Usage
cdf.test(bounds, z_1, wgt_1, x_1=NULL, y_1=NULL, z_2, wgt_2, x_2=NULL, y_2=NULL,
stratum_1=NULL, stratum_2=NULL, cluster_1=NULL, cluster_2=NULL, wgt1_1=NULL,
x1_1=NULL, y1_1=NULL, wgt1_2=NULL, x1_2=NULL, y1_2=NULL, popsize_1=NULL,
popsize_2=NULL, popcorrect_1=FALSE, pcfsize_1=NULL, N.cluster_1=NULL,
stage1size_1=NULL, support_1=NULL, popcorrect_2=FALSE, pcfsize_2=NULL,
N.cluster_2=NULL, stage1size_2=NULL, support_2=NULL, sizeweight_1=FALSE,
swgt_1=NULL, swgt1_1=NULL, sizeweight_2=FALSE, swgt_2=NULL, swgt1_2=NULL,
vartype_1="Local", vartype_2="Local", check.ind=TRUE, warn.ind=NULL,
warn.df=NULL, warn.vec=NULL)
Arguments
bounds
vector of upper bounds of the classes for the CDF.
z_1
response value for each sample one site.
wgt_1
final adjusted weight (inverse of the sample inclusion
probability) for each sample one site, which is either the weight for a
single-stage sample or the stage two weight for a two-stage sample.
x_1
x-coordinate for location for each sample one site, which is either
the x-coordinate for a single-stage sample or the stage two x-coordinate for
a two-stage sample. The default is NULL.
y_1
y-coordinate for location for each sample one site, which is either
the y-coordinate for a single-stage sample or the stage two y-coordinate for
a two-stage sample. The default is NULL.
z_2
response value for each sample two site.
wgt_2
final adjusted weight (inverse of the sample inclusion
probability) for each sample two site, which is either the weight for a
single-stage sample or the stage two weight for a two-stage sample.
x_2
x-coordinate for location for each sample two site, which is either
the x-coordinate for a single-stage sample or the stage two x-coordinate for
a two-stage sample. The default is NULL.
y_2
y-coordinate for location for each sample two site, which is either
the y-coordinate for a single-stage sample or the stage two y-coordinate for
a two-stage sample. The default is NULL.
stratum_1
the stratum for each sample one site. The default is NULL.
stratum_2
the stratum for each sample two site. The default is NULL.
cluster_1
the stage one sampling unit (primary sampling unit or
cluster) code for each sample one site. The default is NULL.
cluster_2
the stage one sampling unit (primary sampling unit or
cluster) code for each sample two site. The default is NULL.
wgt1_1
the final adjusted stage one weight for each sample one site.
The default is NULL.
x1_1
the stage one x-coordinate for location for each sample one site.
The default is NULL.
y1_1
the stage one y-coordinate for location for each sample one site.
The default is NULL.
wgt1_2
the final adjusted stage one weight for each sample two site.
The default is NULL.
x1_2
the stage one x-coordinate for location for each sample two site.
The default is NULL.
y1_2
the stage one y-coordinate for location for each sample two site.
The default is NULL.
popsize_1
the known size of the sample one resource - the total number
of sampling units of a finite resource or the measure of an extensive
resource, which is required for calculation of finite and continuous
population correction factors for a sing
popsize_2
the known size of the sample two resource - the total number
of sampling units of a finite resource or the measure of an extensive
resource, which is required for calculation of finite and continuous
population correction factors for a sing
popcorrect_1
a logical value that indicates whether finite or
continuous population correction factors should be employed during variance
estimation for sample one, where TRUE = use the correction factors and FALSE
= do not use the correction factors.
pcfsize_1
size of the sample one resource, which is required for
calculation of finite and continuous population correction factors for a
single-stage sample. For a stratified sample this argument must be a vector
containing a value for each stratum
N.cluster_1
the number of stage one sampling units in the sample one
resource, which is required for calculation of finite and continuous
population correction factors for a two-stage sample. For a stratified
sample this variable must be a vector cont
stage1size_1
size of the stage one sampling units of a two-stage sample
for sample one, which is required for calculation of finite and continuous
population correction factors for a two-stage sample and must have the names
attribute set to identify the s
support_1
the support value for each sample one site - the value one
(1) for a site from a finite resource or the measure of the sampling unit
associated with a site from an extensive resource, which is required for
calculation of finite and continuo
popcorrect_2
a logical value that indicates whether finite or
continuous population correction factors should be employed during variance
estimation for sample two, where TRUE = use the correction factors and FALSE
= do not use the correction factors.
pcfsize_2
size of the sample two resource, which is required for
calculation of finite and continuous population correction factors for a
single-stage sample. For a stratified sample this argument must be a vector
containing a value for each stratum
N.cluster_2
the number of stage two sampling units in the sample one
resource, which is required for calculation of finite and continuous
population correction factors for a two-stage sample. For a stratified
sample this variable must be a vector cont
stage1size_2
size of the stage one sampling units of a two-stage sample
for sample two, which is required for calculation of finite and continuous
population correction factors for a two-stage sample and must have the names
attribute set to identify the s
support_2
the support value for each sample two site - the value one
(1) for a site from a finite resource or the measure of the sampling unit
associated with a site from an extensive resource, which is required for
calculation of finite and continuo
sizeweight_1
a logical value that indicates whether size-weights should
be used in the analysis for sample one, where TRUE = use the size-weights
and FALSE = do not use the size-weights. The default is FALSE.
swgt_1
the size-weight for each sample one site, which is the stage two
size-weight for a two-stage sample. The default is NULL.
swgt1_1
the stage one size-weight for each sample one site. The
default is NULL.
sizeweight_2
a logical value that indicates whether size-weights should
be used in the analysis for sample two, where TRUE = use the size-weights
and FALSE = do not use the size-weights. The default is FALSE.
swgt_2
the size-weight for each sample two site, which is the stage two
size-weight for a two-stage sample. The default is NULL.
swgt1_2
the stage one size-weight for each sample two site. The
default is NULL.
vartype_1
the choice of variance estimator for sample one, where
"Local" = local mean estimator and "SRS" = SRS estimator. The default is
"Local".
vartype_2
the choice of variance estimator for sample two, where
"Local" = local mean estimator and "SRS" = SRS estimator. The default is
"Local".
check.ind
a logical value that indicates whether compatability checking
of the input values is conducted, where TRUE = conduct compatibility
checking and FALSE = do not conduct compatibility checking. The default is
TRUE.
warn.ind
a logical value that indicates whether warning messages were
generated, where TRUE = warning messages were generated and FALSE = warning
messages were not generated. The default is NULL.
warn.df
a data frame for storing warning messages. The default is
NULL.
warn.vec
a vector that contains names of the population type, the
subpopulation, and an indicator. The default is NULL.