This function allows to generate required perturbation parameters that are used to perturb count variables.
ck_params_cnts(ptab, path = NULL)an object created with ptable::create_ptable(),
or ptable::create_cnt_ptable()
a scalar character specifying a path to which the parameters created with this functions should be written to (in yaml format)
an object suitable as input to method $params_cnts_set() for the perturbation
of counts and frequencies.
This function uses functionality from package
ptable (https://github.com/sdcTools/ptable), expecially
ptable::create_ptable() and
ptable::create_cnt_ptable(). More detailed information on the parameters
is available from the respective help-pages of these functions.
# \donttest{
x <- ck_create_testdata()
# create some 0/1 variables that should be perturbed later
x[, cnt_females := ifelse(sex == "male", 0, 1)]
#> urbrur roof walls water electcon relat sex age hhcivil expend
#> <int> <int> <int> <int> <int> <int> <fctr> <fctr> <int> <num>
#> 1: 2 4 3 3 1 1 male age_group3 2 9093
#> 2: 2 4 3 3 1 2 female age_group3 2 2734
#> 3: 2 4 3 3 1 3 male age_group1 1 2652
#> 4: 2 4 3 3 1 3 male age_group1 1 1807
#> 5: 2 4 2 3 1 1 male age_group4 2 671
#> ---
#> 4576: 2 4 3 4 1 2 female age_group3 2 3696
#> 4577: 2 4 3 4 1 3 male age_group1 1 282
#> 4578: 2 4 3 4 1 3 male age_group1 1 840
#> 4579: 2 4 3 4 1 3 female age_group1 1 6258
#> 4580: 2 4 3 4 1 3 male age_group1 1 7019
#> income savings ori_hid sampling_weight household_weights cnt_females
#> <num> <num> <int> <int> <num> <num>
#> 1: 5780 12 1 84 25.00000 0
#> 2: 2530 28 1 49 25.00000 1
#> 3: 6920 550 1 32 25.00000 0
#> 4: 7960 870 1 90 25.00000 0
#> 5: 9030 20 2 50 16.66667 0
#> ---
#> 4576: 7900 278 1000 71 16.66667 1
#> 4577: 1420 987 1000 73 16.66667 0
#> 4578: 8900 684 1000 54 16.66667 0
#> 4579: 3880 294 1000 72 16.66667 1
#> 4580: 4830 911 1000 66 16.66667 0
x[, cnt_males := ifelse(sex == "male", 1, 0)]
#> urbrur roof walls water electcon relat sex age hhcivil expend
#> <int> <int> <int> <int> <int> <int> <fctr> <fctr> <int> <num>
#> 1: 2 4 3 3 1 1 male age_group3 2 9093
#> 2: 2 4 3 3 1 2 female age_group3 2 2734
#> 3: 2 4 3 3 1 3 male age_group1 1 2652
#> 4: 2 4 3 3 1 3 male age_group1 1 1807
#> 5: 2 4 2 3 1 1 male age_group4 2 671
#> ---
#> 4576: 2 4 3 4 1 2 female age_group3 2 3696
#> 4577: 2 4 3 4 1 3 male age_group1 1 282
#> 4578: 2 4 3 4 1 3 male age_group1 1 840
#> 4579: 2 4 3 4 1 3 female age_group1 1 6258
#> 4580: 2 4 3 4 1 3 male age_group1 1 7019
#> income savings ori_hid sampling_weight household_weights cnt_females
#> <num> <num> <int> <int> <num> <num>
#> 1: 5780 12 1 84 25.00000 0
#> 2: 2530 28 1 49 25.00000 1
#> 3: 6920 550 1 32 25.00000 0
#> 4: 7960 870 1 90 25.00000 0
#> 5: 9030 20 2 50 16.66667 0
#> ---
#> 4576: 7900 278 1000 71 16.66667 1
#> 4577: 1420 987 1000 73 16.66667 0
#> 4578: 8900 684 1000 54 16.66667 0
#> 4579: 3880 294 1000 72 16.66667 1
#> 4580: 4830 911 1000 66 16.66667 0
#> cnt_males
#> <num>
#> 1: 1
#> 2: 0
#> 3: 1
#> 4: 1
#> 5: 1
#> ---
#> 4576: 0
#> 4577: 1
#> 4578: 1
#> 4579: 0
#> 4580: 1
x[, cnt_highincome := ifelse(income >= 9000, 1, 0)]
#> urbrur roof walls water electcon relat sex age hhcivil expend
#> <int> <int> <int> <int> <int> <int> <fctr> <fctr> <int> <num>
#> 1: 2 4 3 3 1 1 male age_group3 2 9093
#> 2: 2 4 3 3 1 2 female age_group3 2 2734
#> 3: 2 4 3 3 1 3 male age_group1 1 2652
#> 4: 2 4 3 3 1 3 male age_group1 1 1807
#> 5: 2 4 2 3 1 1 male age_group4 2 671
#> ---
#> 4576: 2 4 3 4 1 2 female age_group3 2 3696
#> 4577: 2 4 3 4 1 3 male age_group1 1 282
#> 4578: 2 4 3 4 1 3 male age_group1 1 840
#> 4579: 2 4 3 4 1 3 female age_group1 1 6258
#> 4580: 2 4 3 4 1 3 male age_group1 1 7019
#> income savings ori_hid sampling_weight household_weights cnt_females
#> <num> <num> <int> <int> <num> <num>
#> 1: 5780 12 1 84 25.00000 0
#> 2: 2530 28 1 49 25.00000 1
#> 3: 6920 550 1 32 25.00000 0
#> 4: 7960 870 1 90 25.00000 0
#> 5: 9030 20 2 50 16.66667 0
#> ---
#> 4576: 7900 278 1000 71 16.66667 1
#> 4577: 1420 987 1000 73 16.66667 0
#> 4578: 8900 684 1000 54 16.66667 0
#> 4579: 3880 294 1000 72 16.66667 1
