<role> You are an expert architectural draftsman specializing in 3D axonometric and isometric diagram generation from 2D floor plans. </role> <task> Transform this 2D floor plan into a professional 3D axonometric diagram in realistic style with detailed rendering and photorealistic quality style showing spatial relationships, volumes, and architectural elements with proper perspective and technical accuracy. Use 3.0 meters (10 feet) (medium ceiling height typical of commercial and larger residential spaces) for wall heights. Include furniture in contemporary furniture and decor with modern, clean lines and current design trends style (modern furniture, contemporary decor, clean lines, current design trends, sleek aesthetics). Include decorative elements: plants, paintings, rugs, lamps, and lights appropriate for the space. </task> <constraints> 1. Output format: Generate a single 3D axonometric diagram image 2. Perspective type: axonometric - axonometric projection showing three-dimensional form with parallel lines and accurate proportions 3. Perspective characteristics: parallel projection lines, accurate proportions, three-dimensional form, architectural axonometric, technical accuracy 4. Wall height: 3.0 meters (10 feet) - medium ceiling height typical of commercial and larger residential spaces 5. Height characteristics: comfortable scale, commercial proportions, standard commercial ceiling height 6. Render style: realistic - realistic style with detailed rendering and photorealistic quality 7. Render style characteristics: detailed rendering, photorealistic quality, comprehensive detail, realistic representation 8. Furniture: Included in contemporary style - contemporary furniture and decor with modern, clean lines and current design trends 9. Furniture & decor style: contemporary - modern furniture, contemporary decor, clean lines, current design trends, sleek aesthetics 10. Decoration: Included - plants, paintings, rugs, lamps, lights 11. Drawing style: realistic style with detailed rendering and photorealistic quality with detailed rendering, photorealistic quality, comprehensive detail, realistic representation, proper perspective, and architectural accuracy 12. Spatial representation: Show three-dimensional volumes, spatial relationships, and architectural elements accurately 13. Technical accuracy: Maintain accurate floor plan proportions, proper perspective projection, and architectural drawing standards 14. Visual clarity: Clear representation according to realistic style with detailed rendering and photorealistic quality, proper depth representation, and readable diagram quality 15. Do not: Distort floor plan proportions, create incorrect perspective, or violate architectural drawing standards </constraints> <output_requirements> - Diagram type: 3D axonometric diagram - Perspective: axonometric projection showing three-dimensional form with parallel lines and accurate proportions - architectural visualization, showing spatial relationships and volumes - Wall height: 3.0 meters (10 feet) - medium ceiling height typical of commercial and larger residential spaces - Render style: realistic - realistic style with detailed rendering and photorealistic quality - Furniture: Included (contemporary style) - Decoration: Included - Drawing style: realistic style with detailed rendering and photorealistic quality with detailed rendering, photorealistic quality, comprehensive detail, realistic representation - Spatial representation: Accurate three-dimensional volumes and relationships - Professional quality: Suitable for design development, client presentations, and technical documentation - Technical accuracy: Proper perspective projection and architectural drawing standards </output_requirements> <context> Transform this 2D floor plan into a 3D axonometric diagram in realistic style with detailed rendering and photorealistic quality style. Use axonometric projection showing three-dimensional form with parallel lines and accurate proportions with parallel projection lines, accurate proportions, three-dimensional form, architectural axonometric, technical accuracy for architectural visualization, showing spatial relationships and volumes. Set wall heights to 3.0 meters (10 feet) (medium ceiling height typical of commercial and larger residential spaces) creating comfortable scale, commercial proportions, standard commercial ceiling height. Include furniture in contemporary furniture and decor with modern, clean lines and current design trends style (modern furniture, contemporary decor, clean lines, current design trends, sleek aesthetics). Include decorative elements: plants, paintings, rugs, lamps, and lights appropriate for the space. Show three-dimensional volumes, spatial relationships, and architectural elements with proper perspective and technical accuracy using realistic style with detailed rendering and photorealistic quality (detailed rendering, photorealistic quality, comprehensive detail, realistic representation). Maintain accurate floor plan proportions while creating a clear, readable, and professionally rendered 3D diagram. </context>

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Renderiq
Renderiq
Compact focus room designed for video calls and podcasting, PET acoustic wall panels in soft muted colours behind the desk, small worktable with microphone, comfortable chair and simple shelves, warm ambient lighting with a wall sconce and hidden LED strip, cozy modern interior with matte finishes, no clutter, seen from the doorway at eye level, photorealistic architectural render, high detail, soft shadows, professional interior visualization quality, no people, no text, no logos.
Compact focus room designed for video calls and podcasting, PET acoustic wall panels in soft muted colours behind the desk, small worktable with microphone, comfortable chair and simple shelves, warm ambient lighting with a wall sconce and hidden LED strip, cozy modern interior with matte finishes, no clutter, seen from the doorway at eye level, photorealistic architectural render, high detail, soft shadows, professional interior visualization quality, no people, no text, no logos.
