Prompt: A huge banyan tree with UFO hovering on top of it and small aliens roaming around and on the banyan tree, HD quality image and be it a digital art. make it look realistic and let's make it a night instead of day and let UFO hover a light on the banyan tree — Virat Makal
**Model:** OpenArt SDXL
Prompt:
A huge banyan tree with UFO hovering on top of it and small aliens roaming around and on the bany...Show more
**Width:** 1024
**Height:** 1024
**Scale:** 10
**Steps:** 25
**Seed:** 489613020
**Sampler:** DPM++ 2M SDE Karras

Virat Makal
**Model:** OpenArt SDXL
Prompt:
A huge banyan tree with UFO hovering on top of it and small aliens roaming around and on the bany...Show more
**Width:** 1024
**Height:** 1024
**Scale:** 10
**Steps:** 25
**Seed:** 489613020
**Sampler:** DPM++ 2M SDE Karras

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Prompt: Far off on the horizon and beyond mountains: a giant tree can be seen. The tree is so big it makes a mountain look small. The Tree is a futuristic city. The trunk of the tree is covered in windows. Make the giant tree bigger.

Prompt: Far off on the horizon a giant tree can be seen. The tree is so big it makes a mountain look small. The Tree is a futuristic city.

Prompt: An ethereal dreamscape where the boundaries of nature and technology blur: a colossal tree with branches of crystal and circuitry, its leaves glowing with bioluminescent patterns, surrounded by floating islands suspended in a twilight sky. Each island hosts an ecosystem that seamlessly merges flora, fauna, and futuristic elements—mechanical butterflies with holographic wings, rivers of liquid light flowing past cybernetic flowers, and ancient ruins interwoven with advanced alien technology. The scene evokes a sense of mystical wonder and the infinite possibilities of the fusion between the organic and the synthetic.

$Prompt: #include <iostream> #include <vector> #include <cstdlib> #include <ctime> // Function to get a random element from a vector std::string getRandomElement(const std::vector<std::string>& elements) { return elements[rand() % elements.size()]; } int main() { // Seed the random number generator srand(static_cast<unsigned>(time(0))); // Define lists of imaginative and surreal elements std::vector<std::string> subjects = { "a floating island", "a talking animal", "a mechanical tree", "a glowing dragon", "a giant clock" }; std::vector<std::string> environments = { "a neon-lit forest", "a crystalline cave", "a floating city", "an underwater palace", "a space station" }; std::vector<std::string> actions = { "dancing in zero gravity", "melting into the ground", "singing to the stars", "swimming through clouds", "transforming into light" }; std::vector<std::string> colors = { "electric blue", "vivid purple", "neon green", "fiery orange", "radiant gold" }; std::vector<std::string> details = { "sparkling waterfalls", "floating musical notes", "glowing patterns in the sky", "inverted gravity fields", "color-shifting textures" }; // Generate a surreal concept std::string subject = getRandomElement(subjects); std::string environment = getRandomElement(environments); std::string action = getRandomElement(actions); std::string color = getRandomElement(colors); std::string detail = getRandomElement(details); // Print the generated surreal concept std::cout << "Generated Surreal Concept:" << std::endl; std::cout << "Imagine " << subject << " in " << environment << ", " << action << " while surrounded by " << color << " light. " << "The scene is enhanced by " << detail << ", creating a visually striking and surreal experience." << std::endl; return 0; }$