orb_spacing
   916→    local lateral = n_in_row <= 1 and 0 or (pos_in_row/(n_in_row - 1) - 0.5)*total_width
   917→    local perp = arm_r + math.pi/2
   918→    local forward_dist = orb_min_orbit
   919→    if parallel > 1 then
   920→      local row_offset = orb_spacing*(parallel - 1)
   921→      forward_dist = forward_dist + row_offset*((parallel_index/(parallel - 1)) - 0.5)

   940→      end
   941→      local pt = deploy_points[self.slot]
   942→      if pt then
   943→        self.deploy_ox = pt.x
   944→        self.deploy_oy = pt.y
   945→      else
   946→        self.deploy_ox = 0
   947→        self.deploy_oy = 0
   948→      end
   949→    end
   950→    return mx + self.deploy_ox*deploy_radius_scale, my + self.deploy_oy*deploy_radius_scale
   951→  else
   952→    return self.orbit_distance*math.cos(self.orbit_speed*an.time + self.orbit_offset),
   953→           self.orbit_distance*math.sin(self.orbit_speed*an.time + self.orbit_offset)
   954→  end
   955→end
   956→
   957→function orb:update(dt)
   958→  local target_ox, target_oy = self:get_target_offset()
   959→  local dx, dy = target_ox - self.ox, target_oy - self.oy
   960→  local w = orb_follow_frequency
   961→  local z = orb_follow_damping
   962→  self.ovx = self.ovx + (w*w*dx - 2*z*w*self.ovx)*dt
   963→  self.ovy = self.ovy + (w*w*dy - 2*z*w*self.ovy)*dt
   964→  self.ox = self.ox + self.ovx*dt
   965→  self.oy = self.oy + self.ovy*dt
   966→  self.x = p1.x + self.ox
   967→  self.y = p1.y + self.oy
   968→  self.collider:set_position(self.x, self.y)
   969→

   968→  self.collider:set_position(self.x, self.y)
   969→
   970→  local ability_name = self:primary_ability()
   971→  if ability_name then
   972→    local def = abilities[ability_name]
   973→    if def and def.activation == 'manual' then
   974→      self.cooldown = math.max(self.cooldown - dt, 0)
   975→      if orb_input_down(self.slot) and self.cooldown <= 0 then
   976→        self:activate()
   977→        self.cooldown = def.cooldown
   978→      end
   979→    end
   980→  end
   981→
   982→  local s = self.spring.main.x
   983→  local c = self.flashing and fg_color() or fg_color()
   984→  game:circle(self.x, self.y, self.rs*s, c)
   985→end
   986→
   987→-- Orb management

   168→    activation = 'hold',
   169→    tags = {'area', 'channeling', 'formation', 'orb'},
   170→    formation = 'deploy',
   171→    speed_mult = 0.2,
   172→    turn_rate = 1,
   173→    color = fg_color,
   174→    deploy_radius = 64,
   175→  },
   176→}
   177→
   178→-- Orb keybinds
   179→orb_keybinds = {

   186→}
   187→
   188→function orb_input_down(slot)
   189→  local bind = orb_keybinds[slot]
   190→  if not bind then return false end
   191→  if bind.mouse then return an:mouse_is_down(bind.mouse) end
   192→  if bind.key then return an:key_is_down(bind.key) end
   193→  return false
   194→end
   195→

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1599→    if slot.type == 'ability' then
  1600→      local def = abilities[slot.name]
  1601→      if def and def.activation == 'hold' then
  1602→        local down = mods.always_channel or false
  1603→        if not down and slot.bind then
  1604→          if slot.bind.mouse then down = an:mouse_is_down(slot.bind.mouse) end
  1605→          if slot.bind.key then down = an:key_is_down(slot.bind.key) end
  1606→        end
  1607→        if down then
  1608→          any_formation = true
  1609→          orb_formation = def.formation
  1610→          orb_formation_owner = self
  1611→          if def.speed_mult then self.speed = self.base_speed*def.speed_mult end
  1612→          if def.turn_rate then self.turn_rate = def.turn_rate end
  1613→          if def.snake_turn_rate then
  1614→            self.snake_active = true
  1615→            self.snake_turn_rate = def.snake_turn_rate
  1616→          end
  1617→          if def.carrier == 'beam' then
  1618→            beam_active = true
  1619→            beam_tick_timer = beam_tick_timer + dt
  1620→            -- Animate length toward target
  1621→            beam_current_length = math.lerp_dt(0.99, 0.08, dt, beam_current_length, def.beam_length)
  1622→
  1623→            -- Source offset (like projectiles)
  1624→            local src_x = self.x + 8*math.cos(self.r)
  1625→            local src_y = self.y + 8*math.sin(self.r)
  1626→            local bx = src_x + beam_current_length*math.cos(self.r)
  1627→            local by = src_y + beam_current_length*math.sin(self.r)
  1628→
... [35 more lines]

  1663→                if not e.dead then
  1664→                  e:take_damage(1, 0.5)
  1665→                  an:add(hit_effect(e.x, e.y))
  1666→                  an:add(hit_particle(e.x, e.y, {velocity = an.random:float(30, 80), duration = an.random:float(0.1, 0.2), w = 4, color = def.color}))
  1667→                end
  1668→              end
  1669→              -- Source effects on tick
  1670→              self.spring:pull('shoot', 0.15)
  1671→              self.flashing = true
  1672→              self.timer:after(0.12, 'flash', function() self.flashing = false end)
  1673→              for i = 1, 2 do
  1674→                an:add(hit_particle(src_x, src_y, {
  1675→                  angle = self.r + an.random:float(-math.pi/4, math.pi/4),
  1676→                  velocity = an.random:float(40, 120),
  1677→                  duration = an.random:float(0.2, 0.4),
  1678→                  w = an.random:choice({4, 6}),
  1679→                }):change_color(0.5, def.color:clone()))
  1680→              end
  1681→            end
  1682→          end
  1683→          if def.formation == 'deploy' then
  1684→            if not deploy_active then
  1685→              deploy_target_x, deploy_target_y = self.x, self.y
  1686→              deploy_active = true
  1687→              deploy_elapsed = 0

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2921:add_orbs(4)
2922:p1:add_ability('beam', {mouse = 3})

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1035→            local mid = (dash_start + dash_end)/2
  1036→            local c = mid < flash_dist and white or beam_color
  1037→            local sx = src_x + dash_start*ux
  1038→            local sy = src_y + dash_start*uy
  1039→            local ex = src_x + dash_end*ux
  1040→            local ey = src_y + dash_end*uy
  1041→            effects:line(sx, sy, ex, ey, def.beam_width, c)
  1042→            effects:circle(sx, sy, cap_r, c)
  1043→            effects:circle(ex, ey, cap_r, c)
  1044→          end
  1045→          d = d + stride
  1046→        end
  1047→
  1048→        -- Tick damage + source effects
  1049→        if self.beam_tick_timer >= def.tick_rate then

  1065→              velocity = an.random:float(40, 120),
  1066→              duration = an.random:float(0.2, 0.4),
  1067→              w = an.random:choice({4, 6}),
  1068→            }):change_color(0.5, def.color:clone()))
  1069→          end
  1070→        end
  1071→      else
  1072→        self.beam_active = false
  1073→        self.beam_current_length = 0
  1074→      end
  1075→    end
  1076→  end
  1077→
  1078→  local s = self.spring.main.x
  1079→  local c = self.flashing and fg_color() or fg_color()

The file E:\a327ex\Orblike\main.lua has been updated successfully.

