微信表情包工具集

包含两个工具：基础版文字表情生成器 + Pro版（简笔画生成+图片处理）。

微信表情开放平台规范

安装依赖

pip install Pillow

工具一：文字表情生成器（sticker_maker.py）

启动

cd wechat-sticker-makerpython sticker_maker.py

功能

• 纯文字表情包生成（无需素材图片）
• 5种艺术字体风格：粗体、描边、阴影、气泡、像素
• 自定义文字颜色（10种预设 + 自定义取色器）
• 自定义背景颜色（8种预设 + 透明背景 + 自定义）
• 字号滑块实时调节（20-120px）
• 输入即预览，所见即所得
• 24个常用表情快捷文字按钮
• 单张保存为PNG
• 一键批量生成16张一套表情包
• 自动适配文字宽度（过长自动缩小）

使用步骤

1. 在左侧输入框输入表情文字（或点击快捷文字按钮）
2. 选择字体风格：粗体/描边/阴影/气泡/像素
3. 调节字号大小
4. 选择文字颜色和背景颜色
5. 右侧实时预览效果
6. 点击「保存当前」导出单张PNG
7. 点击「批量生成」一键生成16张一套表情包到指定目录

工具二：Pro版 - 简笔画生成 & 图片处理（sticker_pro.py）

启动

cd wechat-sticker-makerpython sticker_pro.py

功能概览

三个标签页：

Tab1：简笔画表情生成

预设动作（19种）

界面布局

• 上方：19个动作按钮以5列网格排列，点击高亮选中
• 中间：背景颜色选择条（10种预设色 + 自定义取色器）
• 下方左侧：260×260实时大图预览
• 下方右侧：批量缩略图网格（每行10个）

背景颜色

支持10种预设背景色：

也可点「自定义」打开取色器选择任意颜色。切换颜色后，预览会自动刷新。

操作流程

1. 点击动作按钮 → 左下方实时预览大图
2. 选择背景颜色 → 预览自动更新
3. 点击「👁 预览全部」→ 下方显示19张缩略图网格（不保存文件），可点击缩略图放大预览
4. 点击「📦 全部生成并保存」→ 选择目录 → 生成19张240×240 PNG + 显示缩略图

输出规格

• 内部渲染：480×480（高清）
• 导出尺寸：240×240（微信标准）
• 格式：PNG
• 命名：01_扶额.png、02_摊手.png...

Tab2：图片导入+加文字

操作流程

1. 点击「选择图片」→ 选择本地图片文件
2. 自动居中裁切为正方形 + 缩放到240×240
3. 在文字输入框填写底部标注文字
4. 点击「添加文字并保存」→ 选择保存路径

支持格式

PNG、JPG、JPEG、GIF、BMP、WEBP

文字效果

• 底部半透明黑色背景条 + 白色文字
• 自动居中

Tab3：批量处理

操作流程

1. 点击「选择输入文件夹」→ 选择包含图片的文件夹
2. 填写文字列表（逗号分隔），如：好的,收到,谢谢,哈哈,加油,晚安,摸鱼,干饭
3. 点击「开始批量处理」→ 选择输出目录
4. 自动处理所有图片：裁切+缩放+加文字+保存

处理规则

• 所有图片居中裁切为正方形
• 统一缩放到240×240
• 按文件名排序
• 文字列表按顺序对应每张图片
• 输出命名：sticker_01.png、sticker_02.png...

项目结构

wechat-sticker-maker/├── sticker_maker.py    # 基础版：纯文字表情生成器├── sticker_pro.py      # Pro版：简笔画生成 + 图片处理 + 批量└── README.md           # 本文档

技术栈

• Python 3.8+
• Tkinter（GUI界面）
• Pillow（图片渲染/处理）

导出后提交微信平台

1. 使用工具生成16或24张表情到一个文件夹
2. 登录 微信表情开放平台
3. 创建表情包 → 上传PNG文件
4. 填写表情包名称、简介、作者信息
5. 提交审核

常见问题

Q: 运行报错 ModuleNotFoundError: No module named 'PIL'

pip install Pillow

Q: 中文字体显示为方块

工具会按顺序尝试以下字体：微软雅黑粗体 → 微软雅黑 → 黑体 → 宋体。如果都找不到会用系统默认字体。确保Windows系统有中文字体即可。

Q: 生成的图片超过500KB

纯简笔画几乎不可能超过500KB。如果是导入高分辨率图片后超出，建议缩小原图或降低复杂度。

Q: 如何修改预设动作的文字列表

编辑 sticker_pro.py 中的 EXPRESSIONS 字典，可增减动作。每个动作包含：face（表情）、left_arm/right_arm（手臂）、body（身体姿态）、extras（装饰效果）。

