bbb_mmm_prop_funs: Combination Basic Plus Extended Mode Properties

In j-martineau/uj: Utilities by JAM

Combination Basic Plus Extended Mode Properties

Description

Check for combinations of basic and extended mode properties.

Usage

bbb_mmm_prop_funs()

bbb_mmm(x, bbb, mmm, ...)

bbb_mmm_funs()

bbb_mmm_props()

atm_ch1(x, ...)

atm_ch3(x, ...)

atm_chr(x, ...)

atm_clr(x, ...)

atm_cor(x, ...)

atm_evn(x, ...)

atm_fac(x, ...)

atm_frc(x, ...)

atm_ind(x, ...)

atm_lgl(x, ...)

atm_neg(x, ...)

atm_ngw(x, ...)

atm_nng(x, ...)

atm_nnw(x, ...)

atm_nps(x, ...)

atm_npw(x, ...)

atm_nst(x, ...)

atm_num(x, ...)

atm_odd(x, ...)

atm_ord(x, ...)

atm_pct(x, ...)

atm_pos(x, ...)

atm_ppn(x, ...)

atm_psw(x, ...)

atm_srt(x, ...)

atm_str(x, ...)

atm_uno(x, ...)

atm_whl(x, ...)

pop_atm(x, ...)

pop_ch1(x, ...)

pop_ch3(x, ...)

pop_chr(x, ...)

pop_clr(x, ...)

pop_cor(x, ...)

pop_evn(x, ...)

pop_fac(x, ...)

pop_frc(x, ...)

pop_ind(x, ...)

pop_lgl(x, ...)

pop_neg(x, ...)

pop_ngw(x, ...)

pop_nng(x, ...)

pop_nnw(x, ...)

pop_nps(x, ...)

pop_npw(x, ...)

pop_nst(x, ...)

pop_num(x, ...)

pop_odd(x, ...)

pop_ord(x, ...)

pop_pct(x, ...)

pop_pos(x, ...)

pop_ppn(x, ...)

pop_psw(x, ...)

pop_srt(x, ...)

pop_str(x, ...)

pop_uno(x, ...)

pop_whl(x, ...)

Arguments

x	An R object.
bbb	A character scalar single basic property from c('atm', 'pop').
mmm	A character scalar single extended mode property from mmm_props().
...	Arguments passed on to meets

Functions

• bbb_mmm(): Checks x against the basic property in bbb and the extended mode property in mmm subject to any count and/or value restrictions in .... Returns a logical scalar.

• bbb_mmm_funs(): Lists all combo basic plus extended mode property checking functions. Returns a character vector.

• bbb_mmm_props(): Lists all combo basic plus extended mode properties.

• atm_ch1(): Checks x for atomic-ness and onechar-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_ch3(): Checks x for atomic-ness and threechar-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_chr(): Checks x for atomic-ness and character-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_clr(): Checks x for atomic-ness and color-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_cor(): Checks x for atomic-ness and correlation-valued-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_evn(): Checks x for atomic-ness and even-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_fac(): Checks x for atomic-ness and factor-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_frc(): Checks x for atomic-ness and fractional-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_ind(): Checks x for atomic-ness and indexer-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_lgl(): Checks x for atomic-ness and logical-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_neg(): Checks x for atomic-ness and negative-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_ngw(): Checks x for atomic-ness and negative-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_nng(): Checks x for atomic-ness and non-negative-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_nnw(): Checks x for atomic-ness and non-negative-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_nps(): Checks x for atomic-ness and non-positive-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_npw(): Checks x for atomic-ness and non-positive-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_nst(): Checks x for atomic-ness and non-sortable-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_num(): Checks x for atomic-ness and numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_odd(): Checks x for atomic-ness and odd-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_ord(): Checks x for atomic-ness and ordered-factor-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_pct(): Checks x for atomic-ness and percent-valued-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_pos(): Checks x for atomic-ness and positive-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_ppn(): Checks x for atomic-ness and proportion-valued-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_psw(): Checks x for atomic-ness and positive-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_srt(): Checks x for atomic-ness and sortable-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_str(): Checks x for atomic-ness and string-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_uno(): Checks x for atomic-ness and unordered-factor-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• atm_whl(): Checks x for atomic-ness and whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_atm(): Checks x for populated-ness and atomic-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_ch1(): Checks x for populated-ness and onechar-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_ch3(): Checks x for populated-ness and threechar-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_chr(): Checks x for populated-ness and character-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_clr(): Checks x for populated-ness and color-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_cor(): Checks x for populated-ness and correlation-valued-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_evn(): Checks x for populated-ness and even-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_fac(): Checks x for populated-ness and factor-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_frc(): Checks x for populated-ness and fractional-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_ind(): Checks x for populated-ness and indexer-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_lgl(): Checks x for populated-ness and logical-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_neg(): Checks x for populated-ness and negative-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_ngw(): Checks x for populated-ness and negative-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_nng(): Checks x for populated-ness and non-negative-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_nnw(): Checks x for populated-ness and non-negative-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_nps(): Checks x for populated-ness and non-positive-numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_npw(): Checks x for populated-ness and non-positive-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_nst(): Checks x for populated-ness and non-sortable-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_num(): Checks x for populated-ness and numeric-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_odd(): Checks x for populated-ness and odd-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_ord(): Checks x for populated-ness and ordered-factor-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_pct(): Checks x for populated-ness and percent-valued-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_pos(): Checks x for populated-ness and positive-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_ppn(): Checks x for populated-ness and proportion-valued-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_psw(): Checks x for populated-ness and positive-whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_srt(): Checks x for populated-ness and sortable-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_str(): Checks x for populated-ness and string-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_uno(): Checks x for populated-ness and unordered-factor-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

• pop_whl(): Checks x for populated-ness and whole-number-ness subject to any count and/or value restrictions in .... Returns a logical scalar.

Specifying count and value restrictions

Specifying restrictions in ... is optional. The full set of recognized arguments names are defined in the following table along with the properties each specifies:

⁠.max, .maxr, .maxc⁠	Scalar maximum valid numbers of elements, rows, and columns, respectively.
⁠.min, .minr, .minc⁠	Scalar minimum valid numbers of elements, rows, and columns, respectively.
⁠.lt, .le, .ge, .gt⁠	Complete sortable scalar less-than, less-than-or-equal, greater-than-or-equal, and greater-than bounds, respectively.
⁠.n, .nr, .nc⁠	A vector of valid numbers of elements, rows, and columns, respectively.
.vals	A vector of valid values.

See Also

Other properties: as_mmm(), bbb_ccc_help(), bbb_help(), ccc_help(), cls(), cmp_ccc_help(), cmp_mmm_ccc_help(), cmp_mmm_help(), compatible(), ddd_prop_funs(), eee_help(), iii_help(), meets(), mmm_ccc_help(), mmm_help(), ppp_fast_help(), ppp_help(), sss_ccc_help(), sss_prop_funs(), unq_ccc_prop_funs(), unq_mmm_ccc_help(), unq_mmm_help()

Examples

bbb_mmm_funs()
bbb_mmm(letters, "atm", "ch1")
atm_ch1(letters)
pop_psw(1:10)
pop_psw(0:10)

j-martineau/uj documentation built on Sept. 14, 2024, 4:40 a.m.