Tkinter projesi turtle graphics

Python TkInter
1

turtle kütüphanesini tkinte arayüzü ile kulanmayı denedimde çok işlevsel olmadı bir yardım ederseniz

from tkinter import *
from tkinter.ttk import *
from turtle import *
class Main_Stuff(Tk):
    def __init__(self):
        Tk.__init__(self)
        self.myspeed=6
        self.ıdlist = []
        self.geometry("1366x768")
        self.canvas = Canvas(self,height=490,width=585)
        self.cframe = Frame(self.canvas)
        self.xs = Scrollbar(self,orient=HORIZONTAL,command=self.canvas.xview)
        self.ys = Scrollbar(self,orient=VERTICAL,command=self.canvas.yview)



        self.canvas.configure(xscrollcommand=self.xs.set)
        self.canvas.configure(yscrollcommand=self.ys.set)
        self.canvas.grid(column=5, row=4,rowspan=1,sticky='N')
        self.canvas.create_window((0,0),window=self.cframe,anchor='center')
        self.screen =TurtleScreen(self.canvas)
        self.fd = RawTurtle(self.canvas)


        self.my_loob_event()
        self.my_events()
        self.entries()
        self.buttons()
        self.labels()
        self.move_and_draw(args='')
        self.difference_widget()
        self.grids()
        self.bind_event()




    def my_loob_event(self):
        self.check_value = IntVar()
        self.loop_value = IntVar()
        self.check = Checkbutton(self, text='Loop', variable=self.check_value, command=self.command_funtion)
        self.check.grid(column=0, row=4, sticky='N')
        print(self.check_value.get())

    def command_funtion(self):
        self.label7 = Label(text='please select the operations to be repeated')
        self.label7.grid(column=1,row=4,sticky='N',columnspan =4)
        self.listwidget = Listbox(self)
        self.listwidget.grid(column=1,row=4,columnspan =4,rowspan=1,sticky='N',pady=20)
        self.loopentry = Entry(width=5,textvariable=self.loop_value)
        self.loopentry.grid(column=2,row=4,columnspan=1,sticky='NE',pady=186,ipadx=0,ipady=1)
        self.loopbutton = Button(text='Run',command=lambda:[self.move_and_draw(29)])
        self.loopbutton.grid(column=3,row=4,columnspan=1,sticky='NE',pady=185,ipadx=5)
        print(self.check_value.get())


    def bind_event(self):
         self.bind('<Configure>', self.on_frame_resized)
         self.bind_all()
    def loob(self):
        print("hello")




    def on_frame_resized(self, event=None):
        self.canvas.configure(scrollregion=self.canvas.bbox("all"))

    def my_events(self):
        self.screen.onclick(self.do_it)
        self.fd.ondrag(self.fd.goto)
    def do_it(self,x,y):
        if self.fd.isdown():
            self.fd.penup()
            self.fd.hideturtle()
            self.fd.goto(x,y)
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(int(self.xcor))
            self.ycorL.set(int(self.ycor))
            self.fd.undo()
            self.fd.showturtle()
            self.fd.pendown()
        else:
            self.fd.hideturtle()
            self.fd.goto(x, y)
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(int(self.xcor))
            self.ycorL.set(int(self.ycor))
            self.fd.undo()
            self.fd.showturtle()
            self.fd.penup()
    def entries(self):
        self.distance = StringVar()
        self.angle = StringVar()
        self.radius =IntVar()
        self.cangle =IntVar()
        self.step = IntVar()
        self.dotsize =IntVar()
        self.psize = IntVar()
        self.pen_size = IntVar()
        self.xcoordinate = StringVar()
        self.ycoordinate = StringVar()
        self.entry1 = Entry(width=5,textvariable=self.distance)
        self.entry2 = Entry(width=5,textvariable=self.angle)
        self.entry3 = Entry(width=5,textvariable=self.xcoordinate)
        self.entry4 = Entry(width=5,textvariable=self.ycoordinate)
        self.entry5 = Entry(width=5,textvariable=self.radius)
        self.entry6 = Entry(width=5,textvariable=self.cangle)
        self.entry7 = Entry(width=5,textvariable=self.step)
        self.entry8 = Entry(width=5,textvariable=self.dotsize)
        self.entry9 = Entry(width=5,textvariable=self.psize)
        self.entry10 = Entry(width=5,textvariable=self.pen_size)