#> 4580: 4830 911 1000 66 16.66667 0
#> cnt_males cnt_highincome
#> <num> <num>
#> 1: 1 0
#> 2: 0 0
#> 3: 1 0
#> 4: 1 0
#> 5: 1 1
#> ---
#> 4576: 0 0
#> 4577: 1 0
#> 4578: 1 0
#> 4579: 0 0
#> 4580: 1 0
# a variable with positive and negative contributions
x[, mixed := sample(-10:10, nrow(x), replace = TRUE)]
#> urbrur roof walls water electcon relat sex age hhcivil expend
#> <int> <int> <int> <int> <int> <int> <fctr> <fctr> <int> <num>
#> 1: 2 4 3 3 1 1 male age_group3 2 9093
#> 2: 2 4 3 3 1 2 female age_group3 2 2734
#> 3: 2 4 3 3 1 3 male age_group1 1 2652
#> 4: 2 4 3 3 1 3 male age_group1 1 1807
#> 5: 2 4 2 3 1 1 male age_group4 2 671
#> ---
#> 4576: 2 4 3 4 1 2 female age_group3 2 3696
#> 4577: 2 4 3 4 1 3 male age_group1 1 282
#> 4578: 2 4 3 4 1 3 male age_group1 1 840
#> 4579: 2 4 3 4 1 3 female age_group1 1 6258
#> 4580: 2 4 3 4 1 3 male age_group1 1 7019
#> income savings ori_hid sampling_weight household_weights cnt_females
#> <num> <num> <int> <int> <num> <num>
#> 1: 5780 12 1 84 25.00000 0
#> 2: 2530 28 1 49 25.00000 1
#> 3: 6920 550 1 32 25.00000 0
#> 4: 7960 870 1 90 25.00000 0
#> 5: 9030 20 2 50 16.66667 0
#> ---
#> 4576: 7900 278 1000 71 16.66667 1
#> 4577: 1420 987 1000 73 16.66667 0
#> 4578: 8900 684 1000 54 16.66667 0
#> 4579: 3880 294 1000 72 16.66667 1
#> 4580: 4830 911 1000 66 16.66667 0
#> cnt_males cnt_highincome mixed
#> <num> <num> <int>
#> 1: 1 0 4
#> 2: 0 0 4
#> 3: 1 0 4
#> 4: 1 0 7
#> 5: 1 1 1
#> ---
#> 4576: 0 0 7
#> 4577: 1 0 6
#> 4578: 1 0 -8
#> 4579: 0 0 1
#> 4580: 1 0 10
# create record keys
x$rkey <- ck_generate_rkeys(dat = x)
# define required inputs
# hierarchy with some bogus codes
d_sex <- hier_create(root = "Total", nodes = c("male", "female"))
d_sex <- hier_add(d_sex, root = "female", "f")
d_sex <- hier_add(d_sex, root = "male", "m")
d_age <- hier_create(root = "Total", nodes = paste0("age_group", 1:6))
d_age <- hier_add(d_age, root = "age_group1", "ag1a")
d_age <- hier_add(d_age, root = "age_group2", "ag2a")
# define the cell key object
countvars <- c("cnt_females", "cnt_males", "cnt_highincome")
numvars <- c("expend", "income", "savings", "mixed")
tab <- ck_setup(
x = x,
rkey = "rkey",
dims = list(sex = d_sex, age = d_age),
w = "sampling_weight",
countvars = countvars,
numvars = numvars)
#> computing contributing indices | rawdata <--> table; this might take a while
# show some information about this table instance
tab$print() # identical with print(tab)
#> ── Table Information ───────────────────────────────────────────────────────────
#> ✔ 45 cells in 2 dimensions ('sex', 'age')
#> ✔ weights: yes
#> ── Tabulated / Perturbed countvars ─────────────────────────────────────────────
#> ☐ 'total'
#> ☐ 'cnt_females'
#> ☐ 'cnt_males'
#> ☐ 'cnt_highincome'
#> ── Tabulated / Perturbed numvars ───────────────────────────────────────────────
#> ☐ 'expend'
#> ☐ 'income'
#> ☐ 'savings'
#> ☐ 'mixed'
# information about the hierarchies
tab$hierarchy_info()
#> $sex
#> code level is_leaf parent
#> <char> <int> <lgcl> <char>
#> 1: Total 1 FALSE Total
#> 2: male 2 FALSE Total
#> 3: m 3 TRUE male
#> 4: female 2 FALSE Total
#> 5: f 3 TRUE female
#>
#> $age
#> code level is_leaf parent
#> <char> <int> <lgcl> <char>
#> 1: Total 1 FALSE Total
#> 2: age_group1 2 FALSE Total
#> 3: ag1a 3 TRUE age_group1
#> 4: age_group2 2 FALSE Total
#> 5: ag2a 3 TRUE age_group2
#> 6: age_group3 2 TRUE Total
#> 7: age_group4 2 TRUE Total
#> 8: age_group5 2 TRUE Total
#> 9: age_group6 2 TRUE Total
#>
# which variables have been defined?
tab$allvars()
#> $cntvars
#> [1] "total" "cnt_females" "cnt_males" "cnt_highincome"
#>
#> $numvars
#> [1] "expend" "income" "savings" "mixed"
#>
# count variables
tab$cntvars()
#> [1] "total" "cnt_females" "cnt_males" "cnt_highincome"
# continuous variables
tab$numvars()
#> [1] "expend" "income" "savings" "mixed"
# create perturbation parameters for "total" variable and
# write to yaml-file
# create a ptable using functionality from the ptable-pkg
f_yaml <- tempfile(fileext = ".yaml")
p_cnts1 <- ck_params_cnts(
ptab = ptable::pt_ex_cnts(),
path = f_yaml)
#> yaml configuration '/tmp/RtmpHZpsuV/file1d2c4d7e746f.yaml' successfully written.
