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cbind(<agentMatrix>) rbind(<agentMatrix>)
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Combine R Objects by Rows or Columns |
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agentMatrix-class
|
The agentMatrix class |
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`==`(<agentMatrix>,<character>) `==`(<agentMatrix>,<numeric>)
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Relational Operators |
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show(<agentMatrix>) length(<agentMatrix>) nrow(<agentMatrix>) head(<agentMatrix>) tail(<agentMatrix>)
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Key base R functions for agentMatrix class |
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agentMatrix()
|
Create a new agentMatrix object |
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bbox() `bbox<-`()
|
Extract or set bounding box |
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bk()
|
Move backward |
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canMove()
|
Can the turtles move? |
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cellFromPxcorPycor()
|
Cells numbers from patches coordinates |
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clearPatches()
|
Clear world's patches |
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coordinates(<agentMatrix>)
|
Spatial accessors and setters for NetLogoR classes |
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createOTurtles()
|
Create ordered turtles |
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createTurtles()
|
Create turtles |
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createWorld()
|
Create a world |
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die()
|
Kill turtles |
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diffuse()
|
Diffuse values in a world |
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.bboxCoords()
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.bboxCoords is a drop in replacement for raster::.bboxCoords.
|
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downhill()
|
Move downhill |
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dx()
|
x-increment |
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dy()
|
y-increment |
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extent(<worldNLR>) extent(<agentMatrix>)
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Bounding box and extent methods for NetLogoR classes |
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`[`(<worldMatrix>,<numeric>,<numeric>,<ANY>) `[`(<worldMatrix>,<missing>,<missing>,<ANY>) `[<-`(<worldMatrix>,<numeric>,<numeric>,<ANY>) `[<-`(<worldMatrix>,<missing>,<missing>,<ANY>) `[`(<worldArray>,<numeric>,<numeric>,<ANY>) `[`(<worldArray>,<missing>,<missing>,<ANY>) `[<-`(<worldArray>,<numeric>,<numeric>,<matrix>) `[<-`(<worldArray>,<missing>,<missing>,<matrix>) `[`(<agentMatrix>,<numeric>,<numeric>,<ANY>) `[`(<agentMatrix>,<logical>,<missing>,<ANY>) `[`(<agentMatrix>,<numeric>,<missing>,<ANY>) `[`(<agentMatrix>,<missing>,<missing>,<missing>) `[`(<agentMatrix>,<missing>,<character>,<ANY>) `[`(<agentMatrix>,<numeric>,<character>,<ANY>) `[`(<agentMatrix>,<missing>,<numeric>,<ANY>) `[<-`(<agentMatrix>,<numeric>,<numeric>,<numeric>) `[<-`(<agentMatrix>,<missing>,<numeric>,<numeric>) `[<-`(<agentMatrix>,<numeric>,<missing>,<numeric>) `[<-`(<agentMatrix>,<numeric>,<character>,<data.frame>) `[<-`(<agentMatrix>,<numeric>,<numeric>,<character>) `[<-`(<agentMatrix>,<missing>,<numeric>,<character>) `[<-`(<agentMatrix>,<missing>,<character>,<character>) `[<-`(<agentMatrix>,<numeric>,<character>,<character>) `$`(<agentMatrix>)
|
Extract or Replace Parts of an Object |
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face()
|
Face something |
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fd()
|
Move forward |
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hatch()
|
Hatch new turtles |
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home()
|
Return home |
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inCone()
|
Agents in cone
|
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initialize(<agentMatrix>)
|
Initialize for agentMatrix Class |
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inRadius()
|
Agents in radius
|
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inspect()
|
Inspect turtles |
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isNLclass()
|
Type of object |
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layoutCircle()
|
Layout turtles on a circle |
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left()
|
Rotate to the left |
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maxNof()
|
N agents with maximum
|
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maxOneOf()
|
One agent with maximum |
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maxPxcor()
|
Maximum pxcor |
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maxPycor()
|
Maximum pycor |
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minNof()
|
N agents with minimum
|
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minOneOf()
|
One agent with minimum |
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minPxcor()
|
Minimum pxcor |
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minPycor()
|
Minimum pycor |
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moveTo()
|
Move to |
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neighbors()
|
Neighbors patches |