    def buttons(self):
        self.my_value = IntVar()
        self.my_value.set(1)
        self.buton1 = Button(text='Forward',command=lambda:[self.move_and_draw(1)])
        self.buton2 = Button(text='Backward',command=lambda:[self.move_and_draw(2)])
        self.buton3= Button(text='Left',command=lambda:self.move_and_draw(3))
        self.buton4 = Button(text='Right',command=lambda:self.move_and_draw(4))
        self.buton5 = Button(text='Go To',command=lambda:self.move_and_draw(5))
        self.buton6= Button(text='Go --> x',command=lambda :self.move_and_draw(6))
        self.buton7= Button(text='Go --> y',command=lambda :self.move_and_draw(7))
        self.buton8= Button(text='Set Heading',command=lambda :self.move_and_draw(8))
        self.buton9= Button(text='Home',command=lambda :self.move_and_draw(9))
        self.buton10= Button(text='Circle',command=lambda :self.move_and_draw(10))
        self.buton11= Button(text='Polygone',command=lambda :self.move_and_draw(11))
        self.buton12= Button(text='Dot Size',command=lambda :self.move_and_draw(12))
        self.buton13= Button(text='Stamp',command=lambda :self.move_and_draw(13))
        self.buton14= Button(text='Clear Stamp',command=lambda :self.move_and_draw(14))
        self.buton15= Button(text='Undo',command=lambda :self.move_and_draw(15))
        self.buton16= Button(text='Speed Up',command=lambda :self.move_and_draw(16))
        self.buton17= Button(text='Speed Down',command=lambda :self.move_and_draw(17))
        self.buton18= Radiobutton(self,variable=self.my_value,value=2,text='Pen Up',command=lambda :self.move_and_draw(18))
        self.buton19= Radiobutton(self,variable=self.my_value,text='Pen Down',command=lambda :self.move_and_draw(19))
        self.buton20= Button(text='Pen Size',command=lambda :self.move_and_draw(20))
        self.buton21= Button(text='Pen Color',command=lambda :self.move_and_draw(21))
        self.buton22= Button(text='Reset',command=lambda :self.move_and_draw(22))
        self.buton23 = Button(text='Hide Pen', command=lambda: self.move_and_draw(23))
        self.buton24 = Button(text='Show Pen', command=lambda: self.move_and_draw(24))
        self.buton25 = Button(text='Eraser', command=lambda: self.move_and_draw(25))
        self.buton26 = Button(text='Canvas Background', command=lambda: self.move_and_draw(26))
        self.buton27 = Button(text='Pen Shape', command=lambda: self.move_and_draw(27))
        self.buton28 = Button(text='Dot Color',command=lambda: self.move_and_draw(28))

    def labels(self):
        self.xcorL =StringVar()
        self.ycorL =StringVar()
        self.label1 = Label(text='Distance :')
        self.label2 = Label(text='Angle :')
        self.label3 = Label(text='x coordinate :')
        self.label4 = Label(text='y coordinate :')
        self.label5 = Label(textvariable=self.xcorL)
        self.label6 = Label(textvariable=self.ycorL)
        self.label7 = Label(text='Radius :')
        self.label8 = Label(text='Cirle Angle :')
        self.label9 = Label(text='Polygon Steps :')
        self.label10 = Label(text='Dot Size :')
        self.label11 = Label(text='Dot Colors')
        self.label12 = Label(text='Polygone edge length :')
        self.label13 = Label(text='Pen Size :')
        self.label14 = Label(text='Pen Colors')
    def difference_widget(self):
        self.shapes=("arrow", "turtle", "circle", "square", "triangle", "classic")
        self.colors=("White","Yellow","Blue","Red","Green","Black","Brown","Azure","Ivory","Teal","Silver","Purple","Navy","Gray","Orange","Maroon","Aquamarine","Coral","Fuchsia","Wheat","Lime","Crimson" ,"Khaki","pink","Magenta","Plum","Olive","Cyan")
        self.sb1 = Spinbox(self,values=self.colors)
        self.sb2 = Spinbox(self,values=self.colors)
        self.sb3 = Spinbox(self,values=self.colors)
        self.sb4= Spinbox(self,values=self.shapes)
    def move_and_draw(self,args):
        if args==1:
            if self.check_value.get() == 1:
                self.listwidget.insert(0,'forward '+str(self.d_value))
                self.listwidget.selection_handle(self.loob())

            self.fd.speed(self.myspeed)
            self.d_value = float(self.distance.get())
            self.fd.forward(self.d_value)
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(int(self.xcor))
            self.ycorL.set(int(self.ycor))

