Nothing
#---------------------------------------------------------------------------
#
# Methods for generic summary() for InclusionZone class...
# (1) InclusionZone base class
#
# ...downLogIZ subclasses...
# (2) downLog component class--on a per unit area basis
# (3) standUpIZ class
# (4) chainSawIZ class
# (5) sausageIZ class
# (6) pointRelscopeIZ class
# (7) perpendicularDistanceIZ class
# (8) distanceLimitedPDSIZ class
# (9) distanceLimitedIZ class
#
# ...standingTreeIZ subclasses...
# 1. standingTreeIZ
# 2. circularPlotIZ
# 3. horizontalPointIZ
#
#Author... Date: 24-Aug-2010
# Jeffrey H. Gove
# USDA Forest Service
# Northern Research Station
# 271 Mast Road
# Durham, NH 03824
# jhgove@unh.edu
# phone: 603-868-7667 fax: 603-868-7604
#---------------------------------------------------------------------------
#
#================================================================================
# method for virtual class InclusionZone...
#
setMethod('summary',
signature(object = 'InclusionZone'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# just a simple summary of common items from virtual class...
#------------------------------------------------------------------------------
cat('\nObject of class:', class(object))
if(.hasSlot(object, 'antithetic')) #for Monte Carlo Sampling derivatives
if(object@antithetic) #distinguish antithetic variants
cat(' (antithetic)')
.StemEnv$underLine(60)
if(!is.na(object@description))
cat(object@description, fill=60)
.StemEnv$underLine(60, prologue='')
cat('\nInclusionZone...')
cat('\n Units of measurement: ', object@units)
cat('\n Per unit area blowup factor:', object@puaBlowup)
cat(ifelse(object@units == .StemEnv$msrUnits$metric, ' per hectare', ' per acre'))
cat('\n\n Object bounding box...\n');print(object@bbox)
if(!is.null(object@userExtra))
cat('\n "Note: userExtra" slot is non-NULL')
#cat('\n')
return(invisible())
} #summary for 'InclusionZone'
) #setMethod
#================================================================================
# method for class "downLogIZ"...
#
setMethod('summary',
signature(object = 'downLogIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'InclusionZone' method for 'downLogIZ'...
#------------------------------------------------------------------------------
callNextMethod()
cat('\ndownLog component estimates...')
cat('\n Spatial ID:', object@downLog@spLog@polygons$pgsLog@ID)
if(object@units == .StemEnv$msrUnits$metric) {
cat('\n Number of logs:', object@puaEstimates$Density, 'per hectare')
cat('\n Volume:', object@puaEstimates$volume, 'cubic meters per hectare')
cat('\n Surface area:', object@puaEstimates$surfaceArea, 'square meters per hectare')
cat('\n Coverage area:', object@puaEstimates$coverageArea, 'square meters per hectare')
cat('\n Length:', object@puaEstimates$Length, 'meters per hectare')
cat('\n Biomass (woody):', object@puaEstimates$biomass, 'per hectare')
cat('\n Carbon content:', object@puaEstimates$carbon, 'per hectare')
}
else {
cat('\n Number of logs:', object@puaEstimates$Density, 'per acre')
cat('\n Volume:', object@puaEstimates$volume, 'cubic feet per acre')
cat('\n Surface area:', object@puaEstimates$surfaceArea, 'square feet per acre')
cat('\n Coverage area:', object@puaEstimates$coverageArea, 'square feet per acre')
cat('\n Length:', object@puaEstimates$Length, 'feet per acre')
cat('\n Biomass (woody):', object@puaEstimates$biomass, 'per acre')
cat('\n Carbon content:', object@puaEstimates$carbon, 'per acre')
}
cat('\n')
return(invisible())
} #summary for 'downLogIZ'
) #setMethod
#================================================================================
# method for class "standUpIZ"...
#
setMethod('summary',
signature(object = 'standUpIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'InclusionZone' & 'downLogIZ' methods for 'standUpIZ'...
