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session-replay Create a codevibing session replay — an animated canvas-based video that replays a Claude Code building session with real prompts, AI responses, and project images. Use when asked to create a session, session replay, or codevibing video for a project.
Zur Installation springen Skills Marktplatz Entdecken und erkunden Sie KI-Skills, die von der Community erstellt wurden.
Mit Codex oder Claude installieren Kopieren Sie diesen Prompt, fügen Sie ihn in Codex, Claude oder einen anderen Assistant ein und lassen Sie die Skill-Seite prüfen und installieren.
Prompt-Details anzeigen Ein direkter Befehl überspringt den Prüf-Prompt. Prüfen Sie die Quelle, bevor Sie ihn ausführen.
npx skills add https://github.com/JDerekLomas/claude-code-skills --skill session-replayDer Befehl bleibt in einer Zeile. Scrollen Sie horizontal, um ihn vor dem Kopieren vollständig zu prüfen.
Sie bevorzugen eine lokale Kopie? Laden Sie die Dateien herunter, die SkillsMP derzeit vorliegen.
ZIP herunterladen Herunterladen... Verwandte Berufe SOC
Basierend auf der SOC-Berufsklassifikation
name session-replay description Create a codevibing session replay — an animated canvas-based video that replays a Claude Code building session with real prompts, AI responses, and project images. Use when asked to create a session, session replay, or codevibing video for a project.
Session Replay Creation
Create cinematic canvas-animated replays of Claude Code sessions for codevibing.com. Each session is a standalone HTML file that autoplays a timeline of typed prompts, AI responses, and image reveals.
Overview
Find the project and extract real prompts from Claude history
Copy 6-8 representative images to public/<slug>/
Write the session HTML to public/sessions/<slug>.html
Add the session to the gallery in src/app/sessions/page.tsx
Step 1: Find Prompts
Search Claude history JSONL files for the project:
ls -lhS ~/.claude/projects/-Users-dereklomas-<project-path>/
Extract human messages from the largest JSONL file(s):
import json
fname = '<session-id>.jsonl'
with open (fname) as f:
for line in f:
obj = json.loads(line)
if obj.get('type' ) == 'user' :
msg = obj.get('message' , {})
content = msg.get('content' , '' )
if isinstance (content, list ):
text = ' ' .join(p.get('text' ,'' ) for p in content if isinstance (p, dict ) and p.get('type' ) == 'text' )
else :
text = str (content)
text = text.strip()
if len (text) > 10 and not text.startswith(('<task-' , '<local-command' , '<command-' , '[Request interrupted' )):
ts = obj.get('timestamp' , '' )
print (f'[{ts} ] {text[:120 ]} ' )
Curate to ~15-22 prompts that tell the narrative arc. Look for:
The genesis prompt (what kicked it off)
Key creative decisions and pivots
Design critiques and iterations
Review interfaces (thumbs up/down, card review UIs, approval workflows)
Deployment moments (github, vercel, domain setup)
New websites going live (show as ai events: "Deployed to project.vercel.app")
The "aha" moments
Important : Don't skip process moments like review UIs, feedback loops, and deployments — these show the human-AI collaboration workflow that makes sessions interesting.
Also check git log for context: git -C ~/path/to/project log --oneline
Step 2: Copy Images
Pick 6-8 representative images from the project that show the visual output. Copy them to the codevibing2 public directory:
mkdir -p ~/codevibing2/public/<slug>/
cp ~/project/path/to/images/*.png ~/codevibing2/public/<slug>/
Choose images that:
Show different stages or categories of the project
Work well as backgrounds (title cards) and in 2x2 grids
Are visually distinct from each other
Step 3: Write the Session HTML
Create public/sessions/<slug>.html using this template. Customize the marked sections.
<!DOCTYPE html >
<html lang ="en" >
<head >
<meta charset ="UTF-8" >
<meta name ="viewport" content ="width=device-width, initial-scale=1.0" >
<title > PROJECT_TITLE — codevibing session</title >
<meta property ="og:title" content ="PROJECT_TITLE — SUBTITLE" >
<meta property ="og:description" content ="Watch DESCRIPTION get built with AI" >
<meta name ="twitter:card" content ="summary_large_image" >
<style >
* { margin : 0 ; padding : 0 ; box-sizing : border-box; }
body { background : #08080c ; display : flex; flex-direction : column; align-items : center; justify-content : center; min-height : 100vh ; Step 4: Update the Gallery
Add a new entry to the sessions array in src/app/sessions/page.tsx:
{
slug : "<slug>" ,
title : "Project Title" ,
subtitle : "Short description" ,
thumbnail : "/<slug>/thumbnail-image.png" ,
date : "Mon YYYY" ,
duration : "1:XX" ,
tool : "Claude Code" ,
prompts : 20 ,
},
Event Types Reference
Type Fields Description title-cardbgImage, title, subtitle, metaFull-screen image with text overlay. Use for opening and closing. terminal-start— Opens the terminal window. Use once at the beginning. terminal-resume— Returns to terminal after an image scene. prompttextUser prompt with typewriter animation and green > prefix. aitextAI response in blue. codetextCode output in yellow. image-revealkey, labelFull-screen single image reveal. Label format: "Title · Detail" image-gridkeys2x2 grid of 4 images with staggered fade-in. end— Marks the end of the animation.
