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Creator Demonstrates AI-Generated Wimbledon Broadcast Screenshot
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Ege shares a fabricated live Wimbledon TV broadcast still made with GPT Image 2 and Kling 3.0, including the full prompt. The post shows a trend of realistic AI-generated broadcast imagery.
Original post · 1 min read
Recently these super realistic live TV broadcast shots have been going viral everywhere
Tried making one myself using GPT Image 2 + Kling 3.0
Prompt: A screenshot from a live Wimbledon TV broadcast during a packed Centre Court match. The camera cuts to the audience, an unbelievably attractive woman in her 20s with long black hair, flawless skin, elegant makeup, and a luxurious aura, seated in the VIP section wearing a sophisticated cream-white low-cut summer outfit with subtle jewelry. She smiles naturally while reacting to the match, unaware she's on camera. Wealthy spectators and champagne glasses around her, old-money tennis atmosphere, shallow depth of field. Full live tennis broadcast overlay: scoreboard, network watermark, broadcast graphics, 16:9 aspect ratio. The image looks exactly like a real TV screenshot, telephoto broadcast lens, realistic live color grading, slight compression artifacts, interlacing grain, subtle motion blur, imperfect live-camera framing.
Tried making one myself using GPT Image 2 + Kling 3.0
Prompt: A screenshot from a live Wimbledon TV broadcast during a packed Centre Court match. The camera cuts to the audience, an unbelievably attractive woman in her 20s with long black hair, flawless skin, elegant makeup, and a luxurious aura, seated in the VIP section wearing a sophisticated cream-white low-cut summer outfit with subtle jewelry. She smiles naturally while reacting to the match, unaware she's on camera. Wealthy spectators and champagne glasses around her, old-money tennis atmosphere, shallow depth of field. Full live tennis broadcast overlay: scoreboard, network watermark, broadcast graphics, 16:9 aspect ratio. The image looks exactly like a real TV screenshot, telephoto broadcast lens, realistic live color grading, slight compression artifacts, interlacing grain, subtle motion blur, imperfect live-camera framing.
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