Compute · Transform · Analysis & Finance
Prorated outside-activity day allowance
A function that takes an appointment fraction, the per-quarter full-time day limit, the off-duty multiplier, and the assumed workday hours, and returns the allowed outside-activity days per quarter, per year, and the equivalent hour budget.
You receive: A pure function activity_budget(appointment_fraction, ft_days_per_quarter, offduty_days_per_week, quarters, workday_hours) -> { days_per_quarter, days_per_year, hours_per_year } graded on hidden numeric cases.
Part of Lead Team
Example
A sample of what this play produces. Your result is generated for your inputs.
Inputs
- Appointment fraction
- 0.8
- Ft days per quarter
- 13
- Offduty days per week
- 6
- Quarters
- 4
- Workday hours
- 10
ILLUSTRATIVE scenario for STUD's founder-operator planning: Dan Schmitz modeled as holding an 80% appointment at an institution with the common 13-day-per-quarter full-time limit while building STUD as the outside activity. Proration formula: days_per_quarter = 13 x 0.8 (the prorated on-duty allowance, 10.4 days) + (1 - 0.8) x 6 off-duty days/week x 13 (the off-duty share, 15.6 days) = 26.0 days per quarter. Across 4 active-duty quarters that is 104.0 days per year, and at an assumed 10-hour workday a 1,040.0-hour annual budget for STUD work. The appointment itself is illustrative (STUD is pre-seed, entity formation pending); the 13-day limit and 10-hour workday are policy assumptions to confirm against the buyer's own institution, per this play's stated scope.
Opens soon
STUD opens runs for everyone soon, on every play at once.
Scope of the check
What's verified: Verifies the proration formula computes the day and hour budgets consistently from the inputs. Does NOT verify the policy constants (13-day limit, 10-hour workday) apply to the buyer's actual institution or appointment type, and does NOT track or enforce actual consumed days against the budget.
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