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WatermarkAdder.py
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#!/usr/bin/python3
#
# WatermarkAdder.py
#
# (C) 2021 非科学の河童, All Rights Reserved
# This Script Is Following MIT License
#
from PIL import Image, ImageDraw, ImageFont, ImageStat
import signal
import time
#import webp
import base64
import os
import sys
import shutil
import _thread
from pathlib import Path
import re
def sighandler(signum, frame):
_thread.exit()
print("EXIT!")
sys.exit(0)
signal.signal(signal.SIGINT, sighandler)
signal.signal(signal.SIGSEGV,sighandler)
# 源图片目录
source_pic_dir = os.path.join('..','postrc_source','watermark')
# 输出目录
destination_pic_dir = os.path.join('..','images','postrc')
# 站点
Site = 'https://bkryofu.xyz'
# 著作权人
Owner = u'非科学の河童'
LicenseFollow = "CC BY-NC-SA 4.0"
#####################################################################################
# 宏
Light = 0
Dark = 1
Color = ["#00FFFF", "#0000FF"]
Year = time.strftime('%Y', time.localtime(time.time()))
CopyrightInfo = 'Follow '+ LicenseFollow +' \n© '+ Year + ' ' + Owner + '\nVisit ' + Site
# Creative Commons的图标的Base64，两种配色：#00FFFF与#0000FF，分辨率125x125
CCLOGO = ['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', 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# 生成水印文字
def text2img(text, font_color="White", font_size=20):
# 字体(ttf/otf)，其他设置应注意路径
# 建议选择无版权免费商用字体
font = ImageFont.truetype(os.path.join(sys.path[0], '.', 'SourceHanSansCN-Medium.otf'), font_size)
# 多行文字处理
text = text.split('\n')
mark_width = 0
for i in range(len(text)):
(width, height) = font.getsize(text[i])
if mark_width < width:
mark_width = width
mark_height = height * len(text)
# 生成图片
mark = Image.new('RGBA', (mark_width, mark_height))
draw = ImageDraw.ImageDraw(mark, "RGBA")
for i in range(len(text)):
(width, height) = font.getsize(text[i])
draw.text((0, i*height), text[i], fill=font_color, font=font)
mark.save('i.tmp', 'png')
return Image.open('i.tmp')
# 输出CCLOGO Image对象
# ColorMode: Light/Dark
def CCLogoOutput(ColorMode):
LOGO = base64.b64decode(CCLOGO[ColorMode])
open('cc.tmp', 'wb').write(LOGO)
return Image.open('cc.tmp')
# 将两个图像排在一排
def Splicing2ImagesInRaw(img1, img2):
width = img1.width + img2.width + 10
if(img1.height > img2.height):
height = img1.height
else:
height = img2.height
target = Image.new('RGBA', (width, height))
target.paste(img1, (0,0))
target.paste(img2, (135,0))
# 缩放
#target = target.resize((int(width * zoom),int(height * zoom)), Image.ANTIALIAS)
return target
def getWatermark(mode):
return Splicing2ImagesInRaw(
CCLogoOutput(mode),
text2img(CopyrightInfo, font_color=Color[mode], font_size=40))
# 返回图片明暗程度（0-255）
def BrightnessDetect(img):
# 转换为灰度单通道
imgGray = img.convert('L')
# 裁剪 (左上x，左上y，右下x，右下y)
box = (0,0,int(imgGray.size[0]*0.33),int(imgGray.size[1]*0.33))
img = img.crop(box)
return ImageStat.Stat(imgGray).mean[0]
# 水印添加
# img 图片对象
# left 水印位于左
# top 水印位于上
def PutOnWatermark(img, left = True, top = True):
# 先取得一个水印样本
watermark = getWatermark(0)
p = img.width / watermark.width
