Symbolic ozark & translations. Ozark is made of unicode, meant to be a common point between human thinkers (initially, ones who communicate in English) and computers.
NOTES:
Symbolic ozark uses one symbol per concept and can thus be minified and represents the logic in mathematical, non-English. The correspondance is 1-1.
: is universal for calls, but "(a ...)" and "(an ...)" for statements
_ implied
++ create
-- clear
@@ (invisible) property
$$ (invisible) inheritance
-> is universal for calls, but "yields" for statements
! symbolic and english; identity method
; symbolic and english; clause separator
assign to >> assign to __
~~ (invisible) method
== translation
// true
\ false
and so on for all reserved words
any non-reserved symbol can be used for a method or pointer name. In translations, methods called newly reserved names are replaced by the symbols they represent.
e.g. to follow
== Bullet | en
@casing: BulletCasing?
== @casing | en
@used: Boolean
== @used | en
setup
== setup | en
++ BulletCasing; >> @casing; setup
Symbolic ozark & translations. Ozark is made of unicode, meant to be a common point between human thinkers (initially, ones who communicate in English) and computers.
NOTES:
Symbolic ozark uses one symbol per concept and can thus be minified and represents the logic in mathematical, non-English. The correspondance is 1-1.
: is universal for calls, but "(a ...)" and "(an ...)" for statements _ implied ++ create -- clear @@ (invisible) property $$ (invisible) inheritance -> is universal for calls, but "yields" for statements ! symbolic and english; identity method ; symbolic and english; clause separator
and so on for all reserved words
any non-reserved symbol can be used for a method or pointer name. In translations, methods called newly reserved names are replaced by the symbols they represent.
e.g. to follow
== Bullet | en
@casing: BulletCasing? == @casing | en
@used: Boolean == @used | en
setup == setup | en ++ BulletCasing; >> @casing; setup
casing -> _casing: BulletCasing? == casing -> casing: BulletCasing? | en
hit target: Target? == hit target:Target? | en -- @casing
IS!! -
property @casing: BulletCasing? property @used: Boolean
method setup create BulletCasing; assign to @casing; setup assign true to @used
method casing yields casing: implied BulletCasing? assign @casing to casing
method hit target: Target clear @casing assign true to @used