Datasets:

webxos
/

synthetic_error_correction

original stringlengths 14 256	corrupted stringlengths 15 291	target stringlengths 14 255	tags listlengths 2 4	source stringclasses 1 value
**USE THIS FOR THE SCENE RENDERING FOR A MID 90's 3D GLITCH BLOOM EFFECT TO EMULATED A LEGACY RENDERING SYSTEM (THINK 80s 90s demoscene 3d scene json design using three js wireframes and neurot	**USr TgoS \|FOR tHE! Sc\|ENE REN[sE#rINf :F!OR A M$oDI 90'a 3D @GLIycH BLOO, EFge;CT TO EMU#aTrD )A LEG:ACY RwN=r!RINg SYSTEM# (y)HoN^K 8;0s 90s sempsce\|n^e 3d scenr JsOn design us:Ing lrhree js -w%!)eedran&es ab&Id Nlwurpt	**USE THIS FOR THE SCENE RENDERING FOR A MID 90's 3D GLITCH BLOOM EFFECT TO EMULATED A LEGACY RENDERING SYSTEM (THINK 80s 90s demoscene 3d scene json design using three js wireframes and neurot	[ "MD", "User Content", "Technical", "Correspondence" ]	BLOOM EFFECT.md
js for projectiles (non wireframe for neurots	js:* for prpjrcti;les (!mob q\|ir{efr%me; lfir nw]tIts	js for projectiles (non wireframe for neurots	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
js)) for a cool lightweight and minimal visual effect, find a good balance where the game can still run in 60 frames per second but maintains a cool 3D holographic popping effect through the bloom:** //BLOOM const bloomPass = new UnrealBloomPass(new THREE	js)) fpr s cpok kighteei;ght amd mumImall visua-l wf1fec\|t, dInd+ a Giod b)ak^:an]cE wjere thr famr $can dri;l tun i;- 60 g=ram1es per srcond but m1]ainraoms a cool 3D jolographiC oop;pi-!nf egfect l%yht:oigh rje bkoo$m:** //BLO[om cons1t* !b;oomPass =; !ne%\|w UnRes\|;;B;oo,psss1(n!rw THte;E	js)) for a cool lightweight and minimal visual effect, find a good balance where the game can still run in 60 frames per second but maintains a cool 3D holographic popping effect through the bloom:** //BLOOM const bloomPass = new UnrealBloomPass(new THREE	[ "MD", "User Content", "Correspondence", "Long Text" ]	BLOOM EFFECT.md
Vector2(window	Vrct&o!r2(wondiw	Vector2(window	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
innerWidth, window	inmerW&idyg, \|wi[n:-iw	innerWidth, window	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
innerHeight), 0	onne:rHeIgHr1), 0	innerHeight), 0	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
8, 0, 0) bloomPass	8, 0, 10) nl1o\|o,pAas	8, 0, 0) bloomPass	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
renderToScreen = true const bloomComposer = new EffectComposer(renderer) bloomComposer	r):-;b]!eeToSlceerb = tr1ie c[nsy bl!i}omvom]posee = new \|E;f:fecItvomopde)r(eeb@d^;rr%r) 1vloomCimposee	renderToScreen = true const bloomComposer = new EffectComposer(renderer) bloomComposer	[ "MD", "User Content" ]	BLOOM EFFECT.md
setSize(window	deT+ize(w!onsoQI	setSize(window	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
innerWidth, window	innwrW1i]th, wOlndow	innerWidth, window	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
innerHeight) bloomComposer	iNnerHe(g()t1)) v;;oomICon[oser\|	innerHeight) bloomComposer	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
addPass(renderScene) bloomComposer	add[ass(rwnd&;eRIS&1enE) b+lpomvompos1e}	addPass(renderScene) bloomComposer	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
addPass(bloomPass) //GLITCH const glitchPass = new GlitchPass() glitchPass	add\|Pass!(;nloOn[as$s) //g^LoTCg vi;nsr ;gliychpas1s = bew1 hlll[txg\|}asa() gLItch@ss!s	addPass(bloomPass) //GLITCH const glitchPass = new GlitchPass() glitchPass	[ "MD", "User Content" ]	BLOOM EFFECT.md
renderToScreen = true const glitchComposer = new EffectComposer(renderer) glitchComposer	rwnder+ToS-teen ;= true !co^batl glitchvP$moosw(- = ;n-!eq E;gfwcyC:pmpoder(renderee) glotc!hCompoSwr	renderToScreen = true const glitchComposer = new EffectComposer(renderer) glitchComposer	[ "MD", "User Content" ]	BLOOM EFFECT.md
setSize(window	setdiz]r(wim+ow	setSize(window	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
innerWidth, window	InnerWidtg, win+sPw	innerWidth, window	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
innerHeight) glitchComposer	imn#wTHEIg!j}t); gLitxh[ompils!e:r	innerHeight) glitchComposer	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
addPass(renderScene) glitchComposer	adSpa-:a(r%eIbdera1Cene) glutcljCo,posr;r	addPass(renderScene) glitchComposer	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
addPass(bloomPass) glitchComposer	add[assl(bkOomPass) g:kitchC:imPI}oSer	addPass(bloomPass) glitchComposer	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
addPass(glitchPass) const tick = () => { controls	aDd!Paad(gli]tchoaS\|d) [o[lbst rIiCk = () => { cpn%trol$s	addPass(glitchPass) const tick = () => { controls	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
update() requestAnimationFrame(tick) renderer	up\|datr() rwquEsItAn1!i,at*upn$Frame(to;ck)\| re#}de!rer	update() requestAnimationFrame(tick) renderer	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md
autoClear = false renderer	aUltoCleae =1 fslse erndere;*!e	autoClear = false renderer	[ "MD", "User Content", "Short Text" ]	BLOOM EFFECT.md

