该软件使用python写的，可以提取像素点的坐标还有也能获取像素点的16进制数据RGB565和RGB888(RGB888仅最新的源码才支持)，可以单点坐标也可以按键坐标，甚至可以使用简单的左右键配合使用，自动复制到粘贴板，如果图片太大或者太小，也支持图片缩小放大，但是软件会对像素进行处理不建议这么干。
该软件支持现有常用格式的bmp、jpg、gif和png等格式，也可以自定义xy复制到粘贴板的比例。
程序已经打包成exe文件可直接双击运行
如果需要自己修改，使用pyinstaller -F -w 指令来完成打包
打包步骤是打开cmd窗口，输入：pip install pyinstaller（安装pyinstaller，已经安装可跳过）
其他第三方库安装命令：
安装opencv ： pip install opencv-python
安装pillow：pip install pillow
安装ny库：pip install numpy
安装pyperclip库：pip install pyperclip
然后输入pyinstaller -F -w 【文件路径】
例如：pyinstaller -F -w C:\\Users\MSN\Desktop\11\PythonApplication1.py
如果openCV无法打包则可以尝试使用此指令：pyinstaller -F -w C:\\Users\MSN\Desktop\11\ImageToolsv1.8.py --hidden-import opencv-python
也可以参考此链接Python PyInstaller安装和使用教程（详解版） ()
运行平台已经测试过win7,win8,win10,Win11都能运行（V1.7版本以下，V1.9以上可能需要单独下载各自系统的exe文件）
以下是最新完整工程源码和exe执行文件链接（最新更新.12.28）：
像素点坐标提取源码/Python提取图片坐标/Python图片坐标获取源码-Python文档类资源
最新打包好的最新的exe，更好的GUI布局，支持窗口自由放大缩小（最新更新.12.28）:
Python图片像素点坐标提取工具/Python提取图片坐标软件/迪文图片坐标获取工具
在后面的版本中有些第三方库存在系统兼容性问题，因此对windows各版本单独生成了独立的exe可执行文件，在以下的百度网盘链接中，源码维持不变
exe文件在以下链接(推荐上面的下载方式支持开源，或者点赞评论不做白嫖怪)（.04.05做出修改）：
百度网盘链接：/s/1aoE8RcjAgMZQ7BJ9zaKe1Q?pwd=a8b1
提取码：a8b1
相比于第一版，后期更新支持如下
1、支持RGB888和RGB565
2、支持图片自由放大缩小（快捷键ctrl+鼠标滚轮）
3、新增图片复位
4、最大化不会gui布局错误
5、修复部分bug
6、图片放大缩小算法由近邻法修改为面积插值法
如有相关问题可联系：QQ:1257784610
以下是最新更新展示
通过此处可修改开的图片格式
自动获取功能：
鼠标左键单击： 单点坐标
鼠标左键按下移动： 按键坐标
鼠标滚轮单击： 像素颜色
鼠标右键按下并移动： 切图坐标
按键坐标就是一个矩形坐标：（左上角X坐标，左上角Y坐标，右下角X坐标，右下Y坐标）
切图坐标就是一个矩形坐标+放的坐标：（左上角X坐标，左上角Y坐标，右下角X坐标，右下Y坐标，左上角X坐标，左上角Y坐标）（此功能适合嵌入式贴图编程）
单点坐标就是一个点坐标：（X坐标，Y坐标）
Ctrl+鼠标上下滚轮可以缩小放大图片
像素颜色是16进制的RGB565和RGB888，默认是RGB565
自动复制是指操作后坐标数据自动拷贝到粘贴板上
转换系数是指：比如我需要把800*600的图坐标放大为1024*768，就往里面输入1024/768 = 1.28，输入1.28并且点击设置xy系数就能获取比例放大的坐标信息，注意这个不会修改图片的任何信息，要保持原来的就输入1，算法是：显示的X坐标 = 获取的X坐标*X比例系数
例如：800 * 1.28 = 1024
把自动获取取消后，单击就是对应的坐标
软件也支持图片快捷键ctrl+鼠标滚轮进行缩小放大，但是不建议缩太小和放太大，除非你的电脑配置顶天，同时此功能会影响最大像素值的大小，放大缩小越多，误差会越大，请慎重使用
下面的都是源码（旧源码），但是由于时间仓促并没有对代码进行整理，不然的话可以更简洁，由于工作使用的都是C语言，因此代码逻辑很像C语言，如果哪天我有空我会对代码进行整理，编译软件我用的是微软的VS，也可以使用Python 3.10版本的IDLE进行编程以下是代码所需的库，有特殊需求的可以自己修改源码
最新的源码可以自己去上面的链接中获取，如果不用RGB888的话，旧版的也够用了
以下是代码所需库
from asyncio.windows_events import NULLimport tkinter as tkimport pyperclipfrom PIL import Imagefrom PIL import ImageTkfrom tkinter import filedialogimport sys
以下是程序所需宏定义，像素数单双都行
sys.setrecursionlimit(100000) #设置递归深度#像素数必须为双数Start_x = 1Start_y = 1End_x = 2End_y = 2YRadioVar = 1.0000XRadioVar = 1.0000Image
以下是Python新增创建组件和窗口的代码
ws = tk.Tk()ws.title('Guides QQ:1257784610')ws.geometry('1100x700+888+444')pw1=tk.PanedWindow(ws,orient=tk.HORIZONTAL,width = 100,height = 100,sashrelief='groove') # 创建横向分割面板pw1.pack(fill=tk.BOTH,expand=True) # 尺寸扩展到整个窗体frame = tk.Frame(pw1 ,width = 900,height = 700)ws.update_idletasks()get_fp = filedialog.askopenfilename(filetypes = [("BMP",".bmp"),("PNG",".png"), ("GIF",".gif"),("JPG",".jpg")])ws.title('Guides QQ:1257784610 '+str(get_fp))image = Image.open(get_fp)#获取图片像素点大小high = image.height #高度width = image.width #宽度#print(high,width)if (high%2) != 0:high = high-1if (width%2) != 0:width = width-1canvas=tk.Canvas(frame,bg='#4A7A8C',width=100,height=100,scrollregion=(2,2,width+3,high+3)# 2改为0会导致光标和画布有点偏移，取消滚动功能就正常)canvas.imagecolor = image.convert('RGB')canvas.src_strlist = canvas.imagecolor.load()R,G,B = canvas.src_strlist[1, 1]px = str(hex((R>>3)<<11 | (G>>2)<<5 | B>>3))#垂直vertibar=tk.Scrollbar(frame,orient=tk.VERTICAL)vertibar.pack(side=tk.RIGHT,fill=tk.Y)vertibar.config(command=canvas.yview)#水平horibar=tk.Scrollbar( frame,orient=tk.HORIZONTAL)horibar.pack(side=tk.BOTTOM,fill=tk.X)horibar.config(command=canvas.xview)canvas.config(xscrollcommand=horibar.set, yscrollcommand=vertibar.set)canvas.img_avatar = ImageTk.PhotoImage(image)#imgLabel = tk.Label(frame ,image = photo)#imgLabel.pack()tk.canvasimage = canvas.create_image(float(width/2)+2,float(high/2)+2 , image=canvas.img_avatar ) #此处加2是为了全部显示tk.rectangle1 = canvas.create_rectangle(0, 0 , 1 , 1 , outline = "red")canvas.bind("<B1-Motion>" , B1_Motion)#鼠标事件canvas.bind("<B3-Motion>" , B3_Motion)#鼠标事件canvas.bind("<Button-1>" , Mouse_dowm)#鼠标事件canvas.bind("<Button-3>" , Mouse_RIGHT_dowm)#鼠标事件canvas.bind("<Button-2>" , Mouse_Middle_dowm)#鼠标事件#ws.bind("<Configure>", adjust_scrollregion)canvas.pack(expand=True,side=tk.LEFT,fill=tk.BOTH)####################################################v = tk.IntVar()v.set(5)v1 = tk.IntVar()v1.set(1)Coordinate = tk.StringVar()Xradio1 = tk.StringVar()Yradio1 = tk.StringVar()pw2=tk.PanedWindow(pw1,orient=tk.VERTICAL,width = 100,height = 100,sashrelief='groove')#pw2.pack(fill=tk.BOTH,expand=True) # 尺寸扩展到整个窗体frame1 = tk.Frame(pw2)frame2 = tk.Frame(pw2)textLabel = tk.Label(frame1 ,text = '出现BUG请重启')textLabel.grid(column = 0 , row = 0)Coordinateout = tk.Entry(frame1 , width = 30 , text = Coordinate , state = "readonly" , exportselection = 1)Coordinateout.grid(column = 0 , row = 1)LANGS= [("按键坐标" , 1),("切图坐标" , 2),("单点坐标" , 3),("像素颜色" , 4),("自动获取" , 5)]for lang ,num in LANGS:b= tk.Radiobutton(frame2 , text = lang , variable = v , value = num )b.pack(fill =tk.X)button6 = tk.Button(frame2 , text = "打开图片" , command = OpenPicture)button6.pack()button7 = tk.Checkbutton(frame2 , text = "自动复制" , variable= v1)button7.pack()tk.Label(frame2 , text = '请输入X转换系数，默认为1').pack()X_Radio = tk.Entry(frame2 , width = 20 , textvariable = 1, text = Xradio1 , exportselection = 1)X_Radio.pack()Xradio1.set(1)tk.Label(frame2 , text = '请输入Y转换系数，默认为1').pack()Y_Radio = tk.Entry(frame2 , width = 20 , textvariable = 1,text = Yradio1 , exportselection = 1)Y_Radio.pack()Yradio1.set(1)button8 = tk.Button(frame2 , text = "设置XY系数" , command = XYRadio_Set)button8.pack()#######################################################pw1.add(frame) # pw1加入fr1组件pw1.add(pw2) # pw1加入pw2组件pw2.add(frame1) # pw2加入fr2组件pw2.add(frame2) # pw2加入fr3组件ws.mainloop()
以下是鼠标左键按下滑动事件调用的回调函数代码
def B1_Motion(event):global End_xglobal End_yradioup , raduodown = vertibar.get() radioxleft , radioxright = horibar.get()#End_x,End_y = ((canvas.canvasx(event.x)+width * radioxleft)-2 ), ((canvas.canvasx(event.y) + high * radioup)-2) #-2才是对上像素End_x,End_y = ((event.x+width * radioxleft)-2 ), ((event.y + high * radioup)-2) #-2才是对上像素#canvas.delete(tk.ALL)if End_x<0 :End_x = 0;if End_y <0:End_y = 0;if End_x > width :End_x = width;if End_y > high:End_y = high;canvas.delete(tk.rectangle1) tk.rectangle1 = canvas.create_rectangle(Start_x+2, Start_y+2 , End_x +2, End_y +2, outline = "red")#矫正显示矩形刚好对上光标if v.get() == 1 or v.get() == 5:result = str(int(Start_x*XRadioVar))+','+str(int(Start_y*YRadioVar))+','+str(int(End_x*XRadioVar))+','+str(int(End_y*YRadioVar))Coordinate.set(str(result))if v1.get() == 1:pyperclip.copy(result)elif v.get() == 2:result = str(int(Start_x*XRadioVar))+','+str(int(Start_y*YRadioVar))+','+str(int(End_x*XRadioVar))+','+str(int(End_y*YRadioVar))+','+str(int(Start_x*XRadioVar))+','+str(int(Start_y*YRadioVar))Coordinate.set(str(result))if v1.get() == 1:pyperclip.copy(result)canvas.update()
以下是鼠标右键按下滑动事件调用的回调函数代码
