mmm_ccc_help: Combo Extended Mode Plus Extended Class Combination...

In j-martineau/uj: Utilities by JAM

Combo Extended Mode Plus Extended Class Combination Properties

Description

Combo extended mode plus extended class combination properties are the combination of a single extended mode property, and a single extended class property.

Usage

mmm_ccc_help()

mmm_ccc(x, mmm, ccc, ...)

mmm_ccc_funs()

mmm_ccc_props()

ch1_arr(x, ...)

ch1_dtf(x, ...)

ch1_gen(x, ...)

ch1_mat(x, ...)

ch1_mvc(x, ...)

ch1_scl(x, ...)

ch1_vec(x, ...)

ch1_vls(x, ...)

ch3_arr(x, ...)

ch3_dtf(x, ...)

ch3_gen(x, ...)

ch3_mat(x, ...)

ch3_mvc(x, ...)

ch3_scl(x, ...)

ch3_vec(x, ...)

ch3_vls(x, ...)

chr_arr(x, ...)

chr_dtf(x, ...)

chr_gen(x, ...)

chr_mat(x, ...)

chr_mvc(x, ...)

chr_scl(x, ...)

chr_vec(x, ...)

chr_vls(x, ...)

clr_arr(x, ...)

clr_dtf(x, ...)

clr_gen(x, ...)

clr_mat(x, ...)

clr_mvc(x, ...)

clr_scl(x, ...)

clr_vec(x, ...)

clr_vls(x, ...)

cor_arr(x, ...)

cor_dtf(x, ...)

cor_gen(x, ...)

cor_mat(x, ...)

cor_mvc(x, ...)

cor_scl(x, ...)

cor_vec(x, ...)

cor_vls(x, ...)

evn_arr(x, ...)

evn_dtf(x, ...)

evn_gen(x, ...)

evn_mat(x, ...)

evn_mvc(x, ...)

evn_scl(x, ...)

evn_vec(x, ...)

evn_vls(x, ...)

fac_arr(x, ...)

fac_dtf(x, ...)

fac_gen(x, ...)

fac_mat(x, ...)

fac_mvc(x, ...)

fac_scl(x, ...)

fac_vec(x, ...)

fac_vls(x, ...)

frc_arr(x, ...)

frc_dtf(x, ...)

frc_gen(x, ...)

frc_mat(x, ...)

frc_mvc(x, ...)

frc_scl(x, ...)

frc_vec(x, ...)

frc_vls(x, ...)

ind_arr(x, ...)

ind_dtf(x, ...)

ind_gen(x, ...)

ind_mat(x, ...)

ind_mvc(x, ...)

ind_scl(x, ...)

ind_vec(x, ...)

ind_vls(x, ...)

lgl_arr(x, ...)

lgl_dtf(x, ...)

lgl_gen(x, ...)

lgl_mat(x, ...)

lgl_mvc(x, ...)

lgl_scl(x, ...)

lgl_vec(x, ...)

lgl_vls(x, ...)

neg_arr(x, ...)

neg_dtf(x, ...)

neg_gen(x, ...)

neg_mat(x, ...)

neg_mvc(x, ...)

neg_scl(x, ...)

neg_vec(x, ...)

neg_vls(x, ...)

ngw_arr(x, ...)

ngw_dtf(x, ...)

ngw_gen(x, ...)

ngw_mat(x, ...)

ngw_mvc(x, ...)

ngw_scl(x, ...)

ngw_vec(x, ...)

ngw_vls(x, ...)

nng_arr(x, ...)

nng_dtf(x, ...)

nng_gen(x, ...)

nng_mat(x, ...)

nng_mvc(x, ...)

nng_scl(x, ...)

nng_vec(x, ...)

nng_vls(x, ...)

nnw_arr(x, ...)

nnw_dtf(x, ...)

nnw_gen(x, ...)

nnw_mat(x, ...)

nnw_mvc(x, ...)

nnw_scl(x, ...)

nnw_vec(x, ...)

nnw_vls(x, ...)

nps_arr(x, ...)

nps_dtf(x, ...)

nps_gen(x, ...)

nps_mat(x, ...)

nps_mvc(x, ...)

nps_scl(x, ...)

nps_vec(x, ...)

nps_vls(x, ...)

npw_arr(x, ...)

npw_dtf(x, ...)

npw_gen(x, ...)

npw_mat(x, ...)

npw_mvc(x, ...)

npw_scl(x, ...)

npw_vec(x, ...)

npw_vls(x, ...)

nst_arr(x, ...)

nst_dtf(x, ...)

nst_gen(x, ...)

nst_mat(x, ...)

nst_mvc(x, ...)

nst_scl(x, ...)

nst_vec(x, ...)

nst_vls(x, ...)

num_arr(x, ...)

num_dtf(x, ...)

num_gen(x, ...)

num_mat(x, ...)

num_mvc(x, ...)

num_scl(x, ...)

num_vec(x, ...)

num_vls(x, ...)

odd_arr(x, ...)

odd_dtf(x, ...)

odd_gen(x, ...)

odd_mat(x, ...)

odd_mvc(x, ...)

odd_scl(x, ...)

odd_vec(x, ...)

odd_vls(x, ...)

ord_arr(x, ...)

ord_dtf(x, ...)

ord_gen(x, ...)

ord_mat(x, ...)

ord_mvc(x, ...)

ord_scl(x, ...)

ord_vec(x, ...)

ord_vls(x, ...)

pct_arr(x, ...)

