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| import tkinter as tk import tkinter.messagebox import math import re from math import * from time import sleep from PIL import Image,ImageTk
class Calc(object): """此类用于定义各tkinter的控件"""
# 初始化动作,用于加载主窗口 def start(self): self.win = tk.Tk() self.win.title("Sense Calc") # 主窗口尺寸 self.win.geometry("400x400+500+200") # 固定主窗口尺寸,因为是绝对布局,所以窗体的改变不会改变控件,因此会很难看 self.win.resizable(0, 0)
def entryFunc(self): """entry控件,主要用于写出表达式交给text控件计算"""
# 给此控件中的文本内容进行绑定值,计算时get获取使用 self.info = tk.Variable() # 给entry设置主窗口、大小等 self.entry = tk.Entry(self.win, textvariable=self.info, bd=6, width=50) # 根据x、y轴布局 self.entry.place(x=20, y=100) # 绑定entry中回车事件 self.entry.bind("<Return>", funct.func) # 绑定entry中ctrl+l事件 self.entry.bind("<Control-l>", funct.func2) # 绑定entry中Delete事件 self.entry.bind("<Delete>", funct.func2)
def buttonFunc(self): """按钮控件""" # 给按钮设置主窗口、文本、及对应命令 button = tk.Button(self.win, text="计算", command=funct.func) button.place(x=120, y=150) button2 = tk.Button(self.win, text="清空", command=funct.func2) button2.place(x=240, y=150)
def menuFunc(self): """菜单栏控件""" # 创建菜单栏并给菜单栏控件设置主窗口 menubar = tk.Menu(self.win) # 给主窗口配置菜单栏 self.win.config(menu=menubar)
# 创建1级菜单栏实例,并指定主菜单栏 menu1 = tk.Menu(menubar, tearoff=False) # 创建2级菜单,并指定对应的功能 menu1.add_command(label="Hello", command=lambda :funct.func3(funct.mboxDict["intro"][0],funct.mboxDict["intro"][1])) menu1.add_command(label="World",command=lambda: funct.func3(funct.mboxDict["intro2"][0], funct.mboxDict["intro2"][1])) # 添加到1级菜单 menubar.add_cascade(label="sense", menu=menu1)
# 以下同上 menu2 = tk.Menu(menubar, tearoff=False) menu2.add_command(label="快捷键帮助", command=lambda : funct.func3(funct.mboxDict["help"][0],funct.mboxDict["help"][1])) menu2.add_command(label="版本", command=lambda : funct.func3(funct.mboxDict["version"][0],funct.mboxDict["version"][1])) menubar.add_cascade(label="help", menu=menu2)
menu3 = tk.Menu(menubar, tearoff=False) menu3.add_command(label="常见", command=lambda : funct.func3(funct.mboxDict["funcInfo2"][0],funct.mboxDict["funcInfo2"][1])) menu3.add_command(label="罕见", command=lambda : funct.func3(funct.mboxDict["funcInfo"][0],funct.mboxDict["funcInfo"][1])) menubar.add_cascade(label="功能大全", menu=menu3)
menu4 = tk.Menu(menubar, tearoff=False) menu4.add_command(label="注册", command=lambda : funct.func3(funct.mboxDict["user"][0],funct.mboxDict["user"][1])) menu4.add_command(label="登录", command=money.main) menubar.add_cascade(label="账户", menu=menu4)
menu5 = tk.Menu(menubar, tearoff=False) menu5.add_command(label="进制转换", command=aryviw1.main) menu5.add_command(label="CN大写转换", command=chinese.main) menubar.add_cascade(label="其他功能", menu=menu5)
def endFunc(self): '''主窗口循环更新,大材小用了...''' self.entry.focus_set() self.win.mainloop()
def main(self): """主程序,主要运行各方法""" try: chinese.cnWin.destroy()
except: pass try: aryviw1.aryWin.destroy() except: pass self.start() self.menuFunc() self.entryFunc() self.buttonFunc() self.endFunc()
