Ultra-wide 32:9 Indy Oval Cockpit View AI Image Prompt
Create an ultra-wide 32:9 photorealistic racing game screenshot from the driver’s cockpit perspective during an Indy-style oval race at {argument name="race track" default="the Indianapolis 500 speedway"}. The camera is low inside a black open-wheel race car, showing the halo/cockpit rim, steering wheel with tiny digital telemetry, front tires partly visible, and exactly 2 rectangular side mirrors, one on each side reflecting the track behind. Ahead are exactly 2 rival open-wheel cars: a black-and-blue car slightly left and a yellow/orange car slightly right, both seen from the rear with huge rear tires and rear wings, racing side by side into a gentle left-hand banked turn. Use strong speed sensation with motion blur on the asphalt, catch fencing, and packed grandstands, while keeping the cars and cockpit mostly sharp. The track is a large oval with white concrete walls, tall safety fences, full spectator stands on both sides, and a scoring tower/pylon in the distance near the center-left. Bright midday sunlight, blue sky with scattered white clouds, cinematic HDR realism, glossy carbon fiber, detailed tire rubber, immersive AAA racing simulator style. Add small white sponsor-like lettering on the cockpit sides reading {argument name="cockpit sponsor text" default="NEWGARDEN"}, but avoid prominent readable logos elsewhere. No UI overlay, no watermark, no extra cars, no text captions.
Content: Subject: cockpit view (open-wheel car), rival cars; Scene: oval track, grandstands, scoring tower; Style: photorealistic, cinematic HDR, AAA racing sim; Composition: 32:9 ultra-wide, low angle, symmetrical; Lighting: bright midday sun, blue sky with clouds; Color: black-blue, yellow-orange cars; Material: carbon fiber, tire rubber; Lens: wide-angle; Aspect: 32:9. Contains variable parameters {race track} and {cockpit sponsor text}.
Pros: Rich in detail, strong immersion; Well-structured, easy for AI to interpret.
Cons: Lacks creativity, relies on conventional race scene; Too complex, may affect generation efficiency.
Reference image: No obvious reference-image dependency
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