Dec 4
Sumaya Elgendy
Sumaya Elgendy
Convert this exact Revit massing into a fully detailed Amsterdam canal-house façade without changing any geometry. Keep the same isometric camera angle exactly as the original view. Apply seventeenth-century Dutch architectural style onto every block by dividing the long façade into narrow vertical bays inspired by real canal houses. Use authentic warm Dutch brick (brown, muted red, dark charcoal) with cream stone trim along corners, edges, and window frames. Add tall vertical windows with thin black mullions, and place stepped, bell, and neck gables only above the existing roof shapes. Convert all plain surfaces into rich brick textures, add cornices at massing offsets, and use recesses as historic alley-like details. Apply a subtle forward tilt (2–3°) to each bay visually, without editing the volumes. Place a calm reflective canal in front of the full building length, with stone edges, metal railings, bikes, and slim Amsterdam street trees. Use warm golden-hour sunlight with soft reflections on windows and clear isometric reflections in the water. Render in ultra-photorealistic style with crisp textures, natural shadows, warm colors, HDR lighting, and slight filmic imperfections. Negative prompt: no geometry edits, no modern curtain walls, no futuristic elements, no fisheye, no wrong gables, no unrealistic colors.
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Dec 2
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<role> You are an expert architectural visualizer specializing in 3D cross-section views. </role> <task> Transform the architectural render into a 3D cross-section view showing depth, volume, and spatial relationships. Create a longitudinal (along the length of the building, typically front-to-back or side-to-side) section cut displayed using perspective projection (realistic 3D view with vanishing points, showing depth and spatial relationships as seen by the human eye). </task> <constraints> 1. Output format: Generate a single architectural section drawing image 2. Visual style: Three-dimensional perspective showing depth, volume, and spatial relationships. Use perspective techniques, depth cues, material textures, and dimensional relationships to show the section in 3D space. 3. Section cut and view type: As specified in task 4. Text and annotations: Include text labels, annotations, dimensions, and technical notes as appropriate for the section drawing type. 5. Scale handling: Adapt to input scale appropriately 6. Element recognition: Identify and represent visible architectural elements (structural systems, building envelope, interior elements, spatial relationships) 7. Maintain: Architectural drafting standards, proper scale, accurate proportions, professional presentation quality 8. Focus: spatial visualization, depth perception, and design communication 9. Do not: Add elements not present in the original render, distort proportions, or include photorealistic rendering elements </constraints> <output_requirements> - Drawing type: 3D cross-section view - Visual style: Three-dimensional perspective showing depth, volume, and spatial relationships. Use perspective techniques, depth cues, material textures, and dimensional relationships to show the section in 3D space. - Elements: structural elements in 3D perspective, material textures, depth cues, shadows, and dimensional relationships - Technical accuracy: Must follow architectural drafting standards - Professional quality: Suitable for construction documentation, shop drawings, and design presentations - Text handling: Include appropriate text labels and annotations </output_requirements> <context> Convert the architectural render into a 3D cross-section view following Three-dimensional perspective showing depth, volume, and spatial relationships. Use perspective techniques, depth cues, material textures, and dimensional relationships to show the section in 3D space.. The drawing must be accurate, clear, and professionally rendered. </context>
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Dec 2
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"Create an ultra-realistic render of this two-story Mediterranean-style villa section exactly as shown, keeping all room functions and all furniture placements unchanged. All walls throughout both floors must be in beige tones only (warm Mediterranean beige). GROUND FLOOR: – Left side: open kitchen with upper and lower cabinets; dining area beside it. – Middle: small seating area before the staircase; indoor vertical patio with a tree extending through both levels. – Right side: main living room; and directly next to it a bedroom exactly as shown. FIRST FLOOR: – Left: bedroom; next to it a decorative gallery space with arched wall panels and a console table. – Middle: double-height void above the indoor tree and staircase landing. – Right: small sitting area; and at the far right a bedroom with arched opening. Architectural requirements: preserve arches, openings, proportions, and room layout exactly as shown. Rendering instructions: – Do NOT change or modify any furniture; keep the exact furniture pieces and positions. – All walls must be beige. – Use modern lighting fixtures with warm Mediterranean ambiance. – Use light-colored wood (not dark) for all wooden elements. – Add highly detailed textures, refined materials, micro-details, realistic reflections, volumetric light, soft shadows, and a warm Mediterranean atmosphere. – Maintain Mediterranean color palette: beige, warm brown, olive, deep burnt orange. – Add elegant Mediterranean-style chandeliers without altering furniture layout
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Dec 2
Sumaya Elgendy
Sumaya Elgendy
Convert this exact Revit building massing into a complete and highly detailed Amsterdam-style architectural façade while strictly preserving every block, setback, height, and proportion of the original geometry. Apply the seventeenth-century Dutch canal house identity directly onto the existing horizontal mass, treating each vertical module, recess, and projection as an individual façade bay. Maintain the building as one continuous structure while visually subdividing it into rhythmically narrow Amsterdam-style segments with stepped, bell, and neck gables applied only above existing rooflines without altering the massing. Use warm brown, muted red, and deep charcoal brick textures combined with cream stone trim outlining corners and window surrounds. Integrate tall vertical windows with thin black mullions, placing decorative cornices at horizontal massing transitions and using recesses as historic alley moments. Convert all solid walls into richly detailed brick façades with traditional Dutch ornamentation, ensuring a subtle two-to-three-degree forward façade tilt for authenticity without modifying geometry. Place a calm reflective canal directly along the entire front length of the building, adding stone edges, metal railings, bicycles, and slender street trees typical of Amsterdam’s canals. Illuminate the scene with warm golden-hour sunlight at a low angle, producing soft highlights on window glass and warm reflections in the canal. Use a wide-angle twenty-four to twenty-eight millimeter lens at eye level with a straight frontal perspective capturing clear water reflections and gentle ripples. Render the scene with ultra-photorealistic quality, high dynamic range, crisp material textures, natural shadow falloff, warm filmic color grading, and slight chromatic imperfections for historical realism. Negative prompt: avoid geometry changes, futuristic elements, modern curtain walls, erased volumes, misaligned gables, unrealistic colors, and fisheye distortion. Ensure consistent weathering realistic brick aging subtle mortar variation historically accurate roof edges precise gable alignment natural ambient occlusion and refined reflective highlights across all surfaces for authenticity.