No files found

E:\a327ex\Orblike\assets\RPG3_ElectricMagic_Cast02.wav
E:\a327ex\Orblike\assets\RPG3_WindMagic_Cast04.wav
E:\a327ex\Orblike\assets\RPG3_IceMagic_Cast02.wav
E:\a327ex\Orblike\assets\RPG3_IceMagic_Cast02.ogg
E:\a327ex\Orblike\assets\RPG3_IceMagic_Cast02_lightmed.ogg
E:\a327ex\Orblike\assets\RPG3_WindMagic_Cast04.ogg
E:\a327ex\Orblike\assets\RPG3_WindMagic_Cast04_lightmed.ogg

E:\a327ex\Orblike\assets\RPG3_ElectricMagic_Drone02Epic_Loop.wav

E:\a327ex\Orblike\assets\RPG3_ElectricMagic_Drone02Epic_Loop.wav

size=      95KiB time=00:00:01.62 bitrate= 477.8kbits/s speed=35.9x elapsed=0:00:00.04

size=     162KiB time=00:00:02.69 bitrate= 492.4kbits/s speed=  44x elapsed=0:00:00.06

size=     168KiB time=00:00:02.69 bitrate= 511.0kbits/s speed=46.6x elapsed=0:00:00.05

[Parsed_volumedetect_0 @ 000002a94cbc6800] mean_volume: -20.4 dB

  1170→  {name = 'fx_energy_114', file = 'assets/fx_energy_114.png', size = 96, label = 'Energy 114 Slash Radial MIX'},
  1171→  {name = 'fx_energy_115', file = 'assets/fx_energy_115.png', size = 96, label = 'Energy 115 Slash Charge Radial Loop MIX'},
  1172→  {name = 'fx_energy_118', file = 'assets/fx_energy_118.png', size = 96, label = 'Energy 118 Hit Radial'},
  1173→  {name = 'fx_energy_119', file = 'assets/fx_energy_119.png', size = 96, label = 'Energy 119 Dissapear'},
  1174→  {name = 'fx_energy_122', file = 'assets/fx_energy_122.png', size = 96, label = 'Energy 122 Hit Star Radial'},
  1175→  {name = 'fx_energy_125d', file = 'assets/fx_energy_125d.png', size = 96, label = 'Energy 125 Glare Down'},
  1176→  -- Fire
  1177→  {name = 'fx_fire_003', file = 'assets/fx_fire_003.png', size = 96, label = 'Fire 003 Radial'},
  1178→  {name = 'fx_fire_005', file = 'assets/fx_fire_005.png', size = 96, label = 'Fire 005 Hit Up'},
  1179→  {name = 'fx_fire_006', file = 'assets/fx_fire_006.png', size = 96, label = 'Fire 006 Hit Right'},
  1180→  {name = 'fx_fire_007', file = 'assets/fx_fire_007.png', size = 96, label = 'Fire 007 Torch Fireball Up'},
  1181→  {name = 'fx_fire_011', file = 'assets/fx_fire_011.png', size = 96, label = 'Fire 011 Slash Right'},
  1182→  {name = 'fx_fire_012', file = 'assets/fx_fire_012.png', size = 96, label = 'Fire 012 Slash Right'},
  1183→  {name = 'fx_fire_014', file = 'assets/fx_fire_014.png', size = 96, label = 'Fire 014 Hit Explosion Right'},
  1184→  {name = 'fx_fire_015', file = 'assets/fx_fire_015.png', size = 96, label = 'Fire 015 Hit Radial'},

1326:an:sound('arc_hit_3', 'assets/RPG3_ElectricMagic_SparkImpact03.ogg')

The file E:\a327ex\Orblike\main.lua has been updated successfully.

     5→volumes = {
     6→  enemy_die = 0.8,
     7→  enemy_hit = 0.8,
     8→  fireball_fire = 0.45,
     9→  fireball_hit = 0.45,
    10→  enemy_spawn = 0.59,
    11→  player_hit = 0.39,
    12→  caustic_arrow_fire = 0.5,
    13→  caustic_arrow_zone = 0.7,
    14→  dot_tick = 0.49,
    15→  shockwave = 0.5,
    16→  fissure_cast_1 = 0.5,
    17→  fissure_cast_2 = 0.55,
    18→  frost_nova_cast = 0.8,
    19→  windfield_cast = 0.6,
    20→  arc_cast = 0.55,
    21→  arc_hit = 0.4,
    22→}
    23→
    24→-- Bytepath palette (dark variant)
    25→bg_color = color(17, 17, 17)
    26→fg_color = color(222, 222, 222)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

1328:an:sound('arc_hit_3', 'assets/RPG3_ElectricMagic_SparkImpact03.ogg')
1500:  {'arc_hit_3', 'assets/RPG3_ElectricMagic_SparkImpact03'},

  1498→  {'arc_cast', 'assets/RPG3_ElectricMagic_LightningZap03'},
  1499→  {'arc_hit_1', 'assets/RPG3_ElectricMagic_SparkImpact01'},
  1500→  {'arc_hit_3', 'assets/RPG3_ElectricMagic_SparkImpact03'},
  1501→}
  1502→for _, s in ipairs(sound_files) do
  1503→  for _, mode in ipairs({'_lightmed'}) do
  1504→    an:sound(s[1] .. mode, s[2] .. mode .. '.ogg')
  1505→  end

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

50:an:music(name, path) -> music_handle

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The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

179-
180----
181-
182-### Audio Playback
183-
184:#### an:sound_play(name, volume?, pitch?)
185-
186-Plays a sound effect.
187-
188-```lua
189:an:sound_play('jump')
190:an:sound_play('hit', 0.5)        -- half volume
191:an:sound_play('hit', 1, 1.5)     -- normal volume, higher pitch
192-```
193-
194-**Parameters:**
195-- `name` - registered sound name
196-- `volume` - 0.0 to 1.0 (default 1.0)

  Duration: 00:00:02.70, start: 0.000000, bitrate: 492 kb/s

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

56:an:music_play(name, loop?, channel?)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

1308:            ma_sound_stop(&playing_sounds[i].sound);
1322:static int sound_play(Sound* sound, float volume, float pitch) {
1480:        ma_sound_stop(&ch->music->sound);
1495:                ma_sound_stop(&music_channels[i].music->sound);
1512:                ma_sound_stop(&ch->music->sound);
4962:static int l_sound_play(lua_State* L) {
4966:    sound_play(sound, volume, pitch);
4970:static int l_sound_play_handle(lua_State* L) {
4974:    int slot = sound_play(sound, volume, pitch);
8428:    lua_register(L, "sound_play", l_sound_play);
8429:    lua_register(L, "sound_play_handle", l_sound_play_handle);

[Showing results with pagination = limit: 20, offset: 0]

  1300→        }
  1301→    }
  1302→}
  1303→
  1304→// Clean up all playing sounds (call on shutdown)
  1305→static void sound_cleanup_all(void) {
  1306→    for (int i = 0; i < MAX_PLAYING_SOUNDS; i++) {
  1307→        if (playing_sounds[i].in_use) {
  1308→            ma_sound_stop(&playing_sounds[i].sound);
  1309→            ma_sound_uninit(&playing_sounds[i].sound);
  1310→            ma_decoder_uninit(&playing_sounds[i].decoder);
  1311→            playing_sounds[i].in_use = false;
  1312→        }
  1313→    }
  1314→}
  1315→
  1316→// Convert linear volume (0-1) to perceptual volume using power curve
  1317→static float linear_to_perceptual(float linear) {
  1318→    return linear * linear;
  1319→}
  1320→
  1321→// Play a sound with volume and pitch, returns slot index or -1
  1322→static int sound_play(Sound* sound, float volume, float pitch) {
  1323→    if (!audio_initialized || !sound || headless_mode) return -1;
  1324→
  1325→    // Find a free slot
  1326→    int slot = -1;
  1327→    for (int i = 0; i < MAX_PLAYING_SOUNDS; i++) {
  1328→        if (!playing_sounds[i].in_use) {
  1329→            slot = i;
... [30 more lines]

  1358→    // Initialize sound from decoder
  1359→    result = ma_sound_init_from_data_source(&audio_engine, &playing_sounds[slot].decoder, 0, NULL, &playing_sounds[slot].sound);
  1360→    if (result != MA_SUCCESS) {
  1361→        fprintf(stderr, "Failed to play sound: %s (error %d)\n", sound->path, result);
  1362→        ma_decoder_uninit(&playing_sounds[slot].decoder);
  1363→        return -1;
  1364→    }
  1365→
  1366→    // Store user values for later modification
  1367→    playing_sounds[slot].user_pitch = pitch;
  1368→    playing_sounds[slot].user_volume = volume;
  1369→
  1370→    // Apply volume: per-play volume * master volume (perceptual scaling)
  1371→    ma_sound_set_volume(&playing_sounds[slot].sound, linear_to_perceptual(volume * sound_master_volume));
  1372→
  1373→    // Apply pitch: per-play pitch * master pitch
  1374→    ma_sound_set_pitch(&playing_sounds[slot].sound, pitch * audio_master_pitch);
  1375→
  1376→    playing_sounds[slot].generation++;
  1377→    playing_sounds[slot].in_use = true;
  1378→    ma_sound_start(&playing_sounds[slot].sound);
  1379→    return slot;
  1380→}
  1381→
  1382→// Set pitch of a playing sound by handle
  1383→static void sound_handle_set_pitch(int handle, float pitch) {
  1384→    int slot;
  1385→    if (!sound_handle_decode(handle, &slot)) return;
  1386→    playing_sounds[slot].user_pitch = pitch;
  1387→    ma_sound_set_pitch(&playing_sounds[slot].sound, pitch * audio_master_pitch);

