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the astronaut is standing on the red planet
Description
an astronaut is standing on a desolate planetary surface. the astronaut is dressed in a white spacesuit and helmet, and is surrounded by a vast red landscape. the planet has several large mountains in the background, and there are several large rocks and craters on the ground. starts with the astronaut standing in one place and slowly panning out to show more of the landscape. the scene changes to show the astronaut standing on the planet's surface and looking around. there are also some large objects in the distance, which seem to be asteroids or space rocks. throughout the camera pans out and shows more of the planet's surface and the astronaut's surroundings. ends with the astronaut standing on the planet's surface and looking up at the sky. overall, gives a sense of a desolate and barren planet with the astronaut exploring its surface.
INFO
Type
AnimateWj
Date Created
December 28,2023Wj
Dimensions
768×768pxWj
Model
CKPT
DreamShaper XL1.0
alpha2 (xl1.0)
Run Count 1052708
Recommended Prompt
Prompt 1: an astronaut standing on a desolate planetary surface, surrounded by red rocks and mountains in the background. the astronaut is wearing a white spacesuit and helmet, and the camera pans out to show more of the landscape. the scene changes to show the astronaut standing on the planet's surface and looking around. there are several large objects in the distance, which seem to be asteroids or space rocks. throughout the camera pans out and shows more of the planet's surface and the astronaut's surroundings.
Prompt 2: an astronaut is standing on a desolate planetary surface, surrounded by red rocks and mountains. the astronaut is dressed in a white spacesuit and helmet, and the camera pans out to show more of the landscape. the scene changes to show the astronaut standing on the planet's surface and looking around. there are several large objects in the distance, which seem to be asteroids or space rocks. throughout the camera pans out and shows more of the planet's surface and the astronaut's surroundings.