"""微信表情包Pro工具 - 导入图片+加文字+批量处理+SVG简笔画生成功能：导入图片素材 → 裁切/缩放到240x240 → 加文字标注 → 导出SVG简笔画表情自动生成（火柴人/大头风格）批量处理整个文件夹实时预览 + 一键导出依赖: pip install Pillow cairosvg(cairosvg可选，没有则用Pillow直接渲染简笔画)"""import tkinter as tkfrom tkinter import ttk, filedialog, messagebox, colorchooserfrom PIL import Image, ImageDraw, ImageFont, ImageTkimport osimport mathimport random============ 常量 ============STICKER_SIZE = 240STICKER_SIZE_HD = 480============ SVG简笔画表情定义 ============每个表情由绘制指令组成：头部+身体+手臂+表情细节EXPRESSIONS = {"扶额": {"desc": "单手扶额，无奈表情","face": "sweat","left_arm": "forehead","right_arm": "down","body": "stand","extras": ["sweat_drop"]},"摊手": {"desc": "双手摊开，无奈","face": "flat","left_arm": "spread","right_arm": "spread","body": "stand","extras": []},"挠头": {"desc": "单手挠头，困惑","face": "confused","left_arm": "head_scratch","right_arm": "down","body": "stand","extras": ["question_mark"]},"双手合十": {"desc": "双手合十，求求了","face": "pleading","left_arm": "pray","right_arm": "pray","body": "stand","extras": ["sparkle"]},"原地打滚": {"desc": "躺地上打滚","face": "cry_laugh","left_arm": "up","right_arm": "up","body": "roll","extras": ["motion_lines"]},"探头偷看": {"desc": "从边缘探头","face": "sneaky","left_arm": "hide","right_arm": "hide","body": "peek","extras": []},"吃瓜": {"desc": "偷偷吃瓜看戏","face": "excited","left_arm": "hold","right_arm": "hold","body": "sit","extras": ["watermelon"]},"捂脸偷笑": {"desc": "双手捂脸偷笑","face": "laugh_hide","left_arm": "cover_face","right_arm": "cover_face","body": "stand","extras": []},}EXPRESSIONS.update({"竖大拇指": {"desc": "竖起大拇指嘲讽","face": "smirk","left_arm": "thumbs_up","right_arm": "down","body": "stand","extras": []},"摆烂瘫坐": {"desc": "瘫坐摆烂","face": "dead","left_arm": "limp","right_arm": "limp","body": "slump","extras": ["soul_out"]},"石化": {"desc": "原地石化","face": "shock","left_arm": "stiff","right_arm": "stiff","body": "stand","extras": ["crack_lines"]},"头顶冒黑线": {"desc": "无语黑线","face": "annoyed","left_arm": "down","right_arm": "down","body": "stand","extras": ["black_lines"]},"头顶爆炸": {"desc": "气到爆炸","face": "angry","left_arm": "fist","right_arm": "fist","body": "stand","extras": ["explosion"]},"流汗黄豆": {"desc": "尴尬流汗","face": "awkward","left_arm": "down","right_arm": "down","body": "stand","extras": ["big_sweat"]},"歪头疑惑": {"desc": "歪头问号","face": "confused","left_arm": "down","right_arm": "down","body": "tilt","extras": ["question_mark"]},"比耶敷衍": {"desc": "双手比耶","face": "flat","left_arm": "peace","right_arm": "peace","body": "stand","extras": []},"捂嘴憋笑": {"desc": "单手捂嘴偷笑","face": "hold_laugh","left_arm": "cover_mouth","right_arm": "down","body": "stand","extras": ["blush"]},"拍大腿狂笑": {"desc": "拍大腿笑","face": "rofl","left_arm": "slap_leg","right_arm": "slap_leg","body": "bend","extras": ["tears"]},"抱头崩溃": {"desc": "双手抱头崩溃","face": "despair","left_arm": "head_hold","right_arm": "head_hold","body": "crouch","extras": ["crack_lines"]},})class StickFigureRenderer:"""简笔画火柴人/大头表情渲染器"""def __init__(self, size=480):    self.size = size    self.line_width = max(4, size // 60)    self.bg_color = "#FFFFFF"def render(self, expression_key, text_label=""):    """渲染一个表情"""    expr = EXPRESSIONS.get(expression_key)    if not expr:        return self._render_default(text_label)    # 使用设定的背景色    bg = self.bg_color if self.bg_color else "#FFFFFF"    img = Image.new('RGBA', (self.size, self.size), bg)    draw = ImageDraw.Draw(img)    cx, cy = self.size // 2, self.size // 2    head_r = self.size // 5  # 大头    body_top = cy - head_r // 2    lw = self.line_width    # 根据body类型调整位置    body_type = expr.get("body", "stand")    head_cy = cy - head_r - 10    if body_type == "roll":        head_cy = cy + 20        self._draw_roll_body(draw, cx, cy, head_r, lw)    elif body_type == "peek":        cx = self.size // 3        head_cy = cy        self._draw_peek_body(draw, cx, head_cy, head_r, lw)    elif body_type == "sit":        head_cy = cy - head_r - 5        self._draw_sit_body(draw, cx, cy + head_r, head_r, lw)    elif body_type == "slump":        head_cy = cy        self._draw_slump_body(draw, cx, cy, head_r, lw)    elif body_type == "crouch":        head_cy = cy - head_r // 2        self._draw_crouch_body(draw, cx, cy + head_r // 2, head_r, lw)    elif body_type == "bend":        head_cy = cy - head_r        self._draw_bend_body(draw, cx, cy, head_r, lw)    elif body_type == "tilt":        head_cy = cy - head_r - 10        self._draw_stand_body(draw, cx, cy, head_r, lw)        # 歪头用旋转效果模拟    else:        head_cy = cy - head_r - 10        self._draw_stand_body(draw, cx, cy, head_r, lw)    # 画头（大圆）    draw.ellipse([cx - head_r, head_cy - head_r, cx + head_r, head_cy + head_r],                 outline="black", width=lw)    # 画表情    self._draw_face(draw, cx, head_cy, head_r, expr.get("face", "normal"), lw)    # 画手臂    arm_y = head_cy + head_r + 10    self._draw_arms(draw, cx, head_cy, arm_y, head_r, expr, lw)    # 画额外装饰    for extra in expr.get("extras", []):        self._draw_extra(draw, cx, head_cy, head_r, extra, lw)    # 底部文字标注    if text_label:        self._draw_label(draw, text_label)    return imgdef _draw_stand_body(self, draw, cx, cy, hr, lw):    """站立身体"""    body_top = cy + 5    body_bottom = cy + hr * 2    # 身体线    draw.line([cx, body_top, cx, body_bottom], fill="black", width=lw)    # 腿    draw.line([cx, body_bottom, cx - hr//2, body_bottom + hr], fill="black", width=lw)    draw.line([cx, body_bottom, cx + hr//2, body_bottom + hr], fill="black", width=lw)def _draw_roll_body(self, draw, cx, cy, hr, lw):    """打滚身体"""    # 横躺的身体    draw.line([cx - hr, cy + hr, cx + hr, cy + hr], fill="black", width=lw)    # 腿朝上    draw.line([cx + hr//2, cy + hr, cx + hr, cy + hr//2], fill="black", width=lw)    draw.line([cx + hr//2, cy + hr, cx + hr + 10, cy + hr + hr//2], fill="black", width=lw)def _draw_peek_body(self, draw, cx, cy, hr, lw):    """探头身体（大半被遮挡）"""    # 画一个竖线代表墙壁/遮挡物    wall_x = cx - hr - 20    draw.line([wall_x, 0, wall_x, self.size], fill="#999999", width=lw * 2)    # 只露出头和一只手    draw.line([cx, cy + hr, cx - hr//2, cy + hr * 2], fill="black", width=lw)def _draw_sit_body(self, draw, cx, body_y, hr, lw):    """坐姿"""    draw.line([cx, body_y, cx, body_y + hr], fill="black", width=lw)    # 盘腿    draw.arc([cx - hr//2, body_y + hr - 10, cx + hr//2, body_y + hr + hr//2],             0, 180, fill="black", width=lw)def _draw_slump_body(self, draw, cx, cy, hr, lw):    """瘫坐"""    body_y = cy + hr    draw.line([cx, body_y, cx, body_y + hr//2], fill="black", width=lw)    # 摊开的腿    draw.line([cx, body_y + hr//2, cx - hr, body_y + hr], fill="black", width=lw)    draw.line([cx, body_y + hr//2, cx + hr, body_y + hr], fill="black", width=lw)def _draw_crouch_body(self, draw, cx, body_y, hr, lw):    """蹲下"""    draw.line([cx, body_y, cx, body_y + hr//2], fill="black", width=lw)    draw.arc([cx - hr//3, body_y + hr//3, cx + hr//3, body_y + hr],             0, 180, fill="black", width=lw)def _draw_bend_body(self, draw, cx, cy, hr, lw):    """弯腰"""    body_top = cy + hr + 5    draw.line([cx, body_top, cx, body_top + hr], fill="black", width=lw)    # 弯腰腿    draw.line([cx, body_top + hr, cx - hr//3, body_top + hr * 2 - 20], fill="black", width=lw)    draw.line([cx, body_top + hr, cx + hr//3, body_top + hr * 2 - 20], fill="black", width=lw)def _draw_face(self, draw, cx, cy, hr, face_type, lw):    """画面部表情"""    eye_y = cy - hr // 5    eye_dist = hr // 3    eye_r = hr // 10    mouth_y = cy + hr // 4    if face_type == "sweat":        # 无奈微笑        draw.ellipse([cx - eye_dist - eye_r, eye_y - eye_r, cx - eye_dist + eye_r, eye_y + eye_r], fill="black")        draw.ellipse([cx + eye_dist - eye_r, eye_y - eye_r, cx + eye_dist + eye_r, eye_y + eye_r], fill="black")        draw.arc([cx - hr//4, mouth_y - 5, cx + hr//4, mouth_y + hr//5], 0, 180, fill="black", width=lw)    elif face_type == "flat":        # 面无表情        draw.line([cx - eye_dist - eye_r, eye_y, cx - eye_dist + eye_r, eye_y], fill="black", width=lw)        draw.line([cx + eye_dist - eye_r, eye_y, cx + eye_dist + eye_r, eye_y], fill="black", width=lw)        draw.line([cx - hr//5, mouth_y, cx + hr//5, mouth_y], fill="black", width=lw)    elif face_type == "confused":        # 困惑        draw.ellipse([cx - eye_dist - eye_r, eye_y - eye_r, cx - eye_dist + eye_r, eye_y + eye_r], fill="black")        draw.ellipse([cx + eye_dist - eye_r, eye_y - eye_r*2, cx + eye_dist + eye_r, eye_y], fill="black")        draw.arc([cx - hr//5, mouth_y, cx + hr//5, mouth_y + hr//5], 0, 180, fill="black", width=lw)    elif face_type == "pleading":        # 恳求（大眼水汪汪）        er = eye_r * 2        draw.ellipse([cx - eye_dist - er, eye_y - er, cx - eye_dist + er, eye_y + er], outline="black", width=lw)        draw.ellipse([cx + eye_dist - er, eye_y - er, cx + eye_dist + er, eye_y + er], outline="black", width=lw)        # 高光        draw.ellipse([cx - eye_dist - er//3, eye_y - er//2, cx - eye_dist, eye_y - er//4], fill="black")        draw.ellipse([cx + eye_dist - er//3, eye_y - er//2, cx + eye_dist, eye_y - er//4], fill="black")        draw.arc([cx - hr//4, mouth_y, cx + hr//4, mouth_y + hr//6], 0, 180, fill="black", width=lw)    elif face_type in ("cry_laugh", "rofl"):        # 笑哭        draw.arc([cx - eye_dist - eye_r*2, eye_y - eye_r, cx - eye_dist + eye_r*2, eye_y + eye_r*2], 0, 180, fill="black", width=lw)        draw.arc([cx + eye_dist - eye_r*2, eye_y - eye_r, cx + eye_dist + eye_r*2, eye_y + eye_r*2], 0, 180, fill="black", width=lw)        draw.arc([cx - hr//3, mouth_y - hr//8, cx + hr//3, mouth_y + hr//3], 0, 180, fill="black", width=lw+1)    elif face_type == "sneaky":        # 贼兮兮        draw.line([cx - eye_dist - eye_r, eye_y, cx - eye_dist + eye_r, eye_y - 3], fill="black", width=lw)        draw.line([cx + eye_dist - eye_r, eye_y - 3, cx + eye_dist + eye_r, eye_y], fill="black", width=lw)        draw.ellipse([cx - eye_dist - 2, eye_y, cx - eye_dist + 2, eye_y + 4], fill="black")        draw.ellipse([cx + eye_dist - 2, eye_y, cx + eye_dist + 2, eye_y + 4], fill="black")        draw.arc([cx - hr//6, mouth_y, cx + hr//6, mouth_y + hr//6], 0, 180, fill="black", width=lw)    elif face_type == "excited":        # 兴奋        draw.ellipse([cx - eye_dist - eye_r*2, eye_y - eye_r*2, cx - eye_dist + eye_r*2, eye_y + eye_r*2], fill="black")        draw.ellipse([cx + eye_dist - eye_r*2, eye_y - eye_r*2, cx + eye_dist + eye_r*2, eye_y + eye_r*2], fill="black")        draw.arc([cx - hr//3, mouth_y - hr//6, cx + hr//3, mouth_y + hr//4], 0, 180, fill="black", width=lw+1)    elif face_type in ("laugh_hide", "hold_laugh"):        # 偷笑        draw.arc([cx - eye_dist - eye_r*2, eye_y - eye_r, cx - eye_dist + eye_r*2, eye_y + eye_r*2], 0, 180, fill="black", width=lw)        draw.arc([cx + eye_dist - eye_r*2, eye_y - eye_r, cx + eye_dist + eye_r*2, eye_y + eye_r*2], 0, 180, fill="black", width=lw)    