Convert this exact Revit building massing into a complete and highly detailed Amsterdam-style architectural façade while strictly preserving every block, setback, height, and proportion of the original geometry. Apply the seventeenth-century Dutch canal house identity directly onto the existing horizontal mass, treating each vertical module, recess, and projection as an individual façade bay. Maintain the building as one continuous structure while visually subdividing it into rhythmically narrow Amsterdam-style segments with stepped, bell, and neck gables applied only above existing rooflines without altering the massing. Use warm brown, muted red, and deep charcoal brick textures combined with cream stone trim outlining corners and window surrounds. Integrate tall vertical windows with thin black mullions, placing decorative cornices at horizontal massing transitions and using recesses as historic alley moments. Convert all solid walls into richly detailed brick façades with traditional Dutch ornamentation, ensuring a subtle two-to-three-degree forward façade tilt for authenticity without modifying geometry. Place a calm reflective canal directly along the entire front length of the building, adding stone edges, metal railings, bicycles, and slender street trees typical of Amsterdam’s canals. Illuminate the scene with warm golden-hour sunlight at a low angle, producing soft highlights on window glass and warm reflections in the canal. Use a wide-angle twenty-four to twenty-eight millimeter lens at eye level with a straight frontal perspective capturing clear water reflections and gentle ripples. Render the scene with ultra-photorealistic quality, high dynamic range, crisp material textures, natural shadow falloff, warm filmic color grading, and slight chromatic imperfections for historical realism. Negative prompt: avoid geometry changes, futuristic elements, modern curtain walls, erased volumes, misaligned gables, unrealistic colors, and fisheye distortion. Ensure consistent weathering realistic brick aging subtle mortar variation historically accurate roof edges precise gable alignment natural ambient occlusion and refined reflective highlights across all surfaces for authenticity.
Dec 2
Hadeel Aqeel
Hadeel Aqeel
Create a super high-quality photorealistic exterior render of this modern villa from SketchUp/Revit. Preserve building geometry and camera angle. Apply realistic materials (stone, concrete, wood, glass) with accurate reflections. Use soft, natural, volumetric shadows, subtle global illumination, ambient daylight (without direct sun if desired), balanced exterior and interior lighting. Show interior details visible through windows, including chandelier and furniture. Include realistic landscaping and trees. Include subtle people for scale. No cars, no text, no stylization. Professional architectural visualization, cinematic and photorealistic
Create a super high-quality photorealistic exterior render of this modern villa from SketchUp/Revit. Preserve building geometry and camera angle. Apply realistic materials (stone, concrete, wood, glass) with accurate reflections. Use soft, natural, volumetric shadows, subtle global illumination, ambient daylight (without direct sun if desired), balanced exterior and interior lighting. Show interior details visible through windows, including chandelier and furniture. Include realistic landscaping and trees. Include subtle people for scale. No cars, no text, no stylization. Professional architectural visualization, cinematic and photorealistic
Dec 17
ayush
ayush
<role> You are an expert architectural draftsman specializing in technical section drawings. </role> <task> Transform the architectural render into a precise technical section drawing showing the building cut through latitudinally (across the width) to reveal interior structure. Create a latitudinal (across the width) section cut. Create a complete, full "as-is" section drawing (latitudinal cut) that accurately represents ALL architectural content shown in the input render. CRITICAL: Generate ONLY ONE single section drawing (latitudinal cut) drawing. Do NOT create multiple drawings, compositions, or combined views. Output must be a single, standalone section drawing (latitudinal cut) image. </task> <constraints> 1. Output format: Generate EXACTLY ONE single architectural section drawing (latitudinal cut) image - NOT multiple drawings, NOT a composition, NOT a set of drawings. Only ONE drawing per request. 2. Drawing type: A vertical cut through the building across the width (latitudinal) showing interior structure, floor levels, ceiling heights, and spatial relationships 3. Projection type: CRITICAL - Use ONLY orthographic projection. NO perspective, NO isometric, NO 3D views. The drawing must be a true orthographic projection with parallel projection lines, no vanishing points, and no perspective distortion. All dimensions must be shown at true scale. 4. Visual style: Technical CAD linework with precise measurements, architectural annotations, and standard CAD conventions. Use consistent line weights, hatched materials, and standard architectural symbols. 5. Text and annotations: Include text labels, room names, dimensions, annotations, and technical notes as appropriate for the drawing type. 6. Full "as-is" representation: Show the complete architectural content from the input render. Include all visible elements, structures, and details. Do not omit or simplify elements that are clearly visible in the input. 7. Scale handling: CRITICAL - The drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If the input image contains scale information (e.g., "1:100", "1/4" = 1'-0"", scale bar, or dimensioned elements), use that scale. Otherwise, the drawing must be clearly marked as NTS. Adapt to input scale - whole buildings show overall layout and relationships; components show detailed information; interiors show spatial relationships; details show element-specific information. 