AI-generated Images of frocks

frocks with sparse leaves and patches of light are covering the ground, one large rock formation is in the center partially covered by a dense green shrub at the bottom, various other small rocks are scattered on the ground surrounding the area, some dried leaves are sprinkled across the ground near the rocks, fungi and other plants are growing on the top and sides of the frame, there is additional water lilies further on the right side, the background has more vegetation than likely human-made structures.

frocks with numerous green plant stems, red and brown tones throughout, patches of green grass emerging at the bottom left, rock surfaces are partially visible behind the plants, natural lighting, some distant details casting small shadows due to atmospheric perspective, clear blue sky visible through the gaps in the foliage.

a photograph of rock formations during the day, numerous small brown and gray frocks scattered throughout, some with jagged edges and patches of moss, green grass on the ground near the frocks, multiple frocks and soil visible, light casting shadows creating depth, close-up shot with shallow depth of field, natural light that highlights the texture of the frocks and leaves

two large frocks in the middle, frocks are covered with green algae and small purple flowers, additional frocks visible surrounding the larger frocks, one frock is partially cut off on the right, another frock lies horizontally behind the first frock near the center of the image, blue sky background, no other objects present in the image, top-down view, all frocks have sharp edges and varied textures, high level of detail in the texture of the frocks.

frocks with green leaves floating in the sky, some small green plants near the bottom right corner, various sizes of rocks and boulders in the background, additional rocks visible behind and to the left of the larger rock, multiple layers of textures in the rock formations, high detail on leaf texture and vegetation, close-up shot with shallow depth of field.