Mathmatics ➗
**Prompt:**
Ultra-realistic 3D cinematic portrait, 8k resolution, shot on 35mm lens, 8:17 aspect ratio. The image features a high-fidelity recreation of the user-provided character, maintaining a 100% identical facial structure, 99% likeness, and the exact original expression. The character is positioned in a front-facing, medium close-up headshot, mirroring the original subject's posture and direct eye contact.
The subject wears the exact outfit from the uploaded photo, preserving every specific fabric texture, color, layering, and fit without any alteration or substitution. Superimposed across the character's face and the upper torso of the clothing are glowing, vibrant amber-gold mathematical equations and scientific formulas (E=mc^2, F=ma, \sum, integrals). The equations act as a light source, casting a realistic warm orange glow onto the skin and fabric. The character wears bright neon-yellow framed glasses that emit a soft, matching internal glow.
The skin is rendered with hyper-detailed pores and a natural "glass skin" finish, featuring subtle highlights and realistic soft-shadow depth. The background is a dark, moody blue with a soft bokeh blur, creating a professional DSLR depth-of-field. In the bottom-left corner, the stylized, white, flowing script signature "xtournament" is clearly and legibly placed. The overall color grading is a sophisticated contrast between cool background tones and the warm, cinematic glow of the glowing text, resulting in a premium, modern digital photograph aesthetic. No cartoon, no painting, no illustration.
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