Tuxedo7

Entrepreneur, Trader, Investor - Helping others build wealth within the Bittensor Eco-system. $TAO

[Tuxedo7 @mitcnzsup]

@markjeffrey Good, like a pro wrestler

[Karlos @de_mon010]

Prompt:
Ultra-realistic first-person POV construction site scene, a partially completed multi-story reinforced concrete and steel-frame building standing in front of the camera. Two black-gloved hands visible in the foreground, one hand pointing toward the building as if controlling or constructing it. With a magical cinematic effect, concrete slabs and steel structural elements rapidly assemble and rise into place, creating realistic dust clouds and debris movement. Bright clear blue sky, warm sunlight, active construction site, exposed rebar, realistic sand and machinery, dramatic perspective, handheld camera movement, photorealistic textures, cinematic lighting, high detail, 4K, vertical 9:16, realistic physics, smooth continuous motion, no text, no watermark.

[Mark Jeffrey @markjeffrey]

Wow.

[Tuxedo7 @mitcnzsup]

@knakamor I really like this subnet and your efforts.

[siamkidd @SiamKidd]

Upgrades it so it now has multiplayer.

https://t.co/LmvgGqWATZ

My kids love it. Their times table is much better too...

[Craft Gallery @5min__crafts]

Back then in high school, I wish I’d known this.

[ForeverMoney @forevermoney_ai]

The Bittensor ecosystem has arrived on @RobinhoodCrypto Chain 🪶

Robinhood brings 27M+ users, billions in weekly DEX volume and the largest retail gateway in finance - all on a single L2.

@opentensor brings a decentralized AI infrastructure across compute, coding, vision, and prediction.

@Chainlink CCIP, once again, is the pillar that connects them both.

No one has expanded Bittensor across more chains than ForeverMoney. And we ain't stopping here.

[Tuxedo7 @mitcnzsup]

Ball Play

[AshutoshShrivastava @ai_for_success]

MicroDuck goes full Godzilla mode.

[umi subnet @umi_sn78]

The initial public draft of the bitsign whitepaper and subnet implementation is now live for community review.

Comments are open through the weekend, with the subnet launch planned for early next week.

Read it, comment, or open a PR/issue directly against the repo:
https://t.co/ysMAVfc9TZ

[siamkidd @SiamKidd]

Hahaha, great post Ragnarao! More cartoons please! 😂

[Tuxedo7 @mitcnzsup]

Minions

[Tuxedo7 @mitcnzsup]

Do you see it?

[El barrio 👻 @EmmyHood01]

What looks like a perfectly smooth, seamless combination is actually the result of countless hours of hard training.

[@jason @Jason]

Does this raise or lower your P-doom?

[Laraib Fatima‎ @AiwithLariab]

A cartoon world inside shapes made with fingers!
As the shape grows, shrinks, or changes form, the boundary between reality and the cartoon world moves with it.
It’s not just a simple transition — it feels like controlling the real and cartoon worlds directly with your hands!

Prompt:
Create a 10-second vertical cinematic video, 9:16, ultra-realistic premium live-action.
A person stands facing the camera in a modern indoor room with warm natural ambient lighting.

The person discovers that their fingertips can physically manipulate the boundary between the real world and a black-and-white manga universe.

There is NO physical object between the hands.

The geometric opening exists only because of the positions of the fingers.

CORE VISUAL LAW

The fingertips control a dynamic portal in real time.

Everything OUTSIDE the hand-defined shape remains completely photorealistic live-action.

Everything INSIDE the hand-defined shape becomes a perfectly aligned black-and-white manga version of the same reality.

The manga transformation must remain spatially locked to the real face and background underneath.

The portal boundary must continuously follow the fingertips with precise tracking.

---

0–2s — THE SLIT

Medium close-up, frontal view.

The person looks directly into the camera.

Both hands rise rapidly toward the face.

The thumbs and index fingers create an extremely thin horizontal slit directly across the eyes.

The instant the fingertips align, the narrow space between them transforms into black-and-white manga.

Only the eyes inside the slit become illustrated manga eyes.

The forehead, nose, mouth, hands, body and room remain completely photorealistic.

The person moves the fingers slightly up and down.

The manga strip follows the fingers perfectly, like a movable scanner revealing another dimension underneath reality.

---

2–4s — SHAPE MORPHING

The hands suddenly pull apart.

The narrow manga slit expands smoothly into a rectangular portal.

