APL2: Difference between revisions

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| index origin            = 0 or 1
| index origin            = 0 or 1
| function styles        = [[tradfn]]
| function styles        = [[tradfn]]
| numeric types          = complex floats
| numeric types          = [[complex]] floats
| unicode support        = no
| unicode support        = no
| released              = 1984
| released              = 1984
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'''APL2''' was a significant re-implementation of APL by [[IBM]] which was developed from 1971 and first released in 1984. It provides many additions to the language, of which the most notable is nested (non-rectangular) array support. As of 2018 it is available for mainframe computers running z/OS or z/VM and workstations running AIX, Linux, Sun Solaris, and Microsoft Windows.
'''APL2''' was a significant re-implementation of APL by [[IBM]] which was developed from 1971 and first released in 1984. It provides many additions to the language, of which the most notable is nested (non-rectangular) array support. As of 2018 it is available for mainframe computers running z/OS or z/VM and workstations running AIX, Linux, Sun Solaris, and Microsoft Windows.


APL2's extensions to [[ISO 8485:1989]] were standardised as [[ISO-IEC-13751]]. APL2 supports entry of complex numbers in the following forms:
APL2's extensions to [[ISO 8485:1989]] were standardised as [[ISO-IEC-13751]]. APL2 supports entry of [[complex number]]s in the following forms:
# Real and imaginary part separated by the letter <source lang=apl inline>J</source> and no spaces, e.g. <source lang=apl inline>0J1</source>
# Real and imaginary part separated by the letter <source lang=apl inline>J</source> and no spaces, e.g. <source lang=apl inline>0J1</source>
# Magnitude and angle in degrees separated by the letter <source lang=apl inline>D</source> and no spaces, e.g. <source lang=apl inline>1D90</source>
# Magnitude and angle in degrees separated by the letter <source lang=apl inline>D</source> and no spaces, e.g. <source lang=apl inline>1D90</source>
# Magnitude and angle in radians separated by the letter <source lang=apl inline>R</source> and no spaces, e.g. <source lang=apl inline>1R1.5708</source>
# Magnitude and angle in radians separated by the letter <source lang=apl inline>R</source> and no spaces, e.g. <source lang=apl inline>1R1.5708</source>
No further core language features have been added, but it feature a number of powerful [[Quad name]]s.
No further core language features have been added, with improvements instead consisting of powerful [[Quad name]]s.


The entire APL2 Products and Services Team was awarded the [[Iverson Award]] in 2007.
The entire APL2 Products and Services Team was awarded the [[Iverson Award]] in 2007.


{{APL programming language}}
{{APL dialects}}

Revision as of 15:28, 24 January 2020

APL2 was a significant re-implementation of APL by IBM which was developed from 1971 and first released in 1984. It provides many additions to the language, of which the most notable is nested (non-rectangular) array support. As of 2018 it is available for mainframe computers running z/OS or z/VM and workstations running AIX, Linux, Sun Solaris, and Microsoft Windows.

APL2's extensions to ISO 8485:1989 were standardised as ISO-IEC-13751. APL2 supports entry of complex numbers in the following forms:

  1. Real and imaginary part separated by the letter J and no spaces, e.g. 0J1
  2. Magnitude and angle in degrees separated by the letter D and no spaces, e.g. 1D90
  3. Magnitude and angle in radians separated by the letter R and no spaces, e.g. 1R1.5708

No further core language features have been added, with improvements instead consisting of powerful Quad names.

The entire APL2 Products and Services Team was awarded the Iverson Award in 2007.


APL dialects [edit]
Maintained APL+WinAPL2APL64APL\ivApletteAprilCo-dfnsDyalog APLDyalog APL Visiondzaima/APLGNU APLKapNARS2000Pometo
Historical A Programming LanguageA+ (A) ∙ APL#APL2CAPL\360APL/700APL\1130APL\3000APL.68000APL*PLUSAPL.jlAPL.SVAPLXExtended Dyalog APLIverson notationIVSYS/7090NARSngn/aplopenAPLOperators and FunctionsPATRowanSAXSHARP APLRationalized APLVisualAPL (APLNext) ∙ VS APLYork APL
Derivatives AHPLBQNCoSyELIGleeIIvyJJellyK (Goal, Klong, Q) ∙ KamilaLispLang5LilNialRADUiua
Overviews Comparison of APL dialectsTimeline of array languagesTimeline of influential array languagesFamily tree of array languages