  4962→static int l_sound_play(lua_State* L) {
  4963→    Sound* sound = (Sound*)lua_touserdata(L, 1);
  4964→    float volume = (float)luaL_optnumber(L, 2, 1.0);
  4965→    float pitch = (float)luaL_optnumber(L, 3, 1.0);
  4966→    sound_play(sound, volume, pitch);
  4967→    return 0;
  4968→}
  4969→
  4970→static int l_sound_play_handle(lua_State* L) {
  4971→    Sound* sound = (Sound*)lua_touserdata(L, 1);
  4972→    float volume = (float)luaL_optnumber(L, 2, 1.0);
  4973→    float pitch = (float)luaL_optnumber(L, 3, 1.0);
  4974→    int slot = sound_play(sound, volume, pitch);
  4975→    if (slot == -1) {
  4976→        lua_pushinteger(L, -1);
  4977→    } else {
  4978→        lua_pushinteger(L, sound_handle_encode(slot, playing_sounds[slot].generation));
  4979→    }
  4980→    return 1;
  4981→}

1269:} PlayingSound;
1271:static PlayingSound playing_sounds[MAX_PLAYING_SOUNDS];
1279:static bool sound_handle_decode(int handle, int* out_slot) {
1385:    if (!sound_handle_decode(handle, &slot)) return;
1393:    if (!sound_handle_decode(handle, &slot)) return;

[Showing results with pagination = limit: 10, offset: 0]

  1260→#define MAX_PLAYING_SOUNDS 512
  1261→
  1262→typedef struct {
  1263→    ma_sound sound;
  1264→    ma_decoder decoder;  // Decoder for memory-based sounds
  1265→    bool in_use;
  1266→    uint32_t generation; // Incremented each allocation, for stale handle detection
  1267→    float user_pitch;    // Per-instance pitch (before master pitch multiplier)
  1268→    float user_volume;   // Per-instance volume (before master volume multiplier)
  1269→} PlayingSound;
  1270→
  1271→static PlayingSound playing_sounds[MAX_PLAYING_SOUNDS];
  1272→static bool playing_sounds_initialized = false;
  1273→
  1274→// Handle encoding: pack slot index (9 bits, 0-511) + generation (23 bits) into int
  1275→static int sound_handle_encode(int slot, uint32_t generation) {
  1276→    return (int)(((generation & 0x7FFFFF) << 9) | (slot & 0x1FF));
  1277→}
  1278→
  1279→static bool sound_handle_decode(int handle, int* out_slot) {
  1280→    int slot = handle & 0x1FF;
  1281→    uint32_t expected_gen = (uint32_t)((handle >> 9) & 0x7FFFFF);
  1282→    if (slot < 0 || slot >= MAX_PLAYING_SOUNDS) return false;
  1283→    if (!playing_sounds[slot].in_use) return false;
  1284→    if ((playing_sounds[slot].generation & 0x7FFFFF) != expected_gen) return false;
  1285→    *out_slot = slot;
  1286→    return true;
  1287→}
  1288→
  1289→// Clean up finished sounds (call from main thread each frame)
... [10 more lines]

  1380→}
  1381→
  1382→// Set pitch of a playing sound by handle
  1383→static void sound_handle_set_pitch(int handle, float pitch) {
  1384→    int slot;
  1385→    if (!sound_handle_decode(handle, &slot)) return;
  1386→    playing_sounds[slot].user_pitch = pitch;
  1387→    ma_sound_set_pitch(&playing_sounds[slot].sound, pitch * audio_master_pitch);
  1388→}
  1389→
  1390→// Set volume of a playing sound by handle
  1391→static void sound_handle_set_volume(int handle, float volume) {
  1392→    int slot;
  1393→    if (!sound_handle_decode(handle, &slot)) return;
  1394→    playing_sounds[slot].user_volume = volume;
  1395→    ma_sound_set_volume(&playing_sounds[slot].sound, linear_to_perceptual(volume * sound_master_volume));
  1396→}
  1397→
  1398→// Music - streaming tracks with two channels for crossfade support (supports zip archive)
  1399→typedef struct {

The file E:\a327ex\Anchor\engine\src\anchor.c has been updated successfully.

  4980→    Sound* sound = (Sound*)lua_touserdata(L, 1);
  4981→    float volume = (float)luaL_optnumber(L, 2, 1.0);
  4982→    float pitch = (float)luaL_optnumber(L, 3, 1.0);
  4983→    sound_play(sound, volume, pitch);
  4984→    return 0;
  4985→}
  4986→
  4987→static int l_sound_play_handle(lua_State* L) {
  4988→    Sound* sound = (Sound*)lua_touserdata(L, 1);
  4989→    float volume = (float)luaL_optnumber(L, 2, 1.0);
  4990→    float pitch = (float)luaL_optnumber(L, 3, 1.0);
  4991→    int slot = sound_play(sound, volume, pitch);
  4992→    if (slot == -1) {
  4993→        lua_pushinteger(L, -1);
  4994→    } else {
  4995→        lua_pushinteger(L, sound_handle_encode(slot, playing_sounds[slot].generation));
  4996→    }
  4997→    return 1;
  4998→}
  4999→

  4999→
  5000→static int l_sound_handle_set_pitch(lua_State* L) {
  5001→    int handle = (int)luaL_checkinteger(L, 1);
  5002→    float pitch = (float)luaL_checknumber(L, 2);
  5003→    sound_handle_set_pitch(handle, pitch);
  5004→    return 0;
  5005→}
  5006→
  5007→static int l_sound_handle_set_volume(lua_State* L) {
  5008→    int handle = (int)luaL_checkinteger(L, 1);
  5009→    float volume = (float)luaL_checknumber(L, 2);
  5010→    sound_handle_set_volume(handle, volume);
  5011→    return 0;
  5012→}
  5013→

The file E:\a327ex\Anchor\engine\src\anchor.c has been updated successfully.

  8444→    lua_register(L, "spritesheet_get_frame_height", l_spritesheet_get_frame_height);
  8445→    lua_register(L, "spritesheet_get_total_frames", l_spritesheet_get_total_frames);
  8446→    lua_register(L, "layer_draw_spritesheet_frame", l_layer_draw_spritesheet_frame);
  8447→    // --- Font ---
  8448→    lua_register(L, "font_load", l_font_load);
  8449→    lua_register(L, "font_unload", l_font_unload);
  8450→    lua_register(L, "font_get_height", l_font_get_height);
  8451→    lua_register(L, "font_get_text_width", l_font_get_text_width);
  8452→    lua_register(L, "font_get_char_width", l_font_get_char_width);
  8453→    lua_register(L, "font_get_glyph_metrics", l_font_get_glyph_metrics);

1391:static void sound_handle_set_volume(int handle, float volume) {
5007:static int l_sound_handle_set_volume(lua_State* L) {
5010:    sound_handle_set_volume(handle, volume);
8461:    lua_register(L, "sound_handle_set_volume", l_sound_handle_set_volume);

The file E:\a327ex\Anchor\engine\src\anchor.c has been updated successfully.

271-    Plays a sound effect by name and returns a handle for controlling it.
272-
273-    Usage:
274:      local handle = an:sound_play_handle('wind_small_impact_1', 0.65, 0.8)
275-
276-    Parameters:
277-      name   - sound name (registered via an:sound)
278-      volume - (optional) volume 0-1, default 1
279-      pitch  - (optional) pitch multiplier, default 1
280-
281:    Returns: a sound handle that can be passed to sound_handle_set_pitch/sound_handle_set_volume
282-  ]]
283:  function an:sound_play_handle(name, volume, pitch)
284-    volume = volume or 1
285-    pitch = pitch or 1
286:    return sound_play_handle(self.sounds[name], volume, pitch)
287-  end
288-
289-  --[[
290-    Sets the pitch of a playing sound by handle.
291-
292-    Usage:
293:      an:sound_handle_set_pitch(handle, 1.2)
294-  ]]
295:  function an:sound_handle_set_pitch(handle, pitch)
296:    sound_handle_set_pitch(handle, pitch)
297-  end
298-
299-  --[[

   298→
   299→  --[[
   300→    Sets the volume of a playing sound by handle.
   301→
   302→    Usage:
   303→      an:sound_handle_set_volume(handle, 0.5)
   304→  ]]
   305→  function an:sound_handle_set_volume(handle, volume)
   306→    sound_handle_set_volume(handle, volume)
   307→  end
   308→
   309→  --[[
   310→    Sets the master volume for all sound effects.
   311→
   312→    Usage:

The file E:\a327ex\Orblike\anchor\init.lua has been updated successfully.

src/anchor.c(9635): warning C4996: 'strncpy': This function or variable may be unsafe. Consider using strncpy_s instead. To disable deprecation, use _CRT_SECURE_NO_WARNINGS. See online help for details.
gl.c
Generating Code...
LINK : warning LNK4098: defaultlib 'MSVCRT' conflicts with use of other libs; use /NODEFAULTLIB:library
Build successful: build/anchor.exe

(Bash completed with no output)

