모델명}에 의해 생성된 FLUX AI 이미지

MAIN_SUBJECT Jerusalem fortress corridor during 1099 Crusader conquest with authentic limestone architecture and torch illumination PRECISE_SPATIAL_POSITIONING Camera positioned at human eye level (1.7m height) in the middle of the corridor, looking straight ahead toward the arched doorway. Medium shot showing the corridor in balanced perspective with limestone walls on both sides leading to the bright exit. No torches present - corridor illuminated only by natural sunlight filtering through the archway. LOCATION_AND_ENVIRONMENT Jerusalem fortress interior corridor during 1099 Crusader conquest. Corridor dimensions: 4 meters wide, 3.5 meters high, 25 meters long. Walls built with lower sections of massive cream-white Jerusalem stone blocks (1.5m high), middle sections of dense meleke limestone with ashlar masonry (1.5m high), upper sections of smaller limestone blocks (0.5m high). Clean stone floor. Corridor leads to stone arched doorway (2.5m wide, 3m high) opening to bright exterior. No artificial lighting sources - illumination comes solely from natural sunlight through the archway. TIME_AND_WEATHER_CONDITIONS Year 1099 during Crusader conquest of Jerusalem, interior fortress setting with natural light filtering through the arched doorway at corridor's end, historical medieval atmosphere PROFESSIONAL_LIGHTING Natural lighting only - bright sunlight streaming through the arched doorway at corridor's end providing the sole illumination source. Dramatic lighting gradient from dim interior near camera to brilliant white daylight (5500K) at the archway. No artificial light sources. Natural light creates atmospheric depth with shadows in the corridor interior and brilliant exterior illumination through the stone arch. CINEMATIC_COLOR_PALETTE Cream-white Jerusalem stone (#F5F2E8), dense meleke limestone (#E8E4D6), natural stone shadows, bright white sunlight (#FFFFFF), authentic medieval color range highlighting limestone textures SHOOTING_STYLE Realistic medieval documentary style with dramatic architectural cinematography TECHNICAL_EQUIPMENT Wide-angle lens, professional cinema camera for architectural documentation FRAME_COMPOSITION Medium shot from corridor center showing balanced perspective of limestone walls leading to the bright arched doorway. Symmetrical composition with stone walls framing both sides of the corridor, drawing the eye toward the sun-lit archway at the far end. Natural architectural lines create depth and perspective, emphasizing the authentic limestone masonry patterns and construction techniques without any artificial light sources. DEPTH_OF_FIELD_AND_FOCUS Deep focus maintaining sharp detail of limestone masonry from foreground to background, with particular emphasis on the varying block sizes and ashlar framing techniques MOVEMENT_AND_DYNAMICS Static architectural composition with natural light variations creating subtle atmospheric changes across limestone surfaces TEXTURES_AND_MATERIALS Lower seven courses: massive meleke limestone ashlars with precise 5-20cm raised rectangular frames creating monolithic appearance. Foundation blocks: cream-white dolamitic Jerusalem stone from local quarries showing 11th century weathering patterns. Upper sections: progressively smaller limestone blocks representing 8th century Umayyad construction. Clean stone floor with natural limestone texture showing authentic medieval construction techniques. ATMOSPHERIC_EFFECTS Natural sunlight streaming through the arched doorway creating dramatic light contrast between dim interior and brilliant exterior. Jerusalem fortress atmosphere during 1099 Crusader conquest with limestone acoustics. Natural light creates atmospheric depth and highlights the authentic stone textures without artificial illumination. ASPECT_RATIO 16:9 widescreen format for cinematic architectural presentation ATMOSPHERE_AND_MOOD Authentic medieval fortress atmosphere, dramatic limestone architecture with natural illumination and bright exterior light creating historical ambiance TECHNICAL_QUALITY_PARAMETERS 8K resolution, natural film grain structure, realistic material aging, authentic environmental weathering, professional architectural documentation quality