Timeline Pacing Guidelines
Title card : 5 seconds before first terminal eventBetween prompts : 2.5-3.5 seconds apartBefore image-reveal : leave ~2.5s gap after last promptImage-reveal duration : ~6 seconds visible before terminal-resumeImage-grid duration : ~8 seconds visible before terminal-resumeEnd title card : ~5.5 seconds before end eventTotal runtime : 80-110 seconds (aim for ~1:30)
Customization Checklist
When creating a new session, customize these items:
Color Palette Examples
Project accent gold Vibe Garden of Eden #c4956a#C4A35AWarm desert Design Therapy #7c9885#c4956aSage green Alchemy Deck #C4A35A#C4A35AAlchemical gold Futures Deck #3b82f6#C4A35AElectric blue Therapy Cards #c67b5c#C4A35AWarm terracotta dereklomas.me #8B7355#D4A76AScholarly brown
Deployment
All session files go in /Users/dereklomas/codevibing2/:
HTML files: public/sessions/<slug>.html
Images: public/<slug>/
Gallery: src/app/sessions/page.tsx
Deploy: vercel --prod from the codevibing2 directory.
font-family
color
canvas
border-radius
12px
max-width
100%
height
cursor
.back
position
top
20px
left
20px
color
#6a6a80
text-decoration
font-size
14px
z-index
10
.back
:hover
color
#f0ece4
</style >
</head >
<body >
<a href ="/sessions" class ="back" >
←
</a >
<canvas id ="canvas" width ="1280" height ="720" >
</canvas >
<script >
const canvas = document .getElementById ('canvas' );
const ctx = canvas.getContext ('2d' );
const W = 1280 , H = 720 ;
const C = {
bg : '#08080c' ,
surface : '#101018' ,
border : '#1c1c2c' ,
text : '#f0ece4' ,
dim : '#7a7068' ,
prompt : '#6ee7b7' ,
ai : '#93c5fd' ,
code : '#fbbf24' ,
accent : '#c4956a' ,
violet : '#a78bfa' ,
rust : '#c67b5c' ,
lapis : '#4a7bbd' ,
gold : '#C4A35A' ,
};
const images = {};
const imageSources = {
img1 : '/<slug>/image1.png' ,
img2 : '/<slug>/image2.png' ,
};
let imagesLoaded = 0 ;
Object .entries (imageSources).forEach (([key, src] ) => {
const img = new Image ();
img.onload = () => { imagesLoaded++; };
img.onerror = () => { imagesLoaded++; };
img.src = src;
images[key] = img;
});
const events = [
{ t : 0 , type : 'title-card' , bgImage : 'img1' , title : 'PROJECT_TITLE' , subtitle : 'SUBTITLE' , meta : 'built with Claude Code · DATE' },
{ t : 5000 , type : 'terminal-start' },
{ t : 5500 , type : 'prompt' , text : "the first real prompt from the user" },
{ t : 8500 , type : 'prompt' , text : "second prompt" },
{ t : 11000 , type : 'ai' , text : "AI response summary" },
{ t : 14000 , type : 'image-reveal' , key : 'img2' , label : 'Image Title · Detail' },
{ t : 20000 , type : 'terminal-resume' },
{ t : 20500 , type : 'prompt' , text : "next prompt continues the story" },
{ t : 28000 , type : 'image-grid' , keys : ['img1' , 'img2' , 'img3' , 'img4' ] },
{ t : 36000 , type : 'title-card' , bgImage : 'img3' , title : 'PROJECT_TITLE' , subtitle : 'project-url.vercel.app' , meta : 'built with Claude Code' },
{ t : 42000 , type : 'end' },
];
let startTime = null ;
let animFrame = null ;
let currentElapsed = 0 ;
let animRunning = false ;
let zoom = 1 , zoomTarget = 1 , panY = 0 , panYTarget = 0 ;
function lerp (a, b, t ) { return a + (b - a) * Math .min (Math .max (t, 0 ), 1 ); }
