FLUX.1 Pro KI-Bilderzeuger
Probieren Sie FLUX.1-Pro aus, das beste KI-Bilderzeugungsmodell online. FLUX.1-Pro bietet unvergleichliche Qualität, Detailgenauigkeit und Output-Vielfalt. Erhöhen Sie Ihre kreativen Projekte!
Generiertes Bild

cristiano ronaldo en estados unidos con un terno

A highly realistic image of a kitchen scene with a LEGO chef figure who has a brown beard, wearing a white hat, white chef’s coat, and white pants. The LEGO chef is standing near the Eiffel Tower, holding an eggplant like a microphone and singing. The environment, including the Eiffel Tower, lighting, and textures, should be completely realistic, except for the LEGO chef, which should remain in LEGO form.

A fantastic goblin-like character with detailed hands and fingers, cute and funny in a pirate costume with a white shirt, brown vest and a large belt with a buckle, holding a sword and with a quiver of arrows on his back
![AI generated image by FLUX.1-pro: RODIN‐COMPATIBLE PROMPT TRANSLATION
Below is a complete, section‐by‐section translation of the 2D abstract painting (a Hornlike/humanoid face with swirling, multi‐colored shapes) into a fully detailed Rodin‐style prompt. All sections are provided in full, with no partial excerpts.
1. Image Decomposition
Primary Subject
An abstract Hornlike/humanoid face rendered in a swirl of vibrant, multi‐colored regions.
Geometric Taxonomy
Head Region
A “planar mask” shape subdivided into interlocking curved polygons.
Dimensions ~1 m tall × ~0.75 m wide.
Facial Features
Eyes: Two elliptical insets (major axis ~0.15 m, minor axis ~0.09 m).
Ears: Slightly pointed triangular outlines at the top corners (~0.2 m edge length).
Nose and Mouth: Overlapping convex forms with swirling, curvilinear edges.
Background
Layered “wave” fields of swirling color patterns, arranged radially around the head.
Each wave band ~0.05 m thick.
Material Mapping
PaintedSurface [Type=Acrylic, Finish=High‐Gloss, Vibrancy=Spectral Range].
Color Layers: Dense swirl with no single base hue, generating a kaleidoscopic spectrum (≥ 80% coverage across R/G/B channels).
Pose/Orientation
Planar orientation facing forward, with a slight 5° tilt about the vertical axis.
Thickness of the artwork ≤ 1 cm along Z, preserving a flat, planar format.
2. Scene Parameterization
Optical Properties
Reflectance: “Schlick approximation BRDF with 0.65 roughness.”
Subsurface Scattering: “1.33 IOR, 2 mm scattering depth” (minimal effect on thin 2D surfaces but included for completeness).
3. Spatial Syntax
The hierarchical coordinate structure below specifies all components in Rodin format. Every subsection is fully described:
[Root: Abstract_Hornlike_Face_V1
├─Rotation: (0°, 5°, 0°)
├─Material: PaintedSurface[Type=Acrylic, Finish=High-Gloss]
└─Components
├─Ear[Count=2, Shape=Triangular, EdgeLength=0.2m]
│ └─Transform: { Position=(TopCorners), Tilt=10° outward }
├─Eye[Count=2, Shape=Ellipse, MajorAxis=0.15m, MinorAxis=0.09m]
│ └─ColorRegion: { SwirlPattern, TriplanarUVProjection }
├─Nose_and_Mouth
│ └─Contours: { LayeredConvexCurves, # of Swirls=5 }
└─Background
└─WaveField[BandCount=8, Frequency=variable]
└─Blend_Chamfer 0.01m
]
4. Physical Simulation Hints
Maintain planar integrity along the Z‐axis
Thickness must remain ≤ 1 cm to preserve the 2D artwork format.
Avoid self‐collision among adjacent swirl contours
The swirling shapes should not intersect or clip through one another.
Use OpenCascade analogs
Apply “Blend_Chamfer 0.01 m” on polygonal transitions to keep edges smooth.