# read parameters from yaml-file and set them for variable `"total"`
p_cnts1 <- ck_read_yaml(path = f_yaml)
tab$params_cnts_set(val = p_cnts1, v = "total")
#> --> setting perturbation parameters for variable 'total'
# create alternative perturbation parameters by specifying parameters
para2 <- ptable::create_cnt_ptable(
D = 8, V = 3, js = 2, create = FALSE)
p_cnts2 <- ck_params_cnts(ptab = para2)
# use these ptable it for the remaining variables
tab$params_cnts_set(val = p_cnts2, v = countvars)
#> --> setting perturbation parameters for variable 'cnt_females'
#> --> setting perturbation parameters for variable 'cnt_males'
#> --> setting perturbation parameters for variable 'cnt_highincome'
# perturb a variable
tab$perturb(v = "total")
#> Count variable 'total' was perturbed.
# multiple variables can be perturbed as well
tab$perturb(v = c("cnt_males", "cnt_highincome"))
#> Count variable 'cnt_males' was perturbed.
#> Count variable 'cnt_highincome' was perturbed.
# return weighted and unweighted results
tab$freqtab(v = c("total", "cnt_males"))
#> sex age vname uwc wc puwc pwc
#> <char> <char> <char> <num> <num> <num> <num>
#> 1: Total Total total 4580 273230 4578 273110.6856
#> 2: Total age_group1 total 1969 116918 1969 116918.0000
#> 3: Total ag1a total 1969 116918 1969 116918.0000
#> 4: Total age_group2 total 1143 68637 1142 68576.9501
#> 5: Total ag2a total 1143 68637 1142 68576.9501
#> 6: Total age_group3 total 864 51405 865 51464.4965
#> 7: Total age_group4 total 423 25315 423 25315.0000
#> 8: Total age_group5 total 168 10218 170 10339.6429
#> 9: Total age_group6 total 13 737 11 623.6154
#> 10: male Total total 2296 138868 2298 138988.9652
#> 11: m Total total 2296 138868 2298 138988.9652
#> 12: male age_group1 total 1015 60524 1015 60524.0000
#> 13: m age_group1 total 1015 60524 1015 60524.0000
#> 14: male ag1a total 1015 60524 1015 60524.0000
#> 15: m ag1a total 1015 60524 1015 60524.0000
#> 16: male age_group2 total 571 34666 572 34726.7110
#> 17: m age_group2 total 571 34666 572 34726.7110
#> 18: male ag2a total 571 34666 572 34726.7110
#> 19: m ag2a total 571 34666 572 34726.7110
#> 20: male age_group3 total 424 26116 424 26116.0000
#> 21: m age_group3 total 424 26116 424 26116.0000
#> 22: male age_group4 total 195 12083 196 12144.9641
#> 23: m age_group4 total 195 12083 196 12144.9641
#> 24: male age_group5 total 84 5116 86 5237.8095
#> 25: m age_group5 total 84 5116 86 5237.8095
#> 26: male age_group6 total 7 363 7 363.0000
#> 27: m age_group6 total 7 363 7 363.0000
#> 28: female Total total 2284 134362 2282 134244.3450
#> 29: f Total total 2284 134362 2282 134244.3450
#> 30: female age_group1 total 954 56394 953 56334.8868
#> 31: f age_group1 total 954 56394 953 56334.8868
#> 32: female ag1a total 954 56394 953 56334.8868
#> 33: f ag1a total 954 56394 953 56334.8868
#> 34: female age_group2 total 572 33971 572 33971.0000
#> 35: f age_group2 total 572 33971 572 33971.0000
#> 36: female ag2a total 572 33971 572 33971.0000
#> 37: f ag2a total 572 33971 572 33971.0000
#> 38: female age_group3 total 440 25289 440 25289.0000
#> 39: f age_group3 total 440 25289 440 25289.0000
#> 40: female age_group4 total 228 13232 228 13232.0000
#> 41: f age_group4 total 228 13232 228 13232.0000
#> 42: female age_group5 total 84 5102 82 4980.5238
#> 43: f age_group5 total 84 5102 82 4980.5238
#> 44: female age_group6 total 6 374 6 374.0000
#> 45: f age_group6 total 6 374 6 374.0000
#> 46: Total Total cnt_males 2296 138868 2300 139109.9303
#> 47: Total age_group1 cnt_males 1015 60524 1015 60524.0000
#> 48: Total ag1a cnt_males 1015 60524 1015 60524.0000
#> 49: Total age_group2 cnt_males 571 34666 573 34787.4221
#> 50: Total ag2a cnt_males 571 34666 573 34787.4221
#> 51: Total age_group3 cnt_males 424 26116 424 26116.0000
#> 52: Total age_group4 cnt_males 195 12083 196 12144.9641
#> 53: Total age_group5 cnt_males 84 5116 87 5298.7143
#> 54: Total age_group6 cnt_males 7 363 7 363.0000
#> 55: male Total cnt_males 2296 138868 2300 139109.9303
#> 56: m Total cnt_males 2296 138868 2300 139109.9303
#> 57: male age_group1 cnt_males 1015 60524 1015 60524.0000
#> 58: m age_group1 cnt_males 1015 60524 1015 60524.0000
#> 59: male ag1a cnt_males 1015 60524 1015 60524.0000
#> 60: m ag1a cnt_males 1015 60524 1015 60524.0000
#> 61: male age_group2 cnt_males 571 34666 573 34787.4221
#> 62: m age_group2 cnt_males 571 34666 573 34787.4221
