Slot: sweep_seeding

How each sweep point’s initial state is obtained. ‘independent’ (default) cold-starts every point from the model’s initial values, so points are order-independent and may run in parallel (see parallel_mode). ‘from_previous’ seeds each point from the final state of the preceding point, so the trajectory follows the solution branch as the swept parameter changes quasi-statically; this forces sequential execution (a scan, not a vmap) and, with sweep_direction, exposes hysteresis / multistability. It is forward-integration branch following, not numerical continuation (cf. the Continuation class).

URI: tvbo:slot/sweep_seeding

Applicable Classes

Name Description Modifies Slot
Exploration Parameter space exploration (grid search, sweep) no

Properties

Type and Range

Property Value
Range SweepSeeding
Domain Of Exploration

Cardinality and Requirements

Property Value

Slot Characteristics

Property Value
If Absent string(independent)
Owner Exploration

Identifier and Mapping Information

Schema Source

  • from schema: https://w3id.org/tvbo

Mappings

Mapping Type Mapped Value
self tvbo:sweep_seeding
native tvbo:sweep_seeding

LinkML Source

name: sweep_seeding
description: How each sweep point's initial state is obtained. 'independent' (default)
  cold-starts every point from the model's initial values, so points are order-independent
  and may run in parallel (see parallel_mode). 'from_previous' seeds each point from
  the final state of the preceding point, so the trajectory follows the solution branch
  as the swept parameter changes quasi-statically; this forces sequential execution
  (a scan, not a vmap) and, with sweep_direction, exposes hysteresis / multistability.
  It is forward-integration branch following, not numerical continuation (cf. the
  Continuation class).
from_schema: https://w3id.org/tvbo
rank: 1000
ifabsent: string(independent)
owner: Exploration
domain_of:
- Exploration
range: SweepSeeding