How do I fix an OFFLINE status in Structs?

An OFFLINE status occurs when load exceeds capacity. Use this skill to query your player state, deactivate unnecessary structs, or increase capacity via reactor infusion or provider agreements.

What are the different types of power allocations available?

You can create static, dynamic, automated, or provider-agreement allocations depending on whether you need fixed power levels or flexible sourcing from reactors and third parties.

What is the benefit of using the -- separator in commands?

Entity IDs in Structs often contain dashes (e.g., 3-1), which CLI parsers can mistake for flags. This skill automatically uses the -- separator to ensure these IDs are correctly interpreted as positional arguments.

Can I migrate multiple players between substations simultaneously?

Yes, the skill supports a player migration command that accepts a comma-separated list of player IDs to move them from a source substation to a destination substation in one transaction.

Structs Power Management

Name: Structs Power Management
Author: dvcrn

bydvcrn

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Desarrollo de Videojuegos

Manages and optimizes power infrastructure for the Structs ecosystem, including substations, power allocations, and player connectivity.

The Structs Power skill is a comprehensive toolkit for managing complex power grids within the Structs environment. It enables users to create and delete substations, manage various power allocation types (static, dynamic, and automated), and handle player connections and migrations. This skill is particularly useful for diagnosing 'offline' status caused by power overloads, calculating power budgets for new structures, and optimizing capacity through reactor infusions or provider agreements.

Características Principales

01Real-time power monitoring and offline status diagnosis

02Multi-type power allocation (static, dynamic, automated)

03Player-to-substation connectivity and bulk migration

04Substation creation, deletion, and management

05Automated capacity calculation and load balancing

063 GitHub stars

Casos de Uso

01Managing complex power flow from reactors and generators to multiple players

02Scaling guild infrastructure by deploying and connecting new substations

03Restoring player functionality after power overloads cause an OFFLINE status

Características Principales

01Real-time power monitoring and offline status diagnosis

02Multi-type power allocation (static, dynamic, automated)

03Player-to-substation connectivity and bulk migration

04Substation creation, deletion, and management

05Automated capacity calculation and load balancing

063 GitHub stars

Casos de Uso

01Managing complex power flow from reactors and generators to multiple players

02Scaling guild infrastructure by deploying and connecting new substations

03Restoring player functionality after power overloads cause an OFFLINE status