function easeOut (t ) { return 1 - Math .pow (1 - Math .min (t, 1 ), 3 ); }
function drawRoundRect (x, y, w, h, r ) {
ctx.beginPath ();
ctx.moveTo (x + r, y); ctx.lineTo (x + w - r, y);
ctx.quadraticCurveTo (x + w, y, x + w, y + r); ctx.lineTo (x + w, y + h - r);
ctx.quadraticCurveTo (x + w, y + h, x + w - r, y + h); ctx.lineTo (x + r, y + h);
ctx.quadraticCurveTo (x, y + h, x, y + h - r); ctx.lineTo (x, y + r);
ctx.quadraticCurveTo (x, y, x + r, y); ctx.closePath ();
}
function drawImageCover (img, x, y, w, h ) {
if (!img || !img.complete || !img.naturalWidth ) return ;
const imgR = img.naturalWidth / img.naturalHeight , boxR = w / h;
let sx = 0 , sy = 0 , sw = img.naturalWidth , sh = img.naturalHeight ;
if (imgR > boxR) { sw = sh * boxR; sx = (img.naturalWidth - sw) / 2 ; }
else { sh = sw / boxR; sy = (img.naturalHeight - sh) / 2 ; }
ctx.drawImage (img, sx, sy, sw, sh, x, y, w, h);
}
function getActiveMode (elapsed ) {
const visible = events.filter (e =>t <= elapsed);
for (let i = visible.length - 1 ; i >= 0 ; i--) {
const t = visible[i].type ;
if (t === 'title-card' ) return 'title-card' ;
if (t === 'image-reveal' ) return 'image-reveal' ;
if (t === 'image-grid' ) return 'image-grid' ;
if (t === 'terminal-resume' || t === 'terminal-start' ) return 'terminal' ;
if (['prompt' ,'ai' ,'code' ].includes (t)) return 'terminal' ;
}
return 'title-card' ;
}
function drawTitleCard (elapsed ) {
const cards = events.filter (e =>t <= elapsed && e.type === 'title-card' );
const card = cards[cards.length - 1 ];
if (!card) return ;
const age = elapsed - card.t ;
const img = images[card.bgImage ];
if (img && img.complete && img.naturalWidth ) {
ctx.globalAlpha = easeOut (Math .min (age / 1200 , 1 ));
drawImageCover (img, 0 , 0 , W, H);
const ov = ctx.createLinearGradient (0 , 0 , 0 , H);
ov.addColorStop (0 , 'rgba(8,8,12,0.4)' );
ov.addColorStop (0.4 , 'rgba(8,8,12,0.3)' );
ov.addColorStop (0.7 , 'rgba(8,8,12,0.6)' );
ov.addColorStop (1 , 'rgba(8,8,12,0.85)' );
ctx.fillStyle = ov; ctx.fillRect (0 , 0 , W, H);
ctx.globalAlpha = 1 ;
}
ctx.globalAlpha = Math .max (easeOut (Math .min ((age - 500 ) / 800 , 1 )), 0 );
const tx = 80 , ty = H - 120 ;
ctx.shadowColor = 'rgba(0,0,0,0.7)' ; ctx.shadowBlur = 24 ;
ctx.font = '700 72px -apple-system, sans-serif' ;
ctx.fillStyle = '#fff' ; ctx.textAlign = 'left' ;
ctx.fillText (card.title , tx, ty);
ctx.font = '300 28px -apple-system, sans-serif' ;
ctx.fillStyle = C.gold ; ctx.shadowBlur = 12 ;
ctx.fillText (card.subtitle , tx, ty + 42 );
if (card.meta ) {
ctx.font = '400 15px -apple-system, sans-serif' ;
ctx.fillStyle = 'rgba(255,255,255,0.5)' ; ctx.shadowBlur = 6 ;
ctx.fillText (card.meta , tx, ty + 72 );
}
ctx.shadowBlur = 0 ; ctx.globalAlpha = 1 ;
}
function drawTerminal (elapsed ) {
zoom = lerp (zoom, zoomTarget, 0.06 );
panY = lerp (panY, panYTarget, 0.06 );
ctx.save ();
ctx.translate (W/2 , H/2 ); ctx.scale (zoom, zoom); ctx.translate (-W/2 , -H/2 + panY);
const tX = 60 , tY = 30 , tW = W - 120 , tH = H - 60 ;
drawRoundRect (tX, tY, tW, tH, 14 ); ctx.fillStyle = C.surface ; ctx.fill ();
ctx.strokeStyle = C.border ; ctx.lineWidth = 1 ; ctx.stroke ();
drawRoundRect (tX, tY, tW, 44 , 14 ); ctx.fillStyle = '#141420' ; ctx.fill ();
