vibespatial.overlay.contraction_types¶

Classes¶

`AlignedOverlayWorkload`
`RowMicrocellBand`
`ContractionMicrocellSummary`
`OverlayContractionSummary`

Module Contents¶

class vibespatial.overlay.contraction_types.AlignedOverlayWorkload¶

left_aligned: vibespatial.geometry.owned.OwnedGeometryArray¶

right_aligned: vibespatial.geometry.owned.OwnedGeometryArray¶

left_indices: numpy.ndarray¶

right_indices: numpy.ndarray¶

property row_count: int¶

class vibespatial.overlay.contraction_types.RowMicrocellBand¶

row_index: int¶

event_x: numpy.ndarray¶

interval_count: int¶

max_active_segment_count: int¶

mean_active_segment_count: float¶

microcell_upper_bound: int¶

property event_count: int¶

as_dict() → dict[str, object]¶

class vibespatial.overlay.contraction_types.ContractionMicrocellSummary¶

row_bands: tuple[RowMicrocellBand, Ellipsis]¶

property row_event_counts: list[int]¶

property row_interval_counts: list[int]¶

property row_max_active_segment_counts: list[int]¶

property row_mean_active_segment_counts: list[float]¶

property row_microcell_upper_bounds: list[int]¶

property max_row_microcell_upper_bound: int¶

property total_microcell_upper_bound: int¶

property max_active_segment_count: int¶

as_dict() → dict[str, object]¶

class vibespatial.overlay.contraction_types.OverlayContractionSummary¶

workload: AlignedOverlayWorkload¶

left_aligned_segment_count: int¶

right_aligned_segment_count: int¶

exact_events: vibespatial.spatial.segment_primitives.SegmentLocalEventSummary¶

microcells: ContractionMicrocellSummary¶

property pair_count: int¶

as_dict() → dict[str, object]¶