Mapping Strategy
Triplanar projection is recommended for the swirling color shapes to distribute high‐frequency color transitions evenly.
5. Complete Technical Prompt
“Generate a Hornlike/humanoid planar mask (1 m × 0.75 m) composed of swirling, interlocked polygons in high‐gloss acrylic.
Use Schlick BRDF with roughness=0.65.
Apply subsurface scattering at 1.33 IOR with a 2 mm scattering depth.
Ensure swirl contours do not intersect or collide.
Use Blend_Chamfer(0.01 m) to smooth polygonal edges.
Render as a 2D plane in 3D space with a 5° tilt about the vertical axis.
Apply Gooch shading for a non‐photorealistic style (Tcool=0.6, Twarm=0.8).”
Below is a complete Rodin‐style translation for the image, presented in full detail with no omissions:
RODIN‐COMPATIBLE PROMPT TRANSLATION
1. Image Decomposition
Primary Subject
An abstract Hornlike/humanoid face rendered in a swirl of vibrant, multi‐colored regions.
Geometric Taxonomy
Head Region
A “planar mask” subdivided into interlocking curved polygons.
Approximately 1 m tall × 0.75 m wide.
Facial Features
Eyes: Two elliptical insets (major axis ~0.15 m, minor axis ~0.09 m).
Ears: Slightly pointed triangular outlines (~0.2 m edge length) positioned at the top corners.
Nose and Mouth: Overlapping convex shapes with swirling, curvilinear edges.
Background
Layered “wave” fields in swirling color patterns, arranged radially around the head.
Each band ~0.05 m thick.
Material Mapping
PaintedSurface [Type=Acrylic, Finish=High‐Gloss, Vibrancy=Spectral Range].
Color Layers: Dense swirl with no single base hue, creating a kaleidoscopic spectrum (≥ 80% coverage across R/G/B channels).
Pose/Orientation
Planar, front‐facing orientation with ~5° tilt about the vertical axis.
Artwork thickness ≤ 1 cm along Z for a relatively flat piece.
2. Scene Parameterization
Optical Properties
Reflectance: “Schlick approximation BRDF with 0.65 roughness.”
Subsurface Scattering: “1.33 IOR, 2 mm scattering depth.”
Minimal effect for very thin painted surfaces.
3. Spatial Syntax
An example hierarchical Rodin coordinate layout for all elements:
[Root: Abstract_Hornlike_Face_V1
├─Rotation: (0°, 5°, 0°)
├─Material: PaintedSurface[Type=Acrylic, Finish=High-Gloss]
└─Components
├─Ear[Count=2, Shape=Triangular, EdgeLength=0.2m]
│ └─Transform: { Position=(TopCorners), Tilt=10° outward }
├─Eye[Count=2, Shape=Ellipse, MajorAxis=0.15m, MinorAxis=0.09m]
│ └─ColorRegion: { SwirlPattern, TriplanarUVProjection }
├─Nose_and_Mouth
│ └─Contours: { LayeredConvexCurves, # of Swirls=5 }
└─Background
└─WaveField[BandCount=8, Frequency=variable]
└─Blend_Chamfer 0.01m
]
4. Physical Simulation Hints
Maintain Planar Integrity
Keep thickness ≤ 1 cm along the Z‐axis.
Avoid Self‐Collision
Prevent swirl contours from intersecting or overlapping incorrectly.
OpenCascade Analogs
Use “Blend_Chamfer 0.01 m” for smoothing polygon transitions.
UV Mapping Strategy
Triplanar projection is recommended for high‐frequency swirl color transitions.
5. Complete Technical Prompt
“Generate a Hornlike/humanoid planar mask (1 m × 0.75 m) with swirling, interlocked polygons in high‐gloss acrylic.
Apply Schlick BRDF (roughness=0.65).
Use subsurface scattering at 1.33 IOR and 2 mm depth.
Prevent collisions in swirl contours.
Blend_Chamfer(0.01 m) to smooth edges.
