Command line interface

Usage:

depthmapXcli -m <mode> -f <filename> -o <output file> [-s] [mode options]
depthmapXcli -h prints this help text
             -s enables simple mode
             -t <times.csv> enables output of runtimes as csv file

Possible modes:

• VGA
• LINK
• VISPREP
• AXIAL
• AGENTS
• ISOVIST
• EXPORT
• IMPORT

VGA (Visibility Graph analysis):

-vm <vga mode> one of isovist, visiblity, metric, angular, thruvision
-vg turn on global measures for visibility, requires radius between 1 and 99 or n
-vl turn on local measures for visibility
-vr set visibility radius

LINK:

-lf <links file>
-lnk <single link coordinates> provided in csv (x1,y1,x2,y2) for example "0.1,0.2,0.2,0.4" to create a link from 0.1,0.2 to 0.2,0.4. Provide multiple times for multiple links

VISPREP (Visual analysis preparation):

  -pg <gridsize> floating point number defining the grid spacing
  -pp <fillpoint> point where to fill. Can be repeated
  -pf <fillpoint file> a file with a point per line to fill
  -pr <max visibility> restrict visibility (-1 is unrestricted, default)
  -pb Make boundary graph

AXIAL (Axial Analysis):

  -xl <x>,<y> Calculate all lines map from this seed point (can be used more than once)
  -xf Calculate fewest lines map from all lines map
  -xu Process unlink data (not yet supported)
  -xa run axial anlysis
 All modes expect to find the required input in the in graph
 Any combination of flags above can be specified, they will always be run in the order -aa -af -au -ax
 Further flags for axial analysis are:
   -xac Include choice (betweenness)
   -xal Include local measures
   -xar Inlcude RA, RRA and total depth

AGENTS (Agent analysis):

-am <agent mode> one of:
    standard
    los-length (Line of Sight length)
    occ-length (Occluded length)
    occ-any (Any occlusions)
    occ-group-45 (Occlusion group bins - 45 degrees)
    occ-group-60 (Occlusion group bins - 60 degrees)
    occ-furthest (Furthest occlusion per bin)
    bin-far-dist (Per bin far distance weighted)
    bin-angle (Per bin angle weighted)
    bin-far-dist-angle (Per bin far-distance and angle weighted)
    bin-memory (Per bin memory)
-ats <timesteps> set total system timesteps
-arr <rate> set agent release rate (likelyhood of release per timestep)
-atrails <no of trails> record trails for this amount of agents (set to 0 to record all, with max possible currently = 50)
-afov <fov> set agent field-of-view (bins)
-asteps <steps> set agent steps before turn decision
-alife <timesteps> set agent total lifetime (in timesteps)
-alocseed <seed> set agents to start at random locations with specific seed (0 to 10)
-alocfile <agent starting points file>
-aloc <single agent starting point coordinates> provided in csv (x1,y1) for example "0.1,0.2". Provide multiple times for multiple links
-ot <output type> available output types (may use more than one):    graph (graph file, default)    gatecounts (csv with cells of grid with gate counts)    trails (csv with lines showing path traversed by each agent)
Arguments for isovist mode:
  -ii <x,y[,angle,viewangle]> Define an isoivist at position x,y with
    optional direction angle and view angle for partial isovists
  -if <isovist file> load isovist definitions from a file (csv)
    the relevant headers must be called x, y, angle and viewangle
    the latter two are optional.
  Those two arguments cannot be mixed
  Angles for partial isovists are in degrees, counted anti-clockwise with 0°
  pointing to the right.

EXPORT:

-em <export mode> one of:
    pointmap-data-csv
    pointmap-connections-csv

IMPORT:

   The file provided by -f here will be used as the base. If that fileis not a graph, a new graph will be created and the file will be imported
   -if <file(s) to import> one or more files to import

Examples:

Importing a dxf:

./depthmapXcli -f in.dxf -o out.graph