Slide 1.{num}

import os, html BASE = r"e:\TRAE\生成式X\lecture1" def nav_label(t): t = t.replace('','').replace('','').replace('
',' ').replace('(一)','').replace('(二)','') if len(t) > 18: t = t[:16] + '…' return t def make_slide(num, total, title, content, prev_title='', next_title=''): first = num == 1 last = num == total prev_btn = f'◀' if first else f'◀' next_btn = f'▶' if last else f'▶' prev_label = nav_label(prev_title) if prev_title else '' next_label = nav_label(next_title) if next_title else '' title_html = '' if not title else f'

{html.escape(title)}

' key_left = '' if first else f"if(e.key==='ArrowLeft') window.location.href='1.{num-1}.html';" key_right = '' if last else f"if(e.key==='ArrowRight') window.location.href='1.{num+1}.html';" key_sep = ' ' if key_left and key_right else '' return f''' Slide 1.{num}

生成式大模型 · 法学通识讲座

Slide 1.{num}

{title_html}

{content}

键盘 ← → 快速翻页

''' def tag(c, t): return f'{t}' def info(t): return f'

{t}

' def danger(t): return f'

{t}

' def quote(t): return f'

{t}

' def grid2(a,b): return f'

{a}

{b}

' def grid3(a,b,c): return f'

{a}

{b}

{c}

' def mini(t): return f'

{t}

' def table(rows): s = '' for i,r in enumerate(rows): tag_cell = 'th' if i == 0 else 'td' s += '' + ''.join(f'<{tag_cell}>{c}' for c in r) + '' s += '

' return s # =====