#> 63: male ag2a cnt_males 571 34666 573 34787.4221
#> 64: m ag2a cnt_males 571 34666 573 34787.4221
#> 65: male age_group3 cnt_males 424 26116 424 26116.0000
#> 66: m age_group3 cnt_males 424 26116 424 26116.0000
#> 67: male age_group4 cnt_males 195 12083 196 12144.9641
#> 68: m age_group4 cnt_males 195 12083 196 12144.9641
#> 69: male age_group5 cnt_males 84 5116 87 5298.7143
#> 70: m age_group5 cnt_males 84 5116 87 5298.7143
#> 71: male age_group6 cnt_males 7 363 7 363.0000
#> 72: m age_group6 cnt_males 7 363 7 363.0000
#> 73: female Total cnt_males 0 0 0 0.0000
#> 74: f Total cnt_males 0 0 0 0.0000
#> 75: female age_group1 cnt_males 0 0 0 0.0000
#> 76: f age_group1 cnt_males 0 0 0 0.0000
#> 77: female ag1a cnt_males 0 0 0 0.0000
#> 78: f ag1a cnt_males 0 0 0 0.0000
#> 79: female age_group2 cnt_males 0 0 0 0.0000
#> 80: f age_group2 cnt_males 0 0 0 0.0000
#> 81: female ag2a cnt_males 0 0 0 0.0000
#> 82: f ag2a cnt_males 0 0 0 0.0000
#> 83: female age_group3 cnt_males 0 0 0 0.0000
#> 84: f age_group3 cnt_males 0 0 0 0.0000
#> 85: female age_group4 cnt_males 0 0 0 0.0000
#> 86: f age_group4 cnt_males 0 0 0 0.0000
#> 87: female age_group5 cnt_males 0 0 0 0.0000
#> 88: f age_group5 cnt_males 0 0 0 0.0000
#> 89: female age_group6 cnt_males 0 0 0 0.0000
#> 90: f age_group6 cnt_males 0 0 0 0.0000
#> sex age vname uwc wc puwc pwc
# numerical variables (positive variables using flex-function)
# we also write the config to a yaml file
f_yaml <- tempfile(fileext = ".yaml")
# create a ptable using functionality from the ptable-pkg
# a single ptable for all cells
ptab1 <- ptable::pt_ex_nums(parity = TRUE, separation = FALSE)
# a single ptab for all cells except for very small ones
ptab2 <- ptable::pt_ex_nums(parity = TRUE, separation = TRUE)
# different ptables for cells with even/odd number of contributors
# and very small cells
ptab3 <- ptable::pt_ex_nums(parity = FALSE, separation = TRUE)
p_nums1 <- ck_params_nums(
ptab = ptab1,
type = "top_contr",
top_k = 3,
mult_params = ck_flexparams(
fp = 1000,
p = c(0.30, 0.03),
epsilon = c(1, 0.5, 0.2),
q = 3),
mu_c = 2,
same_key = FALSE,
use_zero_rkeys = FALSE,
path = f_yaml)
#> yaml configuration '/tmp/RtmpHZpsuV/file1d2ce768462.yaml' successfully written.
# we read the parameters from the yaml-file
p_nums1 <- ck_read_yaml(path = f_yaml)
# for variables with positive and negative values
p_nums2 <- ck_params_nums(
ptab = ptab2,
type = "top_contr",
top_k = 3,
mult_params = ck_flexparams(
fp = 1000,
p = c(0.15, 0.02),
epsilon = c(1, 0.4, 0.15),
q = 3),
mu_c = 2,
same_key = FALSE)
# simple perturbation parameters (not using the flex-function approach)
p_nums3 <- ck_params_nums(
ptab = ptab3,
type = "mean",
mult_params = ck_simpleparams(p = 0.25),
mu_c = 2,
same_key = FALSE)
# use `p_nums1` for all variables
tab$params_nums_set(p_nums1, c("savings", "income", "expend"))
#> --> setting perturbation parameters for variable 'savings'
#> --> setting perturbation parameters for variable 'income'
#> --> setting perturbation parameters for variable 'expend'
# use different parameters for variable `mixed`
tab$params_nums_set(p_nums2, v = "mixed")
#> --> setting perturbation parameters for variable 'mixed'
# identify sensitive cells to which extra protection (`mu_c`) is added.
tab$supp_p(v = "income", p = 85)
#> computing contributing indices | rawdata <--> table; this might take a while
#> p%-rule: 0 new sensitive cells (incl. duplicates) found (total: 0)
tab$supp_pq(v = "income", p = 85, q = 90)
#> computing contributing indices | rawdata <--> table; this might take a while
#> pq-rule: 0 new sensitive cells (incl. duplicates) found (total: 0)
tab$supp_nk(v = "income", n = 2, k = 90)
#> computing contributing indices | rawdata <--> table; this might take a while
#> nk-rule: 0 new sensitive cells (incl. duplicates) found (total: 0)
tab$supp_freq(v = "income", n = 14, weighted = FALSE)
#> freq-rule: 5 new sensitive cells (incl. duplicates) found (total: 5)
tab$supp_val(v = "income", n = 10000, weighted = TRUE)
#> val-rule: 0 new sensitive cells (incl. duplicates) found (total: 5)
tab$supp_cells(
v = "income",
inp = data.frame(
sex = c("female", "female"),
"age" = c("age_group1", "age_group3")
)
)
#> cell-rule: 2 new sensitive cells (incl. duplicates) found (total: 7)
# perturb variables
tab$perturb(v = c("income", "savings"))
#> Numeric variable 'income' was perturbed.
#> Numeric variable 'savings' was perturbed.