      ___           ___                         ___            ___           ___     
     /\  \         /\__\         _____         /|  |          /\  \         /\__\    
    _\:\  \       /:/ _/_       /::\  \       |:|  |         /::\  \       /:/ _/_   
   /\ \:\  \     /:/ /\__\     /:/\:\  \      |:|  |        /:/\:\  \     /:/ /\  \  
  _\:\ \:\  \   /:/ /:/ _/_   /:/ /::\__\   __|:|__|       /:/  \:\  \   /:/ /::\  \ 
 /\ \:\ \:\__\ /:/_/:/ /\__\ /:/_/:/\:|__| /::::\__\_____ /:/__/ \:\__\ /:/_/:/\:\__\
 \:\ \:\/:/  / \:\/:/ /:/  / \:\/:/ /:/  / ~~~~\::::/___/ \:\  \ /:/  / \:\/:/ /:/  /
  \:\ \::/  /   \::/_/:/  /   \::/_/:/  /      |:|~~|      \:\  /:/  /   \::/ /:/  / 
   \:\/:/  /     \:\/:/  /     \:\/:/  /       |:|  |       \:\/:/  /     \/_/:/  /  
    \::/  /       \::/  /       \::/  /        |:|__|        \::/  /        /:/  /   
     \/__/         \/__/         \/__/         |/__/          \/__/         \/__/

Synthetic Error Correction

Small synthetic dataset (28 examples: 22 train, 6 test) of error-correction pairs for training text correction models (e.g., OCR post-processing, typos).

Dataset Summary

This dataset was generated locally using the TYPE/RIGHTER offline-first PWA. It contains synthetic error-correction pairs for training text correction models.

Generated by TYPE/RIGHTER • Offline-First PWA, downloadable in the /typerighter/ folder of the repo so users can make their own similar datasets

Supported Tasks and Leaderboards

Text error correction
OCR post-processing
Typographical error correction

Data Instances

Each instance contains:

original: The text as it appeared in the uploaded file
corrupted: The procedurally "damaged" version for error detection training
target: The cleaned, normalized version for error correction training
tags: Content-based classification tags
source: Original file name

Data Fields

original: string - Original text
corrupted: string - Text with injected errors
target: string - Cleaned target text
tags: Sequence[string] - Content classification tags
source: string - Source file name

Data Splits

Train: 22 examples
Test: 6 examples

Curation Rationale

This dataset was created to provide synthetic data for training error correction models from user-provided documents.

Annotations

Annotations were automatically generated through:

Text normalization (simulated cleaning)
Controlled error injection based on configurable parameters
Content-based classification

Personal and Sensitive Information

All processing occurs locally in the browser. No data was uploaded to any server.

Discussion of Biases

The error patterns are synthetic and may not perfectly represent real-world error distributions.

Other Known Limitations

Synthetic errors may not capture all real-world error patterns
Limited to text-based errors (no formatting or layout errors)

Licensing Information

MIT

Citation Information

@misc{typerighter2026,
  title={TYPE/RIGHTER Synthetic Error Correction Dataset},
  author={TYPE/RIGHTER PWA},
  year={2026},
  url={https://github.com/typerighter}
}

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Size of downloaded dataset files:

7.19 kB

Size of the auto-converted Parquet files:

10.6 kB

Number of rows: