100 Community Guides & Mentors resources for MUD players

Use PennMUSH @adesc or TinyMUX & attributes to create automatic NEWBIE flags triggered by connection count under 5 or account age under 48 hours. Check against last.cc or custom SQL tables via @hook scripts.

Configure MUSH wizard bits to separate MENTOR, GUIDE, and BUILDER permissions. Use @lock/user commands to restrict mentor-only channels while allowing page access to all players for help requests.

Target players with 90+ days tenure and zero warnings in @sitelock logs. Post recruitment calls via @wall or +bboard systems rather than Discord to ensure in-game cultural alignment.

Create a +mentorquiz command using softcode that presents three common MUD parser confusion scenarios. Log responses to SQLite for review by wizards before flag assignment.

Avoid permanent on-duty status. Implement weekly rotation via @schedule commands or external cron jobs hitting MUSH telnet ports to toggle +mentor/onduty flags automatically.

Require 10 hours of shadowing existing mentors via @follow commands or paired room assignments before solo duty. Log hours via custom +shadowlog attribute tracking.

Maintain distinct flags for in-character guides (IC teachers) versus OOC helpers (technical support). Use channel locks to prevent crossover confusion in roleplay-enforced MUDs.

Build automated @alevel reduction triggers based on player complaint logging or 30-day inactivity. Archive mentor notes to flatfile before flag removal for continuity.

Create +mentor/thanks command allowing players to award points logged to SQL. Display monthly totals via +bboard or in-game @title changes to maintain motivation without monetary rewards.

Document minimum 4-hour weekly shifts in plain text files stored in MUSH txt/ directory. Require digital acknowledgment via @email to adminalias@muddomain before flag assignment.

Set up automatic @adesc notifications on the NEWBIE flag that trigger when players enter public spaces. Use softcode to check +mentor/onduty list and page active helpers with location data.

Implement bot integration using Discord API webhooks to mirror MUD mentor channels. Use Python scripts with pydiscord library parsing MUSH output via Pueblo or external log tailing for real-time cross-platform help.

Connect to to fetch online user counts and share mentor availability across MUD networks. Use JSON endpoints to synchronize help queue status between sister games.

Modify MUSH hardcode or use @hook commands to INSERT help requests into SQLite tables with timestamps, mentor IDs, and resolution status. Query via +mentor/stats for response time analytics.

Script login triggers that check against player creation dates stored in sql/ databases or flatfiles. Auto-page new connections with +help index links after 30-second delays to avoid spam.

Build isolated grid rooms with @lock/zone restrictions allowing only mentor-bit players. Include +meetme commands for private consultations away from public spam.

Enable LOG_COMMANDS in mush.cnf or equivalent, then parse logs with AWK scripts to identify which mentors handle which command types. Correlate with player retention rates in monthly reports.

Softcode a +page/urgent system that bypasses normal @lock restrictions for players flagged NEWBIE within their first 24 hours, ensuring mentor availability overrides busy status.

Distribute XML packages via containing triggers for highlighting newbie pages, automated greeting macros, and quick-sql query buttons for checking player stats during sessions.

Use @channel/add with specific levels to create dark-mode mentor-only channels invisible to non-mentor bits. Implement +channel/hide for sensitive administrative discussions separate from general help.

Create plain-text guides stored in MUSH txt/ directory explaining basic @commands, &attributes, and functions. Require mentors to demonstrate understanding of switch(), case(), and iter() before handling complex queries.

Design five common MUD scenarios: parser failure, theme confusion, building permission errors, social norm violations, and technical disconnects. Store scenarios in +help files accessible only during training status.

Create ASCII flowcharts in +help escalation showing when to involve wizards versus handling via +policy explanations. Include specific @email addresses and @sitelock procedures for harassment cases.

Extract world-building documents from MUSH wiki exports or flatfiles. Provide mentors with searchable offline copies via password-protected HTML or local text files to ensure consistent lore explanations.

Generate PDF or plain-text quick-reference cards listing common MUD commands by category: communication, movement, building, and administration. Host on HTTPS-accessible paths for mentor download.

Train mentors to use @find and search commands effectively. Document grid topology in +help grid or external Obsidian vaults shared via Git repositories for version-controlled accuracy.

Address text-based communication challenges including tone interpretation, trigger warnings for mature themes, and handling of out-of-character boundary violations in mixed IC/OOC environments.

Create step-by-step softcode examples for explaining combat systems, economy, and crafting. Use +demonstrate commands that show calculated outputs without risking actual game state changes.

Build +shadow/required command tracking completion of specific observation tasks: handling a page, explaining a command, escalating a dispute, and using SQL query tools.

Instruct mentors to use @log or client-side logging during training. Submit sanitized logs to admin @email for review of tone, accuracy, and adherence to escalation protocols before full clearance.

Run monthly SQLite reports joining player creation dates, mentor interaction logs, and last connection timestamps. Calculate 30-day retention rates for mentored versus non-mentored cohorts using GROUP BY statements.

Parse MUSH logs or SQL tables to calculate average time between +help requests and first mentor response. Alert admin when averages exceed 15 minutes during peak hours via @email or Discord webhook.

Compare connection duration for new players who receive mentor contact within first 10 minutes versus those who self-navigate. Export data to CSV for analysis in R or Python pandas.

Deploy monthly +mentor/feedback forms storing Likert-scale responses in SQL. Track satisfaction trends and correlation with retention metrics to identify systemic issues before burnout occurs.

Configure softcode to automatically toggle off +mentor/onduty status after 4-hour continuous shifts. Require 30-minute minimum offline time before system allows reactivation to prevent fatigue errors.

Maintain Git repositories of mentor procedures, softcode snippets, and escalation contacts. Ensure three-deep redundancy for critical passwords and admin contact methods to prevent single points of failure.

Weekly SQL queries on complaint logs joined to mentor IDs. Identify outliers requiring retraining or rest periods before formal disciplinary action via @alevel reduction.

Script monthly @title changes or +bboard posts when mentors hit specific help-count milestones (50, 200, 500 sessions). Pull data from SQLite interaction logs rather than manual tracking.

Use Python scripts analyzing log data to flag mentors showing reduced response rates, increased escalation delegations, or negative sentiment in page logs. Trigger automatic wellness check pages from admin alts.

Quarterly exports of +help files, softcode repositories, and SQL schemas to offsite storage. Test restoration procedures on development MUSH instances to ensure continuity during host migrations.