# extract results
tab$numtab("income", mean_before_sum = TRUE)
#> sex age vname uws ws pws
#> <char> <char> <char> <num> <num> <num>
#> 1: Total Total income 22952978 1363356924 1363478885
#> 2: Total age_group1 income 9810547 576529072 576464880
#> 3: Total ag1a income 9810547 576529072 576464880
#> 4: Total age_group2 income 5692119 343013478 342979899
#> 5: Total ag2a income 5692119 343013478 342979899
#> 6: Total age_group3 income 4406946 260415714 260364174
#> 7: Total age_group4 income 2133543 128838219 128871069
#> 8: Total age_group5 income 848151 50798792 50855133
#> 9: Total age_group6 income 61672 3761649 3674645
#> 10: male Total income 11262049 676837557 676856916
#> 11: m Total income 11262049 676837557 676856916
#> 12: male age_group1 income 4877164 287262797 287192154
#> 13: m age_group1 income 4877164 287262797 287192154
#> 14: male ag1a income 4877164 287262797 287192154
#> 15: m ag1a income 4877164 287262797 287192154
#> 16: male age_group2 income 2811379 170791740 170932230
#> 17: m age_group2 income 2811379 170791740 170932230
#> 18: male ag2a income 2811379 170791740 170932230
#> 19: m ag2a income 2811379 170791740 170932230
#> 20: male age_group3 income 2168169 131843958 131822810
#> 21: m age_group3 income 2168169 131843958 131822810
#> 22: male age_group4 income 978510 61313018 61348094
#> 23: m age_group4 income 978510 61313018 61348094
#> 24: male age_group5 income 393134 23672465 23663431
#> 25: m age_group5 income 393134 23672465 23663431
#> 26: male age_group6 income 33693 1953579 1744099
#> 27: m age_group6 income 33693 1953579 1744099
#> 28: female Total income 11690929 686519367 686572692
#> 29: f Total income 11690929 686519367 686572692
#> 30: female age_group1 income 4933383 289266275 289338003
#> 31: f age_group1 income 4933383 289266275 289338003
#> 32: female ag1a income 4933383 289266275 289338003
#> 33: f ag1a income 4933383 289266275 289338003
#> 34: female age_group2 income 2880740 172221738 172167186
#> 35: f age_group2 income 2880740 172221738 172167186
#> 36: female ag2a income 2880740 172221738 172167186
#> 37: f ag2a income 2880740 172221738 172167186
#> 38: female age_group3 income 2238777 128571756 128527120
#> 39: f age_group3 income 2238777 128571756 128527120
#> 40: female age_group4 income 1155033 67525201 67531862
#> 41: f age_group4 income 1155033 67525201 67531862
#> 42: female age_group5 income 455017 27126327 27102511
#> 43: f age_group5 income 455017 27126327 27102511
#> 44: female age_group6 income 27979 1808070 1832111
#> 45: f age_group6 income 27979 1808070 1832111
#> sex age vname uws ws pws
tab$numtab("income", mean_before_sum = FALSE)
#> sex age vname uws ws pws
#> <char> <char> <char> <num> <num> <num>
#> 1: Total Total income 22952978 1363356924 1363417903
#> 2: Total age_group1 income 9810547 576529072 576496975
#> 3: Total ag1a income 9810547 576529072 576496975
#> 4: Total age_group2 income 5692119 343013478 342996688
#> 5: Total ag2a income 5692119 343013478 342996688
#> 6: Total age_group3 income 4406946 260415714 260389942
#> 7: Total age_group4 income 2133543 128838219 128854643
#> 8: Total age_group5 income 848151 50798792 50826955
#> 9: Total age_group6 income 61672 3761649 3717893
#> 10: male Total income 11262049 676837557 676847236
#> 11: m Total income 11262049 676837557 676847236
#> 12: male age_group1 income 4877164 287262797 287227473
#> 13: m age_group1 income 4877164 287262797 287227473
#> 14: male ag1a income 4877164 287262797 287227473
#> 15: m ag1a income 4877164 287262797 287227473
#> 16: male age_group2 income 2811379 170791740 170861971
#> 17: m age_group2 income 2811379 170791740 170861971
#> 18: male ag2a income 2811379 170791740 170861971
#> 19: m ag2a income 2811379 170791740 170861971
#> 20: male age_group3 income 2168169 131843958 131833384
#> 21: m age_group3 income 2168169 131843958 131833384
#> 22: male age_group4 income 978510 61313018 61330553
#> 23: m age_group4 income 978510 61313018 61330553
#> 24: male age_group5 income 393134 23672465 23667947
#> 25: m age_group5 income 393134 23672465 23667947
#> 26: male age_group6 income 33693 1953579 1845870
#> 27: m age_group6 income 33693 1953579 1845870
#> 28: female Total income 11690929 686519367 686546029
#> 29: f Total income 11690929 686519367 686546029
#> 30: female age_group1 income 4933383 289266275 289302137
#> 31: f age_group1 income 4933383 289266275 289302137
#> 32: female ag1a income 4933383 289266275 289302137
#> 33: f ag1a income 4933383 289266275 289302137
#> 34: female age_group2 income 2880740 172221738 172194460
#> 35: f age_group2 income 2880740 172221738 172194460
