Prompt: Neo-futurism architecture is a style that emphasizes dynamic, futuristic forms and innovative use of materials and technology. It often incorporates organic shapes and curves, as well as elements of industrial design. If we were to generate a fractal with a finite subdivision rule for an alternating link in this style, we might imagine a structure with a series of overlapping curves and angles, like a spiraling staircase or a twisted helix. The fractal could be generated by applying a recursive rule that alternates between dividing each segment into two parts and then rotating those parts in opposite directions. This would create a repeating pattern of intersecting curves that could be used to define the overall form of the building. The result could be a visually striking and complex structure that embodies the principles of Neo-futurism.
Prompt: Neo-futurism architecture is known for its futuristic and dynamic forms that often incorporate organic shapes and curves. If we were to describe this style using a Romanesco broccoli, we could see that the self-similar form of the vegetable approximates a natural fractal. The Romanesco broccoli is a perfect example of a natural fractal due to its repeating patterns of self-similar shapes within each of its florets. Similarly, Neo-futurism architecture often incorporates self-similar shapes that repeat themselves throughout the design of a building. The spiraling patterns of the florets within the Romanesco broccoli could serve as inspiration for the dynamic and twisting shapes that define Neo-futurism architecture. The resulting building could be both visually stunning and functional, providing a unique and futuristic space for living, working, or playing.
Prompt: Neo-futurism architecture is a style that values dynamic and futuristic forms, and often incorporates organic shapes and curves. If we were to describe this style using a fractal flame, we can imagine a building with a complex, self-similar design that is both visually striking and innovative. A fractal flame is a type of digital art that creates fractal patterns using mathematical algorithms, and could be used to generate the design of a Neo-futurism building. The fractal flame would produce patterns that are both intricate and endlessly repeating, creating a dynamic and constantly changing visual experience. This would be a perfect match for the innovative and futuristic style of Neo-futurism architecture. The resulting building could incorporate these fractal patterns in a variety of ways, such as in the design of exterior walls, interior spaces, or even in the lighting and fixtures. The possibilities are endless, making Neo-futurism architecture an exciting and forward-thinking style that blends art and mathematics to create truly unique and innovative structures.
Prompt: Neo-futurism architecture is a style that values dynamic and futuristic forms, and often incorporates innovative materials and technologies. If we were to describe this style using fractals, some examples that could be used include the Menger sponge, Menger cube, Menger universal curve, Sierpinski cube, and Sierpinski sponge. The Menger sponge is a fractal made up of an infinite number of cubes, each of which has smaller cubes removed from it, resulting in a complex and self-similar structure. Similarly, the Menger cube is a fractal that is made up of an infinite number of smaller cubes that are removed from the larger cube. These fractals could be used to create buildings with complex and visually striking facades or interlocking interior spaces. The Menger universal curve is another fractal that could be used in Neo-futurism architecture. It is a fractal curve that is created using a recursive process of dividing triangles into smaller triangles. This could be used to create intricate and visually stunning patterns on the exterior of a building or within interior spaces
Prompt: Neo-futurism architecture is a style that values futuristic and dynamic forms, and often incorporates innovative materials and technologies. If we were to describe this style using a fractal, the Apollonian gasket could be a good example. The Apollonian gasket is a fractal that is created by repeatedly tangent packing circles within a larger circle. This results in a complex, self-similar structure that can be used to create intricate and visually striking designs. In a Neo-futurism building, the Apollonian gasket could be used to create unique patterns on the exterior of the building or within interior spaces. The fractal structure could also be used to create repeating forms of furniture or other decorative elements within the building. This would create a sense of continuity and consistency throughout the building that is both visually appealing and innovative. The Apollonian gasket could also be used in the design of the building's facade, creating an innovative and futuristic look that is both functional and aesthetically pleasing. The intricate patterns of the Apollonian gasket could be used to create a sense of movement and fluidity in the building's design.
Prompt: Neo-futurism architecture is known for its dynamic and futuristic forms, and its innovative use of materials and technologies. If we were to describe this style using a fractal, the Apollonian sphere packing could be a great example. The Apollonian sphere packing is a fractal structure that is created by repeatedly packing spheres inside other spheres. This process results in a complex and self-similar structure that can be used to create unique and visually striking designs. In a Neo-futurism building, the Apollonian sphere packing could be used to create a variety of interior spaces. The fractal structure could be used to create repeating patterns of furniture or other decorative elements, giving the building a sense of continuity while also being innovative and dynamic. The structure could also be used in the building's facade, creating a visually stunning look that is both functional and futuristic. The Apollonian sphere packing could be used to create a sense of movement and fluidity in the design of the building. The intricate patterns of the fractal could be used to create a dynamic and constantly changing visual experience.
