APLX: Difference between revisions

| function styles          = [[tradfn]]

| implementation languages = [https://en.wikipedia.org/wiki/C_(programming_language) C], [https://en.wikipedia.org/wiki/C%2B%2B C++]

| platforms                = x86, x86_64

| operating systems        = Windows, Linux, macOS

| influenced by            = [[APL2]]

APLX is intended for uses such as financial planning, market research, statistics, management information, and various kinds of scientific and engineering work. APLX is based on [[IBM]]'s [[APL2]], but includes several extensions. APLX version 3 was released in April and May 2005. It is available on Microsoft Windows, Linux, and macOS. Though APLX keeps APL's extended character set, APLX is a bit more verbose, due to the prevalence of system functions with long names, and the use of structured-control keywords. The use of explicit loops is a major deviation from earlier APL versions and derivatives.

Effective July 11, 2016, MicroAPL withdrew APLX from commercial sale. British firm [[Dyalog]], authors of [[Dyalog APL]], began hosting the APLX Archive website including the download area and documentation.

! Glyph         !! Monadic              !! Dyadic

| <code>+</code> || [[Conjugate]]        || [[Add]]

| <code>-</code> || [[Negate]]            || [[Subtract]]

| <code>×</code> || [[Sign of]]          || [[Multiply]]

| <code>÷</code> || [[Reciprocal]]        || [[Divide]]

| <code>⌈</code> || [[Ceiling]]          || [[Maximum|Greater of]]

| <code>⌊</code> || [[Floor]]            || [[Minimum|Lesser of]]

| <code><nowiki>|</nowiki></code> || [[Absolute value]]    || [[Residue]]

| <code>⍳</code> || [[Iota|Index list]]   || [[Index of]]

| <code>?</code> || [[Roll]]              || [[Deal]]

| <code>*</code> || [[Exponential]]       || [[Power function|To the power of]]

| <code>⍟</code> || [[Natural log]]      || [[Logarithm|Log to the base]]

| <code>○</code> || [[Pi times]]         || [[Circle function|Circular and Hyperbolic functions]]

| <code>!</code> || [[Factorial]]         || [[Binomial]]

| <code>⌹</code> || [[Matrix inverse]]   || [[Matrix divide]]

| <code><</code> ||                       || [[Less than]]

| <code>≤</code> ||                      || [[Less than or equal]]

| <code>=</code> ||                      || [[Equal]]

| <code>≥</code> ||                      || [[Greater than or equal]]

| <code>></code> ||                      || [[Greater than]]

| <code>≠</code> ||                      || [[Not equal]]

| <code>≡</code> || [[Depth]]             || [[Match]]

| <code>≢</code> ||                       || [[Not Match]]

| <code>∊</code> || [[Enlist]]           || [[Membership]]

| <code>⍷</code> ||                       || [[Find]]

| <code>∪</code> || [[Unique]]           || [[Union]]

| <code>∩</code> ||                       || [[Intersection]]

| <code>~</code> || [[Not]]               || [[Without]]

| <code>∨</code> ||                      || [[Or]]

|-⌹

| <code>^</code> ||                      || [[And]]

| <code>⍱</code> ||                      || [[Nor]]

| <code>⍲</code> ||                      || [[Nand]]

| <code>⍴</code> || [[Shape|Shape of]]    || [[Reshape]]

| <code>,</code> || [[Ravel]]            || [[Catenate|Catenate, Laminate]]

|-⌹

| <code>⍪</code> ||                      || [[Catenate First|1st axis catenate]]

| <code>⌽</code> || [[Reverse]]           || [[Rotate]]

| <code>⊖</code> || [[Reverse First]]     || [[Rotate First|1st axis rotate]]

| <code>⍉</code> ||colspan=2| [[Transpose]]

| <code>↑</code> || [[First]]             || [[Take]]

| <code>↓</code> ||                       || [[Drop]]

| <code>⊂</code> || [[Enclose]]          || [[Partition]]

| <code>⊃</code> || Disclose ([[Mix]])    || [[Pick]]

| <code>⌷</code> ||                      || [[Squad Index|Index]]

| <code>⍋</code> ||colspan=2| [[Grade up]]

| <code>⍒</code> ||colspan=2| [[Grade down]]

| <code>⊤</code> ||                      || [[Encode]]

| <code>⊥</code> ||                       || [[Decode]]

| <code>⍺</code> ||                       || Picture format

| <code>⍕</code> || [[Format]]           || [[Dyadic format|Format]] by specification or by example

| <code>⍎</code> ||                      || [[Execute]]

| <code>⊣</code> || [[Stop]]              || [[Left Identity|Left]]

| <code>⊢</code> || [[Identity|Pass]]     || [[Right Identity|Right]]

| <code>/</code> ||                      || [[Compress]], [[Replicate]]

| <code>⌿</code> ||                       || [[Replicate First|1st axis compress/replicate]]

| <code>\</code> ||                       || [[Expand]]

| <code>⍀</code> ||                      || [[Expand First|1st axis expand]]

| <code>/</code>  || Monadic || [[Reduce]]                      || [[N-wise Reduce]]

| <code>⌿</code>  || Monadic || [[Reduce First|1st axis reduce]] || [[N-wise Reduce first]]

| <code>\</code>  || Monadic || [[Scan]]                        ||

| <code>⍀</code>  || Monadic || [[Scan First|1st axis scan]]    ||

| <code>.</code>  || Dyadic  ||                                  || [[Inner product]]

| <code>∘.</code> || Monadic ||                                  || [[Outer product]]

| <code>¨</code>  || Monadic ||colspan=2| [[Each]]

* [http://www.dyalog.com/aplx.htm Download APLX]

{{APL programming language}}