Render as a 2D plane in 3D with a 5° tilt about the vertical axis.
Non‐photorealistic shading (Gooch), Tcool=0.6, Twarm=0.8.”
Rodin-Compatible Text Prompt:
Primary Subject:
An abstract, cubist-inspired humanoid figure with exaggerated, asymmetrical facial features, including oversized, multi-colored eyes (left eye with concentric red and yellow rings, right eye with cyan and yellow concentric rings), a distorted, angular nose, and an open mouth showing irregular white teeth. The head features pointed, Horn-like ears with dynamic patterns.
Attributes:
Morphology: Fragmented, overlapping geometric planes with sharp edges and fluid contours creating a distorted human-animal hybrid form.
Material Properties: Smooth, high-gloss enamel-like finish with vivid, saturated colors. The surface texture exhibits layered, swirled gradients resembling marbled acrylic paint.
Secondary Elements:
Foreground: Dominant presence of the figure, occupying central space with high color contrast.
Midground: Swirling, flame-like patterns in red, orange, and yellow on the right side, creating a dynamic flow.
Background: Vibrant gradient transitioning from cool blue and green hues on the left to warm reds, pinks, and yellows on the right, filled with abstract, wavy lines and swirling motifs.
Lighting & Atmosphere:
Illumination: Flat, even lighting without clear directional shadows, emphasizing the boldness of colors and sharpness of lines.
Atmospheric Effects: High-contrast color transitions and psychedelic, fluidic swirls that create a sense of motion and depth.
Color Palette:
Dominant Colors: #FF0000 (red), #00FFFF (cyan), #FFFF00 (yellow), #FF00FF (magenta), #008000 (green), #000000 (black), #FFFFFF (white).
Harmony: Triadic contrast with bold, saturated primaries and secondaries, creating visual tension and vibrancy.
Composition & Perspective:
Framing: Tight, central composition focusing on the subject’s upper torso and face.
Perspective: Slightly skewed, flattened perspective typical of cubist works, with overlapping planes creating spatial ambiguity.
Stylistic Specifications:
Medium: Digital vector art with sharp, clean lines and high color saturation.
Genre: Neo-Cubist Psychedelic Abstract.
Post-Processing: Enhanced color saturation, high-contrast outlines, and smooth gradient blending.
Constraints & Exclusions:
Exclude photorealistic textures, naturalistic color schemes, or realistic human proportions.](/_next/image?url=https%3A%2F%2Ffluximageai.net%2Fgenerated-images%2F9d86e449-2536-48a8-ac35-468e1e7a6087.png&w=3840&q=75)
RODIN‐COMPATIBLE PROMPT TRANSLATION Below is a complete, section‐by‐section translation of the 2D abstract painting (a Hornlike/humanoid face with swirling, multi‐colored shapes) into a fully detailed Rodin‐style prompt. All sections are provided in full, with no partial excerpts. 1. Image Decomposition Primary Subject An abstract Hornlike/humanoid face rendered in a swirl of vibrant, multi‐colored regions. Geometric Taxonomy Head Region A “planar mask” shape subdivided into interlocking curved polygons. Dimensions ~1 m tall × ~0.75 m wide. Facial Features Eyes: Two elliptical insets (major axis ~0.15 m, minor axis ~0.09 m). Ears: Slightly pointed triangular outlines at the top corners (~0.2 m edge length). Nose and Mouth: Overlapping convex forms with swirling, curvilinear edges. Background Layered “wave” fields of swirling color patterns, arranged radially around the head. Each wave band ~0.05 m thick. Material Mapping PaintedSurface [Type=Acrylic, Finish=High‐Gloss, Vibrancy=Spectral Range]. Color Layers: Dense swirl with no single base hue, generating a kaleidoscopic spectrum (≥ 80% coverage across R/G/B channels). Pose/Orientation Planar orientation facing forward, with a slight 5° tilt about the vertical axis. Thickness of the artwork ≤ 1 cm along Z, preserving a flat, planar format. 