“THE CELLAR SOMETHING BELOW IS STILL AWAKE. A SHORT FILM A FILM BY ELLIS VALE 2026 · 12 MIN”是使用 FontVibe AI 创作的血滴字体文字效果。粗体深红字母，表面湿润暗红，长长的血滴末端凝成圆珠，在侧光下孤立于纯黑背景。

Create a finished vertical 2:3 theatrical key-art poster for a short horror film. Render only these exact text lines, with spelling and punctuation preserved: headline “THE CELLAR”; tagline “SOMETHING BELOW IS STILL AWAKE.”; small eyebrow “A SHORT FILM”; bottom credit “A FILM BY ELLIS VALE”; bottom detail “2026 · 12 MIN”. No other lettering, logos, or watermarks. Composition: keep the top 18% for the small eyebrow and tagline, centered and clearly separated. In the upper-middle, show a narrow concrete stairwell descending through an open cellar hatch; its black steps disappear into darkness. Place a blood-smeared threshold and a few heavy trails on the damp concrete, with the stairwell itself as the central scene. Set “THE CELLAR” across the lower-middle, spanning about 84% of the poster width, large and immediately legible. Keep the credit and year/runtime as two small, centered lines near the bottom, outside the title’s drip area. Build the headline as thick, custom horror-display lettering made from viscous dark-crimson blood: broad, dense strokes; wet convex surfaces; heavy downward drips narrowing into rounded tear-shaped drops; visible surface tension at each drop; thinner active streams and nearly black clotted pooling at the stroke bases. Add subtle fresh blood contact stains on the letter bodies. The letters themselves carry this blood material and its internal light behavior. Use a near-black environment with blood-smeared, damp concrete and deep negative space; no warm background and no colorful decorations. A dim, cold red side light grazes the stair edges and catches glossy blood highlights, with restrained red subsurface glow in thinner streams and near-black shadows in pooled blood. Supporting copy is small, muted neutral gray, crisp and readable. Photoreal practical-effects treatment, high-contrast chiaroscuro, controlled rim light, tactile wet surfaces, realistic gravity-driven fluid behavior, sharp focal hierarchy.