Eclipse Layout Kernel™
Downloads
Getting Started
Documentation
Reference
(current)
Support
Blog Posts
GitHub
insideSelfLoops
Property
Value
Identifier:
org.eclipse.elk.insideSelfLoops
Options
Activate Inside Self Loops
Inside Self Loop
Algorithms
Draw2D Layout
ELK Box
ELK DisCo
ELK Fixed
ELK Force
ELK Layered
ELK Mr. Tree
ELK Radial
ELK Randomizer
ELK Rectangle Packing
ELK SPOrE Compaction
ELK SPOrE Overlap Removal
ELK Stress
ELK Top-down Packing
Graphviz Circo
Graphviz Dot
Graphviz FDP
Graphviz Neato
Graphviz Twopi
Libavoid
Layout Options
Activate Inside Self Loops
Adapt Port Positions
Add Unnecessary Bendpoints
Additional Port Space
Additional Wedge Space
Additional Wrapped Edges Spacing
Alignment
Allow Non-Flow Ports To Switch Sides
Angle Penalty
Animate
Animation Time Factor
Annulus Wedge Criteria
Aspect Ratio
Bend Points
BK Edge Straightening
BK Fixed Alignment
Box Layout Mode
Center On Root
Child Area Height
Child Area Width
Cluster Crossing Penalty
Comment Box
Comment Comment Spacing
Comment Node Spacing
Compaction
Compaction iterations
Compaction Step Size
Compaction Strategy
Compaction Strategy
Components Spacing
Concentrate Edges
Connected Components Compaction
Connected Components Compaction Strategy
Connected Components Layout Algorithm
Consider Model Order
Consider Model Order for Components
Consider Port Order
Content Alignment
Correction Factor for Wrapping
Cost Function for Spanning Tree
Crossing Counter Node Order Influence
Crossing Counter Port Order Influence
Crossing Minimization Strategy
Crossing Penalty
Current position of a node in the order of nodes
Cutting Strategy
Cycle Breaking Strategy
DCGraph
Debug Mode
Desired Edge Length
Desired index of node
Direction
Direction Congruency
Direction Priority
Distance Model
Distance Penalty When Improving Cuts
Eades Repulsion
Edge Center Label Placement Strategy
Edge Edge Between Layer Spacing
Edge End Texture Length
Edge Label Placement
Edge Label Side Selection
Edge Label Spacing
Edge Node Between Layers Spacing
Edge Node Spacing
Edge Routing
Edge Routing Mode
Edge Spacing
Edge Thickness
Edge Type
Enable Hyperedges From Common Source
Epsilon
Expand Nodes
Favor Straight Edges Over Balancing
Feedback Edges
Fill Polyominoes
Fixed Graph Size
Fixed Position
Fixed Shared Path Penalty
Font Name
Font Size
Force Model
Force Node Model Order
FR Temperature
Generate Position and Layer IDs
Graph Wrapping Strategy
Greedy Switch Activation Threshold
Greedy Switch Crossing Minimization
Greedy Switch Crossing Minimization (hierarchical)
Hierarchical Sweepiness
Hierarchy Handling
Hierarchy Handling (Graphviz Dot)
High Degree Node Maximum Tree Height
High Degree Node Threshold
High Degree Node Treatment
Horizontal spacing between Label and Port
Hypernode
Ideal Nudging Distance
Improve Cuts
Improve Hyperedge Routes
Improve Hyperedge Routes Add/Delete
Improve Wrapped Edges
In Layer Predecessor of
In Layer Successor of
In new Row
Individual Spacing
Individual Spacing (ELK Layered)
Inline Edge Labels
Inside Self Loop
Interactive
interactive Layout
Interactive Reference Point
Iteration Limit
Iterations
Iterations Factor
Junction Points
Label Angle
Label Distance
Label Manager
Label Manager
Label Node Spacing
Label Spacing
Layer Bound
Layer Choice Constraint
Layer Constraint
Layer ID
Layer Spacing Factor
Layout Algorithm
Layout Ancestors
Layout Dimension
Layout Partition
Layout Partitioning
Linear Segments Deflection Dampening
List of Polyominoes
Long Edge Ordering Strategy
Manually Specified Cuts
Margins
Marks a node as a cluster
Max Node Promotion Iterations
Max. Iterations
Maximal Animation Time
Merge Edges
Merge Hierarchy-Crossing Edges
Minimal Animation Time