8. Element recognition: Identify and represent visible architectural elements: structural elements, floor levels, ceiling heights, interior spaces, vertical circulation, building envelope, and dimensional relationships 9. Drawing conventions: Follow standard architectural section conventions including cut lines, material hatching, and section notation 10. Maintain: Architectural drafting standards, accurate proportions, and professional presentation quality suitable for construction documentation and design presentations 11. Focus: structural accuracy, spatial relationships, and proper section drawing conventions 12. Do not: Add elements not present in the original render, distort proportions, include photorealistic rendering elements, use perspective or isometric projection, create fabrication-level details when working with whole building renders, or create multiple drawings or compositions 13. SINGLE OUTPUT REQUIREMENT: The output image must contain ONLY the requested section drawing (latitudinal cut). Do not combine multiple drawing types or create multi-panel compositions. 14. ORTHOGRAPHIC ENFORCEMENT: The drawing MUST be orthographic. All lines must be parallel (no converging lines), all dimensions must be true scale, and there must be NO perspective distortion or vanishing points. </constraints> <output_requirements> - Drawing type: section drawing (latitudinal cut) - Projection: ORTHOGRAPHIC ONLY - parallel projection lines, no perspective, no vanishing points, true scale dimensions - Visual style: Technical CAD linework with precise measurements, architectural annotations, and standard architectural conventions - Elements: structural elements, floor levels, ceiling heights, interior spaces, vertical circulation, building envelope, and dimensional relationships - Technical accuracy: Must follow architectural drafting standards and CAD conventions - Professional quality: Suitable for construction documentation, permit applications, shop drawings, and design presentations - Scale: CRITICAL - Drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If scale information exists in the input (e.g., "1:100", "1/4" = 1'-0"", scale bar, dimensioned elements), use that scale. Otherwise, mark as NTS. Adapt to input scale - whole buildings show overall relationships; components show detailed information; interiors show spatial relationships - Text handling: Include appropriate text labels, dimensions, and annotations following standard architectural practice - Consistency: If generating multiple views (all elevations, comprehensive set), maintain consistent scale (all NTS unless specified), line weights, and notation across all drawings - Full representation: Show complete "as-is" architectural content from input - include all visible elements and structures </output_requirements> <context> Convert the architectural render into a section drawing (latitudinal cut) following technical CAD conventions using ORTHOGRAPHIC projection only. The drawing must be a complete, full "as-is" representation showing all architectural content from the input. Work with any architectural content, building type, or style. The drawing must be accurate, clear, and professionally rendered following standard architectural drafting standards. Create a latitudinal (across the width) section cut. Include text labels where appropriate following standard architectural practice. CRITICAL: The drawing MUST use orthographic projection - parallel lines, no perspective distortion, true scale. NO perspective, NO isometric, NO 3D views. Only orthographic projection is acceptable for technical CAD drawings. CRITICAL SCALE REQUIREMENT: The drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If the input contains scale information (e.g., "1:100", "1/4" = 1'-0"", scale bar, or dimensioned elements with measurements), use that scale. Otherwise, the drawing must be clearly marked as NTS. </context>
Dec 12
Etheriot Games
Etheriot Games
<role> You are an expert architectural draftsman specializing in technical section drawings. </role> <task> Transform the architectural render into a precise technical section drawing showing the building cut through longitudinally (along the length) to reveal interior structure. Create a longitudinal (along the length) section cut. Create a complete, full "as-is" section drawing (longitudinal cut) that accurately represents ALL architectural content shown in the input render. CRITICAL: Generate ONLY ONE single section drawing (longitudinal cut) drawing. Do NOT create multiple drawings, compositions, or combined views. Output must be a single, standalone section drawing (longitudinal cut) image. </task> <constraints> 1. Output format: Generate EXACTLY ONE single architectural section drawing (longitudinal cut) image - NOT multiple drawings, NOT a composition, NOT a set of drawings. Only ONE drawing per request. 2. Drawing type: A vertical cut through the building along the length (longitudinal) showing interior structure, floor levels, ceiling heights, and spatial relationships 3. Projection type: CRITICAL - Use ONLY orthographic projection. NO perspective, NO isometric, NO 3D views. The drawing must be a true orthographic projection with parallel projection lines, no vanishing points, and no perspective distortion. All dimensions must be shown at true scale. 4. Visual style: Technical CAD linework with precise measurements and graphical symbols (NO text), and standard CAD conventions. Use consistent line weights, hatched materials, and standard architectural symbols. 5. Text and annotations: CRITICAL: DO NOT include ANY text labels, text annotations, written text, dimension text, dimension numbers, dimension values, or ANY readable text characters. Use ONLY graphical annotation symbols, dimension lines (without text), leader lines (without text), and graphical symbols. NO text of any kind. Users will add clean, proper, editable text in post-processing using CAD software. CRITICAL: Do NOT include dimension numbers, dimension text, or any readable text on dimension lines. Dimension lines should be graphical lines only, without any text labels or numbers. 6. Full "as-is" representation: Show the complete architectural content from the input render. Include all visible elements, structures, and details. Do not omit or simplify elements that are clearly visible in the input. 7. Scale handling: CRITICAL - The drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If the input image contains scale information (e.g., "1:100", "1/4" = 1'-0"", scale bar, or dimensioned elements), use that scale. Otherwise, the drawing must be clearly marked as NTS. Adapt to input scale - whole buildings show overall layout and relationships; components show detailed information; interiors show spatial relationships; details show element-specific information. 