elif face_type == "smirk":        # 嘲讽笑        draw.ellipse([cx - eye_dist - eye_r, eye_y - eye_r, cx - eye_dist + eye_r, eye_y + eye_r], fill="black")        draw.line([cx + eye_dist - eye_r*2, eye_y, cx + eye_dist + eye_r*2, eye_y - 4], fill="black", width=lw)        draw.arc([cx - hr//5, mouth_y - hr//8, cx + hr//4, mouth_y + hr//6], 0, 180, fill="black", width=lw)    elif face_type == "dead":        # 死鱼眼        draw.line([cx - eye_dist - eye_r, eye_y - eye_r, cx - eye_dist + eye_r, eye_y + eye_r], fill="black", width=lw)        draw.line([cx - eye_dist + eye_r, eye_y - eye_r, cx - eye_dist - eye_r, eye_y + eye_r], fill="black", width=lw)        draw.line([cx + eye_dist - eye_r, eye_y - eye_r, cx + eye_dist + eye_r, eye_y + eye_r], fill="black", width=lw)        draw.line([cx + eye_dist + eye_r, eye_y - eye_r, cx + eye_dist - eye_r, eye_y + eye_r], fill="black", width=lw)        draw.arc([cx - hr//5, mouth_y, cx + hr//5, mouth_y + hr//6], 180, 360, fill="black", width=lw)    elif face_type == "shock":        # 震惊        draw.ellipse([cx - eye_dist - eye_r*2, eye_y - eye_r*2, cx - eye_dist + eye_r*2, eye_y + eye_r*2], outline="black", width=lw)        draw.ellipse([cx + eye_dist - eye_r*2, eye_y - eye_r*2, cx + eye_dist + eye_r*2, eye_y + eye_r*2], outline="black", width=lw)        draw.ellipse([cx - hr//8, mouth_y, cx + hr//8, mouth_y + hr//4], outline="black", width=lw)    elif face_type == "annoyed":        # 不爽        draw.line([cx - eye_dist - eye_r*2, eye_y - eye_r, cx - eye_dist + eye_r, eye_y + 2], fill="black", width=lw)        draw.line([cx + eye_dist - eye_r, eye_y + 2, cx + eye_dist + eye_r*2, eye_y - eye_r], fill="black", width=lw)        draw.ellipse([cx - eye_dist - 2, eye_y + 2, cx - eye_dist + 3, eye_y + 7], fill="black")        draw.ellipse([cx + eye_dist - 2, eye_y + 2, cx + eye_dist + 3, eye_y + 7], fill="black")        draw.arc([cx - hr//5, mouth_y + hr//8, cx + hr//5, mouth_y + hr//4], 180, 360, fill="black", width=lw)    elif face_type == "angry":        # 愤怒        draw.line([cx - eye_dist - eye_r*2, eye_y - eye_r*2, cx - eye_dist + eye_r, eye_y], fill="black", width=lw+1)        draw.line([cx + eye_dist - eye_r, eye_y, cx + eye_dist + eye_r*2, eye_y - eye_r*2], fill="black", width=lw+1)        draw.ellipse([cx - eye_dist - 3, eye_y, cx - eye_dist + 3, eye_y + 6], fill="black")        draw.ellipse([cx + eye_dist - 3, eye_y, cx + eye_dist + 3, eye_y + 6], fill="black")        draw.arc([cx - hr//4, mouth_y + hr//6, cx + hr//4, mouth_y + hr//3], 180, 360, fill="black", width=lw+1)    elif face_type == "awkward":        # 尴尬        draw.ellipse([cx - eye_dist - eye_r, eye_y - eye_r, cx - eye_dist + eye_r, eye_y + eye_r], fill="black")        draw.ellipse([cx + eye_dist - eye_r, eye_y - eye_r, cx + eye_dist + eye_r, eye_y + eye_r], fill="black")        draw.line([cx - hr//5, mouth_y + 5, cx + hr//5, mouth_y + 5], fill="black", width=lw)    elif face_type == "despair":        # 绝望        draw.ellipse([cx - eye_dist - eye_r*2, eye_y - eye_r, cx - eye_dist + eye_r*2, eye_y + eye_r*2], outline="black", width=lw)        draw.ellipse([cx + eye_dist - eye_r*2, eye_y - eye_r, cx + eye_dist + eye_r*2, eye_y + eye_r*2], outline="black", width=lw)        draw.arc([cx - hr//4, mouth_y + hr//8, cx + hr//4, mouth_y + hr//3], 180, 360, fill="black", width=lw)    else:        # 默认普通表情        draw.ellipse([cx - eye_dist - eye_r, eye_y - eye_r, cx - eye_dist + eye_r, eye_y + eye_r], fill="black")        draw.ellipse([cx + eye_dist - eye_r, eye_y - eye_r, cx + eye_dist + eye_r, eye_y + eye_r], fill="black")        draw.arc([cx - hr//4, mouth_y, cx + hr//4, mouth_y + hr//5], 0, 180, fill="black", width=lw)def _draw_arms(self, draw, cx, head_cy, arm_y, hr, expr, lw):    """画手臂"""    left = expr.get("left_arm", "down")    right = expr.get("right_arm", "down")    # 左臂    self._draw_single_arm(draw, cx, head_cy, arm_y, hr, left, -1, lw)    # 右臂    self._draw_single_arm(draw, cx, head_cy, arm_y, hr, right, 1, lw)def _draw_single_arm(self, draw, cx, head_cy, arm_y, hr, arm_type, side, lw):    """画单只手臂 side: -1左 1右"""    sx = cx  # 肩膀x    sy = arm_y  # 肩膀y    arm_len = hr    if arm_type == "down":        draw.line([sx, sy, sx + side * hr//2, sy + arm_len], fill="black", width=lw)    elif arm_type == "spread":        draw.line([sx, sy, sx + side * arm_len, sy + hr//3], fill="black", width=lw)    elif arm_type == "forehead":        # 手伸到额头        draw.line([sx, sy, sx + side * hr//3, head_cy - hr//3], fill="black", width=lw)        draw.ellipse([sx + side*hr//3 - 6, head_cy - hr//3 - 6, sx + side*hr//3 + 6, head_cy - hr//3 + 6], fill="black")    elif arm_type == "head_scratch":        draw.line([sx, sy, sx + side * hr//4, head_cy - hr + 5], fill="black", width=lw)    elif arm_type == "pray":        # 合十（两臂向中间）        draw.line([sx, sy, cx, sy - hr//3], fill="black", width=lw)    elif arm_type == "up":        draw.line([sx, sy, sx + side * hr//2, sy - arm_len], fill="black", width=lw)    elif arm_type == "hide":        pass  # 隐藏    elif arm_type == "hold":        draw.line([sx, sy, sx + side * hr//3, sy + hr//2], fill="black", width=lw)    elif arm_type == "cover_face":        draw.line([sx, sy, cx + side * hr//6, head_cy], fill="black", width=lw)        draw.ellipse([cx + side*hr//6 - 5, head_cy - 5, cx + side*hr//6 + 5, head_cy + 5], fill="black")    elif arm_type == "thumbs_up":        