dream
Über
Die `dream`-Fähigkeit ermöglicht unbegrenzte KI-Kreativität, indem sie bewusst strukturierte Eingaben und Validierung entfernt, um freie Assoziation und emergente Ideen zuzulassen. Verwenden Sie sie in frühen Ideationsphasen – wie Design, Namensfindung oder Ansatzauswahl – in denen vorzeitige Strukturierung das Potenzial einschränken würde. Sie kehrt das Standardverfahren um, indem sie offene Exploration über Bewertung priorisiert.
Schnellinstallation
Claude Code
Empfohlennpx skills add pjt222/agent-almanac -a claude-code/plugin add https://github.com/pjt222/agent-almanacgit clone https://github.com/pjt222/agent-almanac.git ~/.claude/skills/dreamKopieren Sie diesen Befehl und fügen Sie ihn in Claude Code ein, um diese Fähigkeit zu installieren
Dokumentation
Dream
Unconstrained creative roam. Every other skill give structure — inputs, steps, check. Dream drop structure. Let links form free, possibility emerge no judge, idea arrive before get weighed.
When Use
- Before design work — roam space before lock structure
- Before name thing — name squeeze mind; dream before label
- Before pick between path — let option emerge analytic mind miss
- Stuck in loop — same option keep coming back, frame too tight
brahma-bhaga(make from void) feel too tight — dream come before make- After
meditateclear noise — empty space best canvas for dream
Inputs
- Required: Seed — topic, problem, space to roam. Can be vague. Vague good.
- Optional: Constraints to forget short time (e.g., "skip speed worry now," "forget old arch")
- Optional: File or codebase read as raw stuff for roam (via
Read)
Steps
Step 1: Soften Frame
Drop structures that guide mind.
- Set aside task rules — not forever, only for dream. Rules come back after
- Set aside judge rules — nothing "good" or "bad" in dream. Nothing "feasible" or "impractical." Judge come later
- Set aside old solutions — what worked before is hint, not chain. Dream like first time see space
- Set aside need for order — dream not need make sense step by step. Let links jump, surprise, clash
Analytic mind protest: "This waste time. Already know answer. Why?" That protest is why dream needed — "known answer" maybe blocks better path.
Got: Looser mind-state. Idea arrive before get sorted, ranked, thrown out.
If fail: Frame not soften — every idea judged fast? Flip on purpose: "What is worst path?" Bad ideas played with often hide seed of best one.
Step 2: Wander
Follow links. Do not steer.
- Start at seed. What remind you of? What sit next to it? What rhyme (idea-wise, not sound-wise)?
- Follow first link. Then follow where that go. Do not steer — wander.
- Let images form. What problem look like? If land, what terrain? If sound, what timbre? Cross-sense links slip past analytic filter.
- Let clash sit. "Should be simple AND big." "Must be fast AND deep." In waking mind, trade-off. In dream, creative tension waiting to fold into new shape.
- Collect bits. Not whole idea — bits. Word. Picture. Half-link. Question. Raw stuff.
No set number of links or bits. Dream till space feel mapped — or till one bit grab attention and want become thing.
Got: Pile of bits, links, pictures, half-ideas. Messy. No order. Alive with chance.
If fail: Wander make nothing — mind go blank not free? Read something. File, codebase, doc. Raw stuff spark links when blank page not. read-garden sense apply: see what there, let it hint what could be.
Step 3: Notice What Glows
In bits, one will have heat. Not logic — heat. Life. Curiosity.
- Scan bits. Do not rank. Which pull attention? Which spark curiosity?
- Notice clusters — bits that seem go together even link not clear yet
- Notice surprise — idea arrive unexpected, you not predict from seed
- Notice push-back — idea feel wrong or strange may be most worth. Push-back often mark edge of old thinking
- Do not force pick. Nothing glow? Dream need more wander (go Step 2) or seed need change
Got: One or more bit carry real heat — idea worth grow, even full shape not yet seen.
If fail: Nothing glow after long wander? Seed too abstract or too tight. Try new start: change seed, read unexpected, call remote-viewing to see space with no mask.
Step 4: Wake — Carry Bits Forward
Move from dream-state back to structured thought — gently.
