图片查看器-Python-tkinter

文章目录

    • 功能分析
    • 设计思路
      • 运行逻辑:

        • ==1.== 初始界面

        • ==2.== 浏览界面
    • 代码实现
      • 初始界面
      • 浏览界面
      • 各小功能具体实现



功能分析

功能分析
1 图片浏览
2 图像缩放
3 图像旋转
4 切换浏览
5 拖拽查看

设计思路

设计思路概要
图像处理 PILLOW库实现
UI界面 自带tkinter库来实现
具体功能实现
打开图像
即获取图像路径信息
tkinter的filedialog、os库等
图像显示 tkinter的Label控件
缩放 PILLOW的resize
旋转 PILLOW的rotate
另存为 PILLOW的save
切换浏览 更新路径即可
from tkinter import Tk, Label, Button, Frame, Menu
from tkinter.filedialog import askopenfilename, asksaveasfilename
from os import listdir, mkdir, remove
from os.path import split as path_split
from os.path import exists
from PIL.Image import open as imread
from PIL.ImageTk import PhotoImage
from tkinter.messagebox import showinfo, askyesno
from base64 import b64decode

运行逻辑:


1. 初始界面

  • 完成初始图像信息获取
  • 同步获取该路径下所有可能的图像的信息,供之后切换浏览使用
    图片查看器-Python-tkinter_第1张图片


2. 浏览界面

  • 浏览、缩放、切换等基础功能及图标铺排
  • 菜单栏提供:打开、另存为、删除等功能
  • 部分功能加入->鼠标右键菜单
  • 部分功能关联键盘或鼠标
    图片查看器-Python-tkinter_第2张图片

代码实现

from tkinter import Tk, Label, Button, Frame, Menu
from tkinter.filedialog import askopenfilename, asksaveasfilename
from os import listdir, mkdir, remove
from os.path import split as path_split
from os.path import exists
from PIL.Image import open as imread
from PIL.ImageTk import PhotoImage
from tkinter.messagebox import showinfo, askyesno
from base64 import b64decode
  • 初始界面

class one():
    def __init__(self):
        self.root = Tk()
        self.root.geometry('900x740+100+40')
        self.root.title('图片查看器')
        self.choose = Button(self.root,
                             text='选择要浏览的图像',
                             font=30,
                             relief='groove',
                             bg='#e6e6e6', bd=8,
                             command=self.openfile_tomwindow,
                             )
        self.choose.pack(expand='yes', anchor='center', )

        self.root.mainloop()

    def openfile_tomwindow(self):
        pass

图片查看器-Python-tkinter_第3张图片
按钮的openfile_tomwindow() 回调函数。

  • (塑料英语 open file to main window.打开文件+跳转主窗口)
  • 根据之前分析,还应该完成当前路径下所有图像路径的采集;
  • 而且还要搭建出“图片浏览的器”的使用框架。也就是主界面的搭建。
def openfile_tomwindow(self):
    img_path = askopenfilename(
        title='请选择图片文件',
        # 筛选常见图片文件
        filetypes=[('图片', '.jpg .png .gif .bmp .jpeg')],
        )
    if img_path and img_path.endswith(('.jpg', '.png', '.gif', '.jpeg', '.bmp')):
        self.path = img_path
        self.dir = path_split(self.path)[0]
        self.get_imgs()
        self.choose.destroy()
        self.main_window()

这里打了一个太极。先调用self.get_imgs() 函数获取了路径下的图像,而后再调用self.main_window() 跳转到主窗口。

  • get_imgs() 需要依赖 self.dir 参数。即目标文件路径
# 获取图片路径后,制作图片路径集,存于self.imgs 中
def get_imgs(self):
    # 定义一个小函数,判断是否是图片
    def is_pic(path):
        if path.endswith(('.gif', '.jpg', '.jpeg', '.png', '.bmp')):
            return True
        else:
            return False
    files = [self.dir + f'/{name}' for name in listdir(self.dir)]
    self.imgs = list(filter(is_pic, files))
    self.all_imgs = len(self.imgs)
  • 浏览界面