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<tool_use_error>InputValidationError: Glob failed due to the following issue:
An unexpected parameter `-i` was provided</tool_use_error>

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RPG3_PlasmaMagicEpic3_P5_BeamLayer_Loop.wav
RPG3_PlasmaMagicEpic3_P5_BeamProjectilesSingle01.ogg
RPG3_PlasmaMagicEpic3_P5_BeamProjectilesSingle01_lightmed.ogg

size=     201KiB time=00:00:03.32 bitrate= 495.5kbits/s speed=50.4x elapsed=0:00:00.06

size=     208KiB time=00:00:03.32 bitrate= 512.0kbits/s speed=48.7x elapsed=0:00:00.06    
[Parsed_volumedetect_0 @ 00000287b6236800] mean_volume: -19.9 dB

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1000→            })
  1001→            hp.follow = self
  1002→            an:add(hp)
  1003→          end
  1004→          sfx('beam_cast', volumes.beam_cast)
  1005→          self.timer:after(self.activation_delay, function()
  1006→            self.beam_starting = false
  1007→            self.beam_active = true
  1008→            self.beam_drone_handle = an:sound_play_handle('beam_drone' .. sound_mode, volumes.beam_drone)
  1009→            an:sound_handle_set_looping(self.beam_drone_handle, true)
  1010→          end)
  1011→        end
  1012→        if def.speed_mult then p1.speed = math.min(p1.speed, p1.base_speed*def.speed_mult) end
  1013→        if def.turn_rate then p1.turn_rate = def.turn_rate end
  1014→
  1015→        if self.beam_active then
  1016→        self.beam_tick_timer = self.beam_tick_timer + dt
  1017→        self.beam_current_length = math.lerp_dt(0.99, 0.08, dt, self.beam_current_length, def.beam_length)
  1018→
  1019→        local src_x = p1.x + 8*math.cos(p1.r)
  1020→        local src_y = p1.y + 8*math.sin(p1.r)
  1021→        local ux = math.cos(p1.r)
  1022→        local uy = math.sin(p1.r)
  1023→        local bx = src_x + self.beam_current_length*ux
  1024→        local by = src_y + self.beam_current_length*uy
  1025→
  1026→        -- Draw beam as animated dashes
  1027→        local dash_length = 5
  1028→        local gap_length = 6
  1029→        local stride = dash_length + gap_length
... [55 more lines]

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The file E:\a327ex\Orblike\main.lua has been updated successfully.

   148→    color = fg_color,
   149→  },
   150→  snake = {
   151→    activation = 'hold',
   152→    tags = {'channeling', 'formation', 'orb'},
   153→    formation = 'snake',
   154→    speed_mult = 1.0,
   155→    snake_turn_rate = 4,
   156→    color = fg_color,
   157→  },
   158→  beam = {
   159→    activation = 'hold',

   158→  beam = {
   159→    activation = 'hold',
   160→    tags = {'channeling', 'beam'},
   161→    carrier = 'beam',
   162→    color = orange,
   163→    beam_length = 150,
   164→    beam_width = 2,
   165→    tick_rate = 0.15,
   166→    turn_rate = 2,
   167→    speed_mult = 0.4,
   168→  },
   169→  deploy = {

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1015→        if self.beam_active then
  1016→        self.beam_tick_timer = self.beam_tick_timer + dt
  1017→        local target_length = def.beam_length
  1018→        if mods.slightly_increased_beam_length then target_length = target_length*1.25 end
  1019→        if mods.increased_beam_length then target_length = target_length*1.5 end
  1020→        if mods.greatly_increased_beam_length then target_length = target_length*2.0 end
  1021→        if mods.slightly_decreased_beam_length then target_length = target_length*0.85 end
  1022→        if mods.decreased_beam_length then target_length = target_length*0.7 end
  1023→        if mods.greatly_decreased_beam_length then target_length = target_length*0.5 end
  1024→        self.beam_current_length = math.lerp_dt(0.99, 0.08, dt, self.beam_current_length, target_length)
  1025→
  1026→        local src_x = p1.x + 8*math.cos(p1.r)
  1027→        local src_y = p1.y + 8*math.sin(p1.r)
  1028→
  1029→        -- Build ideal beam path via ray simulation

  1029→        -- Build ideal beam path via ray simulation
  1030→        local mods = p1:get_mods()
  1031→        for _, slot in ipairs(self.slots) do
  1032→          if slot.type == 'modifier' then mods[slot.name] = slot.value end
  1033→        end
  1034→        local step_size = 3
  1035→        local beam_r = p1.r
  1036→        local beam_turn_rate = 0.03

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1015→        if self.beam_active then
  1016→        local mods = p1:get_mods()
  1017→        for _, slot in ipairs(self.slots) do
  1018→          if slot.type == 'modifier' then mods[slot.name] = slot.value end
  1019→        end
  1020→        self.beam_tick_timer = self.beam_tick_timer + dt
  1021→        local target_length = def.beam_length
  1022→        if mods.slightly_increased_beam_length then target_length = target_length*1.25 end
  1023→        if mods.increased_beam_length then target_length = target_length*1.5 end
  1024→        if mods.greatly_increased_beam_length then target_length = target_length*2.0 end
  1025→        if mods.slightly_decreased_beam_length then target_length = target_length*0.85 end
  1026→        if mods.decreased_beam_length then target_length = target_length*0.7 end
  1027→        if mods.greatly_decreased_beam_length then target_length = target_length*0.5 end
  1028→        self.beam_current_length = math.lerp_dt(0.99, 0.08, dt, self.beam_current_length, target_length)
  1029→
  1030→        local src_x = p1.x + 8*math.cos(p1.r)
  1031→        local src_y = p1.y + 8*math.sin(p1.r)
  1032→
  1033→        -- Build ideal beam path via ray simulation
  1034→        local step_size = 3
  1035→        local beam_r = p1.r
  1036→        local beam_turn_rate = 0.03
  1037→        local homing = mods.homing
  1038→        local ideal_path = {{x = src_x, y = src_y}}
  1039→        local traveled = 0
  1040→        local bx, by = src_x, src_y
  1041→
  1042→        while traveled < self.beam_current_length do
  1043→          if homing then
  1044→            local closest, closest_d = nil, math.huge
... [70 more lines]

  1114→
  1115→        -- Draw beam as animated dashes along path
  1116→        local dash_length = 5
  1117→        local gap_length = 6
  1118→        local stride = dash_length + gap_length
  1119→        local cap_r = def.beam_width/2
  1120→        local beam_color = def.color()
  1121→        local white = fg_color()
  1122→        local flash_dist = 80*def.tick_rate
  1123→        local scroll = math.loop(an.time*80, stride)
  1124→        local d = scroll - stride
  1125→        while d < total_path_len do
  1126→          local dash_start = math.max(d, 0)
  1127→          local dash_end = math.min(d + dash_length, total_path_len)
  1128→          if dash_end - dash_start > 0.5 then
  1129→            local mid = (dash_start + dash_end)/2
  1130→            local c = mid < flash_dist and white or beam_color
  1131→            local sx, sy = path_point(dash_start)
  1132→            local ex, ey = path_point(dash_end)
  1133→            effects:line(sx, sy, ex, ey, def.beam_width, c)
  1134→            effects:circle(sx, sy, cap_r, c)
  1135→            effects:circle(ex, ey, cap_r, c)
  1136→          end
  1137→          d = d + stride
  1138→        end
  1139→
  1140→        -- Tick damage along path + source effects
  1141→        if self.beam_tick_timer >= def.tick_rate then
  1142→          self.beam_tick_timer = self.beam_tick_timer - def.tick_rate
  1143→          for _, e in ipairs(cached_enemies) do
... [20 more lines]

  1163→            end
  1164→          end
  1165→          p1.spring:pull('shoot', 0.15)
  1166→          p1.flashing = true
  1167→          p1.timer:after(0.12, 'flash', function() p1.flashing = false end)
  1168→          for i = 1, 2 do
  1169→            an:add(hit_particle(src_x, src_y, {
  1170→              angle = p1.r + an.random:float(-math.pi/4, math.pi/4),
  1171→              velocity = an.random:float(40, 120),
  1172→              duration = an.random:float(0.2, 0.4),
  1173→              w = an.random:choice({4, 6}),
  1174→            }):change_color(0.5, def.color:clone()))
  1175→          end
  1176→        end
  1177→        end