class MoneyView(object): """付费窗口类""" # 根据此变量来判断是否登录认证成功,默认为False auth = False
def __init__(self): # 已有的账户 self.userDict = {"wss": "123123", "sense": 123123}
def startFunc(self): """主窗口""" self.root = tk.Tk() self.root.title("Sense 登录窗口") self.root.geometry("400x150+500+200") self.root.resizable(0, 0)
def entryFunc(self): self.nameInfo = tk.Variable() self.nameEntry = tk.Entry(self.root, textvariable=self.nameInfo, bd=2, width=40) self.nameEntry.place(x=70, y=35) self.passwdInfo = tk.Variable() self.passwdEntry = tk.Entry(self.root, textvariable=self.passwdInfo, bd=2, width=40, show="$") self.passwdEntry.place(x=70, y=58) self.nameEntry.bind("<Return>", funct.login) self.passwdEntry.bind("<Return>", funct.login)
def labelFunc(self): nameLable = tk.Label(self.root, text="用户:", font=("微软雅黑", 10)) nameLable.place(x=25, y=33)
passwdLable = tk.Label(self.root, text="密码:", font=("微软雅黑", 10)) passwdLable.place(x=25, y=55)
self.infoLable = tk.Label(self.root, text="登录成功! 请稍后...", font=("微软雅黑", 12), fg="green")
def buttonFunc(self): button = tk.Button(self.root, text="登录", command=funct.login) button.place(x=320, y=85)
def endFunc(self): self.root.mainloop()
def main(self): self.startFunc() self.labelFunc() self.entryFunc() self.buttonFunc() self.endFunc()
class AryView(object):
def start(self): self.aryWin = tk.Tk() self.aryWin.title("Sense-进制转换") self.aryWin.geometry("500x260+500+200") self.aryWin.resizable(0,0)
def entryFunc(self): self.binInfo = tk.Variable() self.entry1 = tk.Entry(self.aryWin, textvariable=self.binInfo, bd=3, width=55) self.entry1.place(x=70, y=30) self.entry1.bind("<Return>", funct.binResult) self.entry1.bind("<Control-l>", funct.aryClear) self.entry1.bind("<Delete>", funct.aryClear) self.entry1.bind("<Down>",funct.focus_oct)
self.octInfo = tk.Variable() self.entry2 = tk.Entry(self.aryWin, textvariable=self.octInfo, bd=3, width=55) self.entry2.place(x=70, y=80) self.entry2.bind("<Return>", funct.octResult) self.entry2.bind("<Control-l>", funct.aryClear) self.entry2.bind("<Delete>", funct.aryClear) self.entry2.bind("<Up>", funct.focus_bin) self.entry2.bind("<Down>", funct.focus_dec)
self.decInfo = tk.Variable() self.entry3 = tk.Entry(self.aryWin, textvariable=self.decInfo, bd=3, width=55) self.entry3.place(x=70, y=130) self.entry3.bind("<Return>", funct.decResult) self.entry3.bind("<Control-l>", funct.aryClear) self.entry3.bind("<Delete>", funct.aryClear) self.entry3.bind("<Up>", funct.focus_oct) self.entry3.bind("<Down>", funct.focus_hex)
self.hexInfo = tk.Variable() self.entry4 = tk.Entry(self.aryWin, textvariable=self.hexInfo, bd=3, width=55) self.entry4.place(x=70, y=180) self.entry4.bind("<Return>", funct.hexResult) self.entry4.bind("<Control-l>", funct.aryClear) self.entry4.bind("<Delete>",funct.aryClear) self.entry4.bind("<Up>", funct.focus_dec)
def lableFunc(self): binLable = tk.Label(self.aryWin, text="二进制", font=("微软雅黑", 10)) binLable.place(x=22, y=30)
octLable = tk.Label(self.aryWin, text="八进制", font=("微软雅黑", 10)) octLable.place(x=22, y=80)