#------------------------------------------------------------------------------
callNextMethod()
cat('\nstandUpIZ...')
cat('\n use \"summary\" on the circularPlot slot for details')
#summary(object@circularPlot)
cat('\n')
return(invisible())
} #summary for 'standUpIZ'
) #setMethod
#================================================================================
# method for class "chainSawIZ"...
#
setMethod('summary',
signature(object = 'chainSawIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'InclusionZone' & 'downLogIZ' methods for 'chainSawIZ'...
#------------------------------------------------------------------------------
callNextMethod()
cat(' The above estimates are based on the expanded sliver portion.\n\n')
cat(' The following are unexpanded...')
if(object@units == .StemEnv$msrUnits$metric) {
cu = 'cubic meters'
su = 'square meters'
lu = 'meters'
}
else {
cu = 'cubic feet'
su = 'square feet'
lu = 'feet'
}
cat('\n Sliver area is',object@bolt$area['propArea'],'of bounding bolt')
cat('\n Total log volume:', object@downLog@logVol, cu)
cat('\n Bounding bolt volume:',object@bolt$boltVol, cu)
cat('\n Sliver volume:', object@bolt$sectVol, cu)
cat('\n Total log surface area:', object@downLog@surfaceArea, su)
cat('\n Bounding bolt surface area:',object@bolt$boltSA, su)
cat('\n Sliver surface area:', object@bolt$sectSA, su)
cat('\n Total log coverage area:', object@downLog@coverageArea, su)
cat('\n Bounding bolt coverage area:',object@bolt$boltCA, su)
cat('\n Sliver coverage area:', object@bolt$sectCA, su)
cat('\n Total log length:', object@downLog@logLen, lu)
cat('\n Bounding bolt length:',object@bolt$boltLen, lu)
cat('\n Total log biomass:', object@downLog@biomass)
cat('\n Bounding bolt biomass:',object@bolt$boltBms)
cat('\n Sliver biomass:', object@bolt$sectBms)
cat('\n Total log carbon:', object@downLog@carbon)
cat('\n Bounding bolt carbon:',object@bolt$boltCarbon)
cat('\n Sliver carbon:', object@bolt$sectCarbon)
cat('\n\nchainSawIZ...')
cat('\n use \"summary\" on the circularPlot slot for sample plot details')
#summary(object@circularPlot)
cat('\n')
return(invisible())
} #summary for 'chainSawIZ'
) #setMethod
#================================================================================
# method for class "sausageIZ"...
#
setMethod('summary',
signature(object = 'sausageIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'InclusionZone' & 'downLogIZ' methods for 'sausageIZ'...
#------------------------------------------------------------------------------
callNextMethod()
cat('\nsausageIZ...')
cat('\n Spatial ID:', object@perimeter@polygons$pgsSausage@ID)
if(object@units == .StemEnv$msrUnits$metric) {
cat('\n radius = ', object@radius, ' meters',sep='')
cat('\n area = ', object@area, ' square meters', sep='')
cat(' (', format(object@area/.StemEnv$smpHectare, digits=4), ' hectares)')
}
else {
cat('\n radius = ', object@radius, ' feet',sep='')
cat('\n area = ', object@area, ' square feet', sep='')
cat(' (', format(object@area/.StemEnv$sfpAcre, digits=4), ' acres)', sep='')
}
cat('\n Number of perimeter points:', dim(object@sausage)[1], '(closed polygon)')
cat('\n')
return(invisible())
} #summary for 'sausageIZ'
) #setMethod
#================================================================================
# method for class "pointRelascopeIZ"...
#
setMethod('summary',
signature(object = 'pointRelascopeIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'InclusionZone' & 'downLogIZ' methods for 'pointRelascopeIZ'...
