Epic Cinematic Snowy Mountain Ridge Portrait

{ "type": "image_generation_prompt", "style": "ultra-realistic cinematic photography, epic landscape movie scene", "resolution": "8K", "aspect_ratio": "9:16", "identity_preservation": { "use_uploaded_face_reference": true, "instruction": "Use the face from the uploaded image as the subject's face while preserving natural facial structure, skin tone, and identity." }, "scene": { "environment": "snowy mountain ridge", "landscape": "vast alpine mountain range with massive snow-covered peaks", "weather": "cold windy atmosphere with light snow particles blowing through the air", "sky": "dramatic clouds moving around the mountain peaks" }, "camera": { "shot_type": "cinematic wide shot", "angle": "slightly below eye level", "composition": "subject standing on ridge with mountains dominating the background", "lens_style": "cinematic landscape photography", "depth_of_field": "deep environmental depth with atmospheric perspective" }, "subject": { "position": "standing on a narrow snowy ridge", "pose": "confident upright stance facing the landscape", "clothing": { "jacket": "insulated winter jacket", "boots": "heavy mountain snow boots", "gloves": "thermal winter gloves" } }, "lighting": { "source": "strong cold sunlight", "effects": [ "bright highlights reflecting off the snow", "deep dramatic shadows across the mountain landscape", "crisp high-altitude lighting" ] }, "visual_details": { "textures": [ "crisp snow texture", "wind-blown snow particles", "detailed winter clothing fabric", "atmospheric mountain haze" ], "style_notes": "epic cinematic landscape composition with realistic depth and scale" }, "color_grading": { "palette": "cool alpine tones with bright whites and blue shadows", "contrast": "high contrast cinematic grading" }, "constraints": [ "no text", "no watermark", "no logos", "no distortions" ], "output_goal": "Create an epic cinematic photograph of a person with the uploaded face standing on a dramatic snowy mountain ridge with vast peaks, cold sunlight, and atmospheric depth." }