def main_window(self):
	# 进入主界面之前先准备参数
    self.do_params()
    #----------顶部菜单栏--------
    self.mnu = Menu(self.root)
    filemenu = Menu(self.mnu, tearoff=0)
    self.mnu.add_cascade(label='文件', menu=filemenu)
    filemenu.add_command(label='打开', command=self.openfile)
    filemenu.add_command(label='另存为', command=self.save_im)
    filemenu.add_command(label='删除文件', command=self.del_im)
    othermenu = Menu(self.mnu, tearoff=0)
    self.mnu.add_cascade(label='其它', menu=othermenu)
    othermenu.add_command(label='function1', command=self.function1)
    othermenu.add_command(label='function2', command=self.function2)
    # 放置菜单栏
    self.root.config(menu=self.mnu)
   
    # 设置窗口最小尺寸限制
    self.root.minsize(900, int(self.size[1]*self.upper)+60)
    
    # 调用show函数显示图像
    self.show()

    # 缩放控件布置
    fram1 = Frame(self.root)
    self.bgr = imread(self.pics_path[2])
    self.bgr = PhotoImage(self.bgr)
    bgger = Button(fram1,
                   image=self.bgr,
                   relief='flat',
                   command=lambda: self.chg_size(1))
    bgger.grid(row=0, column=4)
    for i in range(1, 10, 2):
        Button(fram1, width=12, state='disabled', relief='flat').grid(row=0, column=i)
    self.sml = imread(self.pics_path[3])
    self.sml = PhotoImage(self.sml)
    smller = Button(fram1,
                    image=self.sml,
                    relief='flat',
                    command=lambda: self.chg_size(0))
    smller.grid(row=0, column=6)
    
    # 逆时针旋转按键布置
    self.nsz = imread(self.pics_path[4])
    self.nsz = PhotoImage(self.nsz)
    n_rtate = Button(fram1,
                     image=self.nsz,
                     relief='flat',
                     command=lambda: self.rotate_p(0))
    n_rtate.grid(row=0, column=2)
    
    # 顺时针旋转按键布置
    self.ssz = imread(self.pics_path[5])
    self.ssz = PhotoImage(self.ssz)
    s_rtate = Button(fram1,
                     image=self.ssz,
                     relief='flat',
                     command=lambda: self.rotate_p(1))
    s_rtate.grid(row=0, column=8)
    
    # 切换
    # 上一张 按键布置
    self.pre_pic = imread(self.pics_path[6])
    self.pre_pic = PhotoImage(self.pre_pic)
    prev = Button(fram1,
                  image=self.pre_pic,
                  relief='flat',
                  command=lambda: self.turn_page(0))
    prev.grid(row=0, column=0)
    
    # 下一张 按键布置
    self.next_p = imread(self.pics_path[7])
    self.next_p = PhotoImage(self.next_p)
    next = Button(fram1,
                  image=self.next_p,
                  relief='flat',
                  command=lambda: self.turn_page(1))
    next.grid(row=0, column=10)
    fram1.pack(in_=self.root, side='bottom',)
几点说明
do_parmas()函数 做一些数据准备:原图像尺寸的等参数获取、转换为tkinter可用对象等
show() 完成图像显示以及顺手进行一波按键绑定
Button控件 image参数。可理解为按键的图标(事先准备好的)
command参数/属性。回调函数-根据相应的按键对图像状态更新并显示。

选择一张图后,便可以进入如下的浏览界面。
图片查看器-Python-tkinter_第4张图片
PS: 关于图标部分。事先P好的文件。当然得做一些处理才能用【详见完整代码】
图片查看器-Python-tkinter_第5张图片