def B3_Motion(event):global End_xglobal End_yradioup , raduodown = vertibar.get() radioxleft , radioxright = horibar.get()#End_x,End_y = ((canvas.canvasx(event.x)+width * radioxleft)-2 ), ((canvas.canvasx(event.y) + high * radioup)-2) #-2才是对上像素End_x,End_y = ((event.x+width * radioxleft)-2 ), ((event.y + high * radioup)-2) #-2才是对上像素if End_x<0 :End_x = 0;if End_y <0:End_y = 0;if End_x > width :End_x = width;if End_y > high:End_y = high;canvas.delete(tk.rectangle1) tk.rectangle1 = canvas.create_rectangle(Start_x+2, Start_y+2 , End_x +2, End_y +2, outline = "red")#矫正显示矩形刚好对上光标result = str(int(Start_x*XRadioVar))+','+str(int(Start_y*YRadioVar))+','+str(int(End_x*XRadioVar))+','+str(int(End_y*YRadioVar))+','+str(int(Start_x*XRadioVar))+','+str(int(Start_y*YRadioVar))Coordinate.set(str(result))if v1.get() == 1:pyperclip.copy(result)'''canvas.src_strlist = canvas.imagecolor.load()R,G,B = canvas.src_strlist[End_x, End_y]px = str(hex((R>>3)<<11 | (G>>2)<<5 | B>>3))Coordinate.set(px)print(px)'''canvas.update()
以下是鼠标左键按下事件调用的回调函数代码
def Mouse_dowm(event):global Start_xglobal Start_yradioup , raduodown = vertibar.get() radioxleft , radioxright = horibar.get()Start_x,Start_y = ((event.x+width * radioxleft)-2 ), ((event.y + high * radioup)-2)#canvas.create_oval(x1 , y1, x2, y2, fill = "red")if Start_x<0 :Start_x = 0;if Start_y <0:Start_y = 0;if Start_x > width :Start_x = width;if Start_y > high:Start_y = high;result = str(int(Start_x*XRadioVar))+','+str(int(Start_y*YRadioVar))if v.get() == 3 or v.get() == 5:Coordinate.set(str(result))if v1.get() == 1:pyperclip.copy(result)elif v.get() == 4 :if Start_x<width and Start_y<high:canvas.src_strlist = canvas.imagecolor.load()R,G,B = canvas.src_strlist[Start_x, Start_y]px = str(hex((R>>3)<<11 | (G>>2)<<5 | B>>3))Coordinate.set(px)if v1.get() == 1:pyperclip.copy(px)canvas.update()
以下是鼠标滚轮键按下事件调用的回调函数代码
def Mouse_Middle_dowm(event):global Start_xglobal Start_yradioup , raduodown = vertibar.get() radioxleft , radioxright = horibar.get()Start_x,Start_y = ((event.x+width * radioxleft)-2 ), ((event.y + high * radioup)-2)#canvas.create_oval(x1 , y1, x2, y2, fill = "red")if Start_x<0 :Start_x = 0;if Start_y <0:Start_y = 0;if Start_x > width :Start_x = width;if Start_y > high:Start_y = high;if Start_x<width and Start_y<high:canvas.src_strlist = canvas.imagecolor.load()R,G,B = canvas.src_strlist[Start_x, Start_y]px = str(hex((R>>3)<<11 | (G>>2)<<5 | B>>3))Coordinate.set(px)if v1.get() == 1:pyperclip.copy(px)canvas.update()
以下是鼠标右键按下事件调用的回调函数代码
def Mouse_RIGHT_dowm(event):global Start_xglobal Start_yradioup , raduodown = vertibar.get() radioxleft , radioxright = horibar.get()Start_x,Start_y = ((event.x+width * radioxleft)-2 ), ((event.y + high * radioup)-2)#canvas.create_oval(x1 , y1, x2, y2, fill = "red")if Start_x<0 :Start_x = 0;if Start_y <0:Start_y = 0;if Start_x> width :Start_x = width;if Start_y > high:Start_y = high;result = str(int(Start_x*XRadioVar))+','+str(int(Start_y*YRadioVar))Coordinate.set(str(result))canvas.update()
以下是打开图片路径并读取调用的回调函数代码
def OpenPicture():global highglobal widthglobal Rglobal Gglobal Bglobal px#canvas.delete(tk.canvasimage)get_fp = filedialog.askopenfilename(filetypes = [("BMP",".bmp"),("PNG",".png"), ("GIF",".gif"),("JPG",".jpg")])image = Image.open(get_fp)ws.title('Guides QQ:1257784610 '+str(get_fp))#获取图片像素点大小high = image.height #高度width = image.width #宽度#canvas.delete("all")#print(high,width)if (high%2) != 0:high = high-1if (width%2) != 0:width = width-1canvas.img_avatar = ImageTk.PhotoImage(image)canvas.imagecolor = image.convert('RGB')canvas.config(width=100,height=100,scrollregion=(2,2,width+3,high+3) ) # 2改为0会导致光标和画布有点偏移，取消滚动功能就正常 ,此为画布元祖坐标，这里重定画布大小)tk.canvasimage = canvas.create_image(float(width/2)+2,float(high/2)+2 , image=canvas.img_avatar ) #此处加2是为了全部显示#canvas.after(image=photo)#canvas.configure(image = photo)canvas.itemconfig(tk.canvasimage, image=canvas.img_avatar)canvas.update()return
以下是XY坐标按键系数调用回调函数代码
