Viscous fluid dynamics Prompts

Create a meticulously staged cinematic scene with rigid symmetry and frontal, low-angle framing, emphasizing a diagonal composition (45-degree tilt) where all elements align along a single dynamic axis. Color Grading: 60% Dominant: Soft, powdery pastel pinks (Pantone 12-1109 TPX "Marshmallow") saturating the sky, snow, and TV casing. 30% Secondary: Frosted teal blues (HEX #6ECEDA) in the glacial lake, aurora, and TV screen static. 10% Accent: Mustard-yellow (Pantone 15-0950 TPX "Golden Glow") in the aurora streaks, wool tufts, and corroded metal knobs. TV Design: A 1950s Bakelite TV (matte eggshell plastic with hairline cracks) tilted diagonally (top-left corner at 10 o’clock, bottom-right submerged at 4 o’clock). Crack: A jagged diagonal fissure (2cm wide) splits the screen from top-left to bottom-right, leaking viscous, neon-bright color bar pigment (RGB values: pink #FF9EB5, teal #5FDAC3, gold #FFD700) that pools into the water below. Materials: Body: Faux-weathered plastic with chipped edges revealing rusted steel underlayers. Details: Three rotary knobs (tarnished brass, 4cm diameter) labeled "VOL," "TUNE," "POWER." Cables: Braided wool cords (undyed cream yarn, 3cm thickness) coiled around the TV’s base, fraying at the ends. Screen Imagery: Static Overlay: A 1953 RCA-style color bar test pattern (8 vertical bands) glitching every 2 seconds, causing the teal and pink bars to "melt" downward into liquid the word "Imagen-4" glitches on the screen Underlying Image: A faint, glowing topographical map (golden-yellow lines on indigo) dissolves into water that cascades from the screen’s crack, merging with the glacial lake. Environment: Glacial Lake: Semi-frozen water (translucent teal, 70% opacity) with jagged ice shards (20cm height) encircling the TV. Snowfall: Heavy, dense snowflakes (1cm diameter) falling at 45 degrees, accumulating on the TV’s top-left corner. Aurora Borealis: Three parallel bands (pink #FFB3D1, teal #7FE5E5, gold #FFE44D) in smooth sine waves, 15° tilt, 80% opacity. Sky: Ultra-high-contrast starfield (ISO 51200 noise pattern) with 2,000 visible stars (randomized 2-4px white dots). Lighting & Effects: Key Light: A frontal, low-orange sodium vapor lamp (3200K) casting sharp diagonal shadows (20° angle) from the TV onto the ice. Bloom: Halation around the aurora and screen, radius 15px, intensity 70%. Textures: Film Grain: 35mm Kodak Vision3 250D overlay (gritty, high-detail). Lens Defects: Two hairline scratches (1px width) at 15° and 75° angles, plus hexagonal lens flare (60% opacity) from the aurora. Physics & Motion: Water: Viscous fluid dynamics—the leaking color bars swirl in 5cm eddies, blending with the glacial lake. Wool: Submerged yarn floats upward in 10cm tufts, swaying at 0.5Hz frequency. Result: A hyper-detailed, reference-free scene that implicitly channels Wes Anderson’s aesthetic through obsessive symmetry, retro-kitsch materials, and a strict 60/30/10 pastel hierarchy—no director named, all style embedded in granular technical specs.

"Create a meticulously staged cinematic scene with rigid symmetry and frontal, low-angle framing, emphasizing a diagonal composition (45-degree tilt) where all elements align along a single dynamic axis. Color Grading: 60% Dominant: Soft, powdery pastel pinks (Pantone 12-1109 TPX "Marshmallow") saturating the sky, snow, and TV casing. 30% Secondary: Frosted teal blues (HEX #6ECEDA) in the glacial lake, aurora, and TV screen static. 10% Accent: Mustard-yellow (Pantone 15-0950 TPX "Golden Glow") in the aurora streaks, wool tufts, and corroded metal knobs. TV Design: A 1950s Bakelite TV (matte eggshell plastic with hairline cracks) tilted diagonally (top-left corner at 10 o’clock, bottom-right submerged at 4 o’clock). Crack: A jagged diagonal fissure (2cm wide) splits the screen from top-left to bottom-right, leaking viscous, neon-bright color bar pigment (RGB values: pink #FF9EB5, teal #5FDAC3, gold #FFD700) that pools into the water below. Materials: Body: Faux-weathered plastic with chipped edges revealing rusted steel underlayers. Details: Three rotary knobs (tarnished brass, 4cm diameter) labeled "VOL," "TUNE," "POWER." Cables: Braided wool cords (undyed cream yarn, 3cm thickness) coiled around the TV’s base, fraying at the ends. Screen Imagery: Static Overlay: A 1953 RCA-style color bar test pattern (8 vertical bands) glitching every 2 seconds, causing the teal and pink bars to "melt" downward into liquid with the word "Prompthero" barely visible on it. Underlying Image: A faint, glowing topographical map (golden-yellow lines on indigo) dissolves into water that cascades from the screen’s crack, merging with the glacial lake. Environment: Glacial Lake: Semi-frozen water (translucent teal, 70% opacity) with jagged ice shards (20cm height) encircling the TV. Snowfall: Heavy, dense snowflakes (1cm diameter) falling at 45 degrees, accumulating on the TV’s top-left corner. Aurora Borealis: Three parallel bands (pink #FFB3D1, teal #7FE5E5, gold #FFE44D) in smooth sine waves, 15° tilt, 80% opacity. Sky: Ultra-high-contrast starfield (ISO 51200 noise pattern) with 2,000 visible stars (randomized 2-4px white dots). Lighting & Effects: Key Light: A frontal, low-orange sodium vapor lamp (3200K) casting sharp diagonal shadows (20° angle) from the TV onto the ice. Bloom: Halation around the aurora and screen, radius 15px, intensity 70%. Textures: Film Grain: 35mm Kodak Vision3 250D overlay (gritty, high-detail). Lens Defects: Two hairline scratches (1px width) at 15° and 75° angles, plus hexagonal lens flare (60% opacity) from the aurora. Physics & Motion: Water: Viscous fluid dynamics—the leaking color bars swirl in 5cm eddies, blending with the glacial lake. Wool: Submerged yarn floats upward in 10cm tufts, swaying at 0.5Hz frequency. Result: A hyper-detailed, reference-free scene that implicitly channels Wes Anderson’s aesthetic through obsessive symmetry, retro-kitsch materials, and a strict 60/30/10 pastel hierarchy—no director named, all style embedded in granular technical specs.