        if args==2:
            self.fd.speed(self.myspeed)
            self.d_value = float(self.distance.get())
            self.fd.backward(self.d_value)
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(int(self.xcor))
            self.ycorL.set(int(self.ycor))
        if args==3:
            self.a_value = float(self.angle.get())
            self.fd.left(self.a_value)
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(int(self.xcor))
            self.ycorL.set(int(self.ycor))
        if args==4:
            self.a_value = float(self.angle.get())
            self.fd.right(self.a_value)
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(int(self.xcor))
            self.ycorL.set(int(self.ycor))
        if args==5:
            self.xT = int(self.xcoordinate.get())
            self.yT =int(self.ycoordinate.get())
            self.fd.speed(self.myspeed)
            self.fd.goto(self.xT,self.yT)
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(self.xcor)
            self.ycorL.set(int(self.ycor))
        if args == 6:
            self.fd.speed(self.myspeed)
            self.xT = int(self.xcoordinate.get())
            self.fd.setx(self.xT)
            self.xcor = self.fd.xcor()
            self.xcorL.set(self.xcor)
        if args == 7:
            self.fd.speed(self.myspeed)
            self.yT = int(self.ycoordinate.get())
            self.fd.sety(self.yT)
            self.ycor = self.fd.ycor()
            self.ycorL.set(int(self.ycor))
        if args == 8:
            self.a_value = float(self.angle.get())
            self.fd.setheading(self.a_value)
        if args == 9:
            self.fd.home()
            self.fd.speed(self.myspeed)
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(int(self.xcor))
            self.ycorL.set(int(self.ycor))
        if args ==10:
            self.fd.speed(self.myspeed)
            self.rad =int(self.radius.get())
            self.circleangle =self.cangle.get()
            self.fd.circle(self.rad,self.circleangle)
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(int(self.xcor))
            self.ycorL.set(int(self.ycor))
        if args == 11:
            self.fd.speed(self.myspeed)
            self.mypsize =int(self.psize.get())
            self.Pstep= self.step.get()
            self.fd.circle(self.mypsize,steps=self.Pstep)
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(int(self.xcor))
            self.ycorL.set(int(self.ycor))
        if args == 12:
            self.mydotsize = self.dotsize.get()
            self.fd.dot(self.mydotsize)
        if args == 13:
            self.i=-1
            self.i += 1
            self.ıdlist.insert(self.i,self.fd.stamp())
        if args ==14:
            self.i =0
            self.fd.clearstamp(self.ıdlist[self.i])
            self.ıdlist.pop(self.i)
        if args ==15:
            self.fd.undo()
            self.xcor = self.fd.xcor()
            self.ycor = self.fd.ycor()
            self.xcorL.set(int(self.xcor))
            self.ycorL.set(int(self.ycor))
        if args ==16:
            self.myspeed += 1
            self.fd.speed(self.myspeed)
            print(self.myspeed)
        if args ==17:
            self.myspeed -= 1
            if self.myspeed <= 0:
                self.myspeed = 1
            self.fd.speed(self.myspeed)
            print(self.myspeed)
        if args ==18:
            self.fd.penup()
        if args ==19:
            self.fd.down()
        if args ==20:
            self.my_pen_size = self.pen_size.get()
            self.fd.pensize(self.my_pen_size)
        if args ==21:
            self.mycolor=self.sb2.selection_get()
            self.fd.pencolor(self.mycolor)
        if args == 22:
            self.fd.reset()
        if args == 23:
            self.fd.hideturtle()
        if args == 24:
            self.fd.showturtle()
        if args ==25:
            self.fd.pencolor('White')
        if args ==26:
            self.mycolor=self.sb3.selection_get()
            self.canvas.configure(bg=self.mycolor)
        if args ==27:
            self.myshape = self.sb4.selection_get()
            self.fd.shape(name=self.myshape)
        if args ==28:
            self.mydotsize = self.dotsize.get()
            self.mycolor = self.sb1.selection_get()
            self.fd.dot(self.mycolor)
            self.fd.dot(self.mydotsize,self.mycolor)
        if args == 29:
            pass


    def grids(self):
        self.entry1.grid(column=1,row=0,sticky='W')
        self.entry2.grid(column=1,row=1,sticky='W')
        self.entry3.grid(column=2,row=2,sticky="S")
        self.entry4.grid(column=2,row=3,sticky="N")
        self.entry5.grid(column=1, row=5)
        self.entry6.grid(column=1, row=6)
        self.entry7.grid(column=1, row=8)
        self.entry8.grid(column=9,row=0,sticky='WE')
        self.entry9.grid(column=1, row=7)
        self.entry10.grid(column=9, row=1,sticky='E')