decLable = tk.Label(self.aryWin, text="十进制", font=("微软雅黑", 10)) decLable.place(x=22, y=130)
hexLable = tk.Label(self.aryWin, text="十六进制", font=("微软雅黑", 10)) hexLable.place(x=10, y=180)
def buttonFunc(self): button1 = tk.Button(self.aryWin, text="转换", command=funct.allResult) button1.place(x=180, y=210) button2 = tk.Button(self.aryWin, text="清空", command=funct.aryClear) button2.place(x=300, y=210)
def menuFunc(self): menubar = tk.Menu(self.aryWin) self.aryWin.config(menu=menubar)
menu1 = tk.Menu(menubar, tearoff=False) menu1.add_command(label="Hello", command=lambda: funct.func3(funct.mboxDict["intro"][0], funct.mboxDict["intro"][1])) menu1.add_command(label="World", command=lambda: funct.func3(funct.mboxDict["intro2"][0], funct.mboxDict["intro2"][1])) menubar.add_cascade(label="sense", menu=menu1)
menu2 = tk.Menu(menubar, tearoff=False) menu2.add_command(label="常规计算器",command=calc.main) menu2.add_command(label="CN大写转换",command=chinese.main) menubar.add_cascade(label="功能切换", menu=menu2)
def endFunc(self): self.entry1.focus_set() self.aryWin.mainloop()
def main(self): try: calc.win.destroy() except: pass try: chinese.cnWin.destroy() except: pass self.start() self.entryFunc() self.lableFunc() self.buttonFunc() self.menuFunc() self.endFunc()
class CNView(object): def start(self): self.cnWin = tk.Tk() self.cnWin.title("Sense-数字转换") self.cnWin.geometry("300x400+500+200") self.cnWin.resizable(0, 0)
def bottonFunc(self): button1 = tk.Button(self.cnWin, text="1", bd=4, height=3,width=8,command=lambda : funct.numInsert(1)) button1.place(x=0, y=190) button4 = tk.Button(self.cnWin, text="4", bd=4, height=3, width=8,command=lambda : funct.numInsert(4)) button4.place(x=0, y=260) button7 = tk.Button(self.cnWin, text="7", bd=4, height=3, width=8,command=lambda : funct.numInsert(7)) button7.place(x=0, y=330) button2 = tk.Button(self.cnWin, text="2", bd=4, height=3, width=8,command=lambda : funct.numInsert(2)) button2.place(x=70, y=190) button5 = tk.Button(self.cnWin, text="5", bd=4, height=3, width=8,command=lambda : funct.numInsert(5)) button5.place(x=70, y=260) button8 = tk.Button(self.cnWin, text="8", bd=4, height=3, width=8,command=lambda : funct.numInsert(8)) button8.place(x=70, y=330) button3 = tk.Button(self.cnWin, text="3", bd=4, height=3, width=8,command=lambda : funct.numInsert(3)) button3.place(x=140, y=190) button6 = tk.Button(self.cnWin, text="6", bd=4, height=3, width=8,command=lambda : funct.numInsert(6)) button6.place(x=140, y=260) button9 = tk.Button(self.cnWin, text="9", bd=4, height=3, width=8,command=lambda : funct.numInsert(9)) button9.place(x=140, y=330) button11 = tk.Button(self.cnWin, text="清空", bd=4, height=3, width=11,command=funct.CNClear) button11.place(x=210, y=190) button0 = tk.Button(self.cnWin, text="0", bd=4, height=3, width=11,command=lambda : funct.numInsert(0)) button0.place(x=210, y=260) button12 = tk.Button(self.cnWin, text="转换", bd=4, height=3, width=11,command=funct.CNresult) button12.place(x=210, y=330)
