
Anime vs. Marvel/DC: Designing Digital Products With Emotion In Flow
Design is about pacing and feelings as much as pixels and patterns. Alan Cohen explores Emotion in Flow and Emotion in Conflict, showing how anime like Dan Da Dan and superhero films like James Gunn’s Superman manage emotional shifts and translating those ideas into practical patterns for product...
Anime vs. Marvel/DC: Designing Digital Products With Emotion In Flow — Smashing Magazine
Skip to main content Start reading the article Jump to list of all articles Jump to all topics9 min readDesign, UX, InspirationShare on Twitter, LinkedInAbout The AuthorAlan Cohen is Head of Design at NFON, where he leads design strategy and execution for cloud communication products. He writes about practical, no‑nonsense … More about Alan ↬Email NewsletterYour (smashing) email Weekly tips on front-end & UX.Trusted by 182,000+ folks. See User Testing Live How To Measure UX and Design Impact with Vitaly Friedman Celebrating 10 million developers Design Patterns For AI Interfaces, 30 lessons + UX training How To Measure UX and Design Impact, 8h video + UX training Custom Web Forms for Angular, React, & Vue. Your backend. Naming Design Systems with Samantha GordashkoDesign is about pacing and feelings as much as pixels and patterns. Alan Cohen explores Emotion in Flow and Emotion in Conflict, showing how anime like Dan Da Dan and superhero films like James Gunn’s Superman manage emotional shifts and translating those ideas into practical patterns for product design.Design isn’t only pixels and patterns. It’s pacing and feelings, too. Some products feel cinematic as they guide us through uncertainty, relief, confidence, and calm without yanking us around. That’s Emotion in Flow. Others undercut their own moments with a joke in the wrong place, a surprise pop-up, or a jumpy transition. That’s Emotion in Conflict.These aren’t UX-only ideas. You can see them everywhere in entertainment. And the clearest way to feel the difference is to compare how anime handles emotional shifts versus how Marvel and DC films stumble. We’ll use two specific examples, one from Dan da Dan (anime series on Netflix) and one from James Gunn’s Superman movie, to define the two concepts, and then translate them into practical product design patterns you can apply right away.Note: We’ll focus on digital products, including apps, SaaS, and web.Emotion In Flow (Anime: Dan da Dan)In Dan da Dan, the tonal range is wild, horror, comedy, tenderness, yet it flows.Example: In one arc, the protagonists are on a bizarre, comedic quest involving the “golden genitals” of one of the main characters (yes, really), and in another, we’re drawn into a heartbreaking story of a mother whose child is kidnapped. On paper, that shift should be a car crash. On screen, it’s coherent and emotionally legible.Why does this work on screen?Continuity of stakes.Even when a gag lands, the characters’ goals and danger stay intact. Humor releases tension after a mini‑resolution; it doesn’t deny the threat.Clear mood cues.Music, framing, pacing, and character reactions telegraph the next feeling. You’re primed for the shift, so you ride it rather than getting yanked.One emotional anchor.Relationships remain the North Star, so the scene’s heart doesn’t get lost when the tone moves.How does this translate to UX?Good products do the same: prepare, transition, resolve, so users stay immersed as the emotional tone shifts.Dan da Dan: from humor to empathy, flawlessly. (Large preview)Emotion In Conflict (Marvel/DC: James Gunn’s Superman)Lois & Clark are having a heartfelt, intimate conversation, a slow, human moment, while in the background a running gag plays out (a monster getting clobbered with a giant baseball bat). The gag steals the focus right when the scene asks you to feel something real. The result is a tonal clash that punctures the emotion instead of releasing it.Why does this fail on screen?Increased cognitive load.What’s happening here maps directly to cognitive load theory. When a scene (or interface) asks users to process two competing emotional signals at once, it introduces extraneous cognitive load, mental effort that has nothing to do with the task or moment itself. Instead of focusing on the emotional beat, attention is split between signals that don’t resolve each other. In products, this is what happens when humor, promotions, or unexpected UI changes intrude on high-stakes moments: users are forced to interpret tone and intent at the same time they’re trying to act, which slows comprehension and increases stress.Competing beats at the same time.The joke overlaps the climax of a serious beat; the audience pays attention to the switch rather than the feeling.No tonal handoff.There’s no transition that lands the intimacy before humor arrives, so the moment feels undercut rather than resolved.How does this translate to UX?In products, this is the confetti-before-confirmation problem, the cheeky error in a money flow, or the promo modal that appears right in the middle of a critical task. This also spikes cognitive load: users must process the humor while trying to fix a problem, which slows them down and increases stress.Heartfelt conversation