Sunrise macro close-up of nemophila field AI Image Prompt
Create a vertical close-up photorealistic macro image of a vast {argument name="flower type" default="nemophila baby blue eyes"} field at sunrise. The camera is placed very low among the plants, focusing on exactly 5 prominent open pale-blue flowers in the foreground: 1 tall blossom on the upper left with translucent petals, 1 open blossom near the lower center-left, 1 backlit blossom in the center, 1 smaller glowing blossom mid-right, and 1 larger open blossom on the lower right; include exactly 2 visible closed blue buds near the lower left and lower right. The petals are delicate, semi-transparent, softly veined, and covered with tiny sparkling dew droplets; thin green stems and fuzzy serrated leaves catch golden rim light. The background is a wide sea of blurred blue flowers stretching to a distant horizon, with a warm orange sun sitting low near the center-right, creating strong backlighting, lens glow, and dreamy bokeh. Use a shallow depth of field, cinematic golden-hour lighting, natural colors, gentle haze, and a serene spring atmosphere. Shot as if with a macro lens, intimate foreground detail, soft distant landscape, no people, no buildings, no text. Aspect ratio {argument name="aspect ratio" default="3:4 vertical"}, mood {argument name="mood" default="peaceful and ethereal"}.
Content: Subject: macro close-up of a flower field. Structure: exactly 5 flowers + 2 buds in foreground, low-angle close-up, blurred vast background. Style: photorealistic macro. Composition: vertical, shallow depth of field. Lighting: backlit golden hour, lens flare. Colors: pale blue flowers, warm orange sun. Material: translucent petals with veins, dew drops, green stems/leaves. Lens: macro, low position. Aspect: parameterized 3:4 vertical.
Pros: Precise details (flower count/position/dew) → high controllability; parameterized variables (flower type/aspect/mood) → flexible adaptation.
Cons: Too many elements (5 flowers + 2 buds) → high risk of deviation; default parameter reliance → uniform results without adjustment.
Reference image: No obvious reference-image dependency
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