#------------------------------------------------------------------------------
callNextMethod()
cat('\npointRelascopeIZ...')
cat('\n Spatial ID:', object@perimeter@polygons$pgsPRS@ID)
if(object@units == .StemEnv$msrUnits$metric) {
cat('\n dual circle radius = ', object@radius, ' meters',sep='')
cat('\n area = ', object@area, ' square meters', sep='')
cat(' (', format(object@area/.StemEnv$smpHectare, digits=4), ' hectares)')
}
else {
cat('\n dual circle radius = ', object@radius, ' feet',sep='')
cat('\n area = ', object@area, ' square feet', sep='')
cat(' (', format(object@area/.StemEnv$sfpAcre, digits=4), ' acres)', sep='')
}
cat('\n Number of perimeter points:', dim(object@dualCircle)[1], '(closed polygon)')
cat('\n')
return(invisible())
} #summary for 'pointRelascopeIZ'
) #setMethod
#================================================================================
# method for class "perpendicularDistanceIZ"...
#
setMethod('summary',
signature(object = 'perpendicularDistanceIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'InclusionZone' & 'downLogIZ' methods for 'perpendicularDistanceIZ'...
#------------------------------------------------------------------------------
callNextMethod()
# if(is(object, 'omnibusPDSIZ') || is(object, 'omnibusDLPDSIZ'))
# cat('\nomnibusPDSIZ...')
# else
# cat('\nperpendicularDistanceIZ...')
cat('\n',class(object),'...',sep='')
cat('\n PDS type:', object@pdsType)
cat('\n Spatial ID:', object@perimeter@polygons$pgs@ID)
if(object@units == .StemEnv$msrUnits$metric) {
cat('\n area = ', object@area, ' square meters', sep='')
cat(' (', format(object@area/.StemEnv$smpHectare, digits=4), ' hectares)',sep='')
}
else {
cat('\n area = ', object@area, ' square feet', sep='')
cat(' (', format(object@area/.StemEnv$sfpAcre, digits=4), ' acres)', sep='')
}
cat('\n Number of perimeter points:', dim(object@izPerim)[1], '(closed polygon)')
cat('\n')
return(invisible())
} #summary for 'perpendicularDistanceIZ'
) #setMethod
#================================================================================
# method for class "distanceLimitedPDSIZ"...
#
setMethod('summary',
signature(object = 'distanceLimitedPDSIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'InclusionZone' & 'downLogIZ' methods for 'distanceLimitedPDSIZ'...
#------------------------------------------------------------------------------
callNextMethod()
cat(' (The above summary is for the entire DLPDS region)\n')
#if(is(object, 'omnibusDLPDSIZ'))
# cat('\nomnibusDLPDSIZ...')
#else if (is(object, 'hybridDLPDSIZ'))
# cat('\ndistanceLimitedMCPDSIZ...')
#else
# cat('\ndistanceLimitedPDSIZ...')
cat('\n',class(object),' details...',sep='')
if(object@units == .StemEnv$msrUnits$metric) {
cat('\n distance limit = ', object@dls@distanceLimit, ' meters', sep='')
cat('\n limiting diameter = ', object@dlsDiameter, ' meters', sep='')
cat(' (', format(object@dlsDiameter*.StemEnv$m2cm, digits=4), ' cm)',sep='')
}
else {
cat('\n distance limit = ', object@dls@distanceLimit, ' feet', sep='')
cat('\n limiting diameter = ', object@dlsDiameter, ' feet', sep='')
cat(' (', format(object@dlsDiameter*.StemEnv$ft2in, digits=4), ' in)',sep='')
}
cat('\n distance limited component available =',ifelse(is.null(object@dlsPart),FALSE, TRUE))
cat('\n PDS component available =',ifelse(is.null(object@pdsPart),FALSE, TRUE))
cat('\n Summaries of individual DLPDS components can be viewed seperately')
cat('\n')
return(invisible())
} #summary for 'distanceLimitedPDSIZ'
) #setMethod
#================================================================================
# method for class "distanceLimitedIZ"...
#
setMethod('summary',
signature(object = 'distanceLimitedIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'InclusionZone' & 'downLogIZ' methods for 'distanceLimitedIZ'...