- Gather glowing bits. Write plain — not finished idea but seed for structured work
- Do not judge yet. Let sit. Analytic mind get turn; not give bits before solid
- Note which bits touch first task, which are new ground
- Bit ready to become plan? Hand to
brahma-bhaga(make) or structured plan skill - Bits need more grow? Note for next dream — dream can loop
Dream end when you return to structured thought. Bits are gift. Some become feature. Some become rule. Some forgot. All widened space of chance past what analysis alone reach.
Got: Move from open roam to structured work, carrying hottest bits. After-dream feel wider — more option seen, more link ready.
If fail: Wake too fast — analytic mind crush bits right away? Use breathe as buffer. One breath between dream and judge keep fragile new idea safe.
Checks
- Structure truly dropped, not only loose (idea arrived that would die under judge)
- Wander was link-based, not steered (path was surprise, not planned)
- At least one bit carry real heat — not only new but alive
- Wake back to structure was gentle, not sharp
- Dream widened space of chance (more option seen than before)
- Dream sized right — not so brief shallow, not so long self-feeding
Pitfalls
- Dream as plan: Every "link" is really structured option check? You plan with extra step. Dream need real drop of structure
- Judging inside dream: Moment you think "won't work," dream over. Save judge for after
- Dream to dodge work: Dream is prep for creative work, not swap for it. Task clear and path obvious? Just do work
- Wait for finished idea: Dream give bit, not blueprint. Waiting for full plan from dream like waiting harvest from fresh seed
- Forced whim: Dream not about random or silly. Is real link-based roam. Forced creative not creative
- Never waking: Dream with no return to structure is daydream. Bits must meet real world
See Also
brahma-bhaga— structured make from void; dream is pre-make roam that feeds itmeditate— clear space that dream fill; meditate before dream for bestremote-viewing— enter unknown ground with no mask; shares dream openness but for see not makeintrinsic— real drive fuel dream; forced dream make nothingbreathe— micro-pause that guard dream bit during move to structured thoughtshine— bring real heat to idea dream surface
GitHub Repository
Verwandte Skills
content-collections
MetaDiese Skill bietet eine produktionsgetestete Einrichtung für Content Collections – ein TypeScript-first-Tool, das Markdown/MDX-Dateien in typsichere Datensammlungen mit Zod-Validierung umwandelt. Verwenden Sie ihn beim Erstellen von Blogs, Dokumentationsseiten oder inhaltsstarken Vite + React-Anwendungen, um Typsicherheit und automatische Inhaltsvalidierung zu gewährleisten. Er behandelt alles von der Vite-Plugin-Konfiguration und MDX-Kompilierung bis hin zur Deployment-Optimierung und Schema-Validierung.
polymarket
MetaDiese Fähigkeit ermöglicht es Entwicklern, Anwendungen mit der Polymarket-Prognosemärkte-Plattform zu erstellen, einschließlich API-Integration für Handel und Marktdaten. Sie bietet außerdem Echtzeit-Datenstreaming über WebSocket, um Live-Trades und Marktaktivitäten zu überwachen. Nutzen Sie sie zur Implementierung von Handelsstrategien oder zur Erstellung von Tools, die Live-Marktaktualisierungen verarbeiten.
creating-opencode-plugins
MetaDiese Fähigkeit unterstützt Entwickler dabei, OpenCode-Plugins zu erstellen, die in über 25 Ereignistypen wie Befehle, Dateien und LSP-Operationen eingreifen. Sie bietet die Plugin-Struktur, Event-API-Spezifikationen und Implementierungsmuster für JavaScript/TypeScript-Module. Nutzen Sie sie, wenn Sie den Lebenszyklus des OpenCode KI-Assistenten mit benutzerdefinierter ereignisgesteuerter Logik abfangen, überwachen oder erweitern müssen.
sglang
MetaSGLang ist ein hochperformantes LLM-Serving-Framework, das sich auf schnelle, strukturierte Generierung für JSON, Regex und agentenbasierte Workflows unter Verwendung seines RadixAttention-Prefix-Cachings spezialisiert. Es bietet deutlich schnellere Inferenz, insbesondere für Aufgaben mit wiederholten Präfixen, was es ideal für komplexe, strukturierte Ausgaben und Mehrfachdialoge macht. Wählen Sie SGLang gegenüber Alternativen wie vLLM, wenn Sie constrained decoding benötigen oder Anwendungen mit umfangreicher Präfix-Weitergabe entwickeln.
