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june / Simplest Nova (C++)

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The simplest Nova implementation I've got (so far) in C++.
1 enum snv_state {
2 // Primary states.
3 INSERT, MATCH, REMOVE,
4 // Secondary states.
5 FETCH, LITERAL, VARIABLE
6 };
7
8 template<uint32_t size>
9 struct snv_stack {
10 uint32_t data[size] = {};
yumaikas's Avatar

yumaikas / tinscript.js

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Последняя активность 3 months ago
1
2 function copyText(text) {
3 var tempInput = document.createElement("textarea");
4 tempInput.style = "position: absolute; left: -1000px; top: -1000px";
5 tempInput.value = text;
6
7 document.body.appendChild(tempInput);
8 tempInput.select();
9
10 document.execCommand("copy");
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sierra / sdl.nv

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Последняя активность 3 months ago
1 ||:: init sdl
2 :: create a window :window dimensions: #800 #600
3 :: sleep #5
4 :: quit
5
6 | :SDL: Init | `@c` [
7 if(SDL_Init(SDL_INIT_EVERYTHING) < 0) {
8 printf("Error initializing SDL: %s\\n", SDL_GetError());
9 exit(-1);
10 }
june's Avatar

june / Simplest Nova

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Последняя активность 3 months ago
The simplest Nova implementation I've got (so far).
1 #!/usr/bin/env python3
2
3 import sys
4 from enum import Enum
5
6 class State(Enum):
7 # States
8 INSERT = 0
9 MATCH = 1
10 REMOVE = 2
yumaikas's Avatar

yumaikas / spriograph.stk

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Последняя активность 4 months ago
1 NB[ Spirograph program, done for comparison between StackTalk, Carousel/Lua and Lisp
2 Carousel version by akkartik
3 StackTalk version by yumaikas
4 ]
5 me. >Lobby
6 #game: Canvas .query-ctx-2d do[
7 %w[ blue grey red ] each[ dup curry[ color= ] fn ]
8 ] >ctx
9 RAF: fn[ Lobby frame. Window .requestAnimationFrame ]
10 once: fn[ ts. >oldTs once: drop once: fn[ ] ]
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june / Spell System

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Последняя активность 4 months ago
A small spell system.
1 ||:: write down a spell :spell name: fireball
2 :type: projectile
3 :element: fire
4 :effect: damage
5 :amount: 5
6 :: cast fireball on slime
7 :: cast haze on slime
8
9 |:: cast $spell|
10 :: look up the $spell spell
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june / Search

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Последняя активность 4 months ago
A somewhat optimized linear search algorithm for unordered collections.
1 ||:: insert :items: (1 2 foo 3 4)
2 :: search :for: (1 2 3 4 foo 1 2 3 4 bar)
3
4 ||:@include: lib/rpn.nv
5
6 |:: insert? :items: $x|
7 :front: $x
8 |:: insert|
9
10 |:: search? :for: $x|
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june / Comparisons

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Последняя активность 4 months ago
An extension to lib/rpn to support comparisons.
1 |:@rpn: < :@rpn data:($a $b)| ⁝ @js ⁝ f('@rpn data', ""+(Number($a) < Number($b)));
2 |:@rpn: > :@rpn data:($a $b)| ⁝ @js ⁝ f('@rpn data', ""+(Number($a) > Number($b)));
3 |:@rpn: == :@rpn data:($a $b)| ⁝ @js ⁝ f('@rpn data', ""+(Number($a) == Number($b)));
4
5 ||:@include: lib/rpn.nv
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sierra / wordle-baked

