12 LandWeb_summary Module
This documentation is work in progress. Please report any discrepancies or omissions at https://github.com/PredictiveEcology/LandWeb_summary/issues.
12.1 Module Overview
12.1.2 Module inputs and parameters
Table 12.1 shows the full list of module inputs.
objectName | objectClass | desc | sourceURL |
---|---|---|---|
ml | map | map list object from LandWeb_preamble | NA |
speciesLayers | RasterStack | initial percent cover raster layers used for simulation. | NA |
sppColorVect | character | A named vector of colors to use for plotting. The names must be in sim$sppEquiv[[P(sim)$sppEquivCol]] , and should also contain a color for ‘Mixed’ |
NA |
sppEquiv | data.table | table of species equivalencies. See LandR::sppEquivalencies_CA . |
NA |
Provide a summary of user-visible parameters (Table 12.2)
paramName | paramClass | default | min | max | paramDesc |
---|---|---|---|---|---|
ageClasses | character | Young, I…. | NA | NA | descriptions/labels for age classes (seral stages) |
ageClassCutOffs | integer | 0, 40, 8…. | NA | NA | defines the age boundaries between age classes |
ageClassMaxAge | integer | 400 | NA | NA | maximum possible age |
reps | integer | 1, 2, 3,…. | 1 | NA | number of replicates/runs per study area. |
simOutputPath | character | /tmp/Rtm…. | NA | NA | Directory specifying the location of the simulation outputs. |
sppEquivCol | character | EN_gener…. | NA | NA | The column in sim$sppEquiv data.table to use as a naming convention |
summaryInterval | integer | 100 | NA | NA | simulation time interval at which to take ‘snapshots’ used for summary analyses |
summaryPeriod | integer | 700, 1000 | NA | NA | lower and upper end of the range of simulation times used for summary analyses |
timeSeriesTimes | integer | 601, 602…. | NA | NA | timesteps to use to build timeseries rasters showing leading cover change over time |
upload | logical | FALSE | NA | NA | if TRUE, uses the googledrive package to upload figures. |
uploadTo | character | NA | NA | NA | if upload = TRUE , a Google Drive folder id corresponding to .studyAreaName . |
vegLeadingProportion | numeric | 0.8 | 0 | 1 | a number that defines whether a species is leading for a given pixel |
version | integer | 3 | 2 | 3 | LandWeb model version (2 for runs using vegetation parameter forcings, else 3). |
.clInit | { | NA | NA | Quoted expression to be evaluated on each node in a parallel cluster when running map analyses. Useful to set options or create non-serializable objects on each node. |
|
.makeTiles | logical | FALSE | NA | NA | If TRUE , will generate leaflet tiles during postprocessing. |
.plots | character | screen | NA | NA | Used by Plots function, which can be optionally used here |
.plotInitialTime | numeric | 0 | NA | NA | Describes the simulation time at which the first plot event should occur. |
.plotInterval | numeric | NA | NA | NA | Describes the simulation time interval between plot events. |
.saveInitialTime | numeric | NA | NA | NA | Describes the simulation time at which the first save event should occur. |
.saveInterval | numeric | NA | NA | NA | This describes the simulation time interval between save events. |
.studyAreaName | character | NA | NA | NA | Human-readable name for the study area used - e.g., a hash of the study area obtained using reproducible::studyAreaName()
|
.useCache | character | .inputOb…. | NA | NA | Names of events to be cached. |
.useParallel | logical | TRUE | NA | NA | Logical. If TRUE , and there is more than one calculation to do at any stage, it will create and use a parallel cluster via makeOptimalCluster() . |
12.1.3 Module outputs
12.1.3.1 Large Patches Data for study region
- Large Patches Data (
.csv
) - Large patches histograms (
.png
)
12.1.3.2 Leading Vegetation Cover Data for study region
- Leading Vegetation Cover Data (
.csv
) - Leading Vegetation Cover histograms (
.png
) - Leading Vegetation Cover boxplots (
.png
)
Description of the module outputs (Table 12.3).
objectName | objectClass | desc |
---|---|---|
ml | map | map list object |
12.1.4 Links to other modules
Initially developed for use with the LandWeb model.