draw.line([sx, sy, sx + side * hr, sy - hr//3], fill="black", width=lw)        # 大拇指        ex = sx + side * hr        ey = sy - hr//3        draw.line([ex, ey, ex, ey - hr//4], fill="black", width=lw + 2)    elif arm_type == "limp":        draw.line([sx, sy, sx + side * hr//2, sy + hr//2], fill="black", width=lw)    elif arm_type == "stiff":        draw.line([sx, sy, sx + side * hr//2, sy + 5], fill="black", width=lw)    elif arm_type == "fist":        draw.line([sx, sy, sx + side * hr//2, sy - hr//3], fill="black", width=lw)        ex = sx + side * hr//2        ey = sy - hr//3        draw.ellipse([ex - 6, ey - 6, ex + 6, ey + 6], fill="black")    elif arm_type == "peace":        draw.line([sx, sy, sx + side * hr * 2//3, sy - hr//4], fill="black", width=lw)        ex = sx + side * hr * 2//3        ey = sy - hr//4        draw.line([ex, ey, ex - 5, ey - 15], fill="black", width=lw)        draw.line([ex, ey, ex + 5, ey - 15], fill="black", width=lw)    elif arm_type == "cover_mouth":        draw.line([sx, sy, cx, head_cy + hr//3], fill="black", width=lw)        draw.ellipse([cx - 6, head_cy + hr//3 - 4, cx + 6, head_cy + hr//3 + 4], fill="black")    elif arm_type == "slap_leg":        draw.line([sx, sy, sx + side * hr//3, sy + hr * 2//3], fill="black", width=lw)    elif arm_type == "head_hold":        draw.line([sx, sy, cx + side * hr//4, head_cy - hr//2], fill="black", width=lw)def _draw_extra(self, draw, cx, head_cy, hr, extra_type, lw):    """画装饰效果"""    if extra_type == "sweat_drop":        # 汗滴        sx = cx + hr + 5        sy = head_cy - hr//2        draw.polygon([(sx, sy - 10), (sx - 5, sy + 5), (sx + 5, sy + 5)], fill="#4488ff")    elif extra_type == "question_mark":        font = self._get_font(hr//2)        draw.text((cx + hr + 5, head_cy - hr), "?", fill="black", font=font)    elif extra_type == "sparkle":        for dx, dy in [(-hr-10, -hr//2), (hr+10, -hr//2), (0, -hr-10)]:            x, y = cx + dx, head_cy + dy            draw.line([x-5, y, x+5, y], fill="#FFD700", width=2)            draw.line([x, y-5, x, y+5], fill="#FFD700", width=2)    elif extra_type == "motion_lines":        for i in range(3):            y = head_cy + hr + 10 + i * 12            draw.line([cx - hr - 20, y, cx - hr - 5, y], fill="#999", width=2)            draw.line([cx + hr + 5, y, cx + hr + 20, y], fill="#999", width=2)    elif extra_type == "watermelon":        # 简笔西瓜        wy = head_cy + hr * 2 + 20        draw.arc([cx - 20, wy - 15, cx + 20, wy + 15], 180, 360, fill="#22aa22", width=lw)        draw.chord([cx - 18, wy - 13, cx + 18, wy + 5], 180, 360, fill="#ff4444", outline="#22aa22", width=2)    elif extra_type == "black_lines":        # 头顶黑线        for i in range(3):            x = cx - 15 + i * 15            draw.line([x, head_cy - hr - 5, x, head_cy - hr - 25], fill="black", width=2)    elif extra_type == "explosion":        # 爆炸效果        top_y = head_cy - hr - 10        points = []        for i in range(8):            angle = i * (360 / 8)            r_out = hr // 2 + 10            r_in = hr // 4            r = r_out if i % 2 == 0 else r_in            px = cx + int(r * math.cos(math.radians(angle)))            py = top_y - 20 + int(r * math.sin(math.radians(angle)))            points.append((px, py))        draw.polygon(points, outline="black", width=2)    elif extra_type == "big_sweat":        sx = cx + hr        sy = head_cy - hr//3        draw.ellipse([sx, sy, sx + 15, sy + 20], fill="#66aaff", outline="#4488dd", width=1)    elif extra_type == "crack_lines":        # 裂纹效果        for _ in range(4):            x1 = cx + random.randint(-hr, hr)            y1 = head_cy + hr + random.randint(10, hr)            draw.line([x1, y1, x1 + random.randint(-10, 10), y1 + random.randint(10, 20)],                     fill="#999", width=1)    elif extra_type == "soul_out":        # 灵魂出窍        draw.arc([cx - 10, head_cy - hr - 40, cx + 10, head_cy - hr - 10],                0, 360, fill="#cccccc", width=1)        draw.text((cx - 5, head_cy - hr - 35), "~", fill="#ccc")    elif extra_type == "blush":        # 腮红        draw.ellipse([cx - hr//2 - 10, head_cy + hr//6, cx - hr//2 + 10, head_cy + hr//4 + 5],                    fill="#ffaaaa")        draw.ellipse([cx + hr//2 - 10, head_cy + hr//6, cx + hr//2 + 10, head_cy + hr//4 + 5],                    fill="#ffaaaa")    elif extra_type == "tears":        # 眼泪        draw.line([cx - hr//3, head_cy, cx - hr//3 - 5, head_cy + hr//2], fill="#4488ff", width=2)        draw.line([cx + hr//3, head_cy, cx + hr//3 + 5, head_cy + hr//2], fill="#4488ff", width=2)def _draw_label(self, draw, text):    """底部文字"""    font = self._get_font(self.size // 16)    bbox = draw.textbbox((0, 0), text, font=font)    tw = bbox[2] - bbox[0]    x = (self.size - tw) // 2    y = self.size - self.size // 8    draw.text((x, y), text, fill="black", font=font)def _get_font(self, size):    paths = ["C:/Windows/Fonts/msyhbd.ttc", "C:/Windows/Fonts/msyh.ttc",             "C:/Windows/Fonts/simhei.ttf", "/System/Library/Fonts/PingFang.ttc"]    for p in paths:        if os.path.exists(p):            try:                return ImageFont.truetype(p, size)            except:                continue    return ImageFont.load_default()def _render_default(self, text):    img = Image.new('RGBA', (self.size, self.size), (255, 255, 255, 255))    draw = ImageDraw.Draw(img)    font = self._get_font(self.size // 6)    draw.text((self.size//4, self.size//3), text or "?", fill="black", font=font)    return img============ 图片处理工具 ============class ImageProcessor:"""图片导入+加文字+裁切工具"""@staticmethoddef load_and_resize(filepath, size=STICKER_SIZE):    """加载图片并裁切为正方形"""    img = Image.open(filepath).convert('RGBA')    # 居中裁切为正方形    w, h = img.size    s = min(w, h)    left = (w - s) // 2    top = (h - s) // 2    img = img.crop((left, top, left + s, top + s))    img = img.resize((size, size), Image.LANCZOS)    return img@staticmethoddef add_text(img, text, position="bottom", text_color="#FFFFFF",             bg_color="#000000AA", font_size=28):    """给图片添加文字标注"""    draw = ImageDraw.Draw(img)    paths = ["C:/Windows/Fonts/msyhbd.ttc", "C:/Windows/Fonts/msyh.ttc",             "C:/Windows/Fonts/simhei.ttf"]    font = ImageFont.load_default()    for p in paths:        if os.path.exists(p):            try:                font = ImageFont.truetype(p, font_size)                break            except:                continue    bbox = draw.textbbox((0, 0), text, font=font)    tw = bbox[2] - bbox[0]    th = bbox[3] - bbox[1]    w, h = img.size    if position == "bottom":        x = (w - tw) // 2        y = h - th - 16        # 半透明背景条        overlay = Image.new('RGBA', img.size, (0, 0, 0, 0))        od = ImageDraw.Draw(overlay)        od.rectangle([0, y - 8, w, h], fill=(0, 0, 0, 140))        img = Image.alpha_composite(img, overlay)        draw = ImageDraw.Draw(img)        draw.text((x, y), text, fill=text_color, font=font)    elif position == "top":        x = (w - tw) // 2        y = 10        draw.text((x, y), text, fill=text_color, font=font)    elif position == "center":        x = (w - tw) // 2        y = (h - th) // 2        draw.text((x, y), text, fill=text_color, font=font)    return img@staticmethoddef batch_process(folder_path, output_folder, text_list=None, size=STICKER_SIZE):    """批量处理文件夹中的图片"""    os.makedirs(output_folder, exist_ok=True)    supported = ('.png', '.jpg', '.jpeg', '.gif', '.bmp', '.webp')    files = [f for f in os.listdir(folder_path) if f.lower().endswith(supported)]    files.sort()    results = []    for i, filename in enumerate(files):        filepath = os.path.join(folder_path, filename)        img = ImageProcessor.load_and_resize(filepath, size)        # 如果有对应文字则加上        if text_list and i < len(text_list):            img = ImageProcessor.add_text(img, text_list[i])        output_path = os.path.join(output_folder, f"sticker_{i+1:02d}.png")        img.save(output_path, "PNG", optimize=True)        results.append(output_path)    return results============ GUI主程序 ============class StickerProApp:def init(self, root):self.root = rootself.root.title("微信表情包Pro - 简笔画生成 & 图片处理")self.root.geometry("1200x800")self.root.configure(bg="#f0f0f0")    self.renderer = StickFigureRenderer(STICKER_SIZE_HD)    self.current_images = {}    self.tk_thumbs = []    self._current_expr_key = None    self.bg_color_var = "#FFFFFF"    self._build_ui()def _build_ui(self):    """构建界面"""    # 顶部    header = tk.Frame(self.root, bg="#2c3e50", height=48)    header.pack(fill=tk.X)    header.pack_propagate(False)    tk.Label(header, text="微信表情包Pro工具", font=("Microsoft YaHei", 13, "bold"),             bg="#2c3e50", fg="white").pack(side=tk.LEFT, padx=16, pady=10)    # Notebook标签页    notebook = ttk.Notebook(self.root)    notebook.pack(fill=tk.BOTH, expand=True, padx=8, pady=8)    # Tab1: 简笔画生成    tab1 = tk.Frame(notebook, bg="#ffffff")    notebook.add(tab1, text="  简笔画表情生成  ")    self._build_stickfigure_tab(tab1)    # Tab2: 图片处理    tab2 = tk.Frame(notebook, bg="#ffffff")    notebook.add(tab2, text="  图片导入+加文字  ")    self._build_image_tab(tab2)    # Tab3: 批量处理    tab3 = tk.Frame(notebook, bg="#ffffff")    notebook.add(tab3, text="  批量处理  ")    self._build_batch_tab(tab3)def _build_stickfigure_tab(self, parent):    """简笔画表情生成标签页 - 网格布局"""    # 上方：表情动作网格 + 背景色选择    top_area = tk.Frame(parent, bg="#ffffff")    top_area.pack(fill=tk.X, padx=16, pady=(16, 8))    # 标题行    title_row = tk.Frame(top_area, bg="#ffffff")    title_row.pack(fill=tk.X, pady=(0, 10))    tk.Label(title_row, text="选择表情动作", font=("Microsoft YaHei", 11, "bold"),             bg="#ffffff").pack(side=tk.LEFT)    tk.Button(title_row, text="📦 全部生成并保存", font=("Microsoft YaHei", 10),             bg="#27ae60", fg="white", relief=tk.FLAT, cursor="hand2",             command=self._generate_all).pack(side=tk.RIGHT, padx=4)    tk.Button(title_row, text="👁 预览全部", font=("Microsoft YaHei", 10),             bg="#3498db", fg="white", relief=tk.FLAT, cursor="hand2",             command=self._preview_all).pack(side=tk.RIGHT, padx=4)    # 表情动作网格（5列）    grid_frame = tk.Frame(top_area, bg="#ffffff")    grid_frame.pack(fill=tk.X)    self.expr_buttons = {}    cols = 5    for i, (key, val) in enumerate(EXPRESSIONS.items()):        btn = tk.Button(grid_frame, text=key, font=("Microsoft YaHei", 9),                       bg="#f5f5f5", fg="#333", relief=tk.GROOVE, cursor="hand2",                       width=8, height=2,                       command=lambda k=key: self._preview_expression(k))        btn.grid(row=i // cols, column=i % cols, padx=4, pady=4, sticky="ew")        self.expr_buttons[key] = btn    for c in range(cols):        grid_frame.columnconfigure(c, weight=1)    # 背景颜色选择行    bg_row = tk.Frame(top_area, bg="#ffffff")    