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Последняя активность 4 months ago
1 === RULES ===
2 CookedRule { condition: [CookedFact { stack: 0, arity: 2, elements: [(1, false), (2, false)] }, CookedFact { stack: 3, arity: 5, elements: [(4, false), (5, true), (6, true), (7, true), (8, true)] }], result: [CookedFact { stack: 0, arity: 2, elements: [(9, false), (10, false)] }, CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (11, false), (11, true)] }, CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (5, false), (5, true)] }, CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (6, false), (6, true)] }, CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (7, false), (7, true)] }, CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (12, false), (12, true)] }, CookedFact { stack: 0, arity: 2, elements: [(13, false), (14, false)] }] }
3 CookedRule { condition: [CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (15, true), (10, true)] }, CookedFact { stack: 16, arity: 1, elements: [(10, true)] }, CookedFact { stack: 17, arity: 1, elements: [(18, true)] }, CookedFact { stack: 19, arity: 1, elements: [(15, true)] }], result: [CookedFact { stack: 17, arity: 1, elements: [(20, false)] }, CookedFact { stack: 21, arity: 1, elements: [(10, true)] }, CookedFact { stack: 0, arity: 2, elements: [(9, false), (10, false)] }] }
4 CookedRule { condition: [CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (15, true), (10, true)] }, CookedFact { stack: 16, arity: 1, elements: [(10, true)] }, CookedFact { stack: 17, arity: 1, elements: [(22, true)] }, CookedFact { stack: 19, arity: 1, elements: [(18, true)] }], result: [CookedFact { stack: 17, arity: 1, elements: [(23, false)] }, CookedFact { stack: 21, arity: 1, elements: [(10, true)] }, CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (15, true), (10, true)] }] }
5 CookedRule { condition: [CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (15, true), (10, true)] }, CookedFact { stack: 16, arity: 1, elements: [(24, true)] }, CookedFact { stack: 17, arity: 1, elements: [(23, false)] }, CookedFact { stack: 19, arity: 1, elements: [(18, true)] }], result: [CookedFact { stack: 21, arity: 1, elements: [(24, true)] }, CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (15, true), (10, true)] }, CookedFact { stack: 17, arity: 1, elements: [(23, false)] }] }
6 CookedRule { condition: [CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (15, true), (10, true)] }, CookedFact { stack: 16, arity: 1, elements: [(24, true)] }, CookedFact { stack: 17, arity: 1, elements: [(22, true)] }, CookedFact { stack: 19, arity: 1, elements: [(18, true)] }], result: [CookedFact { stack: 17, arity: 1, elements: [(25, false)] }, CookedFact { stack: 21, arity: 1, elements: [(24, true)] }, CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (15, true), (10, true)] }] }
7 CookedRule { condition: [CookedFact { stack: 0, arity: 4, elements: [(1, false), (10, false), (15, true), (10, true)] }], result: [CookedFact { stack: 0, arity: 2, elements: [(9, false), (10, false)] }] }
8 CookedRule { condition: [CookedFact { stack: 0, arity: 2, elements: [(9, false), (10, false)] }, CookedFact { stack: 21, arity: 1, elements: [(10, true)] }], result: [CookedFact { stack: 16, arity: 1, elements: [(10, true)] }, CookedFact { stack: 0, arity: 2, elements: [(9, false), (10, false)] }] }
9 CookedRule { condition: [CookedFact { stack: 0, arity: 2, elements: [(9, false), (10, false)] }, CookedFact { stack: 19, arity: 1, elements: [(18, true)] }], result: [CookedFact { stack: 0, arity: 2, elements: [(9, false), (10, false)] }] }
10 CookedRule { condition: [CookedFact { stack: 0, arity: 2, elements: [(9, false), (10, false)] }, CookedFact { stack: 17, arity: 1, elements: [(22, true)] }], result: [CookedFact { stack: 26, arity: 1, elements: [(22, true)] }, CookedFact { stack: 0, arity: 2, elements: [(9, false), (10, false)] }] }
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june / Driver Assistance

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Последняя активность 2 months ago
A model of a driver assistance function.
1 |# Model based off of https://web.archive.org/web/20251026043806/https://beza1e1.tuxen.de/tla-plus.html #|
2 |# Driving Assist #|
3 :author: "June Gardner"
4
5 |:state: off :seatbelt: unknown| :state: fault
6 |:state: off :sensors: broken | :state: fault
7 |:state: off :brakes: broken | :state: fault
8
9 |:state: off :seatbelt: off | :state: temporary fault
10 |:state: off :sensors: blind| :state: temporary fault
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