workbench.glass.main.js · part 134

60 text occurrences from desktop/Cursor.app/Contents/Resources/app/out/vs/workbench/workbench.glass.main.js, part 134. Every entry preserves the shipped literal and its saved verdict or selection reason.

File contents and all parts · All files

Reduces number of dummy nodes after layering phase (if possible).

Max Node Promotion Iterations

Limits the number of iterations for node promotion.

Layer Bound

The maximum number of nodes allowed per layer.

Crossing Minimization Strategy

Strategy for crossing minimization.

Force Node Model Order

The node order given by the model does not change to produce a better layout. E.g. if node A is before node B in the model this is not changed during crossing minimization. This assumes that the node model order is already respected before crossing minimization. This can be achieved by setting considerModelOrder.strategy to NODES_AND_EDGES.

Hierarchical Sweepiness

How likely it is to use cross-hierarchy (1) vs bottom-up (-1).

Semi-Interactive Crossing Minimization

Preserves the order of nodes within a layer but still minimizes crossings between edges connecting long edge dummies. Derives the desired order from positions specified by the 'org.eclipse.elk.position' layout option. Requires a crossing minimization strategy that is able to process 'in-layer' constraints.

In Layer Predecessor of

Allows to set a constraint which specifies of which node the current node is the predecessor. If set to 's' then the node is the predecessor of 's' and is in the same layer

In Layer Successor of

Allows to set a constraint which specifies of which node the current node is the successor. If set to 's' then the node is the successor of 's' and is in the same layer

Position Choice Constraint

Allows to set a constraint regarding the position placement of a node in a layer. Assumed the layer in which the node placed includes n other nodes and i < n. If set to i, it expresses that the node should be placed at the i-th position. Should i>=n be true then the node is placed at the last position in the layer. Note that this option is not part of any of ELK Layered's default configurations but is only evaluated as part of the `InteractiveLayeredGraphVisitor`, which must be applied manually or used via the `DiagramLayoutEngine.

Position ID

Position within a layer that was determined by ELK Layered for a node. This is only generated if interactiveLayot or generatePositionAndLayerIds is set.

Greedy Switch Activation Threshold

By default it is decided automatically if the greedy switch is activated or not. The decision is based on whether the size of the input graph (without dummy nodes) is smaller than the value of this option. A '0' enforces the activation.

Greedy Switch Crossing Minimization

Greedy Switch strategy for crossing minimization. The greedy switch heuristic is executed after the regular crossing minimization as a post-processor. Note that if 'hierarchyHandling' is set to 'INCLUDE_CHILDREN', the 'greedySwitchHierarchical.type' option must be used.

Greedy Switch Crossing Minimization (hierarchical)

Activates the greedy switch heuristic in case hierarchical layout is used. The differences to the non-hierarchical case (see 'greedySwitch.type') are: 1) greedy switch is inactive by default, 3) only the option value set on the node at which hierarchical layout starts is relevant, and 2) if it's activated by the user, it properly addresses hierarchy-crossing edges.

Node Placement Strategy

Strategy for node placement.

Favor Straight Edges Over Balancing

Favor straight edges over a balanced node placement. The default behavior is determined automatically based on the used 'edgeRouting'. For an orthogonal style it is set to true, for all other styles to false.

BK Edge Straightening

Specifies whether the Brandes Koepf node placer tries to increase the number of straight edges at the expense of diagram size. There is a subtle difference to the 'favorStraightEdges' option, which decides whether a balanced placement of the nodes is desired, or not. In bk terms this means combining the four alignments into a single balanced one, or not. This option on the other hand tries to straighten additional edges during the creation of each of the four alignments.

BK Fixed Alignment

Tells the BK node placer to use a certain alignment (out of its four) instead of the one producing the smallest height, or the combination of all four.

Linear Segments Deflection Dampening

Dampens the movement of nodes to keep the diagram from getting too large.

Node Flexibility

Aims at shorter and straighter edges. Two configurations are possible: (a) allow ports to move freely on the side they are assigned to (the order is always defined beforehand), (b) additionally allow to enlarge a node wherever it helps. If this option is not configured for a node, the 'nodeFlexibility.default' value is used, which is specified for the node's parent.

Node Flexibility Default

Default value of the 'nodeFlexibility' option for the children of a hierarchical node.

Self-Loop Distribution

Alter the distribution of the loops around the node. It only takes effect for PortConstraints.FREE.

Self-Loop Ordering

Alter the ordering of the loops they can either be stacked or sequenced. It only takes effect for PortConstraints.FREE.

Spline Routing Mode

Specifies the way control points are assembled for each individual edge. CONSERVATIVE ensures that edges are properly routed around the nodes but feels rather orthogonal at times. SLOPPY uses fewer control points to obtain curvier edge routes but may result in edges overlapping nodes.

Sloppy Spline Layer Spacing Factor

Spacing factor for routing area between layers when using sloppy spline routing.

Sloped Edge Zone Width

Width of the strip to the left and to the right of each layer where the polyline edge router is allowed to refrain from ensuring that edges are routed horizontally. This prevents awkward bend points for nodes that extent almost to the edge of their layer.

Spacing Base Value

An optional base value for all other layout options of the 'spacing' group. It can be used to conveniently alter the overall 'spaciousness' of the drawing. Whenever an explicit value is set for the other layout options, this base value will have no effect. The base value is not inherited, i.e. it must be set for each hierarchical node.

Edge Node Between Layers Spacing

The spacing to be preserved between nodes and edges that are routed next to the node's layer. For the spacing between nodes and edges that cross the node's layer 'spacing.edgeNode' is used.

Edge Edge Between Layer Spacing

Spacing to be preserved between pairs of edges that are routed between the same pair of layers. Note that 'spacing.edgeEdge' is used for the spacing between pairs of edges crossing the same layer.

Node Node Between Layers Spacing

The spacing to be preserved between any pair of nodes of two adjacent layers. Note that 'spacing.nodeNode' is used for the spacing between nodes within the layer itself.

Direction Priority