More of the person's illustrated face is revealed.

Without releasing the gesture, the person moves individual fingertips independently.

The portal dynamically morphs:

rectangle → trapezoid → sharp triangle.

The transformation is completely continuous.

NO CUT.

NO physical frame.

NO floating screen.

The comic boundary bends and stretches exactly according to the fingertips.

When the triangle becomes smaller, only one manga eye is visible.

The person slides the triangle across the face, briefly transforming different facial areas into manga as it passes over them.

---

4–6s — IMPOSSIBLE GEOMETRY

The person rotates both wrists in a fast, elegant motion.

The triangular portal smoothly bends into a circular opening between the hands.

The fingers naturally curve around the invisible boundary.

Inside the circle, the person's face and room appear as highly detailed manga artwork.

The circular comic window moves across the face:

eye → nose → mouth → entire face.

Wherever the portal moves, reality instantly becomes manga inside it and immediately returns to photorealistic reality after the portal passes.
The person then pulls the circle sideways.
The circle stretches like an elastic dimensional membrane into an irregular organic shape.

The manga universe stretches with it while maintaining correct perspective.

---

6–8s — REALITY TEAR

The person suddenly grabs opposite sides of the portal with both hands and pulls outward.

The manga opening stretches dramatically.

It becomes larger than the person's face.

The boundary rapidly expands toward all four edges of the screen.

For a brief spectacular moment, the portal consumes the entire frame.

The WHOLE ROOM and PERSON are now transformed into a highly detailed black-and-white manga universe.

Bold ink contours.

Cross-hatching.

Screentone shadows.

Graphic speed lines.

Dramatic hand-drawn perspective.

The person remains in exactly the same position and continues the same movement.

No character identity change.

---

8–9s — BREAK THE COMIC WORLD

Now completely inside the manga universe, the person looks directly into the camera.

They pinch the air with thumb and index finger.

A tiny photorealistic hole appears between the fingertips.

They pull the tiny opening apart.

Real-life color and photographic texture begin breaking through the manga world.

The opening rapidly expands.

Manga reality folds backward toward the edges like an elastic illustrated membrane.

---

9–10s — SNAP BACK TO REALITY

The person snaps their fingers.

Instantly:

the remaining manga universe collapses toward the snapping fingertips.

The illustrated world compresses:

full screen → rectangle → triangle → tiny circle → glowing point.

The point disappears between the fingers.

Everything is completely photorealistic again.

The person remains still for the final beat and gives a subtle confident smile directly into the camera.

---

CRITICAL PORTAL BEHAVIOR

The portal is NOT an object.

It has no physical material.

It has no thickness.

It cannot be dropped or held like paper.

It is a transformation boundary controlled directly by the person's fingertips.

The portal behaves like an invisible elastic dimensional membrane.

Its geometry must react continuously to the hands:

stretch,
shrink,
rotate,
skew,
bend,
expand,
collapse.

Every boundary point must remain visually connected to the controlling fingertips.

OUTSIDE PORTAL = PHOTOREALISTIC REALITY

INSIDE PORTAL = BLACK-AND-WHITE MANGA REALITY

This rule must remain visually consistent until the portal expands to fill the entire screen.

---

MANGA STYLE

Premium hand-drawn black-and-white manga.

Strong black ink contours.

Detailed facial line work.

Cross-hatching.

Screentone shading.

White paper texture.

Graphic shadows.

Expressive manga eyes.

High-detail illustrated hair.

Dramatic but recognizable facial features.

The illustrated person must remain clearly identical to the live-action person.

Same facial proportions.

Same hairstyle.

Same expression.

Same head position.

Same gaze.

Same clothing.

Same body position.

---

CAMERA

Single continuous shot.

NO CUTS.

Medium close-up composition.

Mostly locked frontal camera.

Very subtle cinematic handheld movement.

Tiny natural push-in during the full-screen manga transformation.

Realistic depth of field.

Natural motion blur.

Hands remain clearly visible.

Face remains centered.

---

HAND TRACKING PRIORITY

Extremely accurate hands.

Five fingers per hand.

Natural finger anatomy.

Precise thumb and index-finger contact.

No finger mutation during shape transformations.

No duplicated fingers.

No disappearing fingers.

The portal corners and edges must follow the fingertips without delay.

---

AUDIO

NO MUSIC.

NO SOUNDTRACK.