ctx.fillStyle = C.surface ; ctx.fillRect (tX + 1 , tY + 30 , tW - 2 , 14 );
const dY = tY + 22 ;
[[tX+22 ,'#ff5f57' ],[tX+42 ,'#ffbd2e' ],[tX+62 ,'#28c840' ]].forEach (([dx,c] ) => {
ctx.beginPath (); ctx.arc (dx, dY, 6 , 0 , Math .PI *2 );
ctx.fillStyle = c; ctx.globalAlpha = 0.85 ; ctx.fill (); ctx.globalAlpha = 1 ;
});
ctx.font = '500 13px "SF Mono", monospace' ; ctx.fillStyle = C.dim ;
ctx.fillText ('~/project-path · claude' , tX + 86 , dY + 4 );
const secs = Math .floor (elapsed / 1000 );
ctx.textAlign = 'right' ; ctx.font = '12px "SF Mono", monospace' ;
ctx.fillText (`${Math .floor(secs/60 )} :${String (secs%60 ).padStart(2 ,'0' )} ` , tX + tW - 18 , dY + 4 );
ctx.textAlign = 'left' ;
const content = events.filter (e =>t <= elapsed && ['prompt' ,'ai' ,'code' ].includes (e.type ));
const lH = 48 , sY = tY + 78 , sX = tX + 32 ;
const maxL = Math .floor ((tH - 90 ) / lH);
content.slice (-maxL).forEach ((ev, i ) => {
const y = sY + i * lH, age = elapsed - ev.t ;
ctx.globalAlpha = easeOut (Math .min (age / 350 , 1 ));
const fs = 20 ;
if (ev.type === 'prompt' ) {
ctx.font = `bold ${fs} px "SF Mono", monospace` ; ctx.fillStyle = C.prompt ;
ctx.fillText ('> ' , sX, y);
const pw = ctx.measureText ('> ' ).width ;
ctx.font = `${fs} px "SF Mono", monospace` ; ctx.fillStyle = C.text ;
const ch = Math .min (Math .floor (age / 28 ), ev.text .length );
ctx.fillText (ev.text .substring (0 , ch), sX + pw, y);
if (ch < ev.text .length && Math .floor (elapsed/530 )%2 ===0 ) {
ctx.fillStyle = C.violet ;
ctx.fillRect (sX + pw + ctx.measureText (ev.text .substring (0 ,ch)).width + 2 , y-15 , 11 , 22 );
}
} else if (ev.type === 'ai' ) {
ctx.font = `${fs} px "SF Mono", monospace` ; ctx.fillStyle = C.ai ;
ctx.fillText (ev.text .substring (0 , Math .min (Math .floor (age/22 ), ev.text .length )), sX+12 , y);
} else if (ev.type === 'code' ) {
ctx.font = `${fs-1 } px "SF Mono", monospace` ; ctx.fillStyle = C.code ;
ctx.fillText (ev.text .substring (0 , Math .min (Math .floor (age/18 ), ev.text .length )), sX+12 , y);
}
ctx.globalAlpha = 1 ;
});
const pY = tY+tH-14 , pX = tX+20 , pW = tW-40 ;
ctx.fillStyle = C.border ; ctx.fillRect (pX, pY, pW, 2 );
const maxT = events[events.length -1 ].t ;
const g = ctx.createLinearGradient (pX,0 ,pX+pW,0 );
g.addColorStop (0 ,C.rust ); g.addColorStop (1 ,C.gold );
ctx.fillStyle = g; ctx.fillRect (pX, pY, Math .max ((elapsed/maxT)*pW,2 ), 2 );
ctx.restore ();
}
function drawImageReveal (elapsed ) {
const reveals = events.filter (e =>type ==='image-reveal' && e.t <=elapsed);
const cur = reveals[reveals.length -1 ]; if (!cur) return ;
const age = elapsed - cur.t , img = images[cur.key ];
ctx.fillStyle = C.bg ; ctx.fillRect (0 ,0 ,W,H);
const iW=520 , iH=620 , iX=W-iW-60 , iY=(H-iH)/2 ;
ctx.globalAlpha = easeOut (Math .min (age/800 ,1 ));
ctx.save (); drawRoundRect (iX,iY,iW,iH,8 ); ctx.clip ();
drawImageCover (img, iX, iY, iW, iH); ctx.restore ();
ctx.globalAlpha = Math .max (easeOut (Math .min ((age-400 )/600 ,1 )),0 );
const lX=80 , lY=H/2 ;
ctx.font ='500 12px -apple-system, sans-serif' ; ctx.fillStyle =C.dim ;
ctx.fillText ('PROJECT LABEL' , lX, lY-50 );