Prompt: Neo-futurism is a contemporary architectural movement that combines futuristic elements with sustainable design principles. It incorporates innovative materials, advanced technology, and geometric shapes to create imaginative and functional buildings. One of the most popular geometric shapes used in Neo-futurism is the Sierpinski triangle. The Sierpinski triangle is a fractal pattern that is made up of smaller triangles arranged in a complex and repetitive pattern. This pattern is often used in Neo-futurist architecture to create intricate facades that evoke a sense of complexity and harmony. Some Neo-futurist architects have used the Sierpinski triangle pattern to create large-scale installations or buildings with facades made up of hundreds of smaller triangles, while others have used the pattern as a design element in smaller details such as lighting fixtures or furniture. Overall, the use of the Sierpinski triangle in Neo-futurist architecture highlights the movement's interest in using geometry and technology to create unique and sustainable structures.
Prompt: Neo-futurism architecture is all about creating structures that embody the spirit of the future, with a focus on sustainability and advanced materials. If we were to imagine a structure that looks like one big hyperbola, it might have a sleek and sinuous shape, with smooth curves and an elegant, streamlined appearance. The building might feature a series of interlocking arches or curves, creating a complex and dynamic network of shapes that evoke a sense of movement and energy. The use of advanced materials and cutting-edge construction techniques would allow for a lightweight, strong, and environmentally-friendly design that embodies the principles of neo-futurism.
Prompt: Neo-futurism architecture were designed to resemble a cosine wave, it would likely feature a structure with a series of repeating curves that rise and fall with a smooth, flowing motion. The design would likely have a rhythmic, almost hypnotic quality to it, with a form that is dynamic and visually striking. The cosine wave would be used as a reference point for the curves and angles of the structure, with each curve being designed to create a continuous, undulating flow that is both organic and futuristic. The design would likely incorporate cutting-edge materials and technologies, with an emphasis on sustainability and energy efficiency. Overall, the result would be a breathtaking, innovative structure that offers a unique take on the Neo-futurism style.
Prompt: In Neo-futurism architecture, domes are often reimagined with new shapes and forms that reflect the movement's futuristic and avant-garde aesthetics. Here are some examples of dome shapes in Neo-futurism architecture:
Geodesic Domes: Geodesic domes are a hallmark of Neo-futurism architecture. These domes are made up of interconnected triangles that create a strong and stable structure. The shape of the geodesic dome is often organic and fluid, and it allows for natural light to filter through the structure.
Spherical Domes: Spherical domes are another common shape in Neo-futurism architecture. These domes are made up of curved panels that form a sphere. The shape of the spherical dome is often interconnected with other organic and fluid shapes, creating a sense of harmony and unity.
Cylindrical Domes: Cylindrical domes are another shape seen in Neo-futurism architecture. These domes are made up of a series of arches that create a cylindrical shape. The arches can be curved or angular and are often arranged in an irregular pattern, reflecting the movement's emphasis on avant-garde aesthetics.
Prompt: Perfect face of Emma Stone as Disney's Princess Snow White, insanely detailed and intricate dress, beautiful detailed pale face, Nikon D850, trending on Artstation, sharp focus, ultra reallistic, extremely detailed, beautiful face, 16K, cinematic lighting, photorealistic, sensuality, beautiful, hyperrealistic, colourful, very cute, Gediminas Pranckevicius, Alphonse Mucha, Stanley Lau, Magali Villeneuve, Greg Rutkowski, WLOP.
Prompt: Perfect face of Emma Stone as Disney's Princess Snow White, insanely detailed and intricate dress, beautiful detailed pale face, Nikon D850, trending on Artstation, sharp focus, ultra reallistic, extremely detailed, beautiful face, 16K, cinematic lighting, photorealistic, sensuality, beautiful, hyperrealistic, colourful, very cute, Gediminas Pranckevicius, Alphonse Mucha, Stanley Lau, Magali Villeneuve, Greg Rutkowski, WLOP.
Dream Level: is increased each time when you "Go Deeper" into the dream. Each new level is harder to achieve and
takes more iterations than the one before.
Rare Deep Dream: is any dream which went deeper than level 6.
Deep Dream
You cannot go deeper into someone else's dream. You must create your own.
Deep Dream
Currently going deeper is available only for Deep Dreams.