NO BGM.

Natural room ambience only.

Add subtle physical sound design:

soft finger movement,
gentle dimensional shimmer when manga appears,
paper-like ink sweep during portal expansion,
short soft whoosh during full-screen transformation,
clean finger snap at the final transition.

Keep all sounds subtle and cinematic.

---

STRICTLY AVOID

physical paper,
holding a manga drawing,
printed photograph,
card,
poster,
glass,
mirror,
tablet,
smartphone,
floating display,
visible rectangular frame,
fixed overlay,
AR interface graphics,
portal detached from hands,
comic boundary lagging behind fingers,
comic transformation outside the portal,
premature full-screen anime transformation,
random animation,
character replacement,
different manga character,
face distortion,
extra fingers,
fused fingers,
missing fingers,
duplicated hands,
duplicated limbs,
broken wrists,
random dancing,
abrupt cuts,
scene changes,
camera angle changes,
text,
logos,
captions,
subtitles,
watermarks.

[Xiao Yang @XiaoKooeye]

尝试一下
ChatGPT× Gemini Omni flash

太行山悬崖建筑

🏡
提示词及工作流 见评论区
Prompt & Workflow

[Karlos @de_mon010]

AI Video Generation Prompt

Create a hyper-realistic cinematic vertical video (9:16) of a giant human hand carefully constructing and repairing an ancient stone railway bridge in a breathtaking alpine mountain valley.

The scene opens with a wide establishing shot: towering snow-capped mountains, dense pine forests, rocky cliffs, a turquoise river flowing through the valley, and a powerful waterfall beneath an old stone viaduct. A section of the bridge is visibly incomplete.

A giant realistic human hand enters the frame and delicately picks up a perfectly shaped stone bridge section between the thumb and index finger. The hand slowly positions the piece into the missing gap of the bridge. As it is placed, the stone section seamlessly locks into position and becomes part of the ancient masonry.

Transition into an extreme macro close-up of the bridge surface. The giant fingers carefully adjust tiny railway tracks and stone blocks, pressing them precisely into place. Show realistic stone texture, tiny cracks, dust particles, metal rails, and subtle hand movement.

Use photorealistic materials, realistic physics, natural sunlight, cinematic depth of field, atmospheric mountain mist, detailed water movement, realistic shadows and reflections. Camera movement should be smooth and cinematic, with a combination of wide shots, close-ups, and macro shots.

The final shot pulls back to reveal the fully restored magnificent stone bridge stretching across the mountain gorge, with the river and waterfall flowing underneath and snow-covered peaks in the background.

Style: ultra-realistic, cinematic, miniature-diorama illusion, photorealistic CGI, highly detailed, 8K quality, natural lighting, realistic textures, smooth camera motion, satisfying transformation, no text, no watermark.

[ryzen @ryz3nxw]

THIS WAITRESS POURED A CUSTOMER'S COLA STRAIGHT FROM HER MOUTH, AND HE DIDN'T EVEN GET HIS PHONE OUT IN TIME TO FILM IT.

not a bottle trick, not a hidden hose. she leaned in, opened her mouth, and a steady stream of soda poured right into the glass while the Coca-Cola, Sprite, and Pepsi buttons on her chest light up like a vending machine.

watch this moment. the face is alive, the motion is smooth, her eyes stay locked on the glass like she's tracking the fill line. the customer next to her freezes with his mouth open before he even processes what just happened.

right now people book tables at this restaurant in China two weeks out, not for the food, just for this one second with a phone ready. give it a couple years and a waitress pouring drinks from her mouth won't turn a single head, but right now the whole room is holding its breath for that clip.

[ryzen @ryz3nxw]

EVERYONE'S WATCHING THE ROBOT RETURN THE BALL. WHAT'S ACTUALLY WORTH WATCHING IS THAT IT SWITCHES ITS GRIP ON THE PADDLE BETWEEN SHOTS.

That's not a memorized swing running the same serve on loop. Watch the wrist re-angle the paddle every time the ball comes in differently, a twist here, a side step there.

Most show-floor robots demo one flashy motion in a loop. This one is reading the ball's angle in real time and building a response, not repeating the same arc.

The novelty is the headline, "a robot plays ping pong." The actual hard part is that between two hits it recalculates everything from scratch, no pause, no reset, no person adjusting its grip for it.

The headline is the hook. Recalculating the shot in real time is the real story worth rewatching.