def XYRadio_Set():global YRadioVarglobal XRadioVarXRadioVar = float(X_Radio.get())YRadioVar = float(Y_Radio.get())
最新源码在此全部粘贴
from asyncio.windows_events import NULLimport tkinter as tkimport cv2 as cvimport numpy as npimport pyperclipfrom PIL import Imagefrom PIL import ImageTkfrom tkinter import filedialogimport syssys.setrecursionlimit(100000) #设置递归深度class Callback():def __init__(self):self.image = NULLself.Start_x = 1self.Start_y = 1self.End_x = 2self.End_y = 2self.high = 0self.width = 0self.px = NULLself.get_fp = NULLself.R = 0self.G = 0self.B = 0self.rectangle1 = NULLself.YRadioVar = 1.0000self.XRadioVar = 1.0000self.zoomRadioVar = 1.0000self.Win_height = 700self.Win_width = 1100self.Win_heightbuffer = 700self.Win_widthbuffer = 1100self.YSetRadioVar = 1.0000self.XSetRadioVar = 1.0000def Mouse_Left_dowm(self,event):radioup , raduodown = vertibar.get() radioxleft , radioxright = horibar.get()self.Start_x,self.Start_y = ((event.x+self.width * radioxleft) -2), ((event.y + self.high * radioup)-2)#canvas.create_oval(x1 , y1, x2, y2, fill = "red")if self.Start_x<0 :self.Start_x = 0;if self.Start_y <0:self.Start_y = 0;if self.Start_x > self.width :self.Start_x = self.width;if self.Start_y > self.high:self.Start_y = self.high;result = str(int(self.Start_x*self.XRadioVar))+','+str(int(self.Start_y*self.YRadioVar))if v.get() == 3 or v.get() == 5:Coordinate.set(str(result))if v1.get() == 1:pyperclip.copy(result)elif v.get() == 4 :if self.Start_x<self.width and self.Start_y<self.high:#canvas.src_strlist = canvas.imagecolor.load()#self.R,self.G,self.B = canvas.src_strlist[self.Start_x, self.Start_y]self.R,self.G,self.B = self.image.getpixel((self.Start_x,self.Start_y))if RGB888Flag.get() == 1:self.px = str(hex((self.R<<16) | (self.G<<8)| self.B))else :self.px = str(hex((self.R>>3)<<11 | (self.G>>2)<<5 | self.B>>3))Coordinate.set(self.px)if v1.get() == 1:pyperclip.copy(self.px)returndef Mouse_Middle_dowm(self,event):radioup , raduodown = vertibar.get() radioxleft , radioxright = horibar.get()self.Start_x,self.Start_y = ((event.x+self.width * radioxleft)-2), ((event.y + self.high * radioup)-2)#canvas.create_oval(x1 , y1, x2, y2, fill = "red")if self.Start_x<0 :self.Start_x = 0;if self.Start_y <0:self.Start_y = 0;if self.Start_x > self.width :self.Start_x = self.width;if self.Start_y > self.high:self.Start_y = self.high;if self.Start_x<self.width and self.Start_y<self.high:self.R,self.G,self.B = self.image.getpixel((self.Start_x,self.Start_y))if RGB888Flag.get() == 1:self.px = str(hex((self.R<<16) | (self.G<<8)| self.B))else :self.px = str(hex((self.R>>3)<<11 | (self.G>>2)<<5 | self.B>>3))Coordinate.set(self.px)if v1.get() == 1:pyperclip.copy(self.px)returndef Mouse_RIGHT_dowm(self,event):radioup , raduodown = vertibar.get() radioxleft , radioxright = horibar.get()self.Start_x,self.Start_y = ((event.x+self.width * radioxleft)-2 ), ((event.y + self.high * radioup)-2)#canvas.create_oval(x1 , y1, x2, y2, fill = "red")if self.Start_x<0 :self.Start_x = 0;if self.Start_y <0:self.Start_y = 0;if self.Start_x> self.width :self.Start_x = self.width;if self.Start_y > self.high:self.Start_y = self.high;result = str(int(self.Start_x*self.XRadioVar))+','+str(int(self.Start_y*self.YRadioVar))Coordinate.set(str(result))returndef B1MotionEvent(self,event):radioup , raduodown = vertibar.get() radioxleft , radioxright = horibar.get()#self.End_x,self.End_y = ((canvas.canvasx(event.x)+self.width * radioxleft)-2 ), ((canvas.canvasx(event.y) + self.high * radioup)-2) #-2才是对上像素self.End_x,self.End_y = ((event.x+self.width * radioxleft)-2 ), ((event.y + self.high * radioup)-2) #-2才是对上像素#canvas.delete(tk.ALL)if self.End_x<0 :self.End_x = 0;if