Prompt: Certainly! Here's a prompt you can use: Generate a highly realistic image of a space rocket launching from Earth at night. The rocket's engines are ignited, emitting a powerful glow, and there's a substantial amount of dust and smoke rising from the ground. The scene is set against a dark sky filled with stars, creating a dramatic and awe-inspiring spectacle.
Prompt: jung Yong Hwa, Kang Min Hyuk, Lee Jung Shin oN JELLYFISHES IN UNDERWATER seoUL, BETWEEN SKYSCRAPPERS, SHINING BLUE WATER
Style: Fantasy Art
Prompt: color photo of a cartoon rocket blasting off into the sky. The photo captures the whimsical and playful nature of the scene, with the rocket depicted in a vibrant and exaggerated style. Flames burst out from the rocket's engines, propelling it upwards with a burst of energy. The cartoonish depiction of the rocket adds a sense of fun and excitement to the photo, evoking the feeling of embarking on a thrilling adventure into the unknown. The bright colors and dynamic composition convey a sense of motion and anticipation, inviting viewers to join in on the rocket's whimsical journey through the vast expanse of the cosmos. —c 10 —ar 2:3
Style: Line Art
Prompt: An alien strike spacecraft ejects plasma from its engines in outer space and fires a covitation torpedo
Prompt: An alien strike spacecraft ejects plasma from its engines in outer space and fires a covitation torpedo
Prompt: Futuristic white rocket launching straight upwards, leaving swirling trail of smoke and flames behind, blue sky background, intricate rocket details, fiery blastoff captured in stunning clarity and realism, epic scale --ar 9:16
Prompt: A huge alien spaceship floating in space goth dark cabaret style, background thunderous gases, Laval nozzle coming from the engine. Mach disks in the jet stream of the engine, Prandtl-Gloert effect above the wing, diameter of the nozzle exit, flow pressure at the nozzle exit, atmospheric pressure, Prandtl-Mayer Flow
Style: Cinematic
Prompt: A huge alien spaceship floating in space goth dark cabaret style, background thunderous gases, Laval nozzle coming from the engine. Mach disks in the jet stream of the engine, Prandtl-Gloert effect above the wing, diameter of the nozzle exit, flow pressure at the nozzle exit, atmospheric pressure, Prandtl-Mayer Flow
Style: Cinematic
Prompt: A huge alien spaceship floating in space goth dark cabaret style, background thunderous gases, Laval nozzle coming from the engine. Mach disks in the jet stream of the engine, Prandtl-Gloert effect above the wing, diameter of the nozzle exit, flow pressure at the nozzle exit, atmospheric pressure, Prandtl-Mayer Flow, HDR,UHD,8K
Style: Cinematic
Prompt: A huge alien spaceship floating in space goth dark cabaret style, background thunderous gases, Laval nozzle coming from the engine. Mach disks in the jet stream of the engine, Prandtl-Gloert effect above the wing, diameter of the nozzle exit, flow pressure at the nozzle exit, atmospheric pressure, Prandtl-Mayer Flow, HDR,UHD,8K
Style: Cinematic
Prompt: A huge spaceship floating in space, background thunderous gases, Laval nozzle coming from the engine. Mach disks in the jet stream of the engine, the Prandtl-Gloert effect above the wing, nozzle exit diameter, flow pressure at the nozzle exit, atmospheric pressure, Prandtl-Mayer Flow HDR,UHD,8K
Style: Cinematic
Prompt: Picture a dynamic scene where a rocket blasts off with immense power and energy. The rocket, sleek and futuristic, propels itself into the vastness of space, leaving a trail of fire and smoke in its wake.The launch pad, surrounded by infrastructure, vibrates with the intensity of the liftoff. Flames erupt from the rocket's engines, creating a powerful visual spectacle. The sky above transforms into a canvas of dynamic motion as the rocket accelerates upward.The plume of smoke, illuminated by the fiery engines, adds drama and scale to the scene. The rocket, with its streamlined design, symbolizes human ingenuity and the pursuit of exploration beyond our earthly bounds.This vivid image captures the exhilaration and ambition of space exploration, where human-made creations defy gravity and venture into the cosmos. The dynamic composition evokes a sense of awe and excitement, making it a compelling portrayal of the boundless possibilities of scientific achievement.