        self.buton1.grid(column=2,row=0)
        self.buton2.grid(column=3,row=0)
        self.buton3.grid(column=2,row=1)
        self.buton4.grid(column=3,row=1)
        self.buton5.grid(column=4,row=2,sticky="S")
        self.buton6.grid(column=3,row=2,sticky="S")
        self.buton7.grid(column=3,row=3,sticky="N")
        self.buton8.grid(column=4,row=1)
        self.buton9.grid(column=4,row=0)
        self.buton10.grid(column=2,row=5)
        self.buton11.grid(column=2,row=7)
        self.buton12.grid(column=8,row=0)
        self.buton13.grid(column=6,row=5)
        self.buton14.grid(column=6,row=6)
        self.buton15.grid(column=8,row=6)
        self.buton16.grid(column=8,row=2)
        self.buton17.grid(column=8,row=3)
        self.buton18.grid(column=5,row=7)
        self.buton19.grid(column=5,row=8)
        self.buton20.grid(column=8,row=1)
        self.buton21.grid(column=6,row=1,ipadx=20)
        self.buton22.grid(column=8,row=5)
        self.buton23.grid(column=7,row=6)
        self.buton24.grid(column=7,row=5)
        self.buton25.grid(column=7,row=7)
        self.buton26.grid(column=6,row=3,sticky='N')
        self.buton27.grid(column=6,row=2,ipadx=20,sticky='N')
        self.buton28.grid(column=6,row=0,ipadx=20)

        self.label1.grid(column=0,row=0)
        self.label2.grid(column=0,row=1)
        self.label3.grid(column=0,row=2,sticky="S")
        self.label4.grid(column=0,row=3,sticky="N")
        self.label5.grid(column=1,row=2,sticky="S")
        self.label6.grid(column=1,row=3,sticky="N")
        self.label7.grid(column=0, row=5)
        self.label8.grid(column=0, row=6)
        self.label9.grid(column=0, row=8)
        self.label12.grid(column=0, row=7)

        self.sb1.grid(column=7,row=0)
        self.sb2.grid(column=7,row=1)
        self.sb3.grid(column=7,row=3,sticky='N')
        self.sb4.grid(column=7,row=2,sticky='N')

Main_Stuff = Main_Stuff()
Main_Stuff.mainloop()
2

Merhaba.

Link bozuk sanırm, ayrıca turtle kütüphanesini tkinter ile kullanma amacınız ne tam olarak? Direkt canvas da kullanabilirsiniz.

3

güzel şekiller çizmek butonlarla

4

Canvas ile istediğinizi yapamıyor musunuz?

5

yok ya ben yeniyim programlamada

6

Şu cevap işinizi görür sanırım:

7

evet buna bakmıştım tkinter canvas kullaniyor iste benim programda

8

Sorunuzda verdiğiniz linke erişemiyorum, 404 veriyor. Kodunuzu göremiyorum yani. Ayrıca kodunuzu buraya da atabilirsiniz, şurayı inceleyin:

1 Beğeni
9

ekrem bey codu attım, böylece bir web sitesine atabilir miyim yoksa herşeyi yeniden mi yazmam gerekiyor

10

Anlamadım? Kodu bu şekilde atma özelliği yazılımla alakalı çoğu sitede geçerli olan bir özellik.

11

şöyle yani mesela django ile bir wep sitesi yapıp o wep sitesinde bu uygulamayı kullanmak istesem burdaki kodları tekrar yazmam gerekiyor mu?

12

Web sitelerinde Python kodları çalışmaz. Web sitelerinde Javascript dili kullanılır.

13

Yazdığınız kodları Ctrl + A yapıp seçin.Ctrl + C yapıp kopyalayın.Buraya mesaj yazar gibi Ctrl + V yapıp kodu yapıştırın.En üst satıra gelip enter’a basın.En üstteki yeni satıra gelip 3 tane `` koyun (Alt + Virgül).Ve yanına hangi dil olduğunu küçük harflerle yazın (Boşluk bırakmadan).En alt satıra gelip yeni bir boş satır oluşturun yine 3 tane `koyun.Gönderin.Kodlarınız ```ışıklı mışıklı deli fişek```` olur (by @tevhidulvahset :d).Veya direkt Ekrem abimizin attığı linke bakıp aynı şeyleri uygulayın.

14

Burası Discourse ile yapıldı.Ücretini ödeyip kullanabilirsiniz.

15

Discourse bir eklenti değil.

1 Beğeni
16

Kusuruma bakmayın,düzelttim.Teşekkürler.

1 Beğeni