watermark = watermark.resize((int(watermark.width * p * 0.25) , int(watermark.height * p * 0.25)))
if(left and top):
x = int(0.03125 * img.width)
y = int(0.03125 * img.height)
elif(left and not top):
x = int(0.03125 * img.width)
y = img.height - watermark.height - int(0.03125 * img.height)
elif(top and not left):
x = img.width - watermark.width - int(0.03125 * img.width)
y = int(0.03125 * img.height)
else:
x = img.width - watermark.width - int(0.03125 * img.width)
y = img.height - watermark.height - int(0.03125 * img.height)
box = (x, y, x + watermark.width, y + watermark.height)
# 水印模式：灰度>127使用深色水印，灰度<127使用浅色水印
watermarkmode = Light
imgsample = img.crop(box)
if(BrightnessDetect(imgsample) > 127):
watermarkmode = Dark
watermark = getWatermark(watermarkmode)
p = img.width / watermark.width
watermark = watermark.resize((int(watermark.width * p * 0.25) , int(watermark.height * p * 0.25)))
(r, g, b, a) = watermark.split()
img.paste(watermark, ( x, y), mask=a)
#return img
if __name__ == "__main__":
DEST = os.path.join(sys.path[0], destination_pic_dir)
# 受限于Git，上传时不会创建图片资源目录
try:
os.remove(DEST)
except:
pass
try:
os.mkdir(DEST)
except:
pass
# 直接转移不需要水印的图片站点静态文件目录下的postrc
#os.chdir(os.path.join(sys.path[0], '..','postrc_source', 'pure'))
for a in os.listdir(os.path.join(sys.path[0], '..','postrc_source', 'modify_needless')):
if(a.split('.')[-1] == 'webp'):
shutil.copy(os.path.join(sys.path[0], '..','postrc_source', 'modify_needless', a), DEST)
#r = Image.open(os.path.join(sys.path[0], '..','postrc_source', 'pure', a))
#while(r.size[0] > 2500 or r.size[1] > 2500):
# r = r.resize((int(r.size[0]*0.8), int(r.size[1]*0.8)))
#r.save(os.path.join(sys.path[0], destination_pic_dir, a))
print("PASS: "+ a)
#time.sleep(0.25)
else:
pass
for a in os.listdir(os.path.join(sys.path[0], '..','postrc_source', 'pure')):
if(a.split('.')[-1] == 'webp'):
#shutil.copy(os.path.join(sys.path[0], '..','postrc_source', 'pure', a), os.path.join(sys.path[0], destination_pic_dir))
r = Image.open(os.path.join(sys.path[0], '..','postrc_source', 'pure', a))
while(r.size[0] > 2500 or r.size[1] > 2500):
r = r.resize((int(r.size[0]*0.8), int(r.size[1]*0.8)))
r.save(os.path.join(sys.path[0], destination_pic_dir, a))
print("PASS: "+ a)
#time.sleep(0.25)
else:
pass
# 添加水印
# (todo: 多线程)
for a in os.listdir(os.path.join(sys.path[0], '..','postrc_source', 'watermark')):
if(a.split('.')[-1] == 'webp'):
t = Image.open(os.path.join(sys.path[0], source_pic_dir, a))
if(a.split('.')[1] != 'webp' and len(re.compile(r'0b..').findall(a.split('.')[1]))):
b = int(a.split('.')[1].split('0b')[1],2)
PutOnWatermark(t, bool(b >> 0b01), bool(b % 0b10))
else:
PutOnWatermark(t, True, True)
while(t.size[0] > 1920 or t.size[1] > 1080):
t = t.resize((int(t.size[0]*0.8), int(t.size[1]*0.8)))
try:
#webp.save_image(t, os.path.join(os.path.join(sys.path[0], destination_pic_dir, a)), quality=80)
t.save(os.path.join(os.path.join(sys.path[0], destination_pic_dir, a)))
except:
print('IGONRE: ' + a)
else:
print('PASS: '+a)
else:
print('IGONRE: '+ a)