workbench.desktop.main.js · part 97

60 text occurrences from desktop/Cursor.app/Contents/Resources/app/out/vs/workbench/workbench.desktop.main.js, part 97. Every entry preserves the shipped literal and its saved verdict or selection reason.

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Force Model

Determines the model for force calculation.

The number of iterations on the force model.

Repulsive Power

Determines how many bend points are added to the edge; such bend points are regarded as repelling particles in the force model

FR Temperature

The temperature is used as a scaling factor for particle displacements.

Eades Repulsion

Factor for repulsive forces in Eades' model.

Fixed Position

Prevent that the node is moved by the layout algorithm.

Desired Edge Length

Either specified for parent nodes or for individual edges, where the latter takes higher precedence.

Layout Dimension

Dimensions that are permitted to be altered during layout.

Stress Epsilon

Termination criterion for the iterative process.

Iteration Limit

Maximum number of performed iterations. Takes higher precedence than 'epsilon'.

Expecting a list of key-value pairs.

AdjacencyList [node=

Adjacency [position=

Direction Congruency

Specifies how drawings of the same graph with different layout directions compare to each other: either a natural reading direction is preserved or the drawings are rotated versions of each other.

Feedback Edges

Whether feedback edges should be highlighted by routing around the nodes.

Interactive Reference Point

Determines which point of a node is considered by interactive layout phases.

Merge Edges

Edges that have no ports are merged so they touch the connected nodes at the same points. When this option is disabled, one port is created for each edge directly connected to a node. When it is enabled, all such incoming edges share an input port, and all outgoing edges share an output port.

Merge Hierarchy-Crossing Edges

If hierarchical layout is active, hierarchy-crossing edges use as few hierarchical ports as possible. They are broken by the algorithm, with hierarchical ports inserted as required. Usually, one such port is created for each edge at each hierarchy crossing point. With this option set to true, we try to create as few hierarchical ports as possible in the process. In particular, all edges that form a hyperedge can share a port.

Allow Non-Flow Ports To Switch Sides

Specifies whether non-flow ports may switch sides if their node's port constraints are either FIXED_SIDE or FIXED_ORDER. A non-flow port is a port on a side that is not part of the currently configured layout flow. For instance, given a left-to-right layout direction, north and south ports would be considered non-flow ports. Further note that the underlying criterium whether to switch sides or not solely relies on the minimization of edge crossings. Hence, edge length and other aesthetics criteria are not addressed.

Port Sorting Strategy

Only relevant for nodes with FIXED_SIDE port constraints. Determines the way a node's ports are distributed on the sides of a node if their order is not prescribed. The option is set on parent nodes.

How much effort should be spent to produce a nice layout.

Add Unnecessary Bendpoints

Adds bend points even if an edge does not change direction. If true, each long edge dummy will contribute a bend point to its edges and hierarchy-crossing edges will always get a bend point where they cross hierarchy boundaries. By default, bend points are only added where an edge changes direction.

Generate Position and Layer IDs

If enabled position id and layer id are generated, which are usually only used internally when setting the interactiveLayout option. This option should be specified on the root node.

Cycle Breaking Strategy

Strategy for cycle breaking. Cycle breaking looks for cycles in the graph and determines which edges to reverse to break the cycles. Reversed edges will end up pointing to the opposite direction of regular edges (that is, reversed edges will point left if edges usually point right).

Node Layering Strategy

Strategy for node layering.

Layer Constraint

Determines a constraint on the placement of the node regarding the layering.

Layer Choice Constraint

Allows to set a constraint regarding the layer placement of a node. Let i be the value of teh constraint. Assumed the drawing has n layers and i < n. If set to i, it expresses that the node should be placed in i-th layer. Should i>=n be true then the node is placed in the last layer of the drawing. 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.

Layer ID

Layer identifier that was calculated by ELK Layered for a node. This is only generated if interactiveLayot or generatePositionAndLayerIds is set.

Upper Bound On Width [MinWidth Layerer]

Defines a loose upper bound on the width of the MinWidth layerer. If set to '-1' multiple values are tested and the best result is selected.

Upper Layer Estimation Scaling Factor [MinWidth Layerer]

Multiplied with Upper Bound On Width for defining an upper bound on the width of layers which haven't been determined yet, but whose maximum width had been (roughly) estimated by the MinWidth algorithm. Compensates for too high estimations. If set to '-1' multiple values are tested and the best result is selected.

Node Promotion Strategy