{"id":"32529","prompt":"2x2 grid, do this for Olympics sports: 16:9 INPUT ::= [TOPIC_OR_WORD]    W := derive_word(INPUT)  A := infer_actor_or_symbol(INPUT)  E := infer_defining_action(INPUT)  M := infer_reactive_medium(E, INPUT)    LAYOUT_SOLVER ::    +--------------------------------------------------------------------------------+  |                                                                                |  |       ┌─ glyph capable of holding A                                             |  |       ↓                                                                        |  |    [ GLYPH ]   [ GLYPH ]   [ ACTION_GLYPH ]   [ GLYPH ]   [ GLYPH ]           |  |        A                           │                                             |  |                                    │ motion_vector(E)                           |  |                                    ▼                                             |  |                         **** IMPACT ****                                        |  |                    ╭─────────┼─────────╮                                        |  |                ≈≈≈≈≈≈≈≈≈ reactive baseline ≈≈≈≈≈≈≈≈                           |  |                                                                                |  +--------------------------------------------------------------------------------+    SEMANTIC_ASSIGNMENT ::    BODY_SLOT :=      glyph whose counter/curve/stem best accommodates pose(A)    ACTION_SLOT :=      glyph whose geometry naturally expresses E    GROUND_SLOT :=      bottom typographic zone transformed into M    FUSION ::    A.body_part       -> glyph_stroke  A.gesture         -> terminal_or_curve  ACTION_GLYPH      -> motion_trajectory  M.surface         -> shared_word_baseline  collision         -> ink_burst  energy_propagation-> concentric_marks_or_topic_equivalent    BRUSH_PHYSICS ::    stroke_width(t) ∝ pressure(t)  dryness(t)      ∝ velocity(t)  splatter        ∝ impact_force(E)  ripple_radius   ∝ elapsed_visual_time    RULES ::  - only enough literal detail to understand A and E  - preserve huge white negative space  - reaction marks become compositional support for the entire word  - use asymmetry and sparse brush imperfections  - infer the appropriate reaction if M is not liquid  - never preassign a specific letter, actor, action, or medium","promptEn":"2x2 grid, do this for Olympics sports: 16:9 INPUT ::= [TOPIC_OR_WORD]    W := derive_word(INPUT)  A := infer_actor_or_symbol(INPUT)  E := infer_defining_action(INPUT)  M := infer_reactive_medium(E, INPUT)    LAYOUT_SOLVER ::    +--------------------------------------------------------------------------------+  |                                                                                |  |       ┌─ glyph capable of holding A                                             |  |       ↓                                                                        |  |    [ GLYPH ]   [ GLYPH ]   [ ACTION_GLYPH ]   [ GLYPH ]   [ GLYPH ]           |  |        A                           │                                             |  |                                    │ motion_vector(E)                           |  |                                    ▼                                             |  |                         **** IMPACT ****                                        |  |                    ╭─────────┼─────────╮                                        |  |                ≈≈≈≈≈≈≈≈≈ reactive baseline ≈≈≈≈≈≈≈≈                           |  |                                                                                |  +--------------------------------------------------------------------------------+    SEMANTIC_ASSIGNMENT ::    BODY_SLOT :=      glyph whose counter/curve/stem best accommodates pose(A)    ACTION_SLOT :=      glyph whose geometry naturally expresses E    GROUND_SLOT :=      bottom typographic zone transformed into M    FUSION ::    A.body_part       -> glyph_stroke  A.gesture         -> terminal_or_curve  ACTION_GLYPH      -> motion_trajectory  M.surface         -> shared_word_baseline  collision         -> ink_burst  energy_propagation-> concentric_marks_or_topic_equivalent    BRUSH_PHYSICS ::    stroke_width(t) ∝ pressure(t)  dryness(t)      ∝ velocity(t)  splatter        ∝ impact_force(E)  ripple_radius   ∝ elapsed_visual_time    RULES ::  - only enough literal detail to understand A and E  - preserve huge white negative space  - reaction marks become compositional support for the entire word  - use asymmetry and sparse brush imperfections  - infer the appropriate reaction if M is not liquid  - never preassign a specific letter, actor, action, or medium","promptZh":"2x2 网格，针对 奥林匹克运动项目 执行此操作：16:9 INPUT ::= [主题或词汇]    W := derive_word(INPUT)  A := infer_actor_or_symbol(INPUT)  E := infer_defining_action(INPUT)  M := infer_reactive_medium(E, INPUT)    LAYOUT_SOLVER ::    +--------------------------------------------------------------------------------+  |                                                                                |  |       ┌─ 可容纳 A 的字形                                                        |  |       ↓                                                                        |  |    [ 字形 ]   [ 字形 ]   [ 动作字形 ]   [ 字形 ]   [ 字形 ]           |  |        A                           │                                             |  |                                    │ motion_vector(E)                           |  |                                    ▼                                             |  |                         **** 冲击 ****                                        |  |                    ╭─────────┼─────────╮                                        |  |                ≈≈≈≈≈≈≈≈≈ 反应基线 ≈≈≈≈≈≈≈≈                           |  |                                                                                |  +--------------------------------------------------------------------------------+    SEMANTIC_ASSIGNMENT ::    BODY_SLOT :=      字形，其留白/曲线/笔画最能适应 pose(A)    ACTION_SLOT :=      字形，其几何形状自然地表达 E    GROUND_SLOT :=      底部排版区域，转换为 M    FUSION ::    A.body_part       -> 字形笔画  A.gesture         -> 末端或曲线  ACTION_GLYPH      -> 运动轨迹  M.surface         -> 共享词汇基线  collision         -> 墨迹爆发  energy_propagation-> 同心标记或主题等效物    BRUSH_PHYSICS ::    stroke_width(t) ∝ pressure(t)  dryness(t)      ∝ velocity(t)  splatter        ∝ impact_force(E)  ripple_radius   ∝ elapsed_visual_time    RULES ::  - 仅保留足以理解 A 和 E 的字面细节  - 保留巨大的留白空间  - 反应标记成为整个词汇的构图支撑  - 使用不对称和稀疏的笔触瑕疵  - 如果 M 不是液体，则推断适当的反应  - 永远不要预先指定特定的字母、主体、动作或媒介"}