const parts = cur.label .split (' · ' );
ctx.font ='600 36px -apple-system, sans-serif' ; ctx.fillStyle =C.text ;
ctx.fillText (parts[0 ], lX, lY-10 );
if (parts[1 ]) { ctx.font ='300 22px -apple-system, sans-serif' ; ctx.fillStyle =C.gold ; ctx.fillText (parts[1 ], lX, lY+25 ); }
ctx.globalAlpha = 1 ;
}
function drawImageGrid (elapsed ) {
const grids = events.filter (e =>type ==='image-grid' && e.t <=elapsed);
const cur = grids[grids.length -1 ]; if (!cur) return ;
const age = elapsed - cur.t ;
ctx.fillStyle = C.bg ; ctx.fillRect (0 ,0 ,W,H);
const gap=16 , tW=W-160 , tH=H-120 , cW=(tW-gap)/2 , cH=(tH-gap)/2 ;
cur.keys .forEach ((key, i ) => {
const col=i%2 , row=Math .floor (i/2 );
const x=80 +col*(cW+gap), y=60 +row*(cH+gap), delay=i*400 , ca=age-delay;
if (ca<0 ) return ;
const fade=easeOut (Math .min (ca/600 ,1 )), scale=lerp (0.92 ,1 ,easeOut (Math .min (ca/800 ,1 )));
ctx.globalAlpha =fade;
ctx.save ();
const cx=x+cW/2 , cy=y+cH/2 ;
ctx.translate (cx,cy); ctx.scale (scale,scale); ctx.translate (-cx,-cy);
drawRoundRect (x,y,cW,cH,10 ); ctx.clip ();
drawImageCover (images[key], x, y, cW, cH);
ctx.restore (); ctx.globalAlpha =1 ;
});
}
function drawFrame (elapsed ) {
ctx.fillStyle = C.bg ; ctx.fillRect (0 ,0 ,W,H);
const mode = getActiveMode (elapsed);
if (mode==='title-card' ) drawTitleCard (elapsed);
else if (mode==='image-reveal' ) drawImageReveal (elapsed);
else if (mode==='image-grid' ) drawImageGrid (elapsed);
else drawTerminal (elapsed);
ctx.globalAlpha =0.2 ; ctx.font ='bold 13px -apple-system, sans-serif' ;
ctx.fillStyle =C.dim ; ctx.textAlign ='right' ;
ctx.fillText ('codevibing' , W-24 , H-12 );
ctx.textAlign ='left' ; ctx.globalAlpha =1 ;
const maxT=events[events.length -1 ].t ;
ctx.fillStyle ='rgba(255,255,255,0.04)' ; ctx.fillRect (0 ,H-3 ,W,3 );
const g=ctx.createLinearGradient (0 ,0 ,W,0 );
g.addColorStop (0 ,C.rust ); g.addColorStop (1 ,C.violet );
ctx.fillStyle =g; ctx.fillRect (0 ,H-3 ,Math .max ((elapsed/maxT)*W,2 ),3 );
}
function animate (ts ) {
if (!startTime) startTime = ts;
currentElapsed = ts - startTime;
drawFrame (currentElapsed);
const maxT = events[events.length -1 ].t ;
if (currentElapsed < maxT + 2000 ) {
animFrame = requestAnimationFrame (animate);
} else {
animRunning = false ;
}
}
function play (null ; zoom=1 ; zoomTarget=1 ; panY=0 ; panYTarget=0 ;
currentElapsed = 0 ; animRunning = true ;
if (animFrame) cancelAnimationFrame (animFrame);
animFrame = requestAnimationFrame (animate);
}
function jumpTo (t ) {
startTime = performance.now () - t;
currentElapsed = t;
if (!animRunning) {
animRunning = true ;
animFrame = requestAnimationFrame (animate);
}
}
canvas.addEventListener ('click' , () => {
const maxT = events[events.length - 1 ].t ;
if (!animRunning || currentElapsed >= maxT) {
play (); return ;
}
const next = events.find (e =>t > currentElapsed + 200 );
if (next) {
jumpTo (next.t );
} else {
jumpTo (maxT);
}
});
function autoplay (if (imagesLoaded >= Object .keys (imageSources).length ) { play (); return ; }
if (imagesLoaded > 0 ) { play (); return ; }
setTimeout (play, 2000 );
}
setTimeout (autoplay, 500 );
</script >
</body >
</html >
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