  • 各小功能具体实现

  到这里,已经完成了框架的搭建。接下来要做的就是,在各个部件上加入所需要的功能函数/编写回调函数。以及细节优化。

from tkinter import Tk, Label, Button, Frame, Menu
from tkinter.filedialog import askopenfilename, asksaveasfilename
from os import listdir, mkdir, remove
from os.path import split as path_split
from os.path import exists
from PIL.Image import open as imread
from PIL.ImageTk import PhotoImage
from tkinter.messagebox import showinfo, askyesno
from base64 import b64decode
  1. do_params()【获取初始数据】
# 根据self.path 来更新当前图像参数
# 更换图像、打开图像时需要用到
def do_params(self):
    self.source_img = imread(self.path)
    self.size = self.source_img.size
    # 用来判断 刷新显示前 是否改变了图像大小
    self.change_size = True
    # 图片相对于源图的缩放比例
    self.upper = 440/self.size[1]
    if (self.size[0] * self.upper) > 800:
        self.upper = 800/self.size[0]
    new_size = (int(self.size[0] * self.upper), int(self.size[1] * self.upper))
    self.img = self.source_img.resize(new_size)
    self.im = PhotoImage(self.img)
  1. show() 函数【按键绑定与图像显示】
    # 需要依赖 self.im
    def show(self, mouse_move=None):
        # 更改界面标题为图像路径
        self.root.title(f'{self.path}{self.size[0]}x{self.size[1]}】')
        self.lab = Label(self.root, bg='#BCBCBC')
        self.lab['image'] = self.im
        # 绑定鼠标滚轮,通过函数 mousewhl 来获取滚动状态(向前/向后)并判断缩放
        self.lab.bind('', self.mousewhl)
        # 键盘左右键绑定翻页
        self.lab.bind('', lambda event: self.turn_page(0))
        self.lab.bind('', lambda ev: self.turn_page(1))
        self.lab.focus_set()
        # 鼠标右键菜单栏
        self.lab.bind('', self.mouse_mnu)
        # self.lab.bind('', self.smaller)
        # 鼠标拖动 按下左键拖动
        #self.lab.bind('', self.pt)

        # 通过按下鼠标左键并拖动来更新图像位置【拖动图像】
        # 目前还没找到实现接口 {self.lab 当前(初始)放置坐标(左上角 x,y ) }
        if mouse_move:
            self.lab.place(x=mouse_move[0],
                           y=mouse_move[1])
        else:
            self.lab.pack(anchor='center', expand='yes', fill='both')#,fill='both'
  1. 翻页、旋转、缩放
# 翻页
def turn_page(self, norp):
    # next or previous
    index = self.imgs.index(self.path)
    # 默认下一张
    new_index = (index + 1) % self.all_imgs
    if not norp:
        if not index:
            new_index = self.all_imgs - 1
        else:
            new_index = (index - 1) % self.all_imgs
    self.path = self.imgs[new_index]
    self.source_img.close()
    self.img.close()
    self.do_params()
    self.lab.destroy()
    self.show()
    
# 旋转
def rotate_p(self, direction):
    angle = 90
    # direction = 1:顺时针;否则逆时针
    if direction:
        angle = -90
    self.source_img = self.source_img.rotate(angle, expand=True)
    self.size = self.source_img.size
    self.img = self.img.rotate(angle, expand=True)
    self.im = PhotoImage(self.img)
    self.lab.destroy()
    self.show()


# 图像尺寸改变
# 需要改变、保留 self.img--旋转时需要用到
def chg_size(self, bors):
    # bigger or smaller
    if_chg = 0
    if (self.upper > .1) and (not bors):
        if_chg = 1
        self.upper -= .1
    elif (self.upper < 8) and bors:
        if_chg = 1
        self.upper += .15
    if if_chg:
        new_size = (int(self.size[0]*self.upper), int(self.size[1]*self.upper))
        self.img = self.source_img.resize(new_size)
        self.im = PhotoImage(self.img)
        self.lab.destroy()
        self.show()
  1. 鼠标右键菜单栏
# 鼠标右键菜单栏
def mouse_mnu(self, event):
    self.mmnu = Menu(self.root, tearoff=0)
    otherf = Menu(self.mmnu, tearoff=0)
    self.mmnu.add_command(label='打开', command=self.openfile)
    self.mmnu.add_command(label='另存为', command=self.save_im)
    self.mmnu.add_command(label='删除文件', command=self.del_im)
    self.mmnu.add_cascade(label='其它操作', menu=otherf)
    otherf.add_command(label='function1', command=self.function1)
    otherf.add_command(label='function2', command=self.function2)
    self.mmnu.post(x=event.x_root, y=event.y_root)
  1. 打开、删除
# 从菜单打开图片 的回调函数
def openfile(self):
    img_path = askopenfilename(
        title='请选择图片文件',
        # 筛选常见图片文件
        filetypes=[('图片', '.jpg .png .gif .bmp .jpeg')],
    )
    if img_path and img_path.endswith(('.jpg', '.png', '.gif', '.jpeg', '.bmp')):
        self.path = img_path
        self.dir = path_split(self.path)[0]
        self.get_imgs()
        self.lab.destroy()
        self.do_params()
        self.show()