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1340→  {name = 'fx_fire_055', file = 'assets/fx_fire_055.png', size = 96, label = 'Fire 055 Hit Shot Up'},
  1341→  {name = 'fx_fire_059', file = 'assets/fx_fire_059.png', size = 96, label = 'Fire 059 Flamethrower Right MIX'},
  1342→  {name = 'fx_fire_062', file = 'assets/fx_fire_062.png', size = 96, label = 'Fire 062 Slash Down MIX'},
  1343→  {name = 'fx_fire_064', file = 'assets/fx_fire_064.png', size = 96, label = 'Fire 064 Hit Up'},
  1344→  {name = 'fx_fire_065', file = 'assets/fx_fire_065.png', size = 96, label = 'Fire 065 Flamethrower Right MIX'},
  1345→  {name = 'fx_fire_068', file = 'assets/fx_fire_068.png', size = 96, label = 'Fire 068 Right MIX'},
  1346→  {name = 'fx_fire_070', file = 'assets/fx_fire_070.png', size = 96, label = 'Fire 070 Flamethrower Right MIX'},
  1347→  {name = 'fx_fire_073', file = 'assets/fx_fire_073.png', size = 96, label = 'Fire 073 Explosion Right MIX'},
  1348→  {name = 'fx_fire_074', file = 'assets/fx_fire_074.png', size = 96, label = 'Fire 074 Ray Up MIX'},
  1349→  {name = 'fx_fire_075', file = 'assets/fx_fire_075.png', size = 96, label = 'Fire 075 Hit Right MIX'},
  1350→  {name = 'fx_fire_076', file = 'assets/fx_fire_076.png', size = 96, label = 'Fire 076 Shot MIX'},
  1351→  {name = 'fx_fire_089', file = 'assets/fx_fire_089.png', size = 96, label = 'Fire 089 Hit Radial MIX'},
  1352→  {name = 'fx_fire_092', file = 'assets/fx_fire_092.png', size = 96, label = 'Fire 092 Charge Radial Loop MIX'},
  1353→  {name = 'fx_fire_093', file = 'assets/fx_fire_093.png', size = 96, label = 'Fire 093 Charge Radial MIX'},
  1354→  {name = 'fx_fire_102', file = 'assets/fx_fire_102.png', size = 96, label = 'Fire 102 Right'},
  1355→  {name = 'fx_fire_105', file = 'assets/fx_fire_105.png', size = 96, label = 'Fire 105 Up'},
  1356→  {name = 'fx_fire_116', file = 'assets/fx_fire_116.png', size = 96, label = 'Fire 116 Wings Up'},
  1357→  {name = 'fx_fire_119', file = 'assets/fx_fire_119.png', size = 96, label = 'Fire 119 Wings Radial MIX'},
  1358→  -- Liquid
  1359→  {name = 'fx_liquid_003', file = 'assets/fx_liquid_003.png', size = 96, label = 'Liquid 003 Slash Right'},
  1360→  {name = 'fx_liquid_012', file = 'assets/fx_liquid_012.png', size = 96, label = 'Liquid 012 Shot Splash Up'},
  1361→  {name = 'fx_liquid_015', file = 'assets/fx_liquid_015.png', size = 96, label = 'Liquid 015 Slash Right'},
  1362→  {name = 'fx_liquid_022', file = 'assets/fx_liquid_022.png', size = 96, label = 'Liquid 022 Shot Bubbles Up'},
  1363→  {name = 'fx_liquid_026', file = 'assets/fx_liquid_026.png', size = 96, label = 'Liquid 026 Slash Up'},
  1364→  {name = 'fx_liquid_029', file = 'assets/fx_liquid_029.png', size = 96, label = 'Liquid 029 Splash Hit Explosion Radial'},

1483:function sfx(name, vol, pitch)

  1483→function sfx(name, vol, pitch)
  1484→  profiler:on_sound()
  1485→  pitch = pitch or an.random:float(0.95, 1.05)
  1486→  if not sfx_queue[name] then
  1487→    sfx_queue[name] = {count = 0}
  1488→  end
  1489→  local q = sfx_queue[name]
  1490→  q.count = q.count + 1
  1491→  if q.count <= 4 then
  1492→    an:sound_play(name .. sound_mode, vol, pitch)
  1493→    if recording then
  1494→      recording_sound_log[#recording_sound_log + 1] = {
  1495→        sound = name .. sound_mode,
  1496→        step = an.step,
  1497→        volume = vol or 1,
  1498→        pitch = pitch,
  1499→      }
  1500→    end
  1501→  end
  1502→end
  1503→
  1504→function sfx_flush()
  1505→  sfx_queue = {}
  1506→end
  1507→

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1015→        if self.beam_active then
  1016→        local mods = p1:get_mods()
  1017→        for _, slot in ipairs(self.slots) do
  1018→          if slot.type == 'modifier' then mods[slot.name] = slot.value end
  1019→        end
  1020→        self.beam_tick_timer = self.beam_tick_timer + dt
  1021→        local target_length = def.beam_length
  1022→        if mods.slightly_increased_beam_length then target_length = target_length*1.25 end
  1023→        if mods.increased_beam_length then target_length = target_length*1.5 end
  1024→        if mods.greatly_increased_beam_length then target_length = target_length*2.0 end
  1025→        if mods.slightly_decreased_beam_length then target_length = target_length*0.85 end
  1026→        if mods.decreased_beam_length then target_length = target_length*0.7 end
  1027→        if mods.greatly_decreased_beam_length then target_length = target_length*0.5 end
  1028→        self.beam_current_length = math.lerp_dt(0.99, 0.08, dt, self.beam_current_length, target_length)
  1029→
  1030→        -- Build beam sources from formation angles + parallel
  1031→        local angles = build_formation_angles(p1.r, mods)
  1032→        local parallel = mods.parallel_multiple_projectiles or 1
  1033→        local beam_sources = {}
  1034→        for _, angle in ipairs(angles) do
  1035→          if parallel > 1 then
  1036→            local total_offset = 10*(parallel - 1)
  1037→            for i = 1, parallel do
  1038→              local t = (i - 1)/(parallel - 1)
  1039→              local offset = total_offset*(t - 0.5)
  1040→              local perp = angle + math.pi/2
  1041→              table.insert(beam_sources, {
  1042→                x = p1.x + 8*math.cos(angle) + offset*math.cos(perp),
  1043→                y = p1.y + 8*math.sin(angle) + offset*math.sin(perp),
  1044→                r = angle,

  1044→                r = angle,
  1045→              })
  1046→            end
  1047→          else
  1048→            table.insert(beam_sources, {
  1049→              x = p1.x + 8*math.cos(angle),
  1050→              y = p1.y + 8*math.sin(angle),
  1051→              r = angle,
  1052→            })
  1053→          end
  1054→        end
  1055→
  1056→        if not self.beam_paths then self.beam_paths = {} end
  1057→        local step_size = 3
  1058→        local beam_turn_rate = 0.03
  1059→        local homing = mods.homing
  1060→        local dash_length = 5
  1061→        local gap_length = 6
  1062→        local stride = dash_length + gap_length
  1063→        local cap_r = def.beam_width/2
  1064→        local beam_color = def.color()
  1065→        local white = fg_color()
  1066→        local flash_dist = 80*def.tick_rate
  1067→        local scroll = math.loop(an.time*80, stride)
  1068→        local do_tick = false
  1069→        if self.beam_tick_timer >= def.tick_rate then
  1070→          self.beam_tick_timer = self.beam_tick_timer - def.tick_rate
  1071→          do_tick = true
  1072→        end
  1073→

  1145→
  1146→          -- Draw dashes along path
  1147→          local d = scroll - stride
  1148→          while d < total_path_len do
  1149→            local dash_start = math.max(d, 0)
  1150→            local dash_end = math.min(d + dash_length, total_path_len)
  1151→            if dash_end - dash_start > 0.5 then
  1152→              local mid = (dash_start + dash_end)/2
  1153→              local c = mid < flash_dist and white or beam_color
  1154→              local sx, sy = path_point(dash_start)
  1155→              local ex, ey = path_point(dash_end)
  1156→              effects:line(sx, sy, ex, ey, def.beam_width, c)
  1157→              effects:circle(sx, sy, cap_r, c)
  1158→              effects:circle(ex, ey, cap_r, c)
  1159→            end
  1160→            d = d + stride
  1161→          end
  1162→
  1163→          -- Tick damage along this beam
  1164→          if do_tick then
  1165→            for _, e in ipairs(cached_enemies) do
  1166→              if not e.dead then
  1167→                for i = 1, #beam_path - 1 do
  1168→                  local ax, ay = beam_path[i].x, beam_path[i].y
  1169→                  local abx, aby = beam_path[i + 1].x - ax, beam_path[i + 1].y - ay
  1170→                  local seg_len_sq = abx*abx + aby*aby
  1171→                  if seg_len_sq > 0 then
  1172→                    local t = math.clamp(((e.x - ax)*abx + (e.y - ay)*aby)/seg_len_sq, 0, 1)
  1173→                    local closest_x = ax + t*abx
  1174→                    local closest_y = ay + t*aby
... [10 more lines]