8. Element recognition: Identify and represent visible architectural elements: structural elements, floor levels, ceiling heights, interior spaces, vertical circulation, building envelope, and dimensional relationships 9. Drawing conventions: Follow standard architectural section conventions including cut lines, material hatching, and graphical symbols (NO text) 10. Maintain: Architectural drafting standards, accurate proportions, and professional presentation quality suitable for construction documentation and design presentations 11. Focus: structural accuracy, spatial relationships, and graphical symbols only (NO text) 12. Do not: Add elements not present in the original render, distort proportions, include photorealistic rendering elements, use perspective or isometric projection, create fabrication-level details when working with whole building renders, or create multiple drawings or compositions 13. SINGLE OUTPUT REQUIREMENT: The output image must contain ONLY the requested section drawing (longitudinal cut). Do not combine multiple drawing types or create multi-panel compositions. 14. ORTHOGRAPHIC ENFORCEMENT: The drawing MUST be orthographic. All lines must be parallel (no converging lines), all dimensions must be true scale, and there must be NO perspective distortion or vanishing points. </constraints> <output_requirements> - Drawing type: section drawing (longitudinal cut) - Projection: ORTHOGRAPHIC ONLY - parallel projection lines, no perspective, no vanishing points, true scale dimensions - Visual style: Technical CAD linework with precise measurements and graphical symbols (NO text), and standard architectural conventions - Elements: structural elements, floor levels, ceiling heights, interior spaces, vertical circulation, building envelope, and dimensional relationships - Technical accuracy: Must follow architectural drafting standards and CAD conventions - Professional quality: Suitable for construction documentation, permit applications, shop drawings, and design presentations - Scale: CRITICAL - Drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If scale information exists in the input (e.g., "1:100", "1/4" = 1'-0"", scale bar, dimensioned elements), use that scale. Otherwise, mark as NTS. Adapt to input scale - whole buildings show overall relationships; components show detailed information; interiors show spatial relationships - Text handling: CRITICAL: Use ONLY graphical symbols, dimension lines (without text), leader lines (without text), and annotation symbols. NO text labels, NO written annotations, NO dimension numbers, NO dimension text, NO readable text of any kind. - Consistency: If generating multiple views (all elevations, comprehensive set), maintain consistent scale (all NTS unless specified), line weights, and graphical conventions across all drawings - Full representation: Show complete "as-is" architectural content from input - include all visible elements and structures </output_requirements> <context> Convert the architectural render into a section drawing (longitudinal cut) following technical CAD conventions using ORTHOGRAPHIC projection only. The drawing must be a complete, full "as-is" representation showing all architectural content from the input. Work with any architectural content, building type, or style. The drawing must be accurate, clear, and professionally rendered following standard architectural drafting standards. Create a longitudinal (along the length) section cut. CRITICAL: Use ONLY graphical symbols with NO text. Do NOT include any dimension numbers, dimension text, labels, or readable text. Users will add text in post-processing using CAD software. CRITICAL: The drawing MUST use orthographic projection - parallel lines, no perspective distortion, true scale. NO perspective, NO isometric, NO 3D views. Only orthographic projection is acceptable for technical CAD drawings. CRITICAL SCALE REQUIREMENT: The drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If the input contains scale information (e.g., "1:100", "1/4" = 1'-0"", scale bar, or dimensioned elements with measurements), use that scale. Otherwise, the drawing must be clearly marked as NTS. </context>
Dec 10
Sanya Casshyap
Sanya Casshyap
<role> You are an expert AI image enhancement specialist specializing in architectural render upscaling and quality enhancement. </role> <task> Upscale and enhance this architectural render to 4K resolution (4096x4096 equivalent) while maintaining quality, detail, and architectural accuracy. maximally enhance fine details, achieve maximum edge sharpness, refine all textures to the highest level, and intelligently add appropriate detail while strictly maintaining architectural accuracy and original image character. </task> <constraints> 1. Output format: Generate a single upscaled architectural render image at 4K resolution (4096x4096 equivalent) 2. Resolution: 4K resolution (4096x4096 equivalent) 3. Enhancement approach: maximally enhance fine details, achieve maximum edge sharpness, refine all textures to the highest level, and intelligently add appropriate detail while strictly maintaining architectural accuracy and original image character 4. Quality standard: maximum-quality upscaling with exceptional attention to every architectural detail, material texture, line sharpness, and overall image clarity suitable for large-format printing 5. Architectural accuracy: Maintain all architectural proportions, spatial relationships, and design elements exactly as in the original 6. Material preservation: Preserve all material textures, colors, and surface properties while enhancing their clarity and detail 7. Lighting preservation: Maintain the original lighting conditions, shadows, and highlights while enhancing their clarity 8. Edge enhancement: Sharpen architectural edges, lines, and boundaries without creating artifacts or halos 9. Detail enhancement: Enhance fine details in materials, textures, and architectural elements without adding unrealistic elements 10. Color accuracy: Maintain original color palette and color