#> 36: female ag2a income 2880740 172221738 172194460
#> 37: f ag2a income 2880740 172221738 172194460
#> 38: female age_group3 income 2238777 128571756 128549436
#> 39: f age_group3 income 2238777 128571756 128549436
#> 40: female age_group4 income 1155033 67525201 67528531
#> 41: f age_group4 income 1155033 67525201 67528531
#> 42: female age_group5 income 455017 27126327 27114416
#> 43: f age_group5 income 455017 27126327 27114416
#> 44: female age_group6 income 27979 1808070 1820051
#> 45: f age_group6 income 27979 1808070 1820051
#> sex age vname uws ws pws
tab$numtab("savings")
#> sex age vname uws ws pws
#> <char> <char> <char> <num> <num> <num>
#> 1: Total Total savings 2273532 135689050 135686737.0
#> 2: Total age_group1 savings 982386 58293361 58293138.0
#> 3: Total ag1a savings 982386 58293361 58293138.0
#> 4: Total age_group2 savings 552336 33131694 33130162.9
#> 5: Total ag2a savings 552336 33131694 33130162.9
#> 6: Total age_group3 savings 437101 26057377 26059312.1
#> 7: Total age_group4 savings 214661 13000448 13002156.1
#> 8: Total age_group5 savings 80451 4844422 4849036.6
#> 9: Total age_group6 savings 6597 361748 361957.9
#> 10: male Total savings 1159816 70446510 70448684.7
#> 11: m Total savings 1159816 70446510 70448684.7
#> 12: male age_group1 savings 517660 31002271 31000565.0
#> 13: m age_group1 savings 517660 31002271 31000565.0
#> 14: male ag1a savings 517660 31002271 31000565.0
#> 15: m ag1a savings 517660 31002271 31000565.0
#> 16: male age_group2 savings 280923 17057508 17063840.7
#> 17: m age_group2 savings 280923 17057508 17063840.7
#> 18: male ag2a savings 280923 17057508 17063840.7
#> 19: m ag2a savings 280923 17057508 17063840.7
#> 20: male age_group3 savings 214970 13291280 13296731.7
#> 21: m age_group3 savings 214970 13291280 13296731.7
#> 22: male age_group4 savings 99420 6284466 6285003.2
#> 23: m age_group4 savings 99420 6284466 6285003.2
#> 24: male age_group5 savings 43233 2633939 2633224.9
#> 25: m age_group5 savings 43233 2633939 2633224.9
#> 26: male age_group6 savings 3610 177046 173193.2
#> 27: m age_group6 savings 3610 177046 173193.2
#> 28: female Total savings 1113716 65242540 65241243.7
#> 29: f Total savings 1113716 65242540 65241243.7
#> 30: female age_group1 savings 464726 27291090 27283273.6
#> 31: f age_group1 savings 464726 27291090 27283273.6
#> 32: female ag1a savings 464726 27291090 27283273.6
#> 33: f ag1a savings 464726 27291090 27283273.6
#> 34: female age_group2 savings 271413 16074186 16071617.3
#> 35: f age_group2 savings 271413 16074186 16071617.3
#> 36: female ag2a savings 271413 16074186 16071617.3
#> 37: f ag2a savings 271413 16074186 16071617.3
#> 38: female age_group3 savings 222131 12766097 12764519.2
#> 39: f age_group3 savings 222131 12766097 12764519.2
#> 40: female age_group4 savings 115241 6715982 6716595.9
#> 41: f age_group4 savings 115241 6715982 6716595.9
#> 42: female age_group5 savings 37218 2210483 2207808.8
#> 43: f age_group5 savings 37218 2210483 2207808.8
#> 44: female age_group6 savings 2987 184702 184539.5
#> 45: f age_group6 savings 2987 184702 184539.5
#> sex age vname uws ws pws
# results can be resetted, too
tab$reset_cntvars(v = "cnt_males")
# we can then set other parameters and perturb again
tab$params_cnts_set(val = p_cnts1, v = "cnt_males")
#> --> setting perturbation parameters for variable 'cnt_males'
tab$perturb(v = "cnt_males")
#> Count variable 'cnt_males' was perturbed.
# write results to a .csv file
tab$freqtab(
v = c("total", "cnt_males"),
path = file.path(tempdir(), "outtab.csv")
)
#> File '/tmp/RtmpHZpsuV/outtab.csv' successfully written to disk.
#> NULL
# show results containing weighted and unweighted results
tab$freqtab(v = c("total", "cnt_males"))
#> sex age vname uwc wc puwc pwc
#> <char> <char> <char> <num> <num> <num> <num>
#> 1: Total Total total 4580 273230 4578 273110.6856
#> 2: Total age_group1 total 1969 116918 1969 116918.0000
#> 3: Total ag1a total 1969 116918 1969 116918.0000
#> 4: Total age_group2 total 1143 68637 1142 68576.9501
#> 5: Total ag2a total 1143 68637 1142 68576.9501
#> 6: Total age_group3 total 864 51405 865 51464.4965
#> 7: Total age_group4 total 423 25315 423 25315.0000
#> 8: Total age_group5 total 168 10218 170 10339.6429
#> 9: Total age_group6 total 13 737 11 623.6154
#> 10: male Total total 2296 138868 2298 138988.9652
#> 11: m Total total 2296 138868 2298 138988.9652
#> 12: male age_group1 total 1015 60524 1015 60524.0000
#> 13: m age_group1 total 1015 60524 1015 60524.0000
#> 14: male ag1a total 1015 60524 1015 60524.0000
#> 15: m ag1a total 1015 60524 1015 60524.0000
