How this explorer works
A shared physiological engine. Four system adapters. One structured starting point for discussion.
This explorer uses a shared physiological engine to generate exploratory output ranges for four AID systems. The same core calculation drives all four — the adapters apply system-specific framing on top of it.
The 1-to-5 level selector maps to different concepts per system:
| System | Primary lever | Level 5 (very high) | Level 1 (very low) |
|---|---|---|---|
| Control IQ | Responsiveness level | 60% basal, sleep 24/7, CF 90 | 40% basal, sleep usual hours, CF 110 |
| Medtronic 780G | Responsiveness level (AIT selected separately below) | Very high: target 5.5 / 100, CF 90, very active | Very low: target 6.7 / 120, CF 110, conservative |
| CamAPS FX | Target glucose | Target 4.4 / 79, boost max, CF 90 | Target 7.0 / 126, boost off, CF 110 |
| Omnipod 5 | Calibration band (educational) | 150–200 mg/dL, user-tightest, CF 90 | 250–300 mg/dL, algorithm-led, CF 110 |
Output 1 is carbohydrate informed. Enter daily carbohydrate intake to generate it. Output 2 is rule based and always shown.
Both outputs are directional starting points. They are not prescriptions and cannot substitute for individual clinical review.
Note on Omnipod 5: The calibration band is an educational expression layer in this framework. It is not a real device parameter in the Omnipod 5 app.
Note on CamAPS FX: Basal and bolus fractions are physiological anchor estimates from the shared engine. They are not CamAPS-specific device parameters.
User input
Enter the core details below. Daily carbohydrate intake is optional and generates the carbohydrate informed output when entered.
Output 1 · Carbohydrate informed exploration
If daily carbohydrate intake is entered accurately and is reasonably consistent, this method is likely to generate carbohydrate ratios that are more aligned with the individual.
| Time block | Basal rate per hour | Carbohydrate ratio | Correction factor |
|---|
This output uses the entered daily carbohydrate amount to estimate meal related carbohydrate ratios across the day. These values are exploratory and directional only.
Output 2 · Rule based exploration
This method uses total daily dose and insulin sensitivity bands to provide a broader exploration range when carbohydrate intake is unknown or less consistent.
| Time block | Basal rate per hour | Carbohydrate ratio | Correction factor |
|---|
This output provides a rule based range for exploration. It is intentionally less precise than the carbohydrate informed method. Values are directional only.
Use this tool for education and discussion, not as medical instruction. Outputs are directional and based on population-level patterns. Individual responses vary. Any changes to settings should be made with your diabetes care team.