2. Scene Parameterization Optical Properties Reflectance: “Schlick approximation BRDF with 0.65 roughness.” Subsurface Scattering: “1.33 IOR, 2 mm scattering depth” (minimal effect on thin 2D surfaces but included for completeness). 3. Spatial Syntax The hierarchical coordinate structure below specifies all components in Rodin format. Every subsection is fully described: [Root: Abstract_Hornlike_Face_V1 ├─Rotation: (0°, 5°, 0°) ├─Material: PaintedSurface[Type=Acrylic, Finish=High-Gloss] └─Components ├─Ear[Count=2, Shape=Triangular, EdgeLength=0.2m] │ └─Transform: { Position=(TopCorners), Tilt=10° outward } ├─Eye[Count=2, Shape=Ellipse, MajorAxis=0.15m, MinorAxis=0.09m] │ └─ColorRegion: { SwirlPattern, TriplanarUVProjection } ├─Nose_and_Mouth │ └─Contours: { LayeredConvexCurves, # of Swirls=5 } └─Background └─WaveField[BandCount=8, Frequency=variable] └─Blend_Chamfer 0.01m ] 4. Physical Simulation Hints Maintain planar integrity along the Z‐axis Thickness must remain ≤ 1 cm to preserve the 2D artwork format. Avoid self‐collision among adjacent swirl contours The swirling shapes should not intersect or clip through one another. Use OpenCascade analogs Apply “Blend_Chamfer 0.01 m” on polygonal transitions to keep edges smooth. Mapping Strategy Triplanar projection is recommended for the swirling color shapes to distribute high‐frequency color transitions evenly. 5. Complete Technical Prompt “Generate a Hornlike/humanoid planar mask (1 m × 0.75 m) composed of swirling, interlocked polygons in high‐gloss acrylic. Use Schlick BRDF with roughness=0.65. Apply subsurface scattering at 1.33 IOR with a 2 mm scattering depth. Ensure swirl contours do not intersect or collide. Use Blend_Chamfer(0.01 m) to smooth polygonal edges. Render as a 2D plane in 3D space with a 5° tilt about the vertical axis. Apply Gooch shading for a non‐photorealistic style (Tcool=0.6, Twarm=0.8).” Below is a complete Rodin‐style translation for the image, presented in full detail with no omissions: RODIN‐COMPATIBLE PROMPT TRANSLATION 1. Image Decomposition Primary Subject An abstract Hornlike/humanoid face rendered in a swirl of vibrant, multi‐colored regions. Geometric Taxonomy Head Region A “planar mask” subdivided into interlocking curved polygons. Approximately 1 m tall × 0.75 m wide. Facial Features Eyes: Two elliptical insets (major axis ~0.15 m, minor axis ~0.09 m). Ears: Slightly pointed triangular outlines (~0.2 m edge length) positioned at the top corners. Nose and Mouth: Overlapping convex shapes with swirling, curvilinear edges. Background Layered “wave” fields in swirling color patterns, arranged radially around the head. Each band ~0.05 m thick. Material Mapping PaintedSurface [Type=Acrylic, Finish=High‐Gloss, Vibrancy=Spectral Range]. Color Layers: Dense swirl with no single base hue, creating a kaleidoscopic spectrum (≥ 80% coverage across R/G/B channels). Pose/Orientation Planar, front‐facing orientation with ~5° tilt about the vertical axis. Artwork thickness ≤ 1 cm along Z for a relatively flat piece. 2. Scene Parameterization Optical Properties Reflectance: “Schlick approximation BRDF with 0.65 roughness.” Subsurface Scattering: “1.33 IOR, 2 mm scattering depth.” Minimal effect for very thin painted surfaces. 