#> 16: male age_group2 total 571 34666 572 34726.7110
#> 17: m age_group2 total 571 34666 572 34726.7110
#> 18: male ag2a total 571 34666 572 34726.7110
#> 19: m ag2a total 571 34666 572 34726.7110
#> 20: male age_group3 total 424 26116 424 26116.0000
#> 21: m age_group3 total 424 26116 424 26116.0000
#> 22: male age_group4 total 195 12083 196 12144.9641
#> 23: m age_group4 total 195 12083 196 12144.9641
#> 24: male age_group5 total 84 5116 86 5237.8095
#> 25: m age_group5 total 84 5116 86 5237.8095
#> 26: male age_group6 total 7 363 7 363.0000
#> 27: m age_group6 total 7 363 7 363.0000
#> 28: female Total total 2284 134362 2282 134244.3450
#> 29: f Total total 2284 134362 2282 134244.3450
#> 30: female age_group1 total 954 56394 953 56334.8868
#> 31: f age_group1 total 954 56394 953 56334.8868
#> 32: female ag1a total 954 56394 953 56334.8868
#> 33: f ag1a total 954 56394 953 56334.8868
#> 34: female age_group2 total 572 33971 572 33971.0000
#> 35: f age_group2 total 572 33971 572 33971.0000
#> 36: female ag2a total 572 33971 572 33971.0000
#> 37: f ag2a total 572 33971 572 33971.0000
#> 38: female age_group3 total 440 25289 440 25289.0000
#> 39: f age_group3 total 440 25289 440 25289.0000
#> 40: female age_group4 total 228 13232 228 13232.0000
#> 41: f age_group4 total 228 13232 228 13232.0000
#> 42: female age_group5 total 84 5102 82 4980.5238
#> 43: f age_group5 total 84 5102 82 4980.5238
#> 44: female age_group6 total 6 374 6 374.0000
#> 45: f age_group6 total 6 374 6 374.0000
#> 46: Total Total cnt_males 2296 138868 2298 138988.9652
#> 47: Total age_group1 cnt_males 1015 60524 1015 60524.0000
#> 48: Total ag1a cnt_males 1015 60524 1015 60524.0000
#> 49: Total age_group2 cnt_males 571 34666 572 34726.7110
#> 50: Total ag2a cnt_males 571 34666 572 34726.7110
#> 51: Total age_group3 cnt_males 424 26116 424 26116.0000
#> 52: Total age_group4 cnt_males 195 12083 196 12144.9641
#> 53: Total age_group5 cnt_males 84 5116 86 5237.8095
#> 54: Total age_group6 cnt_males 7 363 7 363.0000
#> 55: male Total cnt_males 2296 138868 2298 138988.9652
#> 56: m Total cnt_males 2296 138868 2298 138988.9652
#> 57: male age_group1 cnt_males 1015 60524 1015 60524.0000
#> 58: m age_group1 cnt_males 1015 60524 1015 60524.0000
#> 59: male ag1a cnt_males 1015 60524 1015 60524.0000
#> 60: m ag1a cnt_males 1015 60524 1015 60524.0000
#> 61: male age_group2 cnt_males 571 34666 572 34726.7110
#> 62: m age_group2 cnt_males 571 34666 572 34726.7110
#> 63: male ag2a cnt_males 571 34666 572 34726.7110
#> 64: m ag2a cnt_males 571 34666 572 34726.7110
#> 65: male age_group3 cnt_males 424 26116 424 26116.0000
#> 66: m age_group3 cnt_males 424 26116 424 26116.0000
#> 67: male age_group4 cnt_males 195 12083 196 12144.9641
#> 68: m age_group4 cnt_males 195 12083 196 12144.9641
#> 69: male age_group5 cnt_males 84 5116 86 5237.8095
#> 70: m age_group5 cnt_males 84 5116 86 5237.8095
#> 71: male age_group6 cnt_males 7 363 7 363.0000
#> 72: m age_group6 cnt_males 7 363 7 363.0000
#> 73: female Total cnt_males 0 0 0 0.0000
#> 74: f Total cnt_males 0 0 0 0.0000
#> 75: female age_group1 cnt_males 0 0 0 0.0000
#> 76: f age_group1 cnt_males 0 0 0 0.0000
#> 77: female ag1a cnt_males 0 0 0 0.0000
#> 78: f ag1a cnt_males 0 0 0 0.0000
#> 79: female age_group2 cnt_males 0 0 0 0.0000
#> 80: f age_group2 cnt_males 0 0 0 0.0000
#> 81: female ag2a cnt_males 0 0 0 0.0000
#> 82: f ag2a cnt_males 0 0 0 0.0000
#> 83: female age_group3 cnt_males 0 0 0 0.0000
#> 84: f age_group3 cnt_males 0 0 0 0.0000
#> 85: female age_group4 cnt_males 0 0 0 0.0000
#> 86: f age_group4 cnt_males 0 0 0 0.0000
#> 87: female age_group5 cnt_males 0 0 0 0.0000
#> 88: f age_group5 cnt_males 0 0 0 0.0000
#> 89: female age_group6 cnt_males 0 0 0 0.0000
#> 90: f age_group6 cnt_males 0 0 0 0.0000
#> sex age vname uwc wc puwc pwc
# utility measures for a count variable
tab$measures_cnts(v = "total", exclude_zeros = TRUE)
#> $overview
#> noise cnt pct
#> <fctr> <int> <num>
#> 1: -2 5 0.1111111
#> 2: -1 7 0.1555556
#> 3: 0 21 0.4666667
#> 4: 1 6 0.1333333
#> 5: 2 6 0.1333333
#>
#> $measures
#> what d1 d2 d3
#> <char> <num> <num> <num>
#> 1: Min 0.000 0.000 0.000
#> 2: Q10 0.000 0.000 0.000
#> 3: Q20 0.000 0.000 0.000
#> 4: Q30 0.000 0.000 0.000
#> 5: Q40 0.000 0.000 0.000
#> 6: Mean 0.778 0.006 0.026
#> 7: Median 1.000 0.001 0.015
#> 8: Q60 1.000 0.001 0.016
#> 9: Q70 1.000 0.001 0.021
#> 10: Q80 2.000 0.002 0.021
#> 11: Q90 2.000 0.019 0.096
#> 12: Q95 2.000 0.024 0.110
#> 13: Q99 2.000 0.097 0.210
#> 14: Max 2.000 0.154 0.289
#>
#> $cumdistr_d1
#> cat cnt pct
#> <char> <int> <num>
#> 1: 0 21 0.4666667
