Personal Agent Circadian Chronotype MCTQ Phase Skill
This server does not currently have a deployable release on Glama. Follow the repository's setup instructions to install and configure it for your MCP client, including any required credentials and local dependencies.
Personal Agent Circadian Chronotype MCTQ Phase Skill
Zero-dependency Munich ChronoType Questionnaire (MCTQ) mid-sleep phase modeler, social jetlag quantifier, and circadian biological phase window projector.
Architecture
flowchart TD
SleepSchedule[Workday & Free Day Sleep/Wake Timestamps] --> MCTQEngine[MCTQ Chronobiology Engine]
MCTQEngine --> MSFscCalc[Sleep Debt Corrected Mid-Sleep: MSFsc]
MCTQEngine --> SJLCalc[Social Jetlag Differential: |MSF - MSW|]
MSFscCalc --> ChronoClass[Chronotype Phenotype: Extreme Lark to Night Owl]
SJLCalc --> HealthRisk[Cardiometabolic Risk & Entrainment Guidance]
TargetWake[Target Wake Time] --> PhaseProjector[Circadian Window Projector]
PhaseProjector --> Milestones[CAR Peak, Deep Focus, Caffeine Cutoff, DLMO, Sleep Gate]Related MCP server: genpark-personal-agent-ultradian-rhythm-phase-forecaster-skill
Quickstart
from client import PersonalAgentCircadianChronotypeMctqPhase
agent = PersonalAgentCircadianChronotypeMctqPhase()
res = agent.calculate_mctq_chronotype_and_social_jetlag(
sleep_onset_work_24h=23.5, sleep_wake_work_24h=7.0,
sleep_onset_free_24h=1.5, sleep_wake_free_24h=10.0
)
print(f"Chronotype: {res['chronotype_tier']} | Social Jetlag: {res['social_jetlag_hours']} hrs")This server cannot be deployed
Maintenance
Related MCP Connectors
Convert times between zones with daylight saving right, see who is awake, find meeting slots.
Elevation-corrected sun, moon, twilight, solar and tide data for any point on Earth
Convert times between zones, find shared working hours and meeting slots, check DST changes.
Business-day, SLA, cron and recurrence calculations — offline, holiday-aware, no network.
Related MCP Servers
- FlicenseNot gradedqualityBmaintenanceEnables users to calculate chronotype-aligned sleep schedules, optimize 90-minute ultradian cycles, determine caffeine cutoffs, and plan light exposure for better recovery and circadian alignment.7-
- AlicenseNot gradedqualityBmaintenanceEnables forecasting of 90-minute ultradian rhythm phases, alertness peaks and dips, and restorative nap windows through two-process sleep-wakefulness modeling.7MIT
- AlicenseNot gradedqualityBmaintenanceEnables modeling of ocular light exposure, forecasting melatonin suppression delays from digital screens, and generating timed digital-sunset schedules for sleep readiness.7MIT
- AlicenseNot gradedqualityBmaintenanceEnables modeling cumulative sleep deficits, estimating cognitive impairment through PVT attention lapses and BAC equivalence, auditing social jetlag, and generating circadian-safe gradual sleep repayment schedules.7MIT