3. Spatial Syntax An example hierarchical Rodin coordinate layout for all elements: [Root: Abstract_Hornlike_Face_V1 ├─Rotation: (0°, 5°, 0°) ├─Material: PaintedSurface[Type=Acrylic, Finish=High-Gloss] └─Components ├─Ear[Count=2, Shape=Triangular, EdgeLength=0.2m] │ └─Transform: { Position=(TopCorners), Tilt=10° outward } ├─Eye[Count=2, Shape=Ellipse, MajorAxis=0.15m, MinorAxis=0.09m] │ └─ColorRegion: { SwirlPattern, TriplanarUVProjection } ├─Nose_and_Mouth │ └─Contours: { LayeredConvexCurves, # of Swirls=5 } └─Background └─WaveField[BandCount=8, Frequency=variable] └─Blend_Chamfer 0.01m ] 4. Physical Simulation Hints Maintain Planar Integrity Keep thickness ≤ 1 cm along the Z‐axis. Avoid Self‐Collision Prevent swirl contours from intersecting or overlapping incorrectly. OpenCascade Analogs Use “Blend_Chamfer 0.01 m” for smoothing polygon transitions. UV Mapping Strategy Triplanar projection is recommended for high‐frequency swirl color transitions. 5. Complete Technical Prompt “Generate a Hornlike/humanoid planar mask (1 m × 0.75 m) with swirling, interlocked polygons in high‐gloss acrylic. Apply Schlick BRDF (roughness=0.65). Use subsurface scattering at 1.33 IOR and 2 mm depth. Prevent collisions in swirl contours. Blend_Chamfer(0.01 m) to smooth edges. Render as a 2D plane in 3D with a 5° tilt about the vertical axis. Non‐photorealistic shading (Gooch), Tcool=0.6, Twarm=0.8.” Rodin-Compatible Text Prompt: Primary Subject: An abstract, cubist-inspired humanoid figure with exaggerated, asymmetrical facial features, including oversized, multi-colored eyes (left eye with concentric red and yellow rings, right eye with cyan and yellow concentric rings), a distorted, angular nose, and an open mouth showing irregular white teeth. The head features pointed, Horn-like ears with dynamic patterns. Attributes: Morphology: Fragmented, overlapping geometric planes with sharp edges and fluid contours creating a distorted human-animal hybrid form. Material Properties: Smooth, high-gloss enamel-like finish with vivid, saturated colors. The surface texture exhibits layered, swirled gradients resembling marbled acrylic paint. Secondary Elements: Foreground: Dominant presence of the figure, occupying central space with high color contrast. Midground: Swirling, flame-like patterns in red, orange, and yellow on the right side, creating a dynamic flow. Background: Vibrant gradient transitioning from cool blue and green hues on the left to warm reds, pinks, and yellows on the right, filled with abstract, wavy lines and swirling motifs. Lighting & Atmosphere: Illumination: Flat, even lighting without clear directional shadows, emphasizing the boldness of colors and sharpness of lines. Atmospheric Effects: High-contrast color transitions and psychedelic, fluidic swirls that create a sense of motion and depth. Color Palette: Dominant Colors: #FF0000 (red), #00FFFF (cyan), #FFFF00 (yellow), #FF00FF (magenta), #008000 (green), #000000 (black), #FFFFFF (white). Harmony: Triadic contrast with bold, saturated primaries and secondaries, creating visual tension and vibrancy. Composition & Perspective: Framing: Tight, central composition focusing on the subject’s upper torso and face. Perspective: Slightly skewed, flattened perspective typical of cubist works, with overlapping planes creating spatial ambiguity. Stylistic Specifications: Medium: Digital vector art with sharp, clean lines and high color saturation. Genre: Neo-Cubist Psychedelic Abstract. Post-Processing: Enhanced color saturation, high-contrast outlines, and smooth gradient blending. Constraints & Exclusions: Exclude photorealistic textures, naturalistic color schemes, or realistic human proportions.

Imagine that the McDonald's logo is the two legs of a woman, wearing high-heeled shoes, in the same yellow color, with the tips of the letter M being her knees.

Logo con las letras: Holistic El color de las letras debe ser dorado, El fondo es negro.