Animate like it was liquid

vibrantly colorful baroque + surrealistic dynamic fluid simulation, spiritual vibes, semi-transparent flame, liquid tar, vaseline gel, translucent axel grease, realistic texture, liquid vortices, art nouveau, foamy bubbles, sfx houdini render, cgi, 3d, hyper-detailed, ultra-realistic, photo-bash, 8k post-production, masterpiece --ar 2:3 --stylize 7250

"Ultra-photorealistic 8k still from a cinematic sequence: An elemental goddess of ice and fire, body split precisely down the center. Right half — photorealistic translucent ice with physically correct index of refraction 1.31, strong forward subsurface scattering of blue wavelengths, visible volumetric light transport, internal caustics, frost buildup, micro-fractures refracting moonlight, and wet specular reflections. Left half — hyper-realistic molten lava with glowing emissive interior (high temperature orange-red), dark basalt crust forming realistic polygonal cracks that reveal incandescent material beneath, viscous fluid dynamics, intense refractive heat distortion warping background elements, rising convection currents, and ejected incandescent particles. Dynamic motion: She strides forward powerfully. Right environment shows collapsing glacial ice with accurate fracture mechanics and airborne snow/ice debris. Left shows surging lava flows with bubbling, splattering, and smoke plumes. Outstretched arms channel turbulent vortices where ice crystals refract/scatter light while clashing with superheated embers and plasma-like air distortion. Blood-red supermoon as dual light source: precise cool specular/refraction on ice vs warm emissive rim lighting and atmospheric scattering on lava. Localized steam and phase-change effects at the boundary. Low-angle tracking perspective, physically accurate global illumination, subsurface scattering, refraction, caustics, heat haze, filmic color grading, subtle grain, shot on large-format cinema camera."

vibrantly colorful baroque + surrealistic dynamic fluid simulation, spiritual vibes, semi-transparent flame, liquid tar, vaseline gel, translucent axel grease, realistic texture, liquid vortices, art nouveau, foamy bubbles, sfx houdini render, cgi, 3d, hyper-detailed, ultra-realistic, photo-bash, 8k post-production, masterpiece --ar 2:3 --stylize 7250

The red liquid moves naturally inside each container, behaving with realistic fluid dynamics. The motion should follow real-world physics: viscosity, surface tension, inertia, and gravity. The liquid slowly shifts, forming organic waves, soft sloshing, and subtle ripples, as if gently disturbed. It should stretch and merge smoothly, with cohesive flow and no sharp or artificial movements. The liquid has medium-high viscosity (similar to syrup or thick paint), creating slow, weighty motion with rounded edges and smooth deformation. Subtle interactions with the container walls: adhesion, slight climbing on edges, and realistic damping. Lighting highlights reflections and refractions through the glass and liquid, emphasizing depth and thickness. Camera remains mostly static with slight micro-movements to enhance realism. Ultra realistic fluid simulation, physically accurate behavior, high detail, cinematic render.

flux

a lake of colorful non-newtonian fluids, vibrations causing the fluid to rise up in a rippled shape of ??? set against a surreal backdrop of swirling thermochromic clouds, reflective fog and reverse rainbows

A dynamic splash of golden liquid, possibly oil or a similar viscous fluid, captured mid-air. The liquid is highly reflective and shiny, indicating it might be metallic or simply well-lit. The splash creates intricate shapes and patterns as the liquid is frozen in motion. Droplets and smaller splashes are visible around the main body of the liquid, adding to the sense of movement and energy in the image.

Physics simulation

Transparent/White liquid dripping on her face medium viscosity

very slow accurate animation.

animate with wind

animate the smoke

Dynamic Pudding Flow: Chocolate pudding captured in a moment of dynamic, flowing motion, forming elegant swirls and liquid shapes, emphasized by dramatic lighting. Style: Fluid Dynamics, Abstract Movement, Energetic.​​​

Transparent/White liquid dripping on her face medium viscosity

Create a 3D Fluid Art Explosion

ultra realistic of Freeform ferrofluids, in colorful chaos, swirling clouds and smokes, 8k, hyper realistic, focused, extreme details, unreal engine 5, cinematic,

thrown water. silhouette. high detail.

thrown water. silhouette. high detail.

ripple motion effect

ripple motion effect

mj, a glossy pink and blue liquid, in the style of glitchcore, rococo pastel, light silver and brown, swirling vortexes, iridescence/opalescence, emotive figural distortions