bg_row.pack(fill=tk.X, pady=(12, 0))    tk.Label(bg_row, text="背景颜色:", font=("Microsoft YaHei", 10),             bg="#ffffff").pack(side=tk.LEFT, padx=(0, 8))    self.bg_color_var = "#FFFFFF"    bg_colors = [        ("#FFFFFF", "白色"), ("#FFE135", "柠檬黄"), ("#FF6B6B", "珊瑚红"),        ("#4ECDC4", "薄荷绿"), ("#45B7D1", "天空蓝"), ("#FFEAA7", "奶油黄"),        ("#DDA0DD", "淡紫"), ("#FFB6C1", "粉色"), ("#98FB98", "浅绿"),        ("#F0F0F0", "浅灰"),    ]    self.bg_btn_refs = []    for color, name in bg_colors:        btn = tk.Button(bg_row, bg=color, width=3, height=1, relief=tk.FLAT,                       cursor="hand2", highlightthickness=2, highlightbackground="#ddd",                       command=lambda c=color: self._set_sticker_bg(c))        btn.pack(side=tk.LEFT, padx=2)        self.bg_btn_refs.append((btn, color))    tk.Button(bg_row, text="自定义", font=("Microsoft YaHei", 8), relief=tk.FLAT,             bg="#f0f0f0", cursor="hand2",             command=self._pick_sticker_bg).pack(side=tk.LEFT, padx=8)    # 当前选中颜色指示    self.bg_indicator = tk.Label(bg_row, text="● 白色", font=("Microsoft YaHei", 9),                                  bg="#ffffff", fg="#666")    self.bg_indicator.pack(side=tk.LEFT, padx=8)    # 分隔线    ttk.Separator(parent, orient="horizontal").pack(fill=tk.X, padx=16, pady=8)    # 下方：预览区    bottom_area = tk.Frame(parent, bg="#f8f9fa")    bottom_area.pack(fill=tk.BOTH, expand=True, padx=16, pady=(0, 16))    # 预览左侧：大图    preview_left = tk.Frame(bottom_area, bg="#f8f9fa")    preview_left.pack(side=tk.LEFT, padx=(16, 24), pady=16)    tk.Label(preview_left, text="实时预览", font=("Microsoft YaHei", 10),             bg="#f8f9fa", fg="#666").pack(anchor="w", pady=(0, 6))    self.sticker_canvas = tk.Canvas(preview_left, width=260, height=260, bg="#ffffff",                                     highlightthickness=1, highlightbackground="#ccc")    self.sticker_canvas.pack()    self.sticker_info = tk.Label(preview_left, text="← 点击上方表情动作查看预览",                                  font=("Microsoft YaHei", 9), bg="#f8f9fa", fg="#999")    self.sticker_info.pack(pady=(8, 0))    # 预览右侧：缩略图网格    preview_right = tk.Frame(bottom_area, bg="#f8f9fa")    preview_right.pack(side=tk.LEFT, fill=tk.BOTH, expand=True, padx=8, pady=16)    tk.Label(preview_right, text="批量生成预览", font=("Microsoft YaHei", 10),             bg="#f8f9fa", fg="#666").pack(anchor="w", pady=(0, 6))    self.thumb_frame = tk.Frame(preview_right, bg="#f8f9fa")    self.thumb_frame.pack(fill=tk.BOTH, expand=True)def _set_sticker_bg(self, color):    """设置简笔画背景色"""    self.bg_color_var = color    # 更新指示文字    color_names = {"#FFFFFF": "白色", "#FFE135": "柠檬黄", "#FF6B6B": "珊瑚红",                   "#4ECDC4": "薄荷绿", "#45B7D1": "天空蓝", "#FFEAA7": "奶油黄",                   "#DDA0DD": "淡紫", "#FFB6C1": "粉色", "#98FB98": "浅绿", "#F0F0F0": "浅灰"}    name = color_names.get(color, color)    self.bg_indicator.config(text=f"● {name}")    # 高亮选中按钮    for btn, c in self.bg_btn_refs:        if c == color:            btn.config(highlightbackground="#333", relief=tk.SUNKEN)        else:            btn.config(highlightbackground="#ddd", relief=tk.FLAT)    # 如果当前有预览则刷新    if hasattr(self, '_current_expr_key') and self._current_expr_key:        self._preview_expression(self._current_expr_key)def _pick_sticker_bg(self):    """自定义背景色"""    color = colorchooser.askcolor(title="选择背景颜色", initialcolor=self.bg_color_var)    if color[1]:        self._set_sticker_bg(color[1])def _build_image_tab(self, parent):    """图片导入标签页"""    tk.Label(parent, text="导入图片 → 裁切为240×240 → 添加文字 → 导出",             font=("Microsoft YaHei", 10), bg="#ffffff", fg="#666").pack(padx=12, pady=12)    ctrl = tk.Frame(parent, bg="#ffffff")    ctrl.pack(fill=tk.X, padx=12)    tk.Button(ctrl, text="选择图片", font=("Microsoft YaHei", 10),             bg="#3498db", fg="white", relief=tk.FLAT, cursor="hand2",             command=self._import_image).pack(side=tk.LEFT, padx=4)    tk.Label(ctrl, text="底部文字:", bg="#ffffff", font=("Microsoft YaHei", 9)).pack(side=tk.LEFT, padx=(16, 4))    self.img_text_entry = tk.Entry(ctrl, font=("Microsoft YaHei", 11), width=15)    self.img_text_entry.pack(side=tk.LEFT, padx=4)    self.img_text_entry.insert(0, "好的")    tk.Button(ctrl, text="添加文字并保存", font=("Microsoft YaHei", 10),             bg="#27ae60", fg="white", relief=tk.FLAT, cursor="hand2",             command=self._save_with_text).pack(side=tk.LEFT, padx=8)    # 预览    self.img_preview_canvas = tk.Canvas(parent, width=240, height=240, bg="#eeeeee",                                         highlightthickness=1, highlightbackground="#ddd")    self.img_preview_canvas.pack(pady=16)    self.imported_img = Nonedef _build_batch_tab(self, parent):    """批量处理标签页"""    tk.Label(parent, text="批量导入图片文件夹 → 全部裁切为240×240 → 可选加文字 → 导出",             font=("Microsoft YaHei", 10), bg="#ffffff", fg="#666").pack(padx=12, pady=12)    ctrl = tk.Frame(parent, bg="#ffffff")    ctrl.pack(fill=tk.X, padx=12)    tk.Button(ctrl, text="选择输入文件夹", font=("Microsoft YaHei", 10),             bg="#3498db", fg="white", relief=tk.FLAT, cursor="hand2",             command=self._batch_select_input).pack(side=tk.LEFT, padx=4)    self.batch_input_label = tk.Label(ctrl, text="未选择", bg="#ffffff", fg="#999",                                       font=("Microsoft YaHei", 9))    self.batch_input_label.pack(side=tk.LEFT, padx=8)    ctrl2 = tk.Frame(parent, bg="#ffffff")    