  1184→              end
  1185→            end
  1186→          end
  1187→        end
  1188→
  1189→        -- Source effects on tick (once, not per beam)
  1190→        if do_tick then
  1191→          local src_x = beam_sources[1].x
  1192→          local src_y = beam_sources[1].y
  1193→          p1.spring:pull('shoot', 0.15)
  1194→          p1.flashing = true
  1195→          p1.timer:after(0.12, 'flash', function() p1.flashing = false end)
  1196→          for i = 1, 2 do
  1197→            an:add(hit_particle(src_x, src_y, {
  1198→              angle = p1.r + an.random:float(-math.pi/4, math.pi/4),
  1199→              velocity = an.random:float(40, 120),
  1200→              duration = an.random:float(0.2, 0.4),
  1201→              w = an.random:choice({4, 6}),
  1202→            }):change_color(0.5, def.color:clone()))
  1203→          end
  1204→        end
  1205→
  1206→        -- Trim excess beam paths if source count decreased
  1207→        for i = #beam_sources + 1, #self.beam_paths do self.beam_paths[i] = nil end
  1208→        end

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  1090→              x = fire_x + 8*math.cos(angle),
  1091→              y = fire_y + 8*math.sin(angle),
  1092→              r = angle,
  1093→            })
  1094→          end
  1095→        end
  1096→
  1097→        if not self.beam_paths then self.beam_paths = {} end

  1097→        if not self.beam_paths then self.beam_paths = {} end
  1098→        local step_size = 3
  1099→        local homing = mods.homing
  1100→        local dash_length = 5
  1101→        local gap_length = 6
  1102→        local stride = dash_length + gap_length
  1103→        local cap_r = beam_width/2
  1104→        local beam_color = is_null and purple() or def.color()

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  1149→
  1150→          -- Smooth displayed path toward ideal
  1151→          if not self.beam_paths[bi] then self.beam_paths[bi] = {} end
  1152→          local beam_path = self.beam_paths[bi]
  1153→          local lerp_speed = 12*dt
  1154→          for i = 1, #ideal_path do
  1155→            if beam_path[i] then
  1156→              beam_path[i].x = beam_path[i].x + (ideal_path[i].x - beam_path[i].x)*lerp_speed
  1157→              beam_path[i].y = beam_path[i].y + (ideal_path[i].y - beam_path[i].y)*lerp_speed
  1158→            else
  1159→              beam_path[i] = {x = ideal_path[i].x, y = ideal_path[i].y}
  1160→            end
  1161→          end
  1162→          beam_path[1].x = src.x
  1163→          beam_path[1].y = src.y
  1164→          for i = #ideal_path + 1, #beam_path do beam_path[i] = nil end
  1165→
  1166→          -- Compute cumulative distances
  1167→          local path_dists = {0}
  1168→          for i = 2, #beam_path do

  1185→            end
  1186→            return beam_path[#beam_path].x, beam_path[#beam_path].y
  1187→          end
  1188→
  1189→          -- Draw dashes along path
  1190→          local d = scroll - stride
  1191→          while d < total_path_len do
  1192→            local dash_start = math.max(d, 0)
  1193→            local dash_end = math.min(d + dash_length, total_path_len)
  1194→            if dash_end - dash_start > 0.5 then
  1195→              local mid = (dash_start + dash_end)/2
  1196→              local c = mid < flash_dist and white or beam_color
  1197→              local sx, sy = path_point(dash_start)
  1198→              local ex, ey = path_point(dash_end)
  1199→              effects:line(sx, sy, ex, ey, beam_width, c)
  1200→              effects:circle(sx, sy, cap_r, c)
  1201→              effects:circle(ex, ey, cap_r, c)
  1202→            end
  1203→            d = d + stride
  1204→          end
  1205→
  1206→          -- Tick damage along this beam
  1207→          if do_tick then
  1208→            for _, e in ipairs(cached_enemies) do
  1209→              if not e.dead then

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  1005→          self.timer:after(self.activation_delay, function()
  1006→            self.beam_starting = false
  1007→            self.beam_active = true
  1008→            self.beam_drone_handle = sfx_handle('beam_drone', volumes.beam_drone)
  1009→            an:sound_handle_set_looping(self.beam_drone_handle, true)
  1010→          end)
  1011→        end
  1012→        if def.speed_mult then p1.speed = math.min(p1.speed, p1.base_speed*def.speed_mult) end

1107:        local scroll = math.loop(an.time*80, stride)

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1069:        if mods.stronger_homing then beam_turn_rate = 0.035 end
2148:    elseif self.mods.stronger_homing then
2414:      elseif self.mods.stronger_homing then

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  2140→
  2141→  if self.mods.homing then
  2142→    self.homing_active = false
  2143→    self.homing_convergence = an.random:float(0.6, 0.95)
  2144→    self.homing_duration = an.random:float(0.3, 0.9)
  2145→
  2146→    if self.mods.weaker_homing then
  2147→      self.homing_convergence = an.random:float(0.4, 0.7)
  2148→      self.homing_duration = an.random:float(0.6, 1.2)
  2149→    elseif self.mods.stronger_homing then
  2150→      self.homing_convergence = an.random:float(0.85, 0.95)
  2151→      self.homing_duration = an.random:float(0.15, 0.4)
  2152→    end
  2153→
  2154→    self.homing_base_convergence = self.homing_convergence
  2155→    self.homing_elapsed = 0
  2156→    local homing_delay = 0.2
  2157→    if self.mods.delayed_homing then homing_delay = 0.5 end
  2158→    if self.mods.very_delayed_homing then homing_delay = 1 end
  2159→    self.timer:after(homing_delay, function() self.homing_active = true end)

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  2408→
  2409→    -- Homing area: drift toward nearest enemy (steering-style)
  2410→    if self.mods.homing_zone then
  2411→      self.homing_area_speed = 25
  2412→      self.area_vx, self.area_vy = 0, 0
  2413→      self.homing_steer_rate = 3
  2414→      self.homing_active = true
  2415→
  2416→      if self.mods.weaker_homing then
  2417→        self.homing_steer_rate = 1.5
  2418→      elseif self.mods.stronger_homing then
  2419→        self.homing_steer_rate = 5
  2420→      end
  2421→
  2422→      if self.mods.delayed_homing or self.mods.very_delayed_homing then

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   985→          self.beam_active = false
   986→          self.beam_tick_timer = 0
   987→          self.beam_current_length = 0
   988→          -- Orb-to-player line + effects
   989→          an:add(slightly_jagged_line(self, p1, {anim_duration = self.activation_delay, src_color = def.color, dst_color = def.color}))
   990→          self.flashing = true
   991→          self.timer:after(0.1, 'flash', function() self.flashing = false end)
   992→          self.spring:pull('main', 0.5)
   993→          local orb_to_player = math.angle_to_point(self.x, self.y, p1.x, p1.y)
   994→          for i = 1, 3 do
   995→            local hp = hit_particle(self.x, self.y, {
   996→              angle = orb_to_player + an.random:float(-math.pi/4, math.pi/4),
   997→              velocity = an.random:float(40, 120),
   998→              duration = an.random:float(0.2, 0.4),
   999→              w = an.random:choice({4, 6}),
  1000→            })
  1001→            hp.follow = self
  1002→            an:add(hp)
  1003→          end
  1004→          sfx('beam_cast', volumes.beam_cast)
  1005→          self.timer:after(self.activation_delay, function()
  1006→            self.beam_starting = false
  1007→            self.beam_active = true
  1008→            self.beam_drone_handle = sfx_handle('beam_drone', volumes.beam_drone)
  1009→            an:sound_handle_set_looping(self.beam_drone_handle, true)

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582-      local chain_area_radius = chain_range/4
583-      local function chain_hit(src, target, hop)
584-        if target.dead then return end
585-        an:add(lightning_line(src, target, {color = def.color, line_width = 2, duration = 0.15, max_offset = 6}))
586:        an:add(hit_circle(target.x, target.y, {radius = 10, duration = 0.2}):change_color(0.5, def.color:clone()))
587-        an:add(hit_effect(target.x, target.y))
588-        for j = 1, an.random:int(4, 6) do
589-          an:add(hit_particle(target.x, target.y, {velocity = an.random:float(200, 400), duration = an.random:float(0.2, 0.4), w = 8, color = def.color, zigzag = true}))
590-        end
--
1296-              angle = aim_r + an.random:float(-math.pi/4, math.pi/4),
1297-              velocity = an.random:float(40, 120),
1298-              duration = an.random:float(0.2, 0.4),
1299-              w = an.random:choice({4, 6}),
1300:            }):change_color(0.5, def.color:clone()))
1301-          end
1302-        end
1303-
1304-        -- Trim excess beam paths if source count decreased

  1288→        if do_tick then
  1289→          local src_x = beam_sources[1].x
  1290→          local src_y = beam_sources[1].y
  1291→          p1.spring:pull('shoot', 0.15)
  1292→          p1.flashing = true
  1293→          p1.timer:after(0.12, 'flash', function() p1.flashing = false end)
  1294→          for i = 1, 2 do
  1295→            an:add(hit_particle(src_x, src_y, {
  1296→              angle = aim_r + an.random:float(-math.pi/4, math.pi/4),
  1297→              velocity = an.random:float(40, 120),
  1298→              duration = an.random:float(0.2, 0.4),
  1299→              w = an.random:choice({4, 6}),
  1300→            }):change_color(0.5, def.color:clone()))
  1301→          end
  1302→        end
  1303→

The file E:\a327ex\Orblike\main.lua has been updated successfully.