self.End_y <0:self.End_y = 0;if self.End_x > self.width :self.End_x = self.width;if self.End_y > self.high:self.End_y = self.high;canvas.delete(self.rectangle1) self.rectangle1 = canvas.create_rectangle(self.Start_x, self.Start_y , self.End_x , self.End_y , outline = "red")if v.get() == 1 or v.get() == 5:result = str(int(self.Start_x*self.XRadioVar))+','+str(int(self.Start_y*self.YRadioVar))+','+str(int(self.End_x*self.XRadioVar))+','+str(int(self.End_y*self.YRadioVar))Coordinate.set(str(result))if v1.get() == 1:pyperclip.copy(result)elif v.get() == 2:result = str(int(self.Start_x*self.XRadioVar))+','+str(int(self.Start_y*self.YRadioVar))+','+str(int(self.End_x*self.XRadioVar))+','+str(int(self.End_y*self.YRadioVar))+','+str(int(self.Start_x*self.XRadioVar))+','+str(int(self.Start_y*self.YRadioVar))Coordinate.set(str(result))if v1.get() == 1:pyperclip.copy(result)'''canvas.src_strlist = canvas.imagecolor.load()self.R,self.G,self.B = canvas.src_strlist[self.End_x, self.End_y]self.px = str(hex((self.R>>3)<<11 | (self.G>>2)<<5 | self.B>>3))Coordinate.set(self.px)print(self.px)'''returndef B3MotionEvent(self,event):radioup , raduodown = vertibar.get() radioxleft , radioxright = horibar.get()#self.End_x,self.End_y = ((canvas.canvasx(event.x)+self.width * radioxleft)-2 ), ((canvas.canvasx(event.y) + self.high * radioup)-2) #-2才是对上像素self.End_x,self.End_y = ((event.x+self.width * radioxleft)-2 ), ((event.y + self.high * radioup)-2) #-2才是对上像素if self.End_x<0 :self.End_x = 0;if self.End_y <0:self.End_y = 0;if self.End_x > self.width :self.End_x = self.width;if self.End_y > self.high:self.End_y = self.high;canvas.delete(self.rectangle1) self.rectangle1 = canvas.create_rectangle(self.Start_x, self.Start_y , self.End_x , self.End_y , outline = "red")result = str(int(self.Start_x*self.XRadioVar))+','+str(int(self.Start_y*self.YRadioVar))+','+str(int(self.End_x*self.XRadioVar))+','+str(int(self.End_y*self.YRadioVar))+','+str(int(self.Start_x*self.XRadioVar))+','+str(int(self.Start_y*self.YRadioVar))Coordinate.set(str(result))if v1.get() == 1:pyperclip.copy(result)'''canvas.src_strlist = canvas.imagecolor.load()self.R,self.G,self.B = canvas.src_strlist[self.End_x, self.End_y]self.px = str(hex((self.R>>3)<<11 | (G>>2)<<5 | self.B>>3))Coordinate.set(self.px)print(self.px)'''returndef zoomin_Picture(self):image1 = self.imageRadioVar = self.zoomRadioVartry: # 捕获异常#self.image = Image.open(self.get_fp)self.image = cv.imdecode(np.fromfile(self.get_fp,dtype = np.uint8),-1)if self.zoomRadioVar <10:self.zoomRadioVar = self.zoomRadioVar+0.1#self.image = self.image.resize((int(self.image.size[0]/self.zoomRadioVar), int(self.image.size[1]/self.zoomRadioVar)), 3 )# Image.LANCZOS) Resampling.self.image = cv.resize(self.image ,(0,0),fx = self.zoomRadioVar, fy = self.zoomRadioVar, interpolation = cv.INTER_AREA )#elif self.zoomRadioVar>3 and self.zoomRadioVar<=10:# self.zoomRadioVar = self.zoomRadioVar-1#resized_image = ImageTk.Photoimage(self.image)#self.high = cv.height#self.width = cv.width #Yradio1.set(self.XSetRadioVar)#Xradio1.set(self.YSetRadioVar)self.image = cv.cvtColor(self.image, cv.COLOR_BGR2RGBA)#转换颜色从BGR到RGBAself.image = Image.fromarray(self.image)#将图像转换成Image对象self.high = self.image.height #高度self.width = self.image.width #宽度#print(self.width,self.high , self.zoomRadioVar)if (self.high%2) != 0:self.high = self.high-1if (self.width%2) != 0:self.width = self.width-1canvas.img_avatar = ImageTk.PhotoImage(self.image)self.image = self.image.convert('RGB')canvas.config(width=100,height=100,scrollregion=(0,0,self.width,self.high) ) #tk.canvasimage = canvas.create_image(float(self.width/2),float(self.high/2) , self.image=canvas.img_avatar )tk.canvasimage = canvas.create_image(self.width/2,self.high/2 , image=canvas.img_avatar ) #canvas.after(image=photo)#canvas.configure(image = photo)canvas.itemconfig(tk.canvasimage, image=canvas.img_avatar)canvas.update()except OverflowError: # 处理异常self.zoomRadioVar = RadioVarself.image = image1self.XRadioVar = self.XSetRadioVar/self.zoomRadioVarself.YRadioVar = self.YSetRadioVar/self.zoomRadioVarreturndef zoomout_Picture(self):image1 = self.imageRadioVar = self.zoomRadioVartry: # 捕获异常self.image = cv.imdecode(np.fromfile(self.get_fp,dtype = np.uint8),-1)if self.zoomRadioVar>0.1:self.zoomRadioVar = self.zoomRadioVar-0.1#elif self.zoomRadioVar>=3 and self.zoomRadioVar<10:# self.zoomRadioVar = self.zoomRadioVar+1self.image = cv.resize(self.image ,(0,0),fx = self.zoomRadioVar, fy = self.zoomRadioVar, interpolation = cv.INTER_AREA )#elif self.zoomRadioVar>3 and self.zoomRadioVar<=10:# self.zoomRadioVar = self.zoomRadioVar-1#resized_image = ImageTk.Photoimage(self.image)#self.high = cv.height#self.width = cv.width #Yradio1.set(self.XSetRadioVar)#Xradio1.set(self.YSetRadioVar)self.image = cv.cvtColor(self.image, cv.COLOR_BGR2RGBA)#转换颜色从BGR到RGBAself.image = Image.fromarray(self.image)#将图像转换成Image对象self.high = self.image.height #高度self.width = self.image.width #宽度#print(self.width,self.high , self.zoomRadioVar)if (self.high%2) != 0:self.high = self.high-1if (self.width%2) != 0:self.width = self.width-1canvas.img_avatar = ImageTk.PhotoImage(self.image)self.image = self.image.convert('RGB')canvas.config(width=100,height=100,scrollregion=(0,0,self.width,self.high) ) #tk.canvasimage = canvas.create_image(float(self.width/2),float(self.high/2) , image=canvas.img_avatar )tk.canvasimage = canvas.create_image(self.width/2,self.high/2 , image=canvas.img_avatar ) #canvas.after(image=photo)#canvas.configure(image = photo)canvas.itemconfig(tk.canvasimage, image=canvas.img_avatar)canvas.update()except cv.error: # 处理异常self.zoomRadioVar = RadioVarself.image = image1 self.XRadioVar = self.XSetRadioVar/self.zoomRadioVarself.YRadioVar = self.YSetRadioVar/self.zoomRadioVarreturndef onMouseWheel(self,event):if event.delta>0:self.zoomin_Picture()else :self.zoomout_Picture()def OpenPicture(self):fp = self.get_fp#canvas.delete(tk.canvasimage)try: # 捕获异常self.get_fp = filedialog.askopenfilename(filetypes = [("BMP",".bmp"),("JPG",".jpg"),("PNG",".png"), ("GIF",".gif")])self.image = cv.imdecode(np.fromfile(self.get_fp,dtype = np.uint8),-1)ws.title('ImageToolsV1.9 技术反馈与支持QQ:1257784610'+str(self.get_fp))#获取图片像素点大小#canvas.delete("all")self.image = cv.resize(self.image ,(0,0),fx = self.zoomRadioVar, fy = self.zoomRadioVar, interpolation = cv.INTER_AREA )self.image = cv.cvtColor(self.image, cv.COLOR_BGR2RGBA)#转换颜色从BGR到RGBAself.image = Image.fromarray(self.image)#将图像转换成Image对象#resized_image = ImageTk.Photoimage(self.image)self.high = self.image.heightself.width = self.image.width #print(self.high,self.width)if (self.high%2) != 0:self.high = self.high-1if (self.width%2) != 0:self.width = self.width-1canvas.img_avatar = ImageTk.PhotoImage(self.image)#canvas.imagecolor = self.image.convert('RGB')self.image = self.image.convert('RGB')canvas.config(width=100,height=100,scrollregion=(0,0,self.width,self.high)) tk.canvasimage = canvas.create_image(float(self.width/2),float(self.high/2) , image=canvas.img_avatar )#canvas.after(image=photo)#canvas.configure(image = photo)canvas.itemconfig(tk.canvasimage, image=canvas.img_avatar)canvas.update()except AttributeError: # 处理异常self.get_fp =fpexcept FileNotFoundError: # 处理异常self.get_fp =fp returndef XYRadio_Set(self):self.XSetRadioVar = float(X_Radio.get())self.YSetRadioVar = float(Y_Radio.get())self.XRadioVar , self.YRadioVar = self.XSetRadioVar/self.zoomRadioVar,self.YSetRadioVar/self.zoomRadioVarreturndef adjust_windows(self,event):if (self.Win_heightbuffer !