Style: Anime
Prompt: a highly detailed sydmead issustration of a spaceship the size of a plenet floating in black, dark space
Prompt: professional breathtaking cinematic movie still of a rocket made of snow, launching high into the sky with fiery clouds of smoke billowing out in graceful plumes made of snow
Prompt: Generate an image of a space shuttle soaring through the cosmos. The space shuttle should have a futuristic design, with its exterior coated in reflective metallic alloy that gleams in the starlight. It navigates through the vastness of space, surrounded by nebulae and distant galaxies emitting faint glows in the background. Blue engine flames shoot out from the shuttle's thrusters, leaving behind a shimmering trail of light as it swiftly travels through the universe.
Prompt: A shark, sitting on a rocket flying towards the moon, with \"XPET\" written on the rocket in pixel style
Prompt: 4- Spray comes out of the bottle in a dark room with smoke
Negative: 4- Spray comes out of the bottle in a dark room with smoke
Prompt: A huge spaceship gliding in space, a background of colored thunderstorm gases, the ship is moving towards the viewer, front view, Mach disks are coming from the engine in the jet stream of the engine and the Prandtl-Gloert effect above the aircraft wing, the diameter of the nozzle exit, the flow pressure at the nozzle exit, atmospheric pressure
Prompt: ((masterpiece)), ((best quality)), 8k, high detailed, ultra-detailed, a futuristic spacecraft rocket in the midst of a launch, with a translucent body emitting a magical glow, towering on the launchpad, surrounded by billowing clouds of smoke and flames. On the ground, a group of students watches in awe as the rocket prepares to take off, their eyes wide with excitement and wonder at the incredible spectacle before them.
Prompt: A huge spaceship gliding in space, a background of colored thunderstorm gases, the ship is moving towards the viewer, front view, Mach disks are coming from the engine in the jet stream of the engine and the Prandtl-Gloert effect above the airplane wing
Prompt: A huge spaceship gliding in space, a background of colored thunderstorm gases, the ship is moving towards the viewer, front view, Mach disks are coming from the engine in the jet stream of the engine and the Prandtl-Gloert effect above the airplane wing
Prompt: A huge alien spaceship floating in space, a background of thunderstorm gases, The gas is considered ideal. The gas flow is isentropic (that is, it has constant entropy, friction forces and dissipative losses are not taken into account) and adiabatic (that is, heat is not supplied or removed). The gas flow is stationary and one-dimensional, that is, at any fixed point of the nozzle, all flow parameters are constant in time and change only along the nozzle axis, and at all points of the selected cross section the flow parameters are the same, and the gas velocity vector is everywhere parallel to the symmetry axis of the nozzle. The gas mass flow rate is the same in all cross sections of the flow. The influence of all external forces and fields (including gravitational) is negligible. The symmetry axis of the nozzle coincides with the spatial coordinate
Style: Cinematic
Prompt: A huge alien spaceship floating in space, a background of thunderstorm gases, The gas is considered ideal. The gas flow is isentropic (that is, it has constant entropy, friction forces and dissipative losses are not taken into account) and adiabatic (that is, heat is not supplied or removed). The gas flow is stationary and one-dimensional, that is, at any fixed point of the nozzle, all flow parameters are constant in time and change only along the nozzle axis, and at all points of the selected cross section the flow parameters are the same, and the gas velocity vector is everywhere parallel to the symmetry axis of the nozzle. The gas mass flow rate is the same in all cross sections of the flow. The influence of all external forces and fields (including gravitational) is negligible. The symmetry axis of the nozzle coincides with the spatial coordinate
Style: Cinematic
