A woman with a braid in a green sweater and a brown chair

photorealistic | hairstyle She is sitting at a table, focused on her studies. His glasses enhance his concentrated expression and his green eyes are directed. to the viewer, creating a sense of connection. Her red hair is tied back in a casual ponytail, and she wears a cozy front perspective, imposing pose and (sharp focus: 1.2), photo, attractive young woman (pretty face: 1.1), detailed eyes, luscious lips (cat eye makeup : 0.85), (big eyes: 1.0), (toned body: 1.2), (curly hair: 1.2), wear (lace dress: 1.2) on (beach: 1.2) ). (moderate lighting: 1.2), depth of field, bokeh, 4K, HDR. by (James C. Christensen:1.2 | Jeremy Lipking:1.1). on clothing, medieval fantasy landscape, cloudy sky, castle in the background in the distance, radiant lighting, deep shadows, dramatic scene, dark and cool color palette, blue and gray tones, no other characters in the scene, abundant|intricate details, detailed landscape, volumetric lighting, (lighting "Generate a high-quality image that depicts a young woman studying in an office with an aesthetic similar to the movie 'The Matrix'. photorealistic, high quality, masterpiece, cinematic composition, slow motion, ( medium photo of medieval knight, aged and dark face, beard, gray hair: 1.2), chain and plate armor, (realistic and detailed | intricate armor: 1.1), (visible face: 1.3), (photorealistic physiognomy | eyes | iris | skin | musculature, detailed skin, skin texture, natural skin), (holding a sword in hand: 1.2), detailed), (detailed light reflections on armor: 1.1), 8k, highly detailed, UHD , HDR, pullover facial expression. She is alone in the room, surrounded by bookshelves filled with books that give off a cozy feel. A book is open in front of him, displaying graphics that recall the aesthetics of the 'Matrix' series. The image captures both the futuristic atmosphere of the film and the tranquility of a personal study space. Make sure the image is realistic and of high quality. Superior quality, movie atmosphere, cinematic det