=ws.winfo_height()) or (self.Win_widthbuffer !=ws.winfo_width()):self.Win_heightbuffer , self.Win_widthbuffer = ws.winfo_height() , ws.winfo_width()pw1.update()pw1.sash_place(0,int(ws.winfo_width()-200),0)#放置中间的空间分割线#heightRadio , widthRadio= ws.winfo_height()/Win_height , ws.winfo_width()/Win_width#print(event.type)#print(event.widget)def Reset_Picture(self):self.image = cv.imdecode(np.fromfile(self.get_fp,dtype = np.uint8),-1)self.zoomRadioVar = 1.0self.XSetRadioVar = 1.0self.YSetRadioVar = 1.0self.XRadioVar = self.XSetRadioVar/self.zoomRadioVarself.YRadioVar = self.YSetRadioVar/self.zoomRadioVar'''interpolation：这个是指定插值的方式，图像缩放之后，肯定像素要进行重新计算的，就靠这个参数来指定重新计算像素的方式，有以下几种：INTER_NEAREST - 最邻近插值INTER_LINEAR - 双线性插值，如果最后一个参数你不指定，默认使用这种方法INTER_AREA - resampling using pixel area relation. It may be a preferred method for self.image decimation, as it gives moire’-free results. But when the self.image is zoomed, it is similar to the INTER_NEAREST method.INTER_CUBIC - 4x4像素邻域内的双立方插值INTER_LANCZOS4 - 8x8像素邻域内的Lanczos插值————————————————版权声明：本文为CSDN博主「xidaoliang123」的原创文章，遵循CC 4.0 BY-SA版权协议，转载请附上原文出处链接及本声明。原文链接：/xidaoliang/article/details/86504720'''self.image = cv.resize(self.image ,(0,0),fx = self.zoomRadioVar, fy = self.zoomRadioVar, interpolation = cv.INTER_AREA )#resized_image = ImageTk.Photoimage(self.image)self.image = cv.cvtColor(self.image, cv.COLOR_BGR2RGBA)#转换颜色从BGR到RGBAself.image = Image.fromarray(self.image)#将图像转换成Image对象self.high = self.image.heightself.width = self.image.width Yradio1.set(self.XSetRadioVar)Xradio1.set(self.YSetRadioVar)#print(self.width,self.high)#print(self.high,self.width)if (self.high%2) != 0:self.high = self.high-1if (self.width%2) != 0:self.width = self.width-1canvas.img_avatar = ImageTk.PhotoImage(self.image)self.image = self.image.convert('RGB')canvas.config(width=100,height=100,scrollregion=(0,0,self.width,self.high) ) tk.canvasimage = canvas.create_image(float(self.width/2),float(self.high/2) , image=canvas.img_avatar ) #canvas.after(image=photo)#canvas.configure(image = photo)canvas.itemconfig(tk.canvasimage, image=canvas.img_avatar)canvas.update()returnws = tk.Tk()ws.title('ImageToolsV1.9 技术反馈与支持QQ:1257784610')ws.geometry('1100x700')pw1=tk.PanedWindow(ws,orient=tk.HORIZONTAL,width = 900,height = 700,sashrelief='groove') # 创建横向分割面板pw1.pack(fill=tk.BOTH,expand=True) # 尺寸扩展到整个窗体frame = tk.Frame(pw1 ,width = 900,height = 700)ws.update_idletasks()try: # 捕获异常Function = Callback()Function.get_fp = filedialog.askopenfilename(filetypes = [("BMP",".bmp"),("JPG",".jpg"),("PNG",".png"), ("GIF",".gif")])ws.title('ImageToolsV1.9 技术反馈与支持QQ:1257784610 '+str(Function.get_fp))#image = Image.open(get_fp)Function.image = cv.imdecode(np.fromfile(Function.get_fp,dtype = np.uint8),-1)Function.image = cv.cvtColor(Function.image, cv.COLOR_BGR2RGBA)#转换颜色从BGR到RGBAFunction.image = Image.fromarray(Function.image)#将图像转换成Image对象#获取图片像素点大小Function.high = Function.image.height #高度Function.width = Function.image.width #宽度#print(high,width)if (Function.high%2) != 0:Function.high = Function.high-1if (Function.width%2) != 0:Function.width = Function.width-1canvas=tk.Canvas(frame,bg='#4A7A8C',width=900,height=700,scrollregion=(0,0,Function.width,Function.high) )#canvas.imagecolor = image.convert('RGB')#RGB模式Function.image = Function.image.convert('RGB')Function.R,Function.G,Function.B = Function.image.getpixel((0,0))#canvas.src_strlist = canvas.imagecolor.load()#R,G,B = canvas.src_strlist[1, 1]Function.px = str(hex((Function.R>>3)<<11 | (Function.G>>2)<<5 | Function.B>>3))#垂直滑动条vertibar=tk.Scrollbar(frame,orient=tk.VERTICAL)vertibar.pack(side=tk.RIGHT,fill=tk.Y)vertibar.config(command=canvas.yview)#水平滑动条horibar=tk.Scrollbar( frame,orient=tk.HORIZONTAL)horibar.pack(side=tk.BOTTOM,fill=tk.X)horibar.config(command=canvas.xview)canvas.config(xscrollcommand=horibar.set, yscrollcommand=vertibar.set)#配置滑动条canvas.img_avatar = ImageTk.PhotoImage(Function.image)#imgLabel = tk.Label(frame ,image = photo)#imgLabel.pack()tk.canvasimage = canvas.create_image(float(Function.width/2),float(Function.high/2) , image=canvas.img_avatar ) #此处加2是为了全部显示#Function.rectangle1 = canvas.create_rectangle(0, 0 , 1 , 1 , outline = "red")canvas.pack(expand=True,side=tk.LEFT,fill=tk.BOTH)#ws.protocol( "WM_TAKE_FOCUS" , adjust_windows);####################################################v = tk.IntVar()v.set(5)v1 = tk.IntVar()v1.set(1)RGB888Flag = tk.IntVar()RGB888Flag.set(0)Coordinate = tk.StringVar()Xradio1 = tk.StringVar()Yradio1 = tk.StringVar()pw2=tk.PanedWindow(pw1,orient=tk.VERTICAL,width = 200,height = 700,sashrelief='groove')pw2.pack() # 尺寸扩展到整个窗体frame1 = tk.Frame(pw2)frame2 = tk.Frame(pw2)textLabel = tk.Label(frame1 ,text = '出现BUG请重启')textLabel.pack(expand=False)Coordinateout = tk.Entry(frame1 , width = 30 , text = Coordinate , state = "readonly" , exportselection = 1)#Coordinateout.grid(column = 0 , row = 1)Coordinateout.pack()LANGS= [("按键坐标" , 1),("切图坐标" , 2),("单点坐标" , 3),("像素颜色" , 4),("自动获取" , 5)]for lang ,num in LANGS:b= tk.Radiobutton(frame2 , text = lang , variable = v , value = num )b.pack(fill =tk.X)OpenPictureButton = tk.Button(frame2 , text = "打开图片" , command = Function.OpenPicture,width = 10)OpenPictureButton.pack()Copybutton = tk.Checkbutton(frame2 , text = "自动复制" , variable= v1)Copybutton.pack()RGBModeButton = tk.Checkbutton(frame2 , text = "RGB888(565)" , variable= RGB888Flag)RGBModeButton.pack()tk.Label(frame2 , text = '请输入X转换系数，默认为1').pack()X_Radio = tk.Entry(frame2 , width = 20 , textvariable = 1, text = Xradio1 , exportselection = 1)X_Radio.pack()Xradio1.set(1)tk.Label(frame2 , text = '请输入Y转换系数，默认为1').pack()Y_Radio = tk.Entry(frame2 , width = 20 , textvariable = 1,text = Yradio1 , exportselection = 1)Y_Radio.pack()Yradio1.set(1)SetxyButton = tk.Button(frame2 , text = "设置XY系数" , command = Function.XYRadio_Set ,width = 10)SetxyButton.pack()zoominButton = tk.Button(frame2 , text = "图片放大" , command = Function.zoomin_Picture ,width = 10)zoominButton.pack()zoomoutButton = tk.Button(frame2 , text = "图片缩小" , command = Function.zoomout_Picture,width = 10)zoomoutButton.pack()ResetButton = tk.Button(frame2 , text = "图片复位" , command = Function.Reset_Picture,width = 10)ResetButton.pack()#canvas.bind("<Configure>", adjust_windows)#适应窗口pw1.bind("<Configure>", Function.adjust_windows)#适应窗口#pw2.bind("<Configure>", adjust_windows)#适应窗口canvas.bind("<B1-Motion>" , Function.B1MotionEvent)#鼠标左键按下并移动事件canvas.bind("<B3-Motion>" , Function.B3MotionEvent)#鼠标右键按下并移动事件canvas.bind("<Button-1>" , Function.Mouse_Left_dowm)#鼠标左键按下事件canvas.bind("<Button-3>" , Function.Mouse_RIGHT_dowm)#鼠标右键按下事件canvas.bind("<Button-2>" , Function.Mouse_Middle_dowm)#鼠标滚轮按下事件canvas.bind("<Control-MouseWheel>" , Function.onMouseWheel)#鼠标滚轮按下事件#######################################################pw1.add(frame) # pw1加入fr1组件pw2.add(frame1) # pw2加入fr2组件pw2.add(frame2) # pw2加入fr3组件pw1.add(pw2) # pw1加入pw2组件ws.mainloop()except FileNotFoundError: sys.exit()
图片坐标提取软件/图片坐标点和像素点颜色提取软件/图片坐标获取工具/Python图片坐标获取源码/图片像素坐标获取软件/查看图片点XY坐标（完全开源）
