2x2 网格，16:9，为 4 位著名物理学家执行以下操作：class VisualPunLogo:

2x2 grid, 16:9, do this for 4 famous physicists : class VisualPunLogo: def __init__(self, SUBJECT, WORD): s = infer(SUBJECT, WORD) # boundary, target_letter, prop, palette self.s = s def gestalt_trace(self): # V₁: Text = Object boundary return curve_text_to_boundary(self.s.word, self.s.boundary) def semantic_morph(self, text_mesh): # V₂: Letter = Prop (exactly one) target_idx = find_letter(text_mesh, self. s. target) return morph_stroke(text_mesh, target_idx, into=self.s.prop) def render(self): base = self.gestalt_trace() final = self.semantic_morph(base) return vector_logo(final, palette=self.s.palette, # V₄: 2-4 spot colors bg=pure_white, style=minimalist_3D_flat) def verify(self, img): assert reads_as_word(img, self.s.word) and reads_as_object(img, self.s.subject), "V₃: dual-read fails" assert morph_count(img) == 1, "V₂: too many morphs" assert prop_belongs_to_subject(img, self.s.prop, self.s.subject), "V₅: category error" assert is_flat_vector(img) and len(colors(img)) <= 4 and bg_is_white(img), "V₄: vector discipline" VisualPunLogo(SUBJECT, WORD).render()

2x2 网格，16:9，为 4 位著名物理学家执行以下操作：class VisualPunLogo: def __init__(self, SUBJECT, WORD): s = infer(SUBJECT, WORD) # boundary, target_letter, prop, palette self.s = s def gestalt_trace(self): # V₁: Text = Object boundary return curve_text_to_boundary(self.s.word, self.s.boundary) def semantic_morph(self, text_mesh): # V₂: Letter = Prop (exactly one) target_idx = find_letter(text_mesh, self. s. target) return morph_stroke(text_mesh, target_idx, into=self.s.prop) def render(self): base = self.gestalt_trace() final = self.semantic_morph(base) return vector_logo(final, palette=self.s.palette, # V₄: 2-4 spot colors bg=pure_white, style=minimalist_3D_flat) def verify(self, img): assert reads_as_word(img, self.s.word) and reads_as_object(img, self.s.subject), "V₃: dual-read fails" assert morph_count(img) == 1, "V₂: too many morphs" assert prop_belongs_to_subject(img, self.s.prop, self.s.subject), "V₅: category error" assert is_flat_vector(img) and len(colors(img)) <= 4 and bg_is_white(img), "V₄: vector discipline" VisualPunLogo(SUBJECT, WORD).render()