disrupted by background gag in James Gunn’s Superman. (Large preview)Quick DefinitionsEmotion in FlowEmotional shifts feel earned, telegraphed, and timed so they resolve prior beats. Immersion holds.Emotion in ConflictA jarring switch (or hard cut) that punctures a live emotional beat. Immersion breaks.Now that we’ve named it: how does this connect to UX?How Emotions Shape Product MemorabilityPeople don’t remember the average of an experience; they remember peaks and the ending. If your flow’s peak is frustration, or your ending is messy, that’s what sticks. So design the emotional curve on purpose.Emotions live across three layers (from Don Norman’s Emotional Design), and your product needs to line them up:Visceral (gut): First-impression signals: visuals, motion, haptics, sound.Examples: A steady skeleton loader calms more than a jittery spinner; a gentle success chime/haptic tap lets the win land without shouting; consistent easing/direction tells the eye what changed.Behavioral (doing): Can I complete my task smoothly? Friction here means stress.Examples: Three clear payment steps with predictable progress; error states that explain what happened and how to recover; inline validation instead of end-of-form explosions.Reflective (meaning): The story I tell myself after, “Was that worth it? Do I trust this?”Examples: A tidy wrap-up screen (“Done. You’ll get X by Friday.”) gives closure; a small recap (“You saved €18 this year”) creates pride without fireworks.Microinteractions are the emotional glue. Each one has a trigger (I tap Pay), rules (what the system does), feedback (progress and a clear result), and loops or modes (what happens if the user tries again). Get these right, and your transitions bridge feelings. Get them wrong, and they break the flow.The beat sheet: uncertainty → clarity → anticipation → achievement → calm. (Large preview)The emotional beat sheet maps cleanly onto Norman’s layers of experience:Uncertainty lives in the visceral and early behavioral layers, where users rely on sensory cues (motion, clarity, feedback) to understand what’s happening.Clarity is firmly in the behavioral layer, the moment when the system’s intent and the user’s next action lock into place.Anticipation is a blend of behavioral (the user is doing something with purpose) and reflective (the user is already predicting the outcome and imagining what comes next).Achievement is a reflective peak, where the user evaluates success, trust, and whether the experience “felt right.”Calm/Closure is primarily reflective, helping users wrap up the meaning of the interaction and decide if the product is trustworthy and worth returning to.In real products, this sequence doesn’t disappear when things go wrong. Errors, latency, and degraded states are not exceptions to the emotional arc — they are part of it. Seen through a narrative lens, these moments are the obstacles in the hero’s journey. A well-designed recovery state acknowledges the setback, clarifies what happened, and guides the next step without introducing new emotional noise. When failure is treated as a beat instead of a rupture, emotional flow can be preserved even under stress.UX Examples: Emotion In Flow vs. Emotion In ConflictEmotion In FlowCheckout done right (Stripe/Apple Pay style): short steps, clear progress, and a crisp success state (a checkmark with an optional soft haptic). The peak (success) lands, and the end gives closure (receipt or next step).Two screens: Review & Pay → Payment Successful. (Large preview)Pickup status (ride‑hailing apps, e.g., Uber, Free Now, or Bolt): progressive updates maintain orientation and reduce anxiety (“Driver arriving”, “2 min away”, “Arrived”). Uncertainty turns into clarity, with gentle motion preparing each transition.Pickup status from the Uber app. (Large preview)Emotion In ConflictNote: We’re not naming specific products here — we respect the work behind them. Instead, we’re showing the patterns that cause emotional conflict and exactly how to fix them.Jokes in serious moments.Cheeky copy-in-error states for money/health/security. Users are stressed; humor amplifies irritation.Celebration before resolution.Confetti, fireworks, or loud sounds before confirmation. The party interrupts the climax.Hard state jumps.Surprise modals/promos mid‑task, full‑screen takeovers without preparation. Feels like an abrupt cut during an emotional beat.Examples of Emotion in Conflict in product design: joking tone in a high-stakes error, premature celebration before confirmation, surprise promo takeover mid-checkout. All three break the emotional arc and disrupt user trust. (Large preview)What You Can Do To Ensure Emotion in FlowHere’s a Notion page with the full template you can duplicate:Emotional beat sheet template.1. Write The Emotional Beat Sheet FirstFor each core flow (onboarding, payment, recovery), map the feelings per step: uncertainty → clarity → anticipation → achievement → calm. Attach copy, motion, and microinteractions to each beat. (Who carries the emotion where?)2. Align Tone With Task RiskCreate a tone matrix (risk level × state). In high‑risk errors, be calm, plain, and solution‑oriented. Save playfulnes
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