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未来のデジタル接続 中空粒子ハロー テックフォーラムポスター

Futuristic Digital Connection Hollow Particle Halo Tech Forum Poster

「未来のデジタル接続 中空粒子ハロー テックフォーラムポスター」は gpt-image-2.5 を使用した作品です。OpenZhenZhen で元のプロンプトと生成例を確認し、創作の参考にできます。

未来のデジタル接続 中空粒子ハロー テックフォーラムポスター — AI image creation
未来のデジタル接続 中空粒子ハロー テックフォーラムポスター

プロンプト

中国語プロンプト

横版16:9科技论坛主视觉海报,主题为“Frontier Technology Forum”,保留小型论坛时间“2026.10.18”、地点“Shanghai”和3个相关信息点“Digital Connectivity”“Industry Exchange”“Future Networks”。围绕数字连接与行业交流建立强烈未来传播感:以深色低明度背景和大面积安静负空间承托画面,将主题核心概念转译为中心偏右、尺度巨大的中空粒子光环。光环不是均匀圆圈,而是由数千条极细放射线、针状光丝、微小光点和短促粒子轨迹编织而成;内缘紧密锐利,外缘向四周快速拉长并逐渐稀疏,形成瞬间冲击、加速和甩出的动势。一侧弧段高度聚焦并形成洁净耀斑,另一侧沉入暗部,让空心区域保持清晰深色漩涡和前后穿插。数束纤细水平光束穿过光环、字标和背景,部分延伸至画面边缘;叠加极淡扫描线与远距离光迹,让静态环体产生高速传输感。左侧紧凑主题字标是清晰次焦点:用大型几何符号、粗体无衬线短标题和纤细数字字符组合,设置明显尺度跳变、宽松字距和精确基线。用一条长而锐利的斜向分隔笔画连接右侧竖排或分行的短信息,让文字轻压粒子边缘、与光环共享空间而不互相遮死;角落仅放小型日期、口号和辅助信息,形成高密度微排版。色彩由科技语义派生:冷暗低明度底色覆盖大部分画面,高饱和发光主色集中于光环和光束,邻近过渡色沿粒子流自然换相,少量冷暖对照高光强化爆发弧段;洁净高亮中性色只用于核心字标和极亮光心。暗部深而不脏、亮部鲜明不过曝,色彩透明发光不浑浊,亮度集中在焦点。精密数字光学质感,线条清晰、粒子细密、辉光边界柔中带锐,仅有极轻微色散和屏幕扫描痕迹,不要纸张纤维、陈旧磨损或厚重雾气。缩小观看时先读到发光环冲击与白色字标的对抗关系,近看再显现粒子密度、光丝层次和微型信息。避免普通霓虹圆线、柔软烟雾、平均撒开的装饰颗粒、文字乱码、无层级排版、过度拥挤、低对比暗部、过曝光心、CG塑料感、动漫、水印和Logo。

英語プロンプト

Horizontal 16:9 main visual poster for a technology forum titled “Frontier Technology Forum”, retaining small forum time “2026.10.18”, location “Shanghai”, and three relevant information points: “Digital Connectivity”, “Industry Exchange”, and “Future Networks”. Create a strong sense of future communication around digital connectivity and industry exchange. Use a dark low-brightness base with a large quiet negative-space field. Translate the concept into a huge hollow particle halo positioned center-right. The halo is not a uniform circle: weave it from thousands of extremely fine radial lines, needle-like filaments, tiny light dots, and short particle trajectories. Keep the inner edge tight and sharp; make the outer edge elongate rapidly and thin out in every direction, creating impact, acceleration, and fling-out momentum. One arc side is highly focused with a clean flare while the other sinks into darkness, preserving a recognizable dark vortex and layered front-to-back interleaving. Several slender horizontal light beams pass through halo, lettering, and background, some reaching the frame edges; overlay extremely faint scan lines and distant light trails to make the static ring feel like high-speed transmission. Make the compact subject wordmark on the left a clear secondary focus, combining large geometric symbols, bold sans-serif short titles, and slender digital characters with strong scale jumps, loose tracking, and precise baselines. Use a long sharp diagonal divider to connect short right-side messages in columns or separate lines. Let text lightly touch particle edges without blocking the halo; place only tiny dates, slogans, and auxiliary details in corners for high-density micro-typography. Derive colors from the technology theme: cool dark low-brightness colors dominate, saturated glowing primaries concentrate on halo and beams, adjacent transition colors shift naturally along particle flow, and restrained cool-warm highlights strengthen the explosive arc. Clean bright neutrals are reserved for the core wordmark and brightest light centers. Keep dark areas deep but clean, bright areas distinct but not blown out, and color transparent and luminous rather than muddy. Use precision digital-optical texture, crisp lines, fine particles, and glow boundaries that are soft yet sharp, with only slight chromatic aberration and screen-scan traces; no paper fibers, aged wear, or heavy fog. At thumbnail size, the first read is the confrontation between glowing ring impact and white wordmark; up close, reveal particle density, filament layers, and micro-information. Avoid ordinary neon circles, soft smoke, evenly scattered decorative grains, garbled lettering, flat hierarchy, overcrowding, muddy shadows, blown-out centers, plastic CG, anime, watermark, or logo.

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