# 删除图像
def del_im(self):
    if askyesno('确认', '是否彻底删除该图片?'):
        out_path = self.path
        self.turn_page(1)
        self.imgs.pop(self.imgs.index(out_path))
        self.all_imgs -= 1
        remove(out_path)
        showinfo('完毕', '图片已彻底删除')

完整的初始化函数:

  • 这里为了打包事先把图标文件转换为2进制形式存于代码中,代码运行的时候,会先判断图标文件是否存在,若是不存在,将会将代码中的二进制图标写入内存中以供使用。【图标数据如下】
bgr_gif = "R0lGODlhMgAyAJEAAAAAAP///1paWv///yH/C05FVFNDQVBFMi4wAwEAAAAh+QQFAAADACwAAAAAMgAyAAACyJyPqcvtD6Nsoto7s7q8Cz15Igc+42mVDMp+KnJu42uIkK16mQ7yspvwhUgLYtAo6ayQMKbJWYMOlMPUEnOtVK1F6o/7xB5xY7CD2TJLv8BpGrwut99wcVh7oOOjZopdP2d39kcnl+TEwtY2KNgk5XXTyPco6Scp5NjHqOlWCRnxObmXOXoIdRkKmmpZqbpKGncX+pYDmFhie9uTG1Ob1tn7EixKRuM6bCxbnLw5wxyJ8gyNLK2IWS23jA37uh29zRoLfg3eBVYAADs="
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    # 初始化参数
    # 获取需要展示的图片路径并判断是否合法
    # 合法则获取目标路径,并提取图片列表-->刷新到显示界面
    def __init__(self):
        pics = [tul_ico, fst_gif, bgr_gif, sml_gif, nsz_gif, ssz_gif, pre_gif, nxt_gif]
        self.pics_path = ['pics' + f'/{name}'
                     for name in ['tul.ico', 'fst.gif', 'bgr.gif',
                                  'sml.gif', 'nsz.gif', 'ssz.gif', 'pre.gif', 'nxt.gif']
                     ]
        if not exists('pics'):
            mkdir('pics')
        for i in range(len(self.pics_path)):
            if exists(self.pics_path[i]):
                continue
            else:
                with open(self.pics_path[i], 'wb') as f:
                    f.write(b64decode(pics[i]))
                    f.close()
        self.path = None
        self.dir = None
        # 图片地址集合
        self.imgs = None
        # 当前文件夹内总图数
        self.all_imgs = 0
        # 源图
        self.source_img = None
        # 是否改变图像大小标志
        self.change_size = None
        # 当前源图尺寸(可能有旋转
        self.size = None
        # 当前图片缩放比例
        self.upper = None

        self.root = Tk()
        self.root.iconbitmap(self.pics_path[0])
        self.root.geometry('900x740+100+40')
        self.root.title('图片查看器')
        fst = imread(self.pics_path[1])
        self.fst = PhotoImage(fst)
        self.choose = Button(self.root,
                             image=self.fst,
                             relief='groove',
                             bg='#e6e6e6', bd=8,
                             command=self.openfile_tomwindow,
                             )
        self.choose.pack(expand='yes', anchor='center', )

        self.root.mainloop()

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