BUILDING CONSTRUCTION AI PROMPTS
BY SUHH CREATION
Prompt 1: Remove all existing structures from the image so that no part of the building
remains. The area should be transformed into a vacant, undeveloped land parcel. The
surface must look even and flattened, showing natural earth textures such as soil, sand,
and scattered gravel, similar to a plot prepared for future construction.
Ensure the scene contains no architectural features—no walls, roofs, windows, pillars, or built
elements of any kind.
Prompt 2: Gradually show the landscaping taking shape and architectural details being
completed step by step. The surroundings slowly transform into a clean, polished environment,
creating a smooth and natural progression.
The transition should feel cinematic, with high-quality, ultra-detailed visuals, consistent framing,
and subtle natural changes in the sky. The overall flow should clearly show the evolution from a
raw construction site into a refined, elegant finished residence
BY SUHH CREATION
Prompt 1: Remove all existing structures from the image so that no part of the building
remains. The area should be transformed into a vacant, undeveloped land parcel. The
surface must look even and flattened, showing natural earth textures such as soil, sand,
and scattered gravel, similar to a plot prepared for future construction.
Ensure the scene contains no architectural features—no walls, roofs, windows, pillars, or built
elements of any kind.
Prompt 2: Gradually show the landscaping taking shape and architectural details being
completed step by step. The surroundings slowly transform into a clean, polished environment,
creating a smooth and natural progression.
The transition should feel cinematic, with high-quality, ultra-detailed visuals, consistent framing,
and subtle natural changes in the sky. The overall flow should clearly show the evolution from a
raw construction site into a refined, elegant finished residence
❤12
Analyze the single image I upload. Identify my exact face shape and hair type with precision.
Then generate a vertical 9:16 4K 3x3 grid of hairstyle reference images directly on my face.
Requirements: Analyze the uploaded image to detect: Face shape, Hair density, texture, curl pattern, and growth direction. Based on this analysis, recommend haircuts for three scenarios: Professional or workplace, University or college, School or teenage. Provide 4 haircut options per scenario, each with a short, specific explanation of why it suits my geometry and hair behavior. After the recommendations, generate a 3x3 grid of haircut images, each placed realistically on my face. Technical requirements:
Vertical 9:16 orientation, 4K quality, Realistic lighting, Natural hair flow and believable texture,
No fantasy looks or exaggerated Al styling.
Variation rules for the 3x3 grid: Mix short, medium, and slightly longer styles, Reflect the recommended haircuts, Maintain consistency with my real hair type and proportions. Output must be structured, clean, and easy to compare across scenarios. Your goal is accuracy, realism, and professional grooming quality.
Then generate a vertical 9:16 4K 3x3 grid of hairstyle reference images directly on my face.
Requirements: Analyze the uploaded image to detect: Face shape, Hair density, texture, curl pattern, and growth direction. Based on this analysis, recommend haircuts for three scenarios: Professional or workplace, University or college, School or teenage. Provide 4 haircut options per scenario, each with a short, specific explanation of why it suits my geometry and hair behavior. After the recommendations, generate a 3x3 grid of haircut images, each placed realistically on my face. Technical requirements:
Vertical 9:16 orientation, 4K quality, Realistic lighting, Natural hair flow and believable texture,
No fantasy looks or exaggerated Al styling.
Variation rules for the 3x3 grid: Mix short, medium, and slightly longer styles, Reflect the recommended haircuts, Maintain consistency with my real hair type and proportions. Output must be structured, clean, and easy to compare across scenarios. Your goal is accuracy, realism, and professional grooming quality.
❤5
The key falls in smooth slow motion and transforms into a rotating motorcycle front tyre
3,630
as it touches the ground, with soft dust flowing outward. Motorcycle parts enter from outside the frame in a strict step-by-step order: first the fuel tank, then the rear tyre, followed by all remaining components-frame, suspension, engine, exhaust, handlebars, seat, panels, cables, bolts, and body elements-each rotating, aligning, and attaching one by one with precise mechanical motion. The assembly is fast but sequential, with only one major part attaching at a time, enhanced by motion blur, air movement, and ground dust. The motorcycle completes seamlessly into the second image, fully assembled and realistic as dust Settles
3,630
as it touches the ground, with soft dust flowing outward. Motorcycle parts enter from outside the frame in a strict step-by-step order: first the fuel tank, then the rear tyre, followed by all remaining components-frame, suspension, engine, exhaust, handlebars, seat, panels, cables, bolts, and body elements-each rotating, aligning, and attaching one by one with precise mechanical motion. The assembly is fast but sequential, with only one major part attaching at a time, enhanced by motion blur, air movement, and ground dust. The motorcycle completes seamlessly into the second image, fully assembled and realistic as dust Settles
❤1
Image-
A realistic, highly detailed geographic map viewed from above, accurately representing the region where [Country/Region] is located.