589:          an:add(hit_particle(target.x, target.y, {velocity = an.random:float(200, 400), duration = an.random:float(0.2, 0.4), w = 8, color = def.color, zigzag = true}))
1270:                      an:add(hit_particle(e.x, e.y, {velocity = an.random:float(30, 80), duration = an.random:float(0.1, 0.2), w = 4, color = def.color}))

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  1274→                end
  1275→              end
  1276→            end
  1277→          end
  1278→
  1279→          -- Cast on expire: spawn area at beam endpoint every N ticks
  1280→          if do_tick and mods.cast_on_expire and self.beam_expire_counter % mods.cast_on_expire == 0 then
  1281→            local tip_x = beam_path[#beam_path].x
  1282→            local tip_y = beam_path[#beam_path].y
  1283→            an:add(area(tip_x, tip_y, {ability = 'beam', color = def.color, mods = {}}))
  1284→          end
  1285→        end
  1286→
  1287→        -- Source effects on tick (once, not per beam)
  1288→        if do_tick then

   292→function orb:add_ability(ability_name)
   293→  table.insert(self.slots, {type = 'ability', name = ability_name})
   294→end
   295→
   296→function orb:add_modifier(name, value)
   297→  table.insert(self.slots, {type = 'modifier', name = name, value = value or true})
   298→end
   299→
   300→function orb:remove_modifier(name)
   301→  for i = #self.slots, 1, -1 do

   306→  end
   307→end
   308→
   309→function orb:primary_ability()
   310→  for _, slot in ipairs(self.slots) do
   311→    if slot.type == 'ability' then return slot.name end
   312→  end
   313→  return nil
   314→end
   315→

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   328→  local ability_name = override_ability or self:primary_ability()
   329→  if not ability_name then return end
   330→  local def = abilities[ability_name]
   331→  if not def then return end
   332→
   333→  local is_null = ability_has_tag(ability_name, 'null')
   334→  if not is_null then
   335→    local mods = p1:get_mods()
   336→    for _, slot in ipairs(self.slots) do
   337→      if slot.type == 'modifier' then mods[slot.name] = slot.value end
   338→    end
   339→    if mods.null_conversion then is_null = true; def = setmetatable({color = purple}, {__index = def}) end
   340→  end
   341→  local delay = is_null and 0 or self.activation_delay
   342→
   343→  if is_null then
   344→    -- Null: orb fires directly, no mana transfer to player
   345→    self.flashing = true
   346→    self.timer:after(0.1, 'flash', function() self.flashing = false end)
   347→    self.spring:pull('main', 0.5)

   368→  -- Fire ability after line connects (or immediately for null)
   369→  self.timer:after(delay, function()
   370→    local fire_x, fire_y
   371→    local r
   372→    if is_null then
   373→      fire_x, fire_y = self.x, self.y
   374→      r = math.angle_to_point(self.x, self.y, an.camera.mouse.x, an.camera.mouse.y)
   375→    else
   376→      fire_x, fire_y = p1.x, p1.y
   377→      r = p1.r
   378→    end
   379→    local mods = p1:get_mods()
   380→    for _, slot in ipairs(self.slots) do
   381→      if slot.type == 'modifier' then
   382→        mods[slot.name] = slot.value

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254:    local mods = p1:get_mods()
335:    local mods = p1:get_mods()
379:    local mods = p1:get_mods()
875:    local mods = p1:get_mods()
918:    local mods = p1:get_mods()

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   375→    else
   376→      fire_x, fire_y = p1.x, p1.y
   377→      r = p1.r
   378→    end
   379→    local mods = p1:get_mods()
   380→    for _, slot in ipairs(self.slots) do
   381→      if slot.type == 'modifier' then
   382→        mods[slot.name] = slot.value
   383→      end
   384→    end
   385→
   386→    if def.carrier == 'melee' then
   387→      -- Melee wave: spawn areas sequentially from player toward mouse
   388→      local base_r = r
   389→      local count = def.area_count or 4

   365→
   366→  local function fire()
   367→    local fire_x, fire_y
   368→    local r
   369→    if override_pos then

   383→      end
   384→    end
   385→
   386→    if def.carrier == 'melee' then
   387→      -- Melee wave: spawn areas sequentially from player toward mouse

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   840→        end
   841→      end
   842→    end
   843→  end)
   844→end
   845→
   846→function build_formation_angles(r, mods)
   847→  local angles = {}
   848→  if mods.nova then
   849→    for i = 0, 7 do
   850→      table.insert(angles, r + i*math.pi/4)
   851→    end
   852→  else
   853→    if mods.spreading_multiple_projectiles and mods.spreading_multiple_projectiles >= 2 then
   854→      local n = mods.spreading_multiple_projectiles

   830→      if has_copy then
   831→        local copy_idx = 0
   832→        local copy_stagger = 0.08
   833→        for _, o in ipairs(orbs) do
   834→          if o ~= self then
   835→            copy_idx = copy_idx + 1
   836→            self.timer:after(copy_idx*copy_stagger, function()
   837→              o:activate(ability_name)
   838→            end)
   839→          end
   840→        end
   841→      end
   842→    end
   843→  end)
   844→end

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   386→    if def.carrier == 'melee' then
   387→      -- Melee wave: spawn areas sequentially from player toward mouse
   388→      local base_r = r
   389→      local count = def.area_count or 4
   390→      if mods.area_cascade then
   391→        count = count + mods.area_cascade
   392→      end
   393→      local base_radius = (def and def.area_radius) or 14
   394→      local size = base_radius*2
   395→      if mods.slightly_increased_area then size = size*1.25 end
   396→      if mods.increased_area then size = size*1.5 end
   397→      if mods.greatly_increased_area then size = size*2.0 end
   398→      local px, py = p1.x, p1.y
   399→      local area_delay = def.area_delay or 0.08
   400→
   401→      -- Pre-calculate positions with random overlap (0-15%)
   402→      local positions = {}
   403→      local cumulative_dist = size*0.6
   404→      for i = 0, count - 1 do
   405→        local slight_r = base_r + an.random:float(-math.rad(8), math.rad(8))
   406→        table.insert(positions, {x = px + cumulative_dist*math.cos(base_r), y = py + cumulative_dist*math.sin(base_r), r = slight_r})
   407→        cumulative_dist = cumulative_dist + size*an.random:float(0.85, 1.0)
   408→      end
   409→
   410→      -- Strip echo from per-area mods (echo handled at wave level)
   411→      local area_mods = {}
   412→      for k, v in pairs(mods) do area_mods[k] = v end
   413→      area_mods.area_echo = nil
   414→
   415→      -- Spawn a fissure area + play random cast sound
... [70 more lines]

   485→            }))
   486→            outer_edge = dist + child_radius
   487→          end
   488→        end
   489→
   490→        if def.cast_sound then sfx(def.cast_sound, volumes[def.cast_sound]) end
   491→      end
   492→
   493→      spawn_self_area_formation()
   494→
   495→      if mods.area_echo and mods.area_echo >= 2 then
   496→        local echo_delay = def.echo_delay or 0.55
   497→        for w = 1, mods.area_echo - 1 do
   498→          self.timer:after(w*echo_delay, function() spawn_self_area_formation() end)
   499→        end
   500→      end
   501→
   502→      an.camera.shake:shake(6, 0.3)
   503→      p1.spring:pull('shoot', 0.25)
   504→      p1.flashing = true
   505→      p1.timer:after(0.15, 'flash', function() p1.flashing = false end)
   506→      an:add(hit_circle(p1.x, p1.y, {radius = 10, duration = 0.2}))
   507→      for i = 1, 4 do
   508→        local angle = an.random:float(0, 2*math.pi)
   509→        an:add(hit_particle(p1.x, p1.y, {
   510→          angle = angle,
   511→          velocity = an.random:float(40, 200),
   512→          duration = an.random:float(0.3, 0.6),
   513→          w = an.random:choice({6, 8}),
   514→        }):change_color(0.6, def.color:clone()))
... [30 more lines]