pct_dtf(x, ...)

pct_gen(x, ...)

pct_mat(x, ...)

pct_mvc(x, ...)

pct_scl(x, ...)

pct_vec(x, ...)

pct_vls(x, ...)

pos_arr(x, ...)

pos_dtf(x, ...)

pos_gen(x, ...)

pos_mat(x, ...)

pos_mvc(x, ...)

pos_scl(x, ...)

pos_vec(x, ...)

pos_vls(x, ...)

ppn_arr(x, ...)

ppn_dtf(x, ...)

ppn_gen(x, ...)

ppn_mat(x, ...)

ppn_mvc(x, ...)

ppn_scl(x, ...)

ppn_vec(x, ...)

ppn_vls(x, ...)

psw_arr(x, ...)

psw_dtf(x, ...)

psw_gen(x, ...)

psw_mat(x, ...)

psw_mvc(x, ...)

psw_scl(x, ...)

psw_vec(x, ...)

psw_vls(x, ...)

srt_arr(x, ...)

srt_dtf(x, ...)

srt_gen(x, ...)

srt_mat(x, ...)

srt_mvc(x, ...)

srt_scl(x, ...)

srt_vec(x, ...)

srt_vls(x, ...)

str_arr(x, ...)

str_dtf(x, ...)

str_gen(x, ...)

str_mat(x, ...)

str_mvc(x, ...)

str_scl(x, ...)

str_vec(x, ...)

str_vls(x, ...)

uno_arr(x, ...)

uno_dtf(x, ...)

uno_gen(x, ...)

uno_mat(x, ...)

uno_mvc(x, ...)

uno_scl(x, ...)

uno_vec(x, ...)

uno_vls(x, ...)

whl_arr(x, ...)

whl_dtf(x, ...)

whl_gen(x, ...)

whl_mat(x, ...)

whl_mvc(x, ...)

whl_scl(x, ...)

whl_vec(x, ...)

whl_vls(x, ...)

Arguments

x	An R object.
mmm	A character scalar single extended mode property from mmm_props().
ccc	A character scalar single extended class property from ccc_props().
...	Arguments passed on to meets

Functions

• mmm_ccc(): Checks x for extended mode mmm and for extended class ccc subject to any count or value restrictions in .... Returns a logical scalar.

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

• mmm_ccc_props(): Lists all combo extended mode plus extended class properties.

• ch1_arr(): Checks x for onechar-ness and for array-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch1_dtf(): Checks x for onechar-ness and for data.frame-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch1_gen(): Checks x for onechar-ness and for generic-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch1_mat(): Checks x for onechar-ness and for matrix-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch1_mvc(): Checks x for onechar-ness and for multivec-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch1_scl(): Checks x for onechar-ness and for scalar-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch1_vec(): Checks x for onechar-ness and for vec-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch1_vls(): Checks x for onechar-ness and for vector-list-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch3_arr(): Checks x for threechar-ness and for array-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch3_dtf(): Checks x for threechar-ness and for data.frame-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch3_gen(): Checks x for threechar-ness and for generic-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch3_mat(): Checks x for threechar-ness and for matrix-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch3_mvc(): Checks x for threechar-ness and for multivec-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch3_scl(): Checks x for threechar-ness and for scalar-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch3_vec(): Checks x for threechar-ness and for vec-ness subject to any count/value restrictions in .... Returns a logical scalar.

• ch3_vls(): Checks x for threechar-ness and for vector-list-ness subject to any count/value restrictions in .... Returns a logical scalar.

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

• lgl_dtf(): Checks x for -logicalness, and for data.frame-ness subject to any count/value restrictions in .... Returns a logical scalar.

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

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

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

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

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

• lgl_vls(): Checks x for logical-ness and for vector-list-ness subject to any count/value restrictions in .... Returns a logical scalar.

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

• nst_arr(): Checks x for nonsortable-ness and for array-ness subject to any count/value restrictions in .... Returns a logical scalar.

• nst_dtf(): Checks x for nonsortable-ness and for data.frame-ness subject to any count/value restrictions in .... Returns a logical scalar.

• nst_gen(): Checks x for nonsortable-ness and for generic-ness subject to any count/value restrictions in .... Returns a logical scalar.

• nst_mat(): Checks x for nonsortable-ness and for matrix-ness subject to any count/value restrictions in .... Returns a logical scalar.

• nst_mvc(): Checks x for nonsortable-ness and for multivec-ness subject to any count/value restrictions in .... Returns a logical scalar.

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

• nst_vec(): Checks x for nonsortable-ness and for vec-ness subject to any count/value restrictions in .... Returns a logical scalar.

• nst_vls(): Checks x for nonsortable-ness and for vector-list-ness subject to any count/value restrictions in .... Returns a logical scalar.

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

• ord_vec(): Checks x for -ordered-factorness, and for vec-ness subject to any count/value restrictions in .... Returns a logical scalar.

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

• whl_vls(): Checks x for whole-number-ness and for vector-list-ness subject to any count/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(), bbb_mmm_prop_funs(), ccc_help(), cls(), cmp_ccc_help(), cmp_mmm_ccc_help(), cmp_mmm_help(), compatible(), ddd_prop_funs(), eee_help(), iii_help(), meets(), 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

mmm_ccc_funs()
mmm_ccc(letters, "ch1", "vec")
mmm_ccc(letters, "str", "scl")
ch1_vec(letters)
str_scl("a")

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