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