   544→      an.camera.shake:push(r, 4)
   545→      p1.spring:pull('shoot', 0.25)
   546→      p1.flashing = true
   547→      p1.timer:after(0.15, 'flash', function() p1.flashing = false end)
   548→      an:add(hit_circle(p1.x, p1.y, {radius = 7, duration = 0.2}))
   549→      for i = 1, 2 do
   550→        an:add(hit_particle(p1.x, p1.y, {
   551→          angle = r + an.random:float(-math.pi/4, math.pi/4),
   552→          velocity = an.random:float(40, 200),
   553→          duration = an.random:float(0.3, 0.6),
   554→          w = an.random:choice({6, 8}),
   555→        }):change_color(0.6, def.color:clone()))
   556→      end
   557→    elseif def.carrier == 'chain' then
   558→      local count = def.chain_count or 3
   559→      if mods.chain then count = count + mods.chain end
   560→      local chain_range = def.chain_range or 80
   561→      if mods.slightly_increased_chain_range then chain_range = chain_range*1.2 end
   562→      if mods.increased_chain_range then chain_range = chain_range*1.5 end
   563→      if mods.greatly_increased_chain_range then chain_range = chain_range*2.0 end
   564→      local global_hit = {}
   565→
   566→      -- Build source angles (same logic as projectile shot angles)
   567→      local source_angles = {}
   568→      local cone_half = math.pi/4
   569→      if mods.nova then
   570→        for i = 0, 7 do table.insert(source_angles, r + i*math.pi/4) end
   571→        cone_half = math.pi/8
   572→      else
   573→        if mods.spreading_multiple_projectiles and mods.spreading_multiple_projectiles >= 2 then
... [20 more lines]

   685→        end
   686→      end
   687→
   688→      -- For each source angle, find first target in cone and start chain
   689→      local any_hit = false
   690→      for _, source_r in ipairs(source_angles) do
   691→        local first, first_d = nil, math.huge
   692→        for _, e in ipairs(cached_enemies) do
   693→          if not e.dead and not global_hit[e.id] then
   694→            local d = math.distance(p1.x, p1.y, e.x, e.y)
   695→            local a = math.atan(e.y - p1.y, e.x - p1.x)
   696→            local diff = math.abs(math.atan(math.sin(source_r - a), math.cos(source_r - a)))
   697→            if d < chain_range and d < first_d and diff < cone_half then
   698→              first, first_d = e, d
   699→            end
   700→          end
   701→        end
   702→        if first then
   703→          any_hit = true
   704→          global_hit[first.id] = true
   705→          local angle = math.atan(first.y - p1.y, first.x - p1.x)
   706→          local ox, oy = 8*math.cos(angle), 8*math.sin(angle)
   707→          local src = {x = p1.x + ox, y = p1.y + oy, follow = p1, ox = ox, oy = oy}
   708→
   709→          -- First hop
   710→          local path = {src, first}
   711→          chain_hit(src, first, 1)
   712→
   713→          -- Schedule subsequent hops
   714→          if max_hops > 1 then

   714→          if max_hops > 1 then
   715→            self.timer:after(0.08, function()
   716→              chain_hop(first, 2, chain_range, path)
   717→            end)
   718→          elseif mods.chain_return then
   719→            self.timer:after(0.08, function()
   720→              chain_return(path, #path - 1, path[#path], 2)
   721→            end)
   722→          end
   723→
   724→          -- Player feedback at spawn point
   725→          local sx, sy = p1.x + ox, p1.y + oy
   726→          local hc = hit_circle(sx, sy, {radius = 7, duration = 0.15})
   727→          hc.follow = p1
   728→          hc.follow_ox = ox
   729→          hc.follow_oy = oy
   730→          an:add(hc:change_color(0.4, def.color:clone()))
   731→          for i = 1, 2 do
   732→            an:add(hit_particle(sx, sy, {
   733→              angle = math.atan(oy, ox) + an.random:float(-math.pi/4, math.pi/4),
   734→              velocity = an.random:float(50, 100),
   735→              duration = an.random:float(0.1, 0.2),
   736→              w = 12,
   737→              color = def.color,
   738→            }))
   739→          end
   740→        end
   741→      end
   742→
   743→      if any_hit then

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

   745→            }))
   746→          end
   747→        end
   748→      end
   749→
   750→      if any_hit then
   751→        sfx('arc_cast', volumes.arc_cast)
   752→      end
   753→
   754→      p1.spring:pull('shoot', 0.25)

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

1018-        self:activate()
1019-        self.cooldown = def.cooldown
1020-      end
1021:    elseif def and def.activation == 'hold' and def.carrier == 'beam' then
1022-      if orb_input_down(self.slot) then
1023-        if not self.beam_active and not self.beam_starting then
1024-          self.beam_starting = true

The file E:\a327ex\Orblike\main.lua has been updated successfully.

2013:        local auto_trigger = mods.trigger_while_channelling and any_formation and slot.cooldown <= 0
3259:p1:add_modifier('trigger_while_channelling')

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1021→      end
  1022→    elseif def and def.activation == 'hold' and def.carrier == 'beam' then
  1023→      local mods = p1:get_mods()
  1024→      if orb_input_down(self.slot) or mods.always_channel then
  1025→        if not self.beam_active and not self.beam_starting then
  1026→          self.beam_starting = true
  1027→          self.beam_active = false
  1028→          self.beam_tick_timer = 0

The file E:\a327ex\Orblike\main.lua has been updated successfully.

  1297→            for _, e in ipairs(cached_enemies) do
  1298→              if not e.dead then
  1299→                for i = 1, #beam_path - 1 do
  1300→                  local ax, ay = beam_path[i].x, beam_path[i].y
  1301→                  local abx, aby = beam_path[i + 1].x - ax, beam_path[i + 1].y - ay
  1302→                  local seg_len_sq = abx*abx + aby*aby
  1303→                  if seg_len_sq > 0 then
  1304→                    local t = math.clamp(((e.x - ax)*abx + (e.y - ay)*aby)/seg_len_sq, 0, 1)
  1305→                    local closest_x = ax + t*abx
  1306→                    local closest_y = ay + t*aby
  1307→                    local dist = math.distance(e.x, e.y, closest_x, closest_y)
  1308→                    if dist < beam_width*3 then
  1309→                      e:take_damage(1, 0.5)
  1310→                      an:add(hit_effect(e.x, e.y))
  1311→                      an:add(hit_particle(e.x, e.y, {velocity = an.random:float(30, 80), duration = an.random:float(0.1, 0.2), w = 4, color = is_null and purple or def.color}))

  1318→          end
  1319→
  1320→          -- Cast on expire: fire secondary abilities at beam endpoint every N ticks
  1321→          if do_tick and mods.cast_on_expire and self.beam_expire_counter % mods.cast_on_expire == 0 then
  1322→            local tip_x = beam_path[#beam_path].x
  1323→            local tip_y = beam_path[#beam_path].y
  1324→            local tip_r = #beam_path >= 2 and math.atan(beam_path[#beam_path].y - beam_path[#beam_path - 1].y, beam_path[#beam_path].x - beam_path[#beam_path - 1].x) or aim_r
  1325→            for _, sec_name in ipairs(self:secondary_abilities()) do
  1326→              self:activate(sec_name, {x = tip_x, y = tip_y, r = tip_r})
  1327→            end
  1328→          end
  1329→        end
  1330→
  1331→        -- Source effects on tick (once, not per beam)
  1332→        if do_tick then
  1333→          local src_x = beam_sources[1].x
  1334→          local src_y = beam_sources[1].y
  1335→          p1.spring:pull('shoot', 0.15)
  1336→          p1.flashing = true
  1337→          p1.timer:after(0.12, 'flash', function() p1.flashing = false end)
  1338→          local particle_color = is_null and purple or def.color
  1339→          for i = 1, 2 do
  1340→            an:add(hit_particle(src_x, src_y, {
  1341→              angle = aim_r + an.random:float(-math.pi/4, math.pi/4),
  1342→              velocity = an.random:float(40, 120),

  1346→          end
  1347→        end
  1348→
  1349→        -- Trim excess beam paths if source count decreased
  1350→        for i = #beam_sources + 1, #self.beam_paths do self.beam_paths[i] = nil end
  1351→        end
  1352→      else
  1353→        if self.beam_active and self.beam_drone_handle then
  1354→          an:sound_handle_stop(self.beam_drone_handle)
  1355→          self.beam_drone_handle = nil
  1356→        end
  1357→        self.beam_active = false
  1358→        self.beam_starting = false
  1359→        self.beam_current_length = 0
  1360→        self.beam_paths = nil

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

The file E:\a327ex\Orblike\main.lua has been updated successfully.

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