Rising from the map is a miniature 3D diorama
of [City Name], precisely positioned at its real geographic location. The diorama features the [Monument Name] as the main centerpiece, along with surrounding [specific landscape details, e.g., river name, architecture style, parks], and city elements seamlessly emerging from the map surface. Ultra-realistic materials, fine textures, [specific material detail, e.g., marble/steel/stone], and depth of field. Soft studio lighting with subtle shadows, cinematic composition, premium macro photography style. Square 1:1 format, high detail, realistic scale, hyper-detailed, photorealistic, 8k quality
A realistic, highly detailed geographic map viewed from above, accurately representing the region where [Country/Region] is located.
Rising from the map is a miniature 3D diorama
of [City Name], precisely positioned at its real geographic location. The diorama features the [Monument Name] as the main centerpiece, along with surrounding [specific landscape details, e.g., river name, architecture style, parks], and city elements seamlessly emerging from the map surface. Ultra-realistic materials, fine textures, [specific material detail, e.g., marble/steel/stone], and depth of field. Soft studio lighting with subtle shadows, cinematic composition, premium macro photography style. Square 1:1 format, high detail, realistic scale, hyper-detailed, photorealistic, 8k quality
❤3
Video prompt
Convert the uploaded frame into an ultra-realistic cinematic 3D drone video. Preserve the original composition and details while adding true 3D depth and parallax. The camera begins slightly elevated and angled, then performs a smooth clockwise orbital rotation around the Taj Mahal, creating a premium drone-cinema feel. Subtle forward dolly while rotating to enhance scale and depth. Taj Mahal remains the focal point throughout, with realistic perspective shift on domes, minarets, gardens, and surrounding river. Add gentle water ripples, soft wind movement in trees, and natural atmospheric depth. Golden-hour cinematic lighting with realistic shadows, global illumination, volumetric light rays, and mild haze. Smooth stabilized drone motion, no jitter, no scene change, no morphing. Film-grade color science, high dynamic range, shallow depth of field, ultra-sharp details. Duration 5 seconds,
24fps, epic cinematic reveal.
Convert the uploaded frame into an ultra-realistic cinematic 3D drone video. Preserve the original composition and details while adding true 3D depth and parallax. The camera begins slightly elevated and angled, then performs a smooth clockwise orbital rotation around the Taj Mahal, creating a premium drone-cinema feel. Subtle forward dolly while rotating to enhance scale and depth. Taj Mahal remains the focal point throughout, with realistic perspective shift on domes, minarets, gardens, and surrounding river. Add gentle water ripples, soft wind movement in trees, and natural atmospheric depth. Golden-hour cinematic lighting with realistic shadows, global illumination, volumetric light rays, and mild haze. Smooth stabilized drone motion, no jitter, no scene change, no morphing. Film-grade color science, high dynamic range, shallow depth of field, ultra-sharp details. Duration 5 seconds,
24fps, epic cinematic reveal.
❤3
For image generation
Ultra-realistic cinematic underwater shot of [BIKE NAME] using the reference image.
Low front three-quarter angle, bike resting on ocean floor, perfectly intact and stationary.
Clear blue water, soft volumetric light rays from above, tiny air bubbles drifting upward, subtle floating particles.
Luxury automotive photography look, natural underwater lighting, realistic reflections, sharp focus.
Do not change bike design, proportions, color, decals, logo, or geometry.
Ultra-realistic cinematic underwater shot of [BIKE NAME] using the reference image.
Low front three-quarter angle, bike resting on ocean floor, perfectly intact and stationary.
Clear blue water, soft volumetric light rays from above, tiny air bubbles drifting upward, subtle floating particles.
Luxury automotive photography look, natural underwater lighting, realistic reflections, sharp focus.
Do not change bike design, proportions, color, decals, logo, or geometry.
For video generation
Ultra-realistic underwater cinematic video of [BIKE NAME] from the reference image.
Bike remains completely still.
Only environment moves: slow air bubbles rising, light rays gently shifting, particles drifting.