def entryFunc(self): self.entryInfo=tk.Variable() self.entry = tk.Entry(self.cnWin,textvariable=self.entryInfo,bd=6,width=30,font=10) self.entry.place(x=35,y=40) self.entry.bind("<Return>", funct.CNresult) self.entry.bind("<Control-l>", funct.CNClear) self.entry.bind("<Delete>", funct.CNClear) self.entryInfo2 = tk.Variable() self.entry2 = tk.Entry(self.cnWin,textvariable=self.entryInfo2,bd=6, width=30, font=10) self.entry2.place(x=35, y=100)
def labelFunc(self): label = tk.Label(self.cnWin,text="数:",font=("楷体",15)) label.place(x=-1,y=40) label2 = tk.Label(self.cnWin, text="汉:",font=("楷体",15)) label2.place(x=-1, y=100)
def menuFunc(self): menubar = tk.Menu(self.cnWin) self.cnWin.config(menu=menubar) menu1 = tk.Menu(menubar, tearoff=False) menu1.add_command(label="Hello", command=lambda: funct.func3(funct.mboxDict["intro"][0], funct.mboxDict["intro"][1])) menu1.add_command(label="World", command=lambda: funct.func3(funct.mboxDict["intro2"][0], funct.mboxDict["intro2"][1])) menubar.add_cascade(label="sense", menu=menu1)
menu2 = tk.Menu(menubar, tearoff=False) menu2.add_command(label="常规计算器",command=calc.main) menu2.add_command(label="进制转换",command=aryviw1.main) menubar.add_cascade(label="功能切换", menu=menu2)
def endFunc(self): self.cnWin.mainloop()
def main(self): try: aryviw1.aryWin.destroy() except: pass try: calc.win.destroy() except: pass self.start() self.bottonFunc() self.entryFunc() self.labelFunc() self.menuFunc() self.endFunc()
class Func(object): """工具类,用于定义Calc类中对应的各个事件、行为"""
def __init__(self): self.mboxDict = {"hint":["WARNING", " 输入有误!!!"],"help":["帮助信息-快捷键", " ctrl+l or del 清屏\n\n Enter 计算"], "intro":["Sense Wang", "Sense is a handsome man!\nSense is nice good ... man!\n 多谢夸奖!!!"], "intro2":["程序说明", " 此程序全名为简陋计算器,娱乐而已\n\n 功能丰富,感受Python语言的魅力"], "funcInfo":["功能大全-罕见", " acos(x)--->\t返回 x 的反余弦\n acosh(x)--->\t返回 x 的反双曲余弦\n" " asin(x)--->\t返回 x 的反正弦\n asinh(x)--->\t返回 x 的反双曲正弦\n atan(x)--->\t返回 x 的反正切" "\n atan2(y,x)--->\t返回 y/x 的反正切\n atanh(x)-->\t返回 x 的反双曲正切\n" " cos(x)-->\t返回 x 的余弦\n sin(x)-->\t\t返回 x 的正弦\n tan(x)-->\t\t返回 x 的正切\n " "copysign(x,y)-->\t返回与 y 同号的 x 值\n sinh(x)-->\t返回 x 的双曲正弦\n " "cosh(x)-->\t返回 x 的双曲余弦\n radians(d)-->\t將 x(角度) 转成弧长,与 degrees 为反函数\n " "degrees(x)-->\t将 x (弧长) 转成角度,与 radians 为反函数\n " "frexp(x)-->\t返回参数x的二元组\n isinf(x)-->\t如果是正负无穷大数返回True\n " "isnan(x)-->\t如果不是数字返回True\n ldexp(m,n)-->\t返回 m×2n与 frexp 是反函数\n " "log(x,a)-->\t返回x的自然数对数,不写a内定e\n log10(x)-->\t返回x的以10为底的对数\n " "loglp(x)-->\t返回x+1的自然对数(基数为e)的值\n tanh(x)-->\t返回 x 的双曲正切\n " ""], "funcInfo2":["功能大全-常见", " ceil(x)-->\t返回≧ x 的最小整数\n e-->\t\t常数 e = 2.7128...\n " "exp(x)-->\t返回e的次方x也就是 math.e**x\n abs(x)-->\t返回 x 的绝对值\n " "factorial(x)-->\t返回x!,即阶乘\n floor(x)-->\t返回≦ x 的最大整数\n " "fmod(x,y)-->\t类型于%取模,但保留小数\n fsum(x)-->\t返回 x 阵列值的各項和\n " "hypot(x,y)-->\t返回x²+y²的开方\n modf(x)-->\t返回 x 的小数部份与整数部份\n " "pi-->\t\t常数π\n pow(x,y)-->\t返回x的y次方\n sqrt(x)-->\t给x开方\n " "trunc(x)-->\t返回x的整数部分等同于int"], "user":["账户注册", " 电话:15357611539\n\n 邮箱:sense_s_wang@163.com\n\n QQ号:1695788151"], "version":["Version", "简陋计算器-4.0"], "hint2":["WARNING", " 输入有误!!!\n\n二进制单个数字中只能包含 0 ~ 1"], "hint3":["WARNING", " 输入有误!!!\n\n八进制单个数字中只能包含 0 ~ 7"], "hint4":["WARNING", " 输入有误!!!\n\n十进制进制单个数字中只能包含 0 ~ 9"], "hint5":["WARNING", " 输入有误!!!\n\n十六进制进制单个数字中只能包含 0 ~ 9 | a ~ f"], "hint6":["WARNING", " 输入有误!!!\n\n只能包含整数"]}
