Too Hot to Move B-26 MARAUDER SUMMER HEAT SESSION SAT 26 SEP 2026 · 4PM—LATE ROOFTOP 26 · OPEN AIR HEAT WAVE - 融化字体 Text Effect
用原作的模型 OpenAI GPT-Image-2.5 Sunburst · 15 积分
“Too Hot to Move B-26 MARAUDER SUMMER HEAT SESSION SAT 26 SEP 2026 · 4PM—LATE ROOFTOP 26 · OPEN AIR HEAT WAVE”是使用 FontVibe AI 创作的融化字体文字效果。亮面橙红字母从底部开始液化,熔融滴落、下缘变形,深炭色地面上一滩发光的液体。
Create a finished vertical 3:4 summer event flyer, with exact readable English typography. Deep charcoal paper background with a faint burnt-amber heat gradient, never pure black. A sun-bleached concrete pool deck occupies the lower quarter; at right, a low aluminum-framed deck chair has visibly sagged and softened into a glossy amber-orange puddle, with hard sun shadows cast down-right. Sparse heat-haze distortion rises from the ground. Top-left small condensed sans-serif eyebrow: "B-26 MARAUDER". Beneath it, tiny tracking-spaced line: "SUMMER HEAT SESSION". The dominant centered headline fills 73% of the frame width and 45% of its height on two lines: "Too Hot" / "to Move". Build each letter as bold wide slab lettering made from hot paraffin wax. Top edges stay sharply cut; lower two-thirds expand 15–20% and liquefy. Vivid orange active zones #FF6B2B transition into deep amber-red #CC3300 at the pooled lower edges. Add broad convex gloss arcs in yellow-orange #FFAA00, orange 3–4px internal subsurface glow, one thick teardrop drip, two medium flows, and fine capillary trails across the complete title; preserve clear counters and readable word spacing. Thick flows gather into a continuous shallow pool below the headline. Along the lower left, clean pale-cream sans-serif event details: "SAT 26 SEP 2026 · 4PM—LATE" and "ROOFTOP 26 · OPEN AIR". Add a small circular amber wax seal at lower right reading "HEAT WAVE". Single intense overhead key light, sharp shadows down-right, high-gloss wax reflections, printed-flyer grain, precise hierarchy, no extra words, no logos.
用途: 融化字体生成器
生成于 2026年9月21日 · 1024 × 1360 · JPEG · OpenAI GPT-Image-2.5 Sunburst · 版式:海报 · 公开作品 · 可免费商用(CC BY 4.0)

