first-person POV from Steve waking up in bed, realistic human hands in foreground shielding eyes from bright square-shaped sunlight entering through a pixelated Minecraft window, wooden house interior, morning light casting shadows, immersive and cinematic scene

Beautiful naked woman jumping the comba on a sunny beach

Create an image of a dandelion seed head surrounded by tiny medical professionals in hospital attire. The scene should be similar to the provided image but with the following changes: Replace the workers in orange vests with miniature doctors and nurses wearing white coats, scrubs, and medical caps. Remove the flower that is currently present and leave an empty space where it was located. The medical team should be actively working around the dandelion seed head, performing various tasks such as examining, documenting, and possibly treating the seed head as if it were a patient. Maintain the same level of detail and lighting as in the original image, with soft natural light illuminating the scene. The background should remain lush and green, with other plants and foliage providing context. The focus should be on the interaction between the medical team and the dandelion seed head, highlighting their meticulous care and attention.

一名年轻的中国女大学生坐在宿舍的书桌前,手里拿着一瓶粉色的胶原蛋白护手霜。她穿着休闲的家居服,面带微笑,显得非常放松和愉悦。书桌上摆放着一些书籍和学习资料,墙上贴着几张温馨的照片。窗外透进来的阳光为房间增添了一丝温暖的气息。
Wie erstellt man Bilder von höchster Qualität mit FLUX.1-Pro?
Erstellen Sie unvergleichliche Visuals mit FLUX.1-Pro, indem Sie diese Schritte befolgen:
- Geben Sie Ihre Texteingabe ein und wählen Sie Ihre bevorzugten Einstellungen mit FLUX.1-Pro.
- Drücken Sie den Knopf, um die hochwertigsten Bilder mit FLUX.1-Pro zu erzeugen.
- Wiederholen Sie den Vorgang, um diverse Outputs mit FLUX.1-Pro zu erkunden.
Häufig gestellte Fragen
Wofür wird FLUX.1-Pro verwendet?
FLUX.1-Pro ist das Spitzenmodell zur Erzeugung von hochmodernen Bildern mit unvergleichlicher Qualität, Detailgenauigkeit und Output-Vielfalt und ist die beste Wahl für professionelle visuelle Inhalte.
Wie unterscheidet sich FLUX.1-Pro von anderen Modellen?
FLUX.1-Pro zeichnet sich durch überlegene Einhaltung von Eingabeaufforderungen, visuelle Qualität und detaillierte Ausgaben aus. Es übertrifft andere Modelle bei der Lieferung von hochauflösenden, vielfältigen Bildern, die sich für den professionellen Einsatz eignen.
Welche Bildqualität bietet FLUX.1-Pro?
FLUX.1-Pro bietet die höchste Bildqualität unter den FLUX-Modellen, mit außergewöhnlicher Detailgenauigkeit, Farbgenauigkeit und Schärfe, was es ideal für Projekte macht, die erstklassige visuelle Exzellenz erfordern.
Ist FLUX.1-Pro kostenlos für alle Zwecke nutzbar?
Ja, FLUX.1-Pro ist kostenlos für persönliche, wissenschaftliche und kommerzielle Projekte nutzbar und bietet die höchste Qualität ohne die Notwendigkeit teurer, geschlossener Alternativen.
Welches Lizenzmodell gilt für FLUX.1-Pro Bilder?
Bilder, die von FLUX.1-Pro erzeugt werden, unterliegen der Apache-2.0-Lizenz, die eine breite Nutzung in verschiedenen Bereichen, einschließlich kommerzieller Projekte, ermöglicht und Flexibilität für Änderungen und Verteilung bietet.
Gibt es Tipps für die besten Ergebnisse mit FLUX.1-Pro?
Für optimale Ergebnisse mit FLUX.1-Pro verwenden Sie hochdetaillierte Eingabeaufforderungen und experimentieren Sie mit verschiedenen Einstellungen, um die Fähigkeiten des Modells zur Erzeugung hochwertiger, professioneller Bilder voll auszuschöpfen.