def func(self, event=None): """形参event为绑定的事件""" # 获取entry中的文本内容 info = calc.entry.get() # if money.auth: for i in dir(math): # 通过re模块查询是否使用了math模块,没有则返回None findInfo = re.search("%s" % i, info) if findInfo and not money.auth: # 此处为一个小bug修复,即如果选择不登录,也会计算 calc.text.delete("1.0", 'end') moneyChoose = tk.messagebox.askyesno("付费内容", "此功能为付费功能\n\n是否登录?") if moneyChoose: # 选择付费则进入登录页面 money.main() return else: return else: try: # 计算的核心部分,计算字符串 result = eval(info) except: # 提示窗口 choose = tk.messagebox.askretrycancel("WARNING", " 输入有误!!!") if choose is False: # 选择取消则关闭窗口 calc.win.destroy() else: # 选择重试则清空内容重试 self.func2() return # text控件,计算后会显示结果 calc.text = tk.Text(calc.win, width=20, height=2) calc.text.place(x=125, y=200) calc.text.tag_config("tag1", foreground="red", font=("Consolas", 20)) calc.text.insert(tk.INSERT, result, "tag1") # text控件绑定的事件 calc.text.bind("<Return>", self.func) calc.text.bind("<Control-l>", self.func2) calc.text.bind("<Delete>", self.func2)
def func2(self, event=None): """此功能主要用于清空entry和text中的文本内容""" calc.entry.delete("0", tk.END) try: calc.text.delete("1.0", 'end') except AttributeError as e: pass
def func3(self,titleInfo,mess): """提示窗体功能""" tk.messagebox.showinfo(titleInfo,mess)
def login(self, event=None): """登录验证功能""" # 获取用户名 name = money.nameEntry.get() # 获取密码 passwd = money.passwdEntry.get() # 判断用户名是否存在,不存在则退出付费窗口 if not money.userDict.get(name): tk.messagebox.showwarning("输入错误", "用户不存在") money.nameEntry.delete(0, "end") # destroy为关闭窗口 money.root.destroy() # 因为没有键会产生异常 try: # 判断密码是否正确 if passwd == money.userDict[name]: # 修改验证为True已验证 money.auth = True # 提示登录成功 money.infoLable.place(x=100, y=100) # 更新窗口:update可以将lable控件更新出来,不然不会显示 money.root.update() sleep(0.5) money.root.destroy() else: tk.messagebox.askretrycancel("输入错误", "密码错误!!!") money.nameEntry.delete(0, "end") money.root.destroy() except: pass
def aryClear(self,event=None): aryviw1.entry1.delete("0", tk.END) aryviw1.entry2.delete("0", tk.END) aryviw1.entry3.delete("0", tk.END) aryviw1.entry4.delete("0", tk.END)
def binResult(self,event=None): bin_s = aryviw1.entry1.get() try: dec_bin_s = int(bin_s, 2) oct_bin_s = oct(dec_bin_s).split("o")[1] hex_bin_s = hex(dec_bin_s).split("x")[1] aryviw1.entry2.delete("0",tk.END) aryviw1.entry2.insert(0,oct_bin_s) aryviw1.entry3.delete("0", tk.END) aryviw1.entry3.insert(0,dec_bin_s) aryviw1.entry4.delete("0",tk.END) aryviw1.entry4.insert(0,hex_bin_s) except: binChoose = tk.messagebox.askretrycancel(self.mboxDict["hint2"][0], self.mboxDict["hint2"][1]) if binChoose is True: self.aryClear()
