@thetechbadger: This is WILD… 🤯 Check the comments for the exact prompts I used 🫡 #Dola #AI

aiden :

Just... Stop ai is running everything 😥

Evil Lilly :

AI is Hannibal Lecter :

AI crap

bloop284 :

Why are they trying to make AI more accessible than just making stuff?

2.4kw.G4 :

first

thetechbadger :

Copy this prompt into Dola (remember to select Seedance 2.0 in AI Video)

thetechbadger :

Showcase Prompt 1 — Pet Image-to-Video: Strictly preserve the puppy's original animal features, including its face shape, fur pattern, eye color, ears, paws, tail, body proportions, and overall identity. No human-like body parts are allowed at any time. The puppy must remain clearly recognizable as the same animal throughout the entire video. The phone must be completely hidden under the pillow once concealed, and it must never remain visible after that moment. A hyper-realistic 10-second narrative sequence in a cozy bedroom with warm low light. Stable room layout: a slightly messy bed with a soft blanket, a wooden nightstand with a glass of milk, and a closed wooden door on the right. (0–3s) — The Secret: Close-up on a puppy half-lying on the bed, partially covered by a blanket. It is focused on a lit smartphone, eyes reflecting the screen's glow with playful attention. (3s mark) The puppy's ears suddenly perk up at a noise from the door. Its eyes widen, and it quickly turns its head toward the closed door. (3–6s) — The Cover-up: With a hurried, believable motion, the puppy uses its paw to shove the smartphone deep under the pillow. The phone must disappear completely and stay out of sight. Immediately after, the puppy flops backward and kicks the blanket higher over its body. The fabric should fold and compress realistically as it moves. (6–10s) — The Act: The door begins to creak open slightly (or a warm light leaks from under the door). The puppy is now fully "asleep," eyes tightly shut, exaggerating its breathing with visible chest rises. It remains perfectly still in a "fake sleep" pose. The camera stays stable, maintaining the exact position of the pillow and blanket. Directives: Exceptional temporal consistency, stable puppy identity (markings and fur texture), realistic paw-to-object interaction, natural fabric physics for the blanket, no "ghosting" of the hidden phone, believable animal acting, cinematic low-light atmosphere, 4K resolution.

thetechbadger :

Showcase Prompt 2 — Food Close-Up / Realism Test: Generate an 8-second photorealistic macro food video of a strawberry mille-feuille dessert being sliced on a clean transparent glass plate placed on a bright tabletop. The scene is lit by soft natural daylight coming from the left side, creating gentle shadows and realistic highlights. The overall mood should feel clean, calm, premium, and highly realistic. Opening shot: begin with an extreme close-up of the dessert surface. Show crisp golden pastry layers, glossy cream filling, powdered sugar, fresh strawberry slices, tiny seeds, slight moisture on the fruit, and delicate flaky edges in very high detail. The camera should hold steady with a subtle slow push-in to increase tension and anticipation. 2–5s: A polished silver dessert knife slowly presses down through the top layer of the mille-feuille. The top pastry should crack with a clean, delicate break. Small pastry flakes fall naturally onto the glass plate. The cream compresses softly and slightly shifts outward with realistic pressure. The strawberry slices move subtly with believable softness and weight. Focus on realistic micro-movements, texture response, and material contrast between crisp pastry, soft cream, and juicy fruit. 5–8s: The knife completes the slice. The cut section separates slightly, revealing clean internal layers. More tiny crumbs fall and settle on the plate. Reflections on the knife and the plate should remain stable and realistic. The camera continues a gentle forward push, maintaining sharp focus on the texture, while the background stays softly blurred. Style requirements: photorealistic macro detail, convincing food texture, realistic crumb behavior, subtle cream deformation, stable lighting continuity, clean reflections on glass and metal, precise timing, controlled visual rhythm, and elegant camera movement.

thetechbadger :

Showcase Prompt 3 — Toy Robot / Motion + Camera Control Test: Generate a 10-second photorealistic video of a small toy robot landing forcefully on a wooden desk in a dim room illuminated by cool blue light from a nearby monitor. The desk surface contains scattered paper sheets, a screwdriver, a pencil, and a few small metal parts. The environment should feel grounded, realistic, and slightly dramatic, with visible dust in the air and natural reflections on the robot's metallic body. 1–2s: Open with a top-down overhead shot of the desk. The lighting is cool and directional, with soft shadows and subtle screen flicker reflected on the objects. The camera remains steady for a brief moment, establishing the scene clearly. 2–4s: The toy robot suddenly drops into frame from above and lands heavily on the desk. The landing should feel impactful and physically believable: a short burst of dust, slight vibration on nearby paper, tiny movement in loose objects, and a subtle desk shake. The robot's legs bend slightly on impact, then stabilize. Its metallic body should reflect the blue ambient light naturally, with realistic highlights and edge detail. 4–7s: The camera transitions smoothly into a low side tracking shot as the robot lifts its head, rebalances itself, and takes two heavy forward steps. Each step should feel weighted, with clear contact timing, slight body shift, and mechanical follow-through. The reflections on the robot should remain stable as the angle changes. 7–10s: In the final seconds, the robot stops, turns its upper body slightly toward camera, and a soft light glows from the chest panel. Dust settles in the air, and the camera eases to a controlled stop. The subject design, proportions, and mechanical details must remain stable throughout the sequence. Style requirements: photorealistic lighting, believable weight and impact, stable object identity, realistic material reflections, clean motion timing, accurate interaction with surrounding desk objects, smooth camera movement, and strong visual follow-through.