workbench.glass.main.js · part 135

60 text occurrences from desktop/Cursor.app/Contents/Resources/app/out/vs/workbench/workbench.glass.main.js, part 135. Every entry preserves the shipped literal and its saved verdict or selection reason.

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Defines how important it is to have a certain edge point into the direction of the overall layout. This option is evaluated during the cycle breaking phase.

Shortness Priority

Defines how important it is to keep an edge as short as possible. This option is evaluated during the layering phase.

Straightness Priority

Defines how important it is to keep an edge straight, i.e. aligned with one of the two axes. This option is evaluated during node placement.

Connected Components Compaction

Tries to further compact components (disconnected sub-graphs).

Post Compaction Strategy

Post Compaction Constraint Calculation

High Degree Node Treatment

Makes room around high degree nodes to place leafs and trees.

High Degree Node Threshold

Whether a node is considered to have a high degree.

High Degree Node Maximum Tree Height

Maximum height of a subtree connected to a high degree node to be moved to separate layers.

Graph Wrapping Strategy

For certain graphs and certain prescribed drawing areas it may be desirable to split the laid out graph into chunks that are placed side by side. The edges that connect different chunks are 'wrapped' around from the end of one chunk to the start of the other chunk. The points between the chunks are referred to as 'cuts'.

Additional Wrapped Edges Spacing

To visually separate edges that are wrapped from regularly routed edges an additional spacing value can be specified in form of this layout option. The spacing is added to the regular edgeNode spacing.

Correction Factor for Wrapping

At times and for certain types of graphs the executed wrapping may produce results that are consistently biased in the same fashion: either wrapping to often or to rarely. This factor can be used to correct the bias. Internally, it is simply multiplied with the 'aspect ratio' layout option.

Cutting Strategy

The strategy by which the layer indexes are determined at which the layering crumbles into chunks.

Manually Specified Cuts

Allows the user to specify her own cuts for a certain graph.

MSD Freedom

The MSD cutting strategy starts with an initial guess on the number of chunks the graph should be split into. The freedom specifies how much the strategy may deviate from this guess. E.g. if an initial number of 3 is computed, a freedom of 1 allows 2, 3, and 4 cuts.

Validification Strategy

When wrapping graphs, one can specify indices that are not allowed as split points. The validification strategy makes sure every computed split point is allowed.

Valid Indices for Wrapping

Improve Cuts

For general graphs it is important that not too many edges wrap backwards. Thus a compromise between evenly-distributed cuts and the total number of cut edges is sought.

Distance Penalty When Improving Cuts

Improve Wrapped Edges

The initial wrapping is performed in a very simple way. As a consequence, edges that wrap from one chunk to another may be unnecessarily long. Activating this option tries to shorten such edges.

Layer Unzipping Strategy

The strategy to use for unzipping a layer into multiple sublayers while maintaining the existing ordering of nodes and edges after crossing minimization. The default value is 'NONE'.

Minimize Edge Length Heuristic

Use a heuristic to decide whether or not to actually perform the layer split with the goal of minimizing the total edge length. This option only works when layerSplit is set to 2. The property can be set to the nodes in a layer, which then applies the property for the layer. If any node sets the value to true, then the value is set to true for the entire layer.

Unzipping Layer Split

Defines the number of sublayers to split a layer into. The property can be set to the nodes in a layer, which then applies the property for the layer. If multiple nodes set the value to different values, then the lowest value is chosen.

Reset Alternation on Long Edges

If set to true, nodes will always be placed in the first sublayer after a long edge when using the ALTERNATING strategy. Otherwise long edge dummies are treated the same as regular nodes. The default value is true. The property can be set to the nodes in a layer, which then applies the property for the layer. If any node sets the value to false, then the value is set to false for the entire layer.

Edge Label Side Selection

Method to decide on edge label sides.

Edge Center Label Placement Strategy

Determines in which layer center labels of long edges should be placed.

Consider Model Order

Preserves the order of nodes and edges in the model file if this does not lead to additional edge crossings. Depending on the strategy this is not always possible since the node and edge order might be conflicting.

Consider Port Order

If disabled the port order of output ports is derived from the edge order and input ports are ordered by their incoming connections. If enabled all ports are ordered by the port model order.

No Model Order

Set on a node to not set a model order for this node even though it is a real node.

Consider Model Order for Components

If set to NONE the usual ordering strategy (by cumulative node priority and size of nodes) is used. INSIDE_PORT_SIDES orders the components with external ports only inside the groups with the same port side. FORCE_MODEL_ORDER enforces the mode order on components. This option might produce bad alignments and sub optimal drawings in terms of used area since the ordering should be respected.

Long Edge Ordering Strategy

Indicates whether long edges are sorted under, over, or equal to nodes that have no connection to a previous layer in a left-to-right or right-to-left layout. Under and over changes to right and left in a vertical layout.

Crossing Counter Node Order Influence

Indicates with what percentage (1 for 100%) violations of the node model order are weighted against the crossings e.g. a value of 0.5 means two model order violations are as important as on edge crossing. This allows some edge crossings in favor of preserving the model order. It is advised to set this value to a very small positive value (e.g. 0.001) to have minimal crossing and a optimal node order. Defaults to no influence (0).

Crossing Counter Port Order Influence