#> 2: 1 34 0.7555556
#> 3: 2 45 1.0000000
#>
#> $cumdistr_d2
#> cat cnt pct
#> <char> <int> <num>
#> 1: [0,0.02] 40 0.8888889
#> 2: (0.02,0.05] 44 0.9777778
#> 3: (0.05,0.1] 44 0.9777778
#> 4: (0.1,0.2] 45 1.0000000
#> 5: (0.2,0.3] 45 1.0000000
#> 6: (0.3,0.4] 45 1.0000000
#> 7: (0.4,0.5] 45 1.0000000
#> 8: (0.5,Inf] 45 1.0000000
#>
#> $cumdistr_d3
#> cat cnt pct
#> <char> <int> <num>
#> 1: [0,0.02] 29 0.6444444
#> 2: (0.02,0.05] 39 0.8666667
#> 3: (0.05,0.1] 40 0.8888889
#> 4: (0.1,0.2] 44 0.9777778
#> 5: (0.2,0.3] 45 1.0000000
#> 6: (0.3,0.4] 45 1.0000000
#> 7: (0.4,0.5] 45 1.0000000
#> 8: (0.5,Inf] 45 1.0000000
#>
#> $false_zero
#> [1] 0
#>
#> $false_nonzero
#> [1] 0
#>
#> $exclude_zeros
#> [1] TRUE
#>
# modifications for perturbed count variables
tab$mod_cnts()
#> sex age row_nr pert ckey countvar
#> <char> <char> <num> <int> <num> <char>
#> 1: Total Total 13 -2 0.01205569 total
#> 2: Total age_group1 15 0 0.60952831 total
#> 3: Total ag1a 15 0 0.60952831 total
#> 4: Total age_group2 14 -1 0.31099326 total
#> 5: Total ag2a 14 -1 0.31099326 total
#> ---
#> 131: f age_group4 -1 0 0.00000000 cnt_males
#> 132: female age_group5 -1 0 0.00000000 cnt_males
#> 133: f age_group5 -1 0 0.00000000 cnt_males
#> 134: female age_group6 -1 0 0.00000000 cnt_males
#> 135: f age_group6 -1 0 0.00000000 cnt_males
# display a summary about utility measures
tab$summary()
#> ┌──────────────────────────────────────────────┐
#> │Utility measures for perturbed count variables│
#> └──────────────────────────────────────────────┘
#> ── Distribution statistics of perturbations ────────────────────────────────────
#> countvar Min Q10 Q20 Q30 Q40 Mean Median Q60 Q70 Q80
#> <char> <num> <num> <num> <num> <num> <num> <num> <num> <num> <num>
#> 1: total -2 -2 -1 0 0 -0.022 0 0 0 1
#> 2: cnt_highincome -3 -2 -2 -1 -1 -0.622 0 0 0 0
#> 3: cnt_males 0 0 0 0 0 0.467 0 0 1 1
#> Q90 Q95 Q99 Max
#> <num> <num> <num> <num>
#> 1: 1.6 2 2 2
#> 2: 0.6 1 2 2
#> 3: 2.0 2 2 2
#>
#> ── Distance-based measures ─────────────────────────────────────────────────────
#> ✔ Variable: 'total'
#>
#> what d1 d2 d3
#> <char> <num> <num> <num>
#> 1: Min 0.000 0.000 0.000
#> 2: Q10 0.000 0.000 0.000
#> 3: Q20 0.000 0.000 0.000
#> 4: Q30 0.000 0.000 0.000
#> 5: Q40 0.000 0.000 0.000
#> 6: Mean 0.778 0.006 0.026
#> 7: Median 1.000 0.001 0.015
#> 8: Q60 1.000 0.001 0.016
#> 9: Q70 1.000 0.001 0.021
#> 10: Q80 2.000 0.002 0.021
#> 11: Q90 2.000 0.019 0.096
#> 12: Q95 2.000 0.024 0.110
#> 13: Q99 2.000 0.097 0.210
#> 14: Max 2.000 0.154 0.289
#>
#> ✔ Variable: 'cnt_males'
#>
#> what d1 d2 d3
#> <char> <num> <num> <num>
#> 1: Min 0.000 0.000 0.000
#> 2: Q10 0.000 0.000 0.000
#> 3: Q20 0.000 0.000 0.000
#> 4: Q30 0.000 0.000 0.000
#> 5: Q40 0.000 0.000 0.000
#> 6: Mean 0.778 0.004 0.023
#> 7: Median 1.000 0.001 0.021
#> 8: Q60 1.000 0.002 0.021
#> 9: Q70 1.000 0.002 0.021
#> 10: Q80 1.800 0.004 0.033
#> 11: Q90 2.000 0.013 0.065
#> 12: Q95 2.000 0.024 0.108
#> 13: Q99 2.000 0.024 0.108
#> 14: Max 2.000 0.024 0.108
#>
#> ✔ Variable: 'cnt_highincome'
#>
#> what d1 d2 d3
#> <char> <num> <num> <num>
#> 1: Min 0.00 0.000 0.000
#> 2: Q10 0.00 0.000 0.000
#> 3: Q20 0.00 0.000 0.000
#> 4: Q30 0.00 0.000 0.000
#> 5: Q40 1.00 0.005 0.034
#> 6: Mean 1.05 0.033 0.081
#> 7: Median 1.00 0.010 0.061
#> 8: Q60 1.00 0.015 0.069
#> 9: Q70 2.00 0.021 0.100
#> 10: Q80 2.00 0.030 0.124
#> 11: Q90 2.00 0.078 0.169
#> 12: Q95 2.05 0.141 0.275
#> 13: Q99 3.00 0.286 0.410
#> 14: Max 3.00 0.286 0.410
#>
#> ┌──────────────────────────────────────────────────┐
#> │Utility measures for perturbed numerical variables│
#> └──────────────────────────────────────────────────┘
#> ── Distribution statistics of perturbations ────────────────────────────────────
#> Warning: no non-missing arguments to min; returning Inf
#> Warning: no non-missing arguments to max; returning -Inf
#> Warning: no non-missing arguments to min; returning Inf
#> Warning: no non-missing arguments to max; returning -Inf
#> vname Min Q10 Q20 Q30 Q40 Mean
#> <char> <num> <num> <num> <num> <num> <num>
#> 1: expend Inf NA NA NA NA NaN
#> 2: income -107709.007 -35323.802 -28241.763 -25081.211 -13862.422 -1410.248
#> 3: savings -7816.351 -3852.757 -2568.718 -1706.019 -1577.774 -519.719
#> 4: mixed Inf NA NA NA NA NaN
#> Median Q60 Q70 Q80 Q90 Q95 Q99
#> <num> <num> <num> <num> <num> <num> <num>
#> 1: NA NA NA NA NA NA NA
#> 2: -4517.626 9679.223 17313.042 29702.531 50932.103 70230.506 70230.506
#> 3: -1296.327 -198.788 537.188 1983.023 5451.697 6332.704 6332.704
#> 4: NA NA NA NA NA NA NA
#> Max
#> <num>
#> 1: -Inf
#> 2: 70230.506
#> 3: 6332.704
#> 4: -Inf
# }