txt 文件转pdf

先安装模块

pip install fpdf

from fpdf import FPDF

# 创建一个FPDF对象，设置页面格式为A4，默认字体为DejaVuSans
pdf = FPDF()
pdf.add_page()
pdf.add_font('YaHei', '', 'msyh0.ttf', uni=True)
pdf.set_font('YaHei', '', 12)
# msyh.ttc
# YaHei.ttf
# 打开文本文件并逐行读取
with open('input.txt', 'r', encoding='utf-8') as file:
    for line in file:
        # 检查当前页是否已满，如果已满则添加新页
        if pdf.get_y() + pdf.font_size * 1.5 > pdf.page_break_trigger:
            pdf.add_page()
        # 将文本添加到PDF中
        pdf.multi_cell(180, 6, line)

# 保存PDF文件
pdf.output('output.pdf')

关于字体可以复制 C:\Windows\Fonts\Microsoft YaHei UI 该目录下 字体 ttc 需要ttc字体转ttf 保存一下代码 到文件

ttc2ttf.py

#!/usr/bin/env python3
# -*- coding: utf-8 -*-

#First released as C++ program by Hiroyuki Tsutsumi as part of the free software suite “Beer”
#I thought porting it to Python could be both a challenge and useful

from sys import argv, exit, getsizeof
from struct import pack_into, unpack_from

def ceil4(n):
	"""returns the next integer which is a multiple of 4"""
	return (n + 3) & ~3

if len(argv)!=2:
	print("Usage: %s FontCollection.ttc" % argv)
	exit(2)

filename = argv[1]
in_file = open(filename, "rb")
buf     = in_file.read()
in_file.close()

if filename.lower().endswith(".ttc"):
	filename = filename[:-4]


if buf[:4] != b"ttcf":
	out_filename = "%s.ttf" % filename
	out_file = open(out_filename, "wb")
	out_file.write(buf)
	#end, so we don’t have to close the files or call exit() here
else:
	ttf_count        = unpack_from("!L", buf, 0x08)[0]
	print("Anzahl enthaltener TTF-Dateien: %s" % ttf_count)
	ttf_offset_array = unpack_from("!"+ttf_count*"L", buf, 0x0C)
	for i in range(ttf_count):
		print("Extrahiere TTF #%s:" % (i+1))
		table_header_offset = ttf_offset_array[i]
		print("\tHeader beginnt bei Byte %s" % table_header_offset)
		table_count =  unpack_from("!H", buf, table_header_offset+0x04)[0]
		header_length = 0x0C + table_count * 0x10
		print("\tHeaderlänge: %s Byte" % header_length)
		
		table_length = 0
		for j in range(table_count):
			length = unpack_from("!L", buf, table_header_offset+0x0C+0x0C+j*0x10)[0]
			table_length += ceil4(length)
		
		total_length = header_length + table_length
		new_buf = bytearray(total_length)
		header = unpack_from(header_length*"c", buf, table_header_offset)
		pack_into(header_length*"c", new_buf, 0, *header)
		current_offset = header_length
		
		for j in range(table_count):
			offset = unpack_from("!L", buf, table_header_offset+0x0C+0x08+j*0x10)[0]
			length = unpack_from("!L", buf, table_header_offset+0x0C+0x0C+j*0x10)[0]
			pack_into("!L", new_buf, 0x0C+0x08+j*0x10, current_offset)
			current_table = unpack_from(length*"c", buf, offset)
			pack_into(length*"c", new_buf, current_offset, *current_table)
			
			#table_checksum = sum(unpack_from("!"+("L"*length), new_buf, current_offset))
			#pack_into("!L", new_buf, 0x0C+0x04+j*0x10, table_checksum)
			
			current_offset += ceil4(length)
		
		out_file = open("%s%d.ttf"%(filename, i), "wb")
		out_file.write(new_buf)

运行命令

 python ttc2ttf.py msyh.ttc

会在同目录下生成2个ttf文件，引用第一个就可以

msyh.ttc为复制的文件名