relationships while improving color clarity and saturation 11. Do not: Distort proportions, add elements not in the original, create artifacts, or alter the architectural design </constraints> <output_requirements> - Resolution: 4K resolution (4096x4096 equivalent) - Quality: maximum-quality upscaling with exceptional attention to every architectural detail, material texture, line sharpness, and overall image clarity suitable for large-format printing - Detail level: Enhanced fine details, sharp edges, refined textures - Architectural accuracy: Maintain all original architectural elements and proportions - Material quality: Enhanced material textures and surface properties - Professional quality: Suitable for high-resolution printing, large-format displays, and professional presentations - Artifact-free: Clean upscaling without compression artifacts, halos, or distortion </output_requirements> <context> Upscale this architectural render to 4K resolution (4096x4096 equivalent) while maximally enhance fine details, achieve maximum edge sharpness, refine all textures to the highest level, and intelligently add appropriate detail while strictly maintaining architectural accuracy and original image character. The upscaled image must maintain all architectural accuracy, proportions, and design elements from the original while achieving maximum-quality upscaling with exceptional attention to every architectural detail, material texture, line sharpness, and overall image clarity suitable for large-format printing. Focus on enhancing architectural details, material textures, edge sharpness, and overall image clarity without introducing artifacts or altering the original design intent. </context>
Dec 11
Etheriot Games
Etheriot Games
<role> You are an expert architectural draftsman specializing in technical section drawings. </role> <task> Transform the architectural render into a precise technical section drawing showing the building cut through longitudinally (along the length) to reveal interior structure. Create a longitudinal (along the length) section cut. Create a complete, full "as-is" section drawing (longitudinal cut) that accurately represents ALL architectural content shown in the input render. CRITICAL: Generate ONLY ONE single section drawing (longitudinal cut) drawing. Do NOT create multiple drawings, compositions, or combined views. Output must be a single, standalone section drawing (longitudinal cut) image. </task> <constraints> 1. Output format: Generate EXACTLY ONE single architectural section drawing (longitudinal cut) image - NOT multiple drawings, NOT a composition, NOT a set of drawings. Only ONE drawing per request. 2. Drawing type: A vertical cut through the building along the length (longitudinal) showing interior structure, floor levels, ceiling heights, and spatial relationships 3. Projection type: CRITICAL - Use ONLY orthographic projection. NO perspective, NO isometric, NO 3D views. The drawing must be a true orthographic projection with parallel projection lines, no vanishing points, and no perspective distortion. All dimensions must be shown at true scale. 4. Visual style: Technical CAD linework with precise measurements, architectural annotations, and standard CAD conventions. Use consistent line weights, hatched materials, and standard architectural symbols. 5. Text and annotations: Include text labels, room names, dimensions, annotations, and technical notes as appropriate for the drawing type. 6. Full "as-is" representation: Show the complete architectural content from the input render. Include all visible elements, structures, and details. Do not omit or simplify elements that are clearly visible in the input. 7. Scale handling: CRITICAL - The drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If the input image contains scale information (e.g., "1:100", "1/4" = 1'-0"", scale bar, or dimensioned elements), use that scale. Otherwise, the drawing must be clearly marked as NTS. Adapt to input scale - whole buildings show overall layout and relationships; components show detailed information; interiors show spatial relationships; details show element-specific information. 8. Element recognition: Identify and represent visible architectural elements: structural elements, floor levels, ceiling heights, interior spaces, vertical circulation, building envelope, and dimensional relationships 9. Drawing conventions: Follow standard architectural section conventions including cut lines, material hatching, and section notation 10. Maintain: Architectural drafting standards, accurate proportions, and professional presentation quality suitable for construction documentation and design presentations 11. Focus: structural accuracy, spatial relationships, and proper section drawing conventions 12. Do not: Add elements not present in the original render, distort proportions, include photorealistic rendering elements, use perspective or isometric projection, create fabrication-level details when working with whole building renders, or create multiple drawings or compositions 13. SINGLE OUTPUT REQUIREMENT: The output image must contain ONLY the requested section drawing (longitudinal cut). Do not combine multiple drawing types or create multi-panel compositions. 14. ORTHOGRAPHIC ENFORCEMENT: The drawing MUST be orthographic. All lines must be parallel (no converging lines), all dimensions must be true scale, and there must be NO perspective distortion or vanishing points. </constraints> <output_requirements> - Drawing type: section drawing (longitudinal cut) - Projection: ORTHOGRAPHIC ONLY - parallel projection lines, no perspective, no vanishing points, true scale dimensions - Visual style: Technical CAD linework with precise measurements, architectural annotations, and standard architectural conventions - Elements: structural elements, floor levels, ceiling heights, interior spaces, vertical circulation, building envelope, and dimensional relationships - Technical accuracy: Must follow architectural drafting standards and CAD conventions - Professional quality: Suitable for construction documentation, permit applications, shop drawings, and design presentations - Scale: CRITICAL - Drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If scale information exists in the input (e.g., "1:100", "1/4" = 1'-0"", scale bar, dimensioned elements), use that scale. Otherwise, mark as NTS. Adapt to input scale - whole buildings show overall relationships; components show detailed information; interiors show spatial relationships - Text handling: Include appropriate text labels, dimensions, and annotations following standard architectural practice - Consistency: If generating multiple views (all elevations, comprehensive set), maintain consistent scale (all NTS unless specified), line weights, and notation across all drawings - Full representation: Show complete "as-is" architectural content from input - include all visible elements and structures </output_requirements> <context> Convert the architectural render into a section drawing (longitudinal cut) following technical CAD conventions using ORTHOGRAPHIC projection only. The drawing must be a complete, full "as-is" representation showing all architectural content from the input. Work with any architectural content, building type, or style. The drawing must be accurate, clear, and professionally rendered following standard architectural drafting standards. Create a longitudinal (along the length) section cut. Include text labels where appropriate following standard architectural practice. CRITICAL: The drawing MUST use orthographic projection - parallel lines, no perspective distortion, true scale. NO perspective, NO isometric, NO 3D views. Only orthographic projection is acceptable for technical CAD drawings. CRITICAL SCALE REQUIREMENT: The drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If the input contains scale information (e.g., "1:100", "1/4" = 1'-0"", scale bar, or dimensioned elements with measurements), use that scale. Otherwise, the drawing must be clearly marked as NTS. </context>
Dec 10
Etheriot Games
Etheriot Games
<role> You are an expert architectural draftsman specializing in technical elevation drawings. </role> <task> Transform the architectural render into a precise technical front elevation drawing showing the building facade, openings, and vertical elements. Focus specifically on the front elevation. If the input shows multiple sides, extract and create the front elevation view. Create a complete, full "as-is" elevation drawing (front elevation) that accurately represents ALL architectural content shown in the input render. CRITICAL: Generate ONLY ONE single elevation drawing (front elevation) drawing. Do NOT create multiple drawings, compositions, or combined views. Output must be a single, standalone elevation drawing (front elevation) image. </task> <constraints> 1. Output format: Generate EXACTLY ONE single architectural elevation drawing (front elevation) image - NOT multiple drawings, NOT a composition, NOT a set of drawings. Only ONE drawing per request. 2. Drawing type: A vertical orthographic projection showing the front face of the building as if viewed perpendicular to that face 3. Projection type: CRITICAL - Use ONLY orthographic projection. NO perspective, NO isometric, NO 3D views. The drawing must be a true orthographic projection with parallel projection lines, no vanishing points, and no perspective distortion. All dimensions must be shown at true scale. 4. Visual style: Technical CAD linework with precise measurements, architectural annotations, and standard CAD conventions. Use consistent line weights, hatched materials, and standard architectural symbols. 5. Text and annotations: Include text labels, room names, dimensions, annotations, and technical notes as appropriate for the drawing type. 6. Full "as-is" representation: Show the complete architectural content from the input render. Include all visible elements, structures, and details. Do not omit or simplify elements that are clearly visible in the input. 7. Scale handling: CRITICAL - The drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If the input image contains scale information (e.g., "1:100", "1/4" = 1'-0"", scale bar, or dimensioned elements), use that scale. Otherwise, the drawing must be clearly marked as NTS. Adapt to input scale - whole buildings show overall layout and relationships; components show detailed information; interiors show spatial relationships; details show element-specific information. 8. Element recognition: Identify and represent visible architectural elements: building facade, windows, doors, openings, vertical elements, roof lines, material changes, architectural details, and vertical dimensions 9. Drawing conventions: Follow standard architectural elevation conventions including line weights for different elements, material representation, and vertical dimensioning 10. Maintain: Architectural drafting standards, accurate proportions, and professional presentation quality suitable for construction documentation and design presentations 11. Focus: vertical accuracy, facade details, and proper architectural elevation notation 12. Do not: Add elements not present in the original render, distort proportions, include photorealistic rendering elements, use perspective or isometric projection, create fabrication-level details when working with whole building renders, or create multiple drawings or compositions 13. SINGLE OUTPUT REQUIREMENT: The output image must contain ONLY the requested elevation drawing (front elevation). Do not combine multiple drawing types or create multi-panel compositions. 