Function reference • squarebrackets

Overview Help Pages

aaa00_squarebrackets_help squarebrackets-package squarebrackets squarebrackets_help: squarebrackets: Subset Methods as Alternatives to the Square Brackets Operators for Programming

aaa01_squarebrackets_supported_structures squarebrackets_supported_structures: Supported Structures

aaa02_squarebrackets_indx_fundamentals squarebrackets_indx_fundamentals: Indexing Fundamentals

aaa03_squarebrackets_indx_args squarebrackets_indx_args: Index Arguments in the Generic Sub-setting Methods

aaa04_squarebrackets_modify squarebrackets_modify: Regarding Modification

aaa05_squarebrackets_options squarebrackets_options: squarebrackets Options

aaa06_squarebrackets_method_dispatch squarebrackets_method_dispatch: Method Dispatch of 'squarebrackets'

aaa07_squarebrackets_PassByReference squarebrackets_PassByReference: Regarding Modification By Reference

aaa08_squarebrackets_coercion squarebrackets_coercion: Auto-Coercion Rules for Mutable Objects

aaa09_squarebrackets_inconveniences squarebrackets_inconveniences: Examples Where the Square Bracket Operators Are Less Convenient

mutable_atomic() as.mutable_atomic() is.mutable_atomic() couldb.mutable_atomic() typecast.mutable_atomic() c(<mutable_atomic>) `[`(<mutable_atomic>) `[<-`(<mutable_atomic>) format(<mutable_atomic>) print(<mutable_atomic>): Mutable Atomic Classes

Generic Methods

sb_x() sb2_x(): Method to Extract, Exchange, or Duplicate Subsets of an Object

sb_wo() sb2_wo(): Method to Return Object Without Specified Subset

sb_mod() sb2_mod(): Method to Return a Copy of an Object With Modified Subsets

sb_set() sb2_set(): Method to Modify Subsets of a Mutable Object By Reference

sb2_rec() sb2_recin(): Access, Replace, Transform, Delete, or Extend Recursive Subsets

sb_setFlatnames() sb_setDimnames() sb2_setVarnames(): Safely Change the Names of a Mutable Object By Reference

bind_mat() bind_array() bind_dt(): Dimensional Binding of Objects

idx(): Convert/Translate Indices (for Copy-On-Modify Substitution)

slice_x() slice_wo() slice_set(): Efficient Sequence-based Subset Methods on (Long) Vectors

cp_seq(): Construct Parameters for a Sequence Based on Margins

Specialized Functions

lst_nlists() lst_untree(): Unnest Tree-like List into a Recursive Matrix or Flattened Recursive Vector

dt_aggregate() dt_setcoe() dt_setrm() dt_setadd() dt_setreorder(): Functional Forms of data.table Operations

setapply(): Apply Functions Over mutable_atomic Matrix Margins By Reference

ma_setv(): Find and Replace Present Values in mutable_atomic Objects By Reference

Helper Functions

n(): Nest

ndims(): Get Number of Dimensions

currentBindings(): List or Lock All Currently Existing Bindings Pointing To Same Address

sub2coord() coord2sub() coord2ind() ind2coord() sub2ind(): Convert Subscripts to Coordinates, Coordinates to Flat Indices, and Vice-Versa

match_all(): Match All, Order-Sensitive and Duplicates-Sensitive

idx_r(): Compute Integer Index Range

idx_by(): Compute Grouped Indices

idx_ord_v() idx_ord_m() idx_ord_df(): Compute Ordered Indices

Developer Functions

ci_flat() ci_margin() ci_sub() ci_df(): Construct Indices

tci_bool() tci_int() tci_chr() tci_cplx(): Type Cast Indices

indx_x() indx_wo(): Exported Utilities