COMPOSER INTERACTIONS / BETA

Playful, verifiable Codex configuration

Turn Codex's native configuration control into a short, theme-aware interaction that selects and verifies a real model, reasoning effort, and response speed.

Capsule Crane showing five complete Codex configuration loadouts
Capsule Crane: every visible capsule contains a complete model, reasoning, and speed loadout.
01

One native entry, five purposeful interactions

Choose Triple Drop, Capsule Crane, Loadout Forge, Three-axis Console, or Mission Map from the manager. The selected experience replaces Codex's native configuration control in place; it does not add a second launcher beside the composer.

Each interaction gives the three real settings a visible role. Triple Drop chooses one field per landing, Capsule Crane exposes complete loadouts before capture, Loadout Forge locks three independent rings, Three-axis Console tunes a model and a reasoning-speed matrix, and Mission Map pairs a model engine with a transparent task route.

02

The result is a real configuration, not a score

Every completed play returns exactly one model, one reasoning effort, and one response speed drawn from the options currently visible in Codex. Unchanged values are labelled Keep current instead of pretending that every round must change every field.

Before anything changes, Styler shows a field-by-field diff. Apply configuration writes all three fields through the native control and reads them back. The result is accepted only when the observed Codex state matches the proposal.

03

Local, reversible, and theme-aware

The interaction never reads, changes, or submits prompt content. Its language follows the Codex Styler language setting, and its color, material, radius, blur, motion intensity, and frame-rate budget follow the active theme.

If the native configuration structure cannot be read reliably, no guessed click or silent setting change occurs. The interaction keeps an explicit path back to Codex's official control. Reduce motion replaces continuous animation with a deterministic complete-loadout result.

OPEN SOURCEInspect the implementation, not just the promise.View the GitHub repository →