Package index • alcyon

All functions

AgentLookMode: Agent look modes.

AllLineShapeGraph-class: All-line Axial ShapeGraph

AxialShapeGraph-class AxialShapeGraph: Axial ShapeGraph

`[`(<AxialShapeGraph>) `[<-`(<AxialShapeGraph>): Subset AxialShapeGraph objects

LatticeMap-class LatticeMap: LatticeMap

`[`(<LatticeMap>) `[<-`(<LatticeMap>): Subset LatticeMap objects

SegmentShapeGraph-class SegmentShapeGraph: Segment ShapeGraph

`[`(<SegmentShapeGraph>) `[<-`(<SegmentShapeGraph>): Subset SegmentShapeGraph objects

ShapeMap-class ShapeMap: ShapeMap class

`[`(<ShapeMap>) `[<-`(<ShapeMap>): Subset ShapeMap objects

TraversalType: Traversal types

VGALocalAlgorithm: VGA Local Analysis algorithms.

agentAnalysis(): Agent Analysis

allToAllTraverse(): All-to-all traversal

as: as("sf", "ShapeMap")

axialAnalysisLocal(): Axial analysis - local metrics

axialToSegmentShapeGraph(): Axial to Segment ShapeGraph

blockLines(): Block lines on a LatticeMap

connections(<AxialShapeGraph>): Get the Axial ShapeGraph connections

connections(<LatticeMap>): Get the LatticeMap connections

connections(<SegmentShapeGraph>): Get the Segment ShapeGraph connections

connections(): Get map connections

createGrid(): Create a LatticeMap through a grid

fillGrid(): Fill a LatticeMap's grid starting from one or more points

getTopFeatures(): Extract top x percent of features

isovist(): Create isovists at point and direction angle

isovist2pts(): Create isovists using two points

linkCoords(<AxialShapeGraph>): Link two Axial Lines (coordinates)

linkCoords(<LatticeMap>): Link two LatticeMap Cells (coordinates)

linkCoords(): Link map points/lines as if selecting them using points

linkRefs(<AxialShapeGraph>): Link two Axial Lines (refs)

linkRefs(<LatticeMap>): Link two LatticeMap Cells (refs)

linkRefs(): Link map points/lines using their refs

links(<AxialShapeGraph>): Get the Axial ShapeGraph links

links(<LatticeMap>): Get the LatticeMap links

links(): Get map links

makeAllLineMap(): Create an All-line Map

makeDepthmapClassicColour() makeAxmanesqueColour() makePurpleOrangeColour() makeBlueRedColour() makeGreyScaleColour() makeNiceHSBColour(): Single Colour from depthmapX's Palettes

makeVGAGraph(): Create a graph between visible cells in the LatticeMap

makeVGALatticeMap(): Create a LatticeMap grid, fill it and make the graph

matchPointsToLines(): Match points to lines

name(<LatticeMap>): Get the LatticeMap name

name(<ShapeMap>): Get the ShapeMap name

name(): Get map name

oneToAllTraverse(): One-to-all traversal

oneToOneTraverse(): One-to-one traversal

depthmap.classic.colour() depthmap.axmanesque.colour() depthmap.purpleorange.colour() depthmap.bluered.colour() depthmap.grayscale.colour() depthmap.nicehsb.colour(): Colour Palettes from depthmapX

plot(<LatticeMap>): plot a LatticeMap

readMetaGraph(): Read MetaGraph

reduceToFewest(): Reduce an All-line Map to two types of fewest-line maps

refIDtoIndex() indexToRefID(): Ref ID to index and vice-versa

segmentTulipLeafChoice(): Segment Tulip Leaf Choice

shapeMapToPolygonSf(): ShapeMap to sf Polygon map

shapegraphToGraphData(): Conversion of shapegraph to graph data

unlinkAtCrossPoint(<AxialShapeGraph>): Unlink two Axial Lines (crosspoint)

unlinkAtCrossPoint(): Unlink map lines at their crossing point

unlinkCoords(<AxialShapeGraph>): Unlink two Axial Lines (coordinates)

unlinkCoords(<LatticeMap>): Unlink two LatticeMap Cells (coordinates)

unlinkCoords(): Unlink map points/lines as if selecting them using points

unlinkRefs(<AxialShapeGraph>): Unlink two Axial Lines (refs)

unlinkRefs(<LatticeMap>): Unlink two LatticeMap Cells (refs)

unlinkRefs(): Unlink map points/lines using their refs

unmakeVGAGraph(): Unmake the graph in a LatticeMap

vgaIsovist(): Visibility Graph Analysis - isovist metrics

vgaThroughVision(): Visibility Graph Analysis - Through Vision

vgaVisualLocal(): Visibility Graph Analysis - Visual local metrics