ArenaBreakout.

Separate configurable aim inputs support normal selection and deliberate head-focused engagement.

Independent automatic fire paths with hotkey control and an adjustable pre-fire delay.

Redirects a fresh local projectile without rotating the camera when the verified path is enabled.

Can require aim-down-sights state before trigger output is permitted.

Excludes DBNO, AI-family, or teammate candidates independently.

Uses camera-to-body trace results rather than assuming every projected actor is clear.

Accounts for target velocity and vertical projectile drop.

Corrects for the player’s own movement; optional breath compensation addresses scope sway.

Selects the aim origin that best matches the active weapon and view context.

Chooses among usable bones with projection stickiness and short transition blending.

Separate release and reacquire scales prevent sticky off-screen target carryover.

Orders targets by FOV, distance, health, and player/AI/scav priority weights.

Controls path shaping and response cadence instead of a single generic smoothing value.

Bounds both angular acquisition and world-space candidate distance.

Three independent weapon-stability controls keep camera and gun behavior separable.

Independent outline and subtle fill rendering with user-controlled transparency.

Shows health state and a configurable skeletal readout for posture.

Optional character name and underlying class identity labels.

Surfaces equipped weapon plus estimated kit value with a minimum-value threshold.

Optional distance and squad identity fields reduce label noise when disabled.

Dims hidden targets based on the same traced visibility state used by targeting.

Keeps awareness of actors beyond the viewport without drawing full boxes.

Displays enemy facing and optional bottom-origin direction lines.

Handles DBNO players and dead-player loot locations separately.

Optional crouched, zooming, and leaning state labels.

AI enable, box, weapon, distance, and maximum-range controls are separate from players.

Can suppress loot rendering while targeting is active to preserve combat clarity.

Distinct PMC, AI, scav, dead, DBNO, and health-range palettes.

Controls text scale, text opacity, health opacity, fill, card, glow, and shadow strength.

Indexes 14,690 known item and configuration rows for selection and labeling.

Combines 2,550 dynamic-priced rows with 2,556 price-map rows.

Includes 1,815 shelf records and 2,776 sell-rate records for broader value context.

Can show replicated contents, unresolved containers, and live search state independently.

Primes item metadata early so first-use labels do not depend on a broad live rebuild.

Offers broad value filtering or a reduced high-signal view.

Keys, intel, and flash-tagged items can remain visible regardless of normal thresholds.

Limits world labels by price floor and distance envelope.

Three filter modes use the exact item IDs selected in the product interface.

Selects the better current payout or exposes a chosen price source.

Optional density view complements whole-item value for constrained inventory.

Controls loot text, value boost, card, glow, shadow, and low/mid/high price colors.

Targets the configured normal Farm map with explicit unlock and map identifiers.

Selects a preset or cheapest recommended gun kit under a configurable maximum cost.

Bounds failed preparation attempts rather than looping indefinitely.

Configures queue request cadence and a separate cooldown after each match.

Uses spawn grace, minimum raid, no-target extraction, and maximum raid timers.

Defines stop distance, firing distance, and fire interval as separate controls.

Uses smooth input-driven movement with optional automatic sprint.

Builds client-side paths with grid size, climb, drop, capsule, margin, and expansion limits.

Monitors local movement progress, waypoint radius, retries, and stuck time.

Uses tighter probe, tolerance, progress, and timeout rules near extraction.

Combat and extraction teleport fallbacks remain disabled in the maintained profile.

Holds the workflow after extraction until the next loaded-kit gate is verified.

Compares live market opportunities using current catalog and pricing context.

Evaluates conversion inputs and outputs for profitable exchange routes.

Coordinates supported profit actions through an observable state machine.

Chooses the stronger current payout when best-price mode is enabled.

Normalizes value by occupied inventory area for constrained raid decisions.

Low, midpoint, and maximum thresholds drive consistent label color transitions.

Catalog-selected IDs are marked interesting and promoted through normal display filtering.

Barter, market, and profit workers expose state rather than operating as opaque background loops.

A dedicated automation module processes eligible mission acceptance in one workflow.

Uses the game’s normal request and waits for the server response before marking progress complete.

After accepted completion, calls the normal flow controller to leave the active tutorial map.

Collects nickname, progression, raids, survival, season, and lifetime summaries.

Separates the newest snapshot from a persistent historical record for each account.

Reports pending, complete, and failure states so saved data is never presented as silently current.

Player, loot, targeting, automation, and misc settings remain inside the game.

Menu values, keybinds, language, and position persist under the product’s local state root.

Tracks logical coordinates, DPI scale, and clamps restored positions to the active viewport.

Preserves the game’s previous cursor and input mode instead of overwriting it blindly.

Searches and selects from the full item catalog without pushing all rows every status update.

Aim hold and feature bindings stay responsive without keeping the menu visible.

The bundled pipe REPL supports one-shot commands, interactive sessions, and runtime diagnostics.

Separates scan, view refresh, projection, overlay write, loot, and aim cadence.

The shipped product contains one unified DLL and requires no scripting runtime.

ACE-DAT, DFS, Lua, and IDS preflight and commit in a defined order.

Validates PE identity, image shape, expected slots, and code signatures before ownership changes.

Lost slot or vtable ownership triggers rollback and closes the game.

Applies reversible Windows capture affinity to visible top-level game windows.

Colored stages, decoded failures, live counters, and acknowledgement-held errors remain visible.

Per-process logs and runtime files remain inside isolated local and temporary directories.

The customer executable verifies its embedded product boundary before use.