def octResult(self,event=None): oct_s = aryviw1.entry2.get() try: dec_oct_s = int(oct_s, 8) bin_oct_s = bin(dec_oct_s).split("b")[1] hex_oct_s = hex(dec_oct_s).split("x")[1] aryviw1.entry1.delete("0", tk.END) aryviw1.entry1.insert(0,bin_oct_s) aryviw1.entry3.delete("0", tk.END) aryviw1.entry3.insert(0,dec_oct_s) aryviw1.entry4.delete("0", tk.END) aryviw1.entry4.insert(0,hex_oct_s) except: octChoose = tk.messagebox.askretrycancel(self.mboxDict["hint3"][0], self.mboxDict["hint3"][1]) if octChoose is True: self.aryClear()
def decResult(self,event=None): dec_s = aryviw1.entry3.get() try: bin_dec_s = bin(int(dec_s)).split("b")[1] oct_dec_s = oct(int(dec_s)).split("o")[1] hex_dec_s = hex(int(dec_s)).split("x")[1] aryviw1.entry1.delete("0", tk.END) aryviw1.entry1.insert(0,bin_dec_s) aryviw1.entry2.delete("0", tk.END) aryviw1.entry2.insert(0,oct_dec_s) aryviw1.entry4.delete("0", tk.END) aryviw1.entry4.insert(0,hex_dec_s) except: decChoose = tk.messagebox.askretrycancel(self.mboxDict["hint4"][0], self.mboxDict["hint4"][1]) if decChoose is True: self.aryClear()
def hexResult(self,event=None): hex_s = aryviw1.entry4.get() try: dec_hex_s = int(hex_s, 16) bin_hex_s = bin(dec_hex_s).split("b")[1] oct_hex_s = oct(dec_hex_s).split("o")[1] aryviw1.entry1.delete("0", tk.END) aryviw1.entry1.insert(0,bin_hex_s) aryviw1.entry2.delete("0", tk.END) aryviw1.entry2.insert(0,oct_hex_s) aryviw1.entry3.delete("0", tk.END) aryviw1.entry3.insert(0,dec_hex_s) except: hexChoose = tk.messagebox.askretrycancel(self.mboxDict["hint5"][0], self.mboxDict["hint5"][1]) if hexChoose is True: self.aryClear()
def allResult(self,event=None): # 通来判断光标在哪,来使用对应的方法 focus = aryviw1.entry1.focus_get() focus_s = str(focus).split("!")[1] if focus_s == "entry": self.binResult() elif focus_s == "entry2": self.octResult() elif focus_s == "entry3": self.decResult() elif focus_s == "entry4": self.hexResult()
def focus_bin(self,event=None): aryviw1.entry1.focus_set()
def focus_oct(self,event=None): aryviw1.entry2.focus_set()
def focus_dec(self,event=None): aryviw1.entry3.focus_set()
def focus_hex(self,event=None): aryviw1.entry4.focus_set()
def numInsert(self,num,event=None): chinese.entry.insert("end",num)
def CNClear(self,event=None): chinese.entry.delete("0", tk.END) chinese.entry2.delete("0", tk.END)
def CNresult(self,event=None): try: a = int(chinese.entry.get()) digit = [u'零', u'壹', u'贰', u'叁', u'肆', u'伍', u'陆', u'柒', u'捌', u'玖'] weight = [u'圆', u'拾', u'佰', u'仟', u'万', u'拾', u'佰', u'仟'] Z = [(u'零仟', u'零佰', u'零拾', u'零零零', u'零零', u'零万', u'零圆'), (u'零', u'零', u'零', u'零', u'零', u'万', u'圆')] num = str(a) s = '' for i, x in enumerate(num): s += digit[int(x)] + weight[len(num) - i - 1] for z, v in zip(Z[0], Z[1]): s = s.replace(z, v) chinese.entry2.delete(0,"end") chinese.entry2.insert(0,s) except: self.func3(self.mboxDict["hint6"][0],self.mboxDict["hint6"][1])
def main(): global funct,calc,money,aryviw1,chinese funct = Func() calc = Calc() money = MoneyView() aryviw1 = AryView() chinese = CNView() calc.main() # chinese.main()
if __name__ == '__main__': main()
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