MSD Freedom
No Layout
No Model Order
Node arrangement strategy
Node Flexibility
Node Flexibility Default
Node Label Padding
Node Label Placement
Node Layering Strategy
Node Node Between Layers Spacing
Node Placement Strategy
Node Promotion Strategy
Node Self Loop Spacing
Node Size Constraints
Node Size Minimum
Node Size Options
Node Spacing
Nudge Orthogonal Segments
Nudge Orthogonal Touching Colinear Segments
Nudge Shared Paths With Common Endpoint
Omit Node Micro Layout
Optimization Goal
Order ID
Orthogonal Compaction
Outgoing Edge Angles
Overlap Removal
Padding
Penalise Orthogonal Shared Paths
Perform Unifying Nudging Preprocessing
Polyomino Primary Sorting Criterion
Polyomino Secondary Sorting Criterion
Polyomino Traversal Strategy
Port Alignment
Port Alignment (East)
Port Alignment (North)
Port Alignment (South)
Port Alignment (West)
Port Anchor Offset
Port Border Offset
Port Constraints
Port Direction Penalty
Port Index
Port Label Placement
Port Labels Next to Port
Port Side
Port Sorting Strategy
Port Spacing
Position
Position Choice Constraint
Position Constraint
Position Constraint
Position ID
Post Compaction Constraint Calculation
Post Compaction Strategy
Priority
Priority (ELK Box)
Priority (ELK Force)
Priority (ELK Layered)
Priority (ELK Mr. Tree)
Progress Bar
Radius
Randomization Seed
Repulsive Power
Resolved Layout Algorithm
Reverse Direction Penalty
Root node for spanning tree construction
Root selection for spanning tree
Rotate
Row Height Reevaluation
Scale Factor
Search Order
Segment Penalty
Self-Loop Distribution
Self-Loop Ordering
Semi-Interactive Crossing Minimization
Separate Connected Components
Shape Buffer Distance
Shift Last Placed.
Shortness Priority
Shortness Priority (ELK Layered)
Sloped Edge Zone Width
Sloppy Spline Layer Spacing Factor
Sorter
Spacing Base Value
Spline Routing Mode
Straightness Priority
Stress Epsilon
Structure Extraction Strategy
Target Angle
Target Width
Thoroughness
Topdown Hierarchical Node Aspect Ratio
Topdown Hierarchical Node Width
Topdown Layout
Topdown Node Type
Topdown Scale Cap
Topdown Scale Factor
Topdown Size Approximator
Translation Optimization
Treat Port Labels as Group
Tree Construction Strategy
Tree Level
Try box layout first
Underlying Layout Algorithm
Upper Bound On Width [MinWidth Layerer]
Upper Layer Estimation Scaling Factor [MinWidth Layerer]
Upper limit for iterations of overlap removal
Valid Indices for Wrapping
Validate Graph
Validate Options
Validification Strategy
Vertical spacing between Label and Port
Weighting of Nodes
Whether to run a supplementary scanline overlap check.
White Space Approximation Strategy
Whitespace elimination strategy
Width Approximation Strategy
Zoom to Fit
Layout Option Groups
box
compaction
compaction
compaction.postCompaction
componentCompaction
considerModelOrder
crossingMinimization
crossingMinimization.greedySwitch
crossingMinimization.greedySwitchHierarchical
cycleBreaking
debug
edge
edgeLabels
edgeLabels
edgeRouting
edgeRouting.polyline
edgeRouting.splines
edgeRouting.splines.sloppy
font
highDegreeNodes
insideSelfLoops
layering
layering.coffmanGraham
layering.minWidth
layering.nodePromotion
nodeArrangement
nodeLabels
nodePlacement
nodePlacement.bk
nodePlacement.linearSegments
nodePlacement.networkSimplex
nodePlacement.networkSimplex.nodeFlexibility
nodeSize
overlapRemoval
packing
packing.compaction
partitioning
polyomino
port
portAlignment
portLabels
priority
processingOrder
rotation
spacing
spacing
structure
topdown
whiteSpaceElimination
whitespaceElimination
widthApproximation
wrapping
wrapping.cutting
wrapping.cutting.msd
wrapping.multiEdge
wrapping.singleEdge
wrapping.validify