14. ORTHOGRAPHIC ENFORCEMENT: The drawing MUST be orthographic. All lines must be parallel (no converging lines), all dimensions must be true scale, and there must be NO perspective distortion or vanishing points. </constraints> <output_requirements> - Drawing type: elevation drawing (front elevation) - Projection: ORTHOGRAPHIC ONLY - parallel projection lines, no perspective, no vanishing points, true scale dimensions - Visual style: Technical CAD linework with precise measurements, architectural annotations, and standard architectural conventions - Elements: building facade, windows, doors, openings, vertical elements, roof lines, material changes, architectural details, and vertical dimensions - Technical accuracy: Must follow architectural drafting standards and CAD conventions - Professional quality: Suitable for construction documentation, permit applications, shop drawings, and design presentations - Scale: CRITICAL - Drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If scale information exists in the input (e.g., "1:100", "1/4" = 1'-0"", scale bar, dimensioned elements), use that scale. Otherwise, mark as NTS. Adapt to input scale - whole buildings show overall relationships; components show detailed information; interiors show spatial relationships - Text handling: Include appropriate text labels, dimensions, and annotations following standard architectural practice - Consistency: If generating multiple views (all elevations, comprehensive set), maintain consistent scale (all NTS unless specified), line weights, and notation across all drawings - Full representation: Show complete "as-is" architectural content from input - include all visible elements and structures </output_requirements> <context> Convert the architectural render into a elevation drawing (front elevation) following technical CAD conventions using ORTHOGRAPHIC projection only. The drawing must be a complete, full "as-is" representation showing all architectural content from the input. Work with any architectural content, building type, or style. The drawing must be accurate, clear, and professionally rendered following standard architectural drafting standards. Focus specifically on the front elevation. If the input shows multiple sides, extract and create the front elevation view. Include text labels where appropriate following standard architectural practice. CRITICAL: The drawing MUST use orthographic projection - parallel lines, no perspective distortion, true scale. NO perspective, NO isometric, NO 3D views. Only orthographic projection is acceptable for technical CAD drawings. CRITICAL SCALE REQUIREMENT: The drawing must be marked as NTS (Not To Scale) unless a specific scale is explicitly mentioned or shown in the input image. If the input contains scale information (e.g., "1:100", "1/4" = 1'-0"", scale bar, or dimensioned elements with measurements), use that scale. Otherwise, the drawing must be clearly marked as NTS. </context>
Dec 10
Gabriela Armesto Borges
Gabriela Armesto Borges
Exterior of a modern house facade in a residential condominium, door with light color, stone cladding not too yellow, LED strip under the higher marquise running down the left side vertically to the ground, subtle warm interior lighting visible through the garage, garage not dark, realistic lighting, soft shadows, high-quality architectural visualization, photorealistic, daytime with soft ambient light, attention to material textures, surrounding residential environment with gentle landscaping, light vegetation and plants to create a natural ambiance, beautiful sky with soft clouds, photorealistic exterior setting
Exterior of a modern house facade in a residential condominium, door with light color, stone cladding not too yellow, LED strip under the higher marquise running down the left side vertically to the ground, subtle warm interior lighting visible through the garage, garage not dark, realistic lighting, soft shadows, high-quality architectural visualization, photorealistic, daytime with soft ambient light, attention to material textures, surrounding residential environment with gentle landscaping, light vegetation and plants to create a natural ambiance, beautiful sky with soft clouds, photorealistic exterior setting
Dec 19
Aziz Habib
Aziz Habib
A building exterior view in bright natural daylight, clear blue sky, well-lit facade, natural shadows, surrounding landscape or urban context, photorealistic architectural exterior rendering
A building exterior view in bright natural daylight, clear blue sky, well-lit facade, natural shadows, surrounding landscape or urban context, photorealistic architectural exterior rendering
Dec 14
Mohamed Abd elhaq
Mohamed Abd elhaq
I am providing a basic 3D mass model of a building with no design details. Please develop the architectural form based on a water wave concept, while keeping the original building massing intact. I need smooth, fluid, dynamic façade lines inspired by the motion of water. Requirements: Create façade articulation inspired by water waves. Add openings, shading elements, curves, or structural fins supporting the wave concept. Use modern materials such as glass, aluminum, and GFRC. Design a complete landscape for the site, including curved pathways, planting areas, ground lighting, and subtle water-themed elements. Produce a high-quality final realistic render."
I am providing a basic 3D mass model of a building with no design details. Please develop the architectural form based on a water wave concept, while keeping the original building massing intact. I need smooth, fluid, dynamic façade lines inspired by the motion of water. Requirements: Create façade articulation inspired by water waves. Add openings, shading elements, curves, or structural fins supporting the wave concept. Use modern materials such as glass, aluminum, and GFRC. Design a complete landscape for the site, including curved pathways, planting areas, ground lighting, and subtle water-themed elements. Produce a high-quality final realistic render."
Dec 8
Melissa Nour Djihane Mouffok
Melissa Nour Djihane Mouffok
Façade architecturale moderne, aux lignes épurées et volumes simples. Utiliser un mélange d’enduit clair (blanc ou beige), de bardage en bois vertical et de pierre naturelle pour créer une ambiance chaleureuse et contemporaine. Grandes baies vitrées avec encadrements fins en aluminium noir. Intégrer des brise-soleil horizontaux pour le contrôle solaire. Ajouter un éclairage LED indirect intégré à la façade pour un rendu élégant de nuit. Matériaux réalistes, textures détaillées, ombres naturelles, rendu photoréaliste et ambiance lumineuse douce.
Façade architecturale moderne, aux lignes épurées et volumes simples. Utiliser un mélange d’enduit clair (blanc ou beige), de bardage en bois vertical et de pierre naturelle pour créer une ambiance chaleureuse et contemporaine. Grandes baies vitrées avec encadrements fins en aluminium noir. Intégrer des brise-soleil horizontaux pour le contrôle solaire. Ajouter un éclairage LED indirect intégré à la façade pour un rendu élégant de nuit. Matériaux réalistes, textures détaillées, ombres naturelles, rendu photoréaliste et ambiance lumineuse douce.
Dec 2