Expand description
Pure deterministic and probabilistic projections of validated execution graphs.
Structs§
- Activity
Calendar - How calendars place one task in a remaining projection.
- Activity
Schedule - Earliest/latest times and float for one activity, in elapsed hours after the origin.
- Milestone
Finish - Sampled finish percentiles of one milestone, in elapsed hours.
- Pert
Approximation - Normal approximation of the project finish along one mean critical path.
- Relation
Schedule - How tightly one constraint binds its successor in the projection.
- Remaining
Options - Adjustments a caller applies to one remaining projection; the default changes nothing.
- Schedule
- Derived critical-path projection for the entire graph.
- Simulation
Config - Reproducible Monte Carlo sampling configuration.
- Simulation
Summary - Completion percentiles and per-activity criticality from sampled schedules.
Enums§
- Schedule
Error - Invalid schedule input or non-finite schedule arithmetic.
Constants§
- PERT_
APPROXIMATION_ NOTE - What the approximation leaves out, stated wherever its probability is reported.
Functions§
- deterministic
- Project the full baseline using each task’s weighted PERT duration.
- deterministic_
remaining - Project outstanding applicable work, treating verified tasks as zero remaining duration.
- deterministic_
remaining_ at - Remaining projection sharing the gate timeline for the same immutable plan snapshot.
- deterministic_
remaining_ with - Remaining projection with caller-requested adjustments such as a review delay after the work of every task still awaiting verification.
- deterministic_
with_ durations - Project a validated graph with an explicit finite, non-negative duration for every activity.
- drag
- Drag in hours of each requested activity in the full baseline projection.
- drag_
remaining_ at - Drag in hours of each requested activity in the remaining projection
deterministic_remaining_atcomputes. - percentile
- Linearly interpolated percentile
p(0..=1) of ascending values; 0 for no values. - pert_
approximation - The approximation of the full baseline, every task at its whole PERT duration.
- pert_
approximation_ remaining_ at pert_approximation_remaining_withwithout adjustments.- pert_
approximation_ remaining_ with - The approximation of the remaining graph that
deterministic_remaining_withprojects. - pert_
variance_ hours2 - Classical PERT variance
((P − O) / 6)²of a three-point estimate, in hours squared. - simulate
- Sample beta-PERT task durations and project complete baseline schedules.
- simulate_
remaining - Monte Carlo projection of remaining applicable work from the execution state at a clock reading.
- simulate_
remaining_ at - Sample the remaining graph sharing the gate timeline for the same immutable plan snapshot.
- simulate_
remaining_ with - Sample the remaining graph with caller-requested adjustments, the same ones
deterministic_remaining_withapplies. - worked_
between - Hours between two instants of a task’s work, such as its start and the clock reading: working
hours of the task’s calendar when the plan has calendars, elapsed hours otherwise; zero when
untilprecedesfrom.