ctrl2.pack(fill=tk.X, padx=12, pady=8)    tk.Label(ctrl2, text="文字列表(逗号分隔，可为空):", bg="#ffffff",             font=("Microsoft YaHei", 9)).pack(anchor="w")    self.batch_text_entry = tk.Entry(ctrl2, font=("Microsoft YaHei", 10), width=50)    self.batch_text_entry.pack(fill=tk.X, pady=4)    self.batch_text_entry.insert(0, "好的,收到,谢谢,哈哈,加油,晚安,摸鱼,干饭")    tk.Button(ctrl2, text="开始批量处理", font=("Microsoft YaHei", 11),             bg="#e74c3c", fg="white", relief=tk.FLAT, cursor="hand2",             command=self._batch_run).pack(pady=12)    self.batch_result = tk.Label(parent, text="", bg="#ffffff", fg="#333",                                  font=("Microsoft YaHei", 9))    self.batch_result.pack(padx=12)# ============ 事件处理 ============def _preview_expression(self, key):    """预览简笔画表情"""    self._current_expr_key = key    # 高亮当前选中的表情按钮    for k, btn in self.expr_buttons.items():        if k == key:            btn.config(bg="#3498db", fg="white")        else:            btn.config(bg="#f5f5f5", fg="#333")    # 渲染时使用选择的背景色    self.renderer.bg_color = self.bg_color_var    img = self.renderer.render(key, key)    # 缩小显示    display = img.resize((260, 260), Image.LANCZOS)    self.tk_preview = ImageTk.PhotoImage(display)    self.sticker_canvas.delete("all")    self.sticker_canvas.create_image(130, 130, image=self.tk_preview)    self.sticker_info.config(text=f"● {key} - {EXPRESSIONS[key]['desc']}")def _generate_all(self):    """生成全部简笔画表情并保存"""    folder = filedialog.askdirectory(title="选择保存目录")    if not folder:        return    # 清除旧缩略图    for w in self.thumb_frame.winfo_children():        w.destroy()    self.tk_thumbs = []    self.renderer.bg_color = self.bg_color_var    count = 0    row_frame = None    for i, (key, val) in enumerate(EXPRESSIONS.items()):        # HD渲染再缩小        img_hd = self.renderer.render(key, key)        img_out = img_hd.resize((STICKER_SIZE, STICKER_SIZE), Image.LANCZOS)        filepath = os.path.join(folder, f"{i+1:02d}_{key}.png")        img_out.save(filepath, "PNG", optimize=True)        count += 1        # 缩略图        if i % 10 == 0:            row_frame = tk.Frame(self.thumb_frame, bg="#f8f9fa")            row_frame.pack(fill=tk.X, pady=2)        thumb = img_hd.resize((48, 48), Image.LANCZOS)        tk_thumb = ImageTk.PhotoImage(thumb)        self.tk_thumbs.append(tk_thumb)        lbl = tk.Label(row_frame, image=tk_thumb, bg="#f8f9fa", relief=tk.GROOVE)        lbl.pack(side=tk.LEFT, padx=2, pady=2)    messagebox.showinfo("完成", f"已生成 {count} 张简笔画表情包\n保存到: {folder}\n尺寸: 240×240px")def _preview_all(self):    """预览全部19张表情缩略图（不保存文件）"""    for w in self.thumb_frame.winfo_children():        w.destroy()    self.tk_thumbs = []    self.renderer.bg_color = self.bg_color_var    row_frame = None    for i, (key, val) in enumerate(EXPRESSIONS.items()):        img_hd = self.renderer.render(key, key)        if i % 10 == 0:            row_frame = tk.Frame(self.thumb_frame, bg="#f8f9fa")            row_frame.pack(fill=tk.X, pady=2)        thumb = img_hd.resize((56, 56), Image.LANCZOS)        tk_thumb = ImageTk.PhotoImage(thumb)        self.tk_thumbs.append(tk_thumb)        lbl = tk.Label(row_frame, image=tk_thumb, bg="#ffffff", relief=tk.GROOVE,                      cursor="hand2")        lbl.pack(side=tk.LEFT, padx=3, pady=3)        lbl.bind("<Button-1>", lambda e, k=key: self._preview_expression(k))def _import_image(self):    """导入图片"""    filepath = filedialog.askopenfilename(        filetypes=[("图片文件", "*.png *.jpg *.jpeg *.gif *.bmp *.webp")])    if not filepath:        return    self.imported_img = ImageProcessor.load_and_resize(filepath, STICKER_SIZE)    display = self.imported_img.copy()    self.tk_img_preview = ImageTk.PhotoImage(display)    self.img_preview_canvas.delete("all")    self.img_preview_canvas.create_image(120, 120, image=self.tk_img_preview)def _save_with_text(self):    """保存加文字后的图片"""    if not self.imported_img:        messagebox.showwarning("提示", "请先导入图片")        return    text = self.img_text_entry.get().strip()    img = self.imported_img.copy()    if text:        img = ImageProcessor.add_text(img, text)    filepath = filedialog.asksaveasfilename(        defaultextension=".png", filetypes=[("PNG", "*.png")],        initialfile=f"sticker_{text}.png")    if filepath:        img.save(filepath, "PNG", optimize=True)        messagebox.showinfo("成功", f"已保存: {filepath}")def _batch_select_input(self):    """选择批量输入文件夹"""    folder = filedialog.askdirectory(title="选择图片文件夹")    if folder:        self.batch_input_folder = folder        count = len([f for f in os.listdir(folder) if f.lower().endswith(('.png','.jpg','.jpeg','.gif','.webp'))])        self.batch_input_label.config(text=f"{folder} ({count}张图片)")def _batch_run(self):    """执行批量处理"""    if not hasattr(self, 'batch_input_folder'):        messagebox.showwarning("提示", "请先选择输入文件夹")        return    output = filedialog.askdirectory(title="选择输出目录")    if not output:        return    text_str = self.batch_text_entry.get().strip()    text_list = [t.strip() for t in text_str.split(",")] if text_str else None    results = ImageProcessor.batch_process(self.batch_input_folder, output, text_list)    self.batch_result.config(text=f"✅ 完成！处理 {len(results)} 张图片，保存到: {output}")    messagebox.showinfo("完成", f"批量处理完成\n共 {len(results)} 张\n输出目录: {output}")def main():root = tk.Tk()app = StickerProApp(root)root.mainloop()if name == 'main':main()