Very slow cinematic push-in, minimal motion, stable camera, realistic underwater physics.
Do not deform, bend, stretch, or change the bike in any frame.
Ultra-realistic underwater cinematic video of [BIKE NAME] from the reference image.
Bike remains completely still.
Only environment moves: slow air bubbles rising, light rays gently shifting, particles drifting.
Very slow cinematic push-in, minimal motion, stable camera, realistic underwater physics.
Do not deform, bend, stretch, or change the bike in any frame.
❤1
Image prompt
Create a realistic Indian Save The Date wedding invitation poster in a luxurious red, gold, and cream theme, with a 9:16 aspect ratio. Use the uploaded image as the face reference for both the bride and groom, keeping their exact facial details, smiles, and skin tones identical to the reference photo. Do not stylize or change their faces. The couple is standing side by side in front of an elegant golden wedding stage decorated with roses, chandeliers, marigold garlands, and warm fairy lights. The groom is wearing a cream sherwani with golden embroidery, and the bride is wearing a traditional red bridal saree with golden borders, jewelry, bangles, and a maang tikka. Both are smiling warmly toward the camera. The background should feature soft golden bokeh lighting and floral arrangements, giving a premium, cinematic, and festive look suitable for an Indian wedding shoot. At the top, include editable wedding text in elegant calligraphy fonts as follows:
'Save The Date [Monika Rahul]
Haldi Ceremony - [24 November 2025 (Morning)]
Mehendi - [25 November 2025 (Morning)] Sangeet - [25 November 2025 (Evening)] Wedding / Phere - [26 November 2025]
Venue: [Shahi Vivah Garden]'
Ensure the text area remains editable later so that names, dates, and venue can be easily changed. Maintain cinematic warm lighting, realistic facial details, and a grand festive color tone throughout the image.
Create a realistic Indian Save The Date wedding invitation poster in a luxurious red, gold, and cream theme, with a 9:16 aspect ratio. Use the uploaded image as the face reference for both the bride and groom, keeping their exact facial details, smiles, and skin tones identical to the reference photo. Do not stylize or change their faces. The couple is standing side by side in front of an elegant golden wedding stage decorated with roses, chandeliers, marigold garlands, and warm fairy lights. The groom is wearing a cream sherwani with golden embroidery, and the bride is wearing a traditional red bridal saree with golden borders, jewelry, bangles, and a maang tikka. Both are smiling warmly toward the camera. The background should feature soft golden bokeh lighting and floral arrangements, giving a premium, cinematic, and festive look suitable for an Indian wedding shoot. At the top, include editable wedding text in elegant calligraphy fonts as follows:
'Save The Date [Monika Rahul]
Haldi Ceremony - [24 November 2025 (Morning)]
Mehendi - [25 November 2025 (Morning)] Sangeet - [25 November 2025 (Evening)] Wedding / Phere - [26 November 2025]
Venue: [Shahi Vivah Garden]'
Ensure the text area remains editable later so that names, dates, and venue can be easily changed. Maintain cinematic warm lighting, realistic facial details, and a grand festive color tone throughout the image.
Video prompt
Create a realistic cinematic wedding video from the given image. Indian bride and groom standing face to face during the phera ritual. Camera starts with a slow cinematic push in. Both characters gently smile and blink naturally. Subtle hand movement as they join palms in namaste. Flower garlands softly sway with a light breeze. Warm golden temple lighting flickers from oil lamps. Soft petals fall slowly in the background.
Depth of field remains shallow with creamy bokeh. Fabrics of lehenga and sherwani show slight natural motion. Atmosphere feels emotional sacred and elegant. Ultra realistic skin texture. No face distortion.
Maintain original outfits faces jewelry and stage design. 4K
cinematic quality natural motion smooth transitions
Create a realistic cinematic wedding video from the given image. Indian bride and groom standing face to face during the phera ritual. Camera starts with a slow cinematic push in. Both characters gently smile and blink naturally. Subtle hand movement as they join palms in namaste. Flower garlands softly sway with a light breeze. Warm golden temple lighting flickers from oil lamps. Soft petals fall slowly in the background.
Depth of field remains shallow with creamy bokeh. Fabrics of lehenga and sherwani show slight natural motion. Atmosphere feels emotional sacred and elegant. Ultra realistic skin texture. No face distortion.
Maintain original outfits faces jewelry and stage design. 4K
cinematic quality natural motion smooth transitions