Documentation
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Index ¶
- func DefaultRouter(ctx context.Context, graph *d2graph.Graph, edges []*d2graph.Edge) error
- func ExtractSubgraph(container *d2graph.Object, includeSelf bool) (nestedGraph *d2graph.Graph, externalEdges []*d2graph.Edge, ...)
- func FitToGraph(container *d2graph.Object, nestedGraph *d2graph.Graph, padding geo.Spacing)
- func InjectNested(container *d2graph.Object, nestedGraph *d2graph.Graph, isRoot bool)
- func LayoutNested(ctx context.Context, g *d2graph.Graph, graphInfo GraphInfo, ...) error
- func PositionNested(container *d2graph.Object, nestedGraph *d2graph.Graph)
- func SaveChildrenOrder(container *d2graph.Object) (restoreOrder func())
- func SaveOrder(g *d2graph.Graph) (restoreOrder func())
- type DiagramType
- type GraphInfo
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func DefaultRouter ¶
func ExtractSubgraph ¶
func FitToGraph ¶
func InjectNested ¶
func LayoutNested ¶
func LayoutNested(ctx context.Context, g *d2graph.Graph, graphInfo GraphInfo, coreLayout d2graph.LayoutGraph, edgeRouter d2graph.RouteEdges) error
func SaveChildrenOrder ¶
Types ¶
type DiagramType ¶
type DiagramType string
const ( DefaultGraphType DiagramType = "" ConstantNearGraph DiagramType = "constant-near" GridDiagram DiagramType = "grid-diagram" SequenceDiagram DiagramType = "sequence-diagram" )
a grid diagram at a constant near is
type GraphInfo ¶
type GraphInfo struct {
IsConstantNear bool
DiagramType DiagramType
}
func NestedGraphInfo ¶
Source Files
Directories
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| Path | Synopsis |
|---|---|
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Package d2elklayout adapts D2 graphs to the native Go port of ELK.
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Package d2elklayout adapts D2 graphs to the native Go port of ELK. |
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Package d2layoutfeatures contains legacy string names for layout plugin capabilities.
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Package d2layoutfeatures contains legacy string names for layout plugin capabilities. |
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d2near applies near keywords when they're constants Intended to be run as the last stage of layout after the diagram has already undergone layout
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d2near applies near keywords when they're constants Intended to be run as the last stage of layout after the diagram has already undergone layout |
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Package d2talalayout adapts D2 graphs to TALA's layout and edge-routing engine.
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Package d2talalayout adapts D2 graphs to TALA's layout and edge-routing engine. |
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internal/engine
Package engine composes TALA's layout stages into one deterministic layout.
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Package engine composes TALA's layout stages into one deterministic layout. |
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internal/graphbounds
Package graphbounds computes work-accounted bounds for mutable TALA nodes.
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Package graphbounds computes work-accounted bounds for mutable TALA nodes. |
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internal/graphjson
Package graphjson serializes and reconstructs TALA layout graphs.
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Package graphjson serializes and reconstructs TALA layout graphs. |
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internal/grouping
Package grouping discovers and manages layout groups that temporarily move as a single vessel.
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Package grouping discovers and manages layout groups that temporarily move as a single vessel. |
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internal/hierarchy
Package hierarchy discovers DAG-like subgraphs, ranks their nodes, and places them in layers.
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Package hierarchy discovers DAG-like subgraphs, ranks their nodes, and places them in layers. |
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internal/invariant
Package invariant classifies violations of TALA's internal layout invariants.
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Package invariant classifies violations of TALA's internal layout invariants. |
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internal/labelgeom
Package labelgeom contains renderer-compatible label geometry that is shared by the mutable graph bounds and label-placement domains.
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Package labelgeom contains renderer-compatible label geometry that is shared by the mutable graph bounds and label-placement domains. |
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internal/labeling
Package labeling places node, icon, edge, and arrowhead labels on a routed layout graph.
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Package labeling places node, icon, edge, and arrowhead labels on a routed layout graph. |
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internal/layoutgraph
Package layoutgraph defines the mutable state used by TALA's layout algorithms.
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Package layoutgraph defines the mutable state used by TALA's layout algorithms. |
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internal/limits
Package limits provides the engine's topology ceilings and reusable work accounting primitives.
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Package limits provides the engine's topology ceilings and reusable work accounting primitives. |
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internal/loops
Package loops computes deterministic self-edge routes and the node extents those routes reserve during placement.
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Package loops computes deterministic self-edge routes and the node extents those routes reserve during placement. |
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internal/nodeshape
Package nodeshape defines the shape-specific port and label-placement policy used by TALA nodes.
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Package nodeshape defines the shape-specific port and label-placement policy used by TALA nodes. |
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internal/packing
Package packing arranges and compacts disconnected graph components without changing their internal layout or routed edge geometry.
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Package packing arranges and compacts disconnected graph components without changing their internal layout or routed edge geometry. |
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internal/placement
Package placement positions nodes and refines their geometry before routing.
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Package placement positions nodes and refines their geometry before routing. |
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internal/placementcost
Package placementcost evaluates candidate node geometry for placement and refinement algorithms.
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Package placementcost evaluates candidate node geometry for placement and refinement algorithms. |
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internal/proximity
Package proximity discovers layout relationships between nearby nodes.
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Package proximity discovers layout relationships between nearby nodes. |
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internal/quality
Package quality evaluates completed TALA layouts.
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Package quality evaluates completed TALA layouts. |
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internal/routing
Package routing builds orthogonal visibility graphs, searches them for edge routes, and applies the routing post-processing stages.
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Package routing builds orthogonal visibility graphs, searches them for edge routes, and applies the routing post-processing stages. |
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internal/trees
Package trees owns TALA's tree discovery, preprocessing, orientation, and placement algorithms.
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Package trees owns TALA's tree discovery, preprocessing, orientation, and placement algorithms. |
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internal/typedpool
Package typedpool provides a type-safe wrapper around sync.Pool.
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Package typedpool provides a type-safe wrapper around sync.Pool. |
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