#------------------------------------------------------------------------------
callNextMethod()
cat(' (Note: NAs signify location-dependent attributes.)\n')
cat('\n',class(object),'...',sep='')
cat('\n Spatial ID:', object@perimeter@polygons$pgs@ID)
if(object@units == .StemEnv$msrUnits$metric) {
cat('\n distance limit = ', object@dls@distanceLimit, ' meters', sep='')
cat('\n area = ', object@area, ' square meters', sep='')
cat(' (', format(object@area/.StemEnv$smpHectare, digits=4), ' hectares)',sep='')
}
else {
cat('\n distance limit = ', object@dls@distanceLimit, ' feet', sep='')
cat('\n area = ', object@area, ' square feet', sep='')
cat(' (', format(object@area/.StemEnv$sfpAcre, digits=4), ' acres)', sep='')
}
cat('\n Number of perimeter points:', dim(object@izPerim)[1], '(closed polygon)')
cat('\n')
return(invisible())
} #summary for 'distanceLimitedIZ'
) #setMethod
#---------------------------------------------------------------------------
#
# For "standingTreeIZ" related methods
#
# 1. "standingTreeIZ"
# 2. "circularPlotIZ"
#
#Author... Date: 1-Dec-2011
# Jeffrey H. Gove
# USDA Forest Service
# Northern Research Station
# 271 Mast Road
# Durham, NH 03824
# jhgove@unh.edu
# phone: 603-868-7667 fax: 603-868-7604
#---------------------------------------------------------------------------
#
#================================================================================
# method for class "standingTreeIZ"...
#
setMethod('summary',
signature(object = 'standingTreeIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'InclusionZone' method for 'standingTreeIZ'...
#------------------------------------------------------------------------------
callNextMethod()
cat('\nstandingTree component estimates...')
cat('\n Spatial ID:', object@standingTree@spTree@polygons$pgsTree@ID)
if(object@units == .StemEnv$msrUnits$metric) {
cat('\n Number of trees:', object@puaEstimates$Density, 'per hectare')
cat('\n Basal area:', object@puaEstimates$basalArea, 'square meters per hectare')
cat('\n Volume:', object@puaEstimates$volume, 'cubic meters per hectare')
cat('\n Surface area:', object@puaEstimates$surfaceArea, 'square meters per hectare')
cat('\n Biomass (stem):', object@puaEstimates$biomass, 'per hectare')
cat('\n Carbon content:', object@puaEstimates$carbon, 'per hectare')
}
else {
cat('\n Number of trees:', object@puaEstimates$Density, 'per acre')
cat('\n Basal area:', object@puaEstimates$basalArea, 'square feet per acre')
cat('\n Volume:', object@puaEstimates$volume, 'cubic feet per acre')
cat('\n Surface area:', object@puaEstimates$surfaceArea, 'square feet per acre')
cat('\n Biomass (stem):', object@puaEstimates$biomass, 'per acre')
cat('\n Carbon content:', object@puaEstimates$carbon, 'per acre')
}
cat('\n')
return(invisible())
} #summary for 'standingTreeIZ'
) #setMethod
#================================================================================
# method for class "circularPlotIZ"...
#
setMethod('summary',
signature(object = 'circularPlotIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'InclusionZone' & 'standingTreeIZ' methods for 'circularPlotIZ'...
#------------------------------------------------------------------------------
callNextMethod()
cat('\ncircularPlotIZ...')
cat('\n use \"summary\" on the circularPlot slot for details')
#summary(object@circularPlot)
cat('\n')
return(invisible())
} #summary for 'circularPlotIZ'
) #setMethod
#================================================================================
# method for class "horizontalPointIZ"...
#
setMethod('summary',
signature(object = 'horizontalPointIZ'),
function(object,
...
)
{
#------------------------------------------------------------------------------
# add a little to 'circularPlotIZ' method for 'horizontalPointIZ'...
#------------------------------------------------------------------------------
callNextMethod()
cat('\nhorizontalPointIZ...')
cat('\n use \"summary\" on the angleGauge slot for details')
#summary(object@circularPlot)
cat('\n')
return(invisible())
} #summary for 'horizontalPointIZ'
) #setMethod
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