raptr-package | raptr: Representative and Adequate Prioritization Toolkit in R |
amount.held | Extract amount held for a solution |
amount.held.RapSolved | Extract amount held for a solution |
amount.target | Amount targets |
amount.target.RapData | Amount targets |
amount.target.RapUnsolOrSol | Amount targets |
amount.target<- | Amount targets |
amount.target<-.RapData | Amount targets |
amount.target<-.RapUnsolOrSol | Amount targets |
as.list | Convert object to list |
as.list.GurobiOpts | Convert object to list |
AttributeSpace | Create new AttributeSpace object |
AttributeSpace-class | AttributeSpace: An S4 class to represent an attribute space. |
AttributeSpaces | Create new AttributeSpaces object |
AttributeSpaces-class | AttributeSpaces: An S4 class to represent a collection of attribute spaces for different species. |
blank.raster | Blank raster |
calcBoundaryData | Calculate boundary data for planning units |
calcBoundaryData.PolySet | Calculate boundary data for planning units |
calcBoundaryData.sf | Calculate boundary data for planning units |
calcBoundaryData.SpatialPolygons | Calculate boundary data for planning units |
calcSpeciesAverageInPus | Calculate average value for species data in planning units |
calcSpeciesAverageInPus.sf | Calculate average value for species data in planning units |
calcSpeciesAverageInPus.SpatialPolygons | Calculate average value for species data in planning units |
calcSpeciesAverageInPus.SpatialPolygonsDataFrame | Calculate average value for species data in planning units |
casestudy_data | Case-study dataset for a conservation planning exercise |
convert2PolySet | Convert object to PolySet data |
convert2PolySet.sf | Convert object to PolySet data |
convert2PolySet.SpatialPolygons | Convert object to PolySet data |
convert2PolySet.SpatialPolygonsDataFrame | Convert object to PolySet data |
cs_pus | Case-study dataset for a conservation planning exercise |
cs_space | Case-study dataset for a conservation planning exercise |
cs_spp | Case-study dataset for a conservation planning exercise |
DemandPoints | Create new DemandPoints object |
DemandPoints-class | DemandPoints: An S4 class to represent demand points |
dp.subset | Subset demand points |
dp.subset.RapData | Subset demand points |
dp.subset.RapUnsolOrSol | Subset demand points |
GurobiOpts | Create GurobiOpts object |
GurobiOpts-class | GurobiOpts: An S4 class to represent Gurobi parameters |
is.GurobiInstalled | Test if Gurobi is installed |
logging.file | Log file |
logging.file.RapResults | Log file |
logging.file.RapSolved | Log file |
make.DemandPoints | Generate demand points for RAP |
make.RapData | Make data for RAP using minimal inputs |
ManualOpts | Create ManualOpts object |
ManualOpts-class | ManualOpts: An S4 class to represent parameters for manually specified solutions |
maximum.targets | Maximum targets |
maximum.targets.RapUnsolOrSol | Maximum targets |
names | Names |
names.RapData | Names |
names.RapUnsolOrSol | Names |
names<-.RapData | Names |
names<-.RapUnsolOrSol | Names |
PlanningUnitPoints | Create new PlanningUnitPoints object |
PlanningUnitPoints-class | PlanningUnitPoints: An S4 class to represent planning units in an attribute space |
plot | Plot object |
plot-method | Plot object |
PolySet | PolySet |
PolySet-class | PolySet |
Print objects | |
print.AttributeSpace | Print objects |
print.AttributeSpaces | Print objects |
print.GurobiOpts | Print objects |
print.ManualOpts | Print objects |
print.RapData | Print objects |
print.RapReliableOpts | Print objects |
print.RapResults | Print objects |
print.RapSolved | Print objects |
print.RapUnreliableOpts | Print objects |
print.RapUnsolved | Print objects |
prob.subset | Subset probabilities above a threshold |
prob.subset.RapData | Subset probabilities above a threshold |
prob.subset.RapUnsolOrSol | Subset probabilities above a threshold |
pu.subset | Subset planning units |
pu.subset.RapData | Subset planning units |
pu.subset.RapUnsolOrSol | Subset planning units |
randomPoints | Sample random points from a SpatRaster |
rap | Generate prioritizations using RAP |
RapData | Create new RapData object |
RapData-class | RapData: An S4 class to represent RAP input data |
RapOpts | RapOpts class |
RapOpts-class | RapOpts class |
RapReliableOpts | Create RapReliableOpts object |
RapReliableOpts-class | RapReliableOpts: An S4 class to represent input parameters for the reliable formulation of RAP. |
RapResults | Create RapResults object |
RapResults-class | RapResults: An S4 class to represent RAP results |
RapSolved | Create new RapSolved object |
RapSolved-class | RapSolved: An S4 class to represent RAP inputs and outputs |
raptr | raptr: Representative and Adequate Prioritization Toolkit in R |
raptr-deprecated | Deprecation notice |
RapUnreliableOpts | Create RapUnreliableOpts object |
RapUnreliableOpts-class | RapUnreliableOpts: An S4 class to represent parameters for the unreliable RAP problem |
RapUnsolved | Create a new RapUnsolved object |
RapUnsolved-class | RapUnsolved: An S4 class to represent RAP inputs |
rrap.proportion.held | Proportion held using reliable RAP formulation. |
score | Solution score |
score.RapResults | Solution score |
score.RapSolved | Solution score |
selections | Extract solution selections |
selections.RapResults | Extract solution selections |
selections.RapSolved | Extract solution selections |
show | Show objects |
show-method | Show objects |
sim.pus | Simulate planning units |
sim.space | Simulate attribute space data for RAP |
sim.space.sf | Simulate attribute space data for RAP |
sim.space.SpatialPolygons | Simulate attribute space data for RAP |
sim.space.SpatRaster | Simulate attribute space data for RAP |
sim.species | Simulate species distribution data for RAP |
sim.species.sf | Simulate species distribution data for RAP |
sim.species.SpatialPolygons | Simulate species distribution data for RAP |
sim.species.SpatRaster | Simulate species distribution data for RAP |
simulated_data | Simulated dataset for a conservation planning exercise |
sim_rs | Simulated dataset for a conservation planning exercise |
sim_ru | Simulated dataset for a conservation planning exercise |
solve | Solve RAP object |
solve-method | Solve RAP object |
SolverOpts | SolverOpts class |
SolverOpts-class | SolverOpts class |
space.held | Extract attribute space held for a solution |
space.held.RapSolved | Extract attribute space held for a solution |
space.plot | Plot space |
space.plot.RapData | Plot space |
space.plot.RapSolved | Plot space |
space.plot.RapUnsolved | Plot space |
space.target | Attribute space targets |
space.target.RapData | Attribute space targets |
space.target.RapUnsolOrSol | Attribute space targets |
space.target<- | Attribute space targets |
space.target<-.RapData | Attribute space targets |
space.target<-.RapUnsolOrSol | Attribute space targets |
SpatialPolygons2PolySet | Deprecation notice |
spp.plot | Plot species |
spp.plot.RapData | Plot species |
spp.plot.RapSolved | Plot species |
spp.plot.RapUnsolved | Plot species |
spp.subset | Subset species |
spp.subset.RapData | Subset species |
spp.subset.RapUnsolOrSol | Subset species |
summary | Summary of solutions |
update | Update object |
update.GurobiOpts | Update object |
update.ManualOpts | Update object |
update.RapData | Update object |
update.RapReliableOpts | Update object |
update.RapUnreliableOpts | Update object |
update.RapUnsolOrSol | Update object |
urap.proportion.held | Proportion held using unreliable RAP formulation. |