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NetLogoR NetLogoR-package
|
The NetLogoR package |
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NLall()
|
All agents? |
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NLany()
|
Any agents? |
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NLcount()
|
Count agents |
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NLdist()
|
Distances between agents |
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NLset()
|
Set an agents variable |
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NLwith()
|
Agents with
|
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NLworldIndex()
|
WorldMatrix indices from vector indices
|
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nOf()
|
N random agents |
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noPatches()
|
No patches |
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noTurtles()
|
No turtles |
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of()
|
Values of an agents variable |
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oneOf()
|
One random agent |
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other()
|
Others |
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patch()
|
Patches coordinates
|
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patchAhead()
|
Patches ahead
|
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patchAt()
|
Patches at
|
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patchDistDir()
|
Patches at given distances and directions
|
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patches()
|
All the patches in a world |
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patchHere()
|
Patches here
|
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patchLeft()
|
Patches on the left
|
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patchRight()
|
Patches on the right
|
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patchSet()
|
Patch set
|
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pExist()
|
Do the patches exist? |
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plot(<agentMatrix>) plot(<worldMatrix>) plot(<worldArray>) points(<agentMatrix>)
|
Basic plot methods for agentMatrix, worldMatrix, worldArray |
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PxcorPycorFromCell()
|
Patches coordinates from cells numbers
|
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numLayers(<worldArray>) numLayers(<worldMatrix>) layerNames(<worldArray>) .identifyGrobToPlot(<worldArray>,<.quickPlotGrob>)
|
Methods for quickPlot |
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randomPxcor()
|
Random pxcor |
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randomPycor()
|
Random pycor |
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randomXcor()
|
Random xcor |
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randomXYcor()
|
Random turtles coordinates |
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randomYcor()
|
Random ycor |
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raster2world()
|
Convert a Raster* object into a worldMatrix or worldArray object |
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right()
|
Rotate to the right |
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setXY()
|
Set turtles' locations |
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sf2turtles()
|
From sf to agentMatrix |
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show(<worldArray>) show(<worldMatrix>)
|
Key base R functions for worldNLR classes |
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sortOn()
|
Sort agents |
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spatRast2world()
|
Convert a SpatRaster object into a worldMatrix or worldArray object |
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spdf2turtles()
|
From SpatialPointsDataFrame to agentMatrix |
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sprout()
|
Sprout new turtles |
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stackWorlds()
|
Stack worlds |
|
subHeadings()
|
Subtract headings |
|
`[[`(<worldArray>,<ANY>,<missing>) `[[<-`(<worldArray>,<ANY>,<missing>) `$`(<worldArray>)
|
Subsetting and replacing for worldArray class |
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tExist()
|
Do the turtle exist? |
|
towards()
|
Directions towards |
|
turtle()
|
Select turtles |
|
turtles2sf()
|
From agentMatrix to sf |
|
turtles2spdf()
|
From agentMatrix to SpatialPointsDataFrame |
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turtlesAt()
|
Turtles at
|
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turtleSet()
|
Create a turtle agentset |
|
turtlesOn()
|
Turtles on
|
|
turtlesOwn()
|
New turtles variable |
|
updateList updateList,list,list-method updateList,NULL,list-method updateList,list,NULL-method updateList,NULL,NULL-method
|
Update elements of a named list with elements of a second named list |
|
uphill()
|
Move uphill |
|
withMax()
|
Agents with maximum
|
|
withMin()
|
Agents with minimum
|
|
world2raster()
|
Convert a worldMatrix or worldArray object into a Raster* object |
|
world2spatRast()
|
Convert a worldMatrix or worldArray object into a SpatRaster object |
|
worldArray-class worldArray
|
The worldArray class |
|
worldHeight()
|
World height
|
|
worldMatrix-class worldMatrix
|
The worldMatrix class |
|
worldNLR-class worldNLR
|
The worldNLR class |
|
worldWidth()
|
World width
|
|
wrap()
|
Wrap coordinates or pixels in a torus-like fashion |