Хорошо! Итак, после выходных, когда я не смотрел код, я вернулся и понял несколько вещей. Прежде всего, я понял, к чему ведет Брайан, и решил отказаться от использования Treeview. Я хочу, чтобы он выглядел так, как будто он прокручивается, а не прокручивается на самом деле. На самом деле я здесь ничего не прокручиваю, это как в «Звездных войнах», где вначале текст прокручивается вверх по экрану.

Для всех будущих пользователей, которые столкнутся с этим и хотят чего-то похожего на «Звездные войны», где текст кажется плавающим вверх по экрану, или прокручивается вверх по экрану, или любым другим типом ключевого слова, которое сводится к тому, чтобы текст перемещался сверху. снизу или снизу вверх вот моя реализация. Он включает в себя анимацию. Ниже приведен весь код, который вам нужно запустить и протестировать самостоятельно в Python 3.X

# Python program to create a table 
   
import tkinter as tk
from tkinter import ttk
from ESTDisplayEntity import ESTDisplayEntity
  
class Table():
    def __init__(self, root):
        #This is the base frame that all Labels will be nested inside of
        self._movingFrame = tk.Frame(root)


    def populateTable(self, lst):
        # find total number of rows and 
        # columns in list 
        total_rows = len(lst) 
        total_columns = len(lst[0]) 

        #Magic number alert: This maxWidth is a magic number that just so happens to let the columns fill up the space needed for a 1920x1080 monitor
        #It has something to do with tkinter using character units as a measurement of width when text is involved.
        maxWidth = 200
        # code for creating table. Simple nested for loop for accessing all parts of a 2D array. 
        # our data is in the form of [[],[],[],[]]
        for i in range(total_rows): 
            for j in range(total_columns): 
                #Creating an anchor variable depending on what column we are inside of. 
                #Will look like this: [   1|Some Name Here         |Some club here        |  20  |  34  |  44  |  total  |]
                if j == 0:  
                    width = int(maxWidth*.03)
                    anchor = 'e'
                elif j == 1:
                    width = int(maxWidth*.40)
                    anchor = 'w'     
                elif j == 2:
                    width = int(maxWidth*0.25)
                    anchor = 'w'
                    
                else:
                    width = int(maxWidth*(.30/(total_columns-3)))
                    anchor = 'center'
                    
                        
                e = tk.Label(self._movingFrame, width=width, fg='Black', 
                                font=('Arial',16,'bold'),bd=1, relief='solid', text=lst[i][j], anchor=anchor)
                        
                e.grid(row=i, column=j) 
            
        #This adjusts how quickly each column adjusts. Currently the second and third row are important.
        #  as their weights are higher, so they will adjust faster. The first column does not adjust
        #  all columns after the club column will be lower than the club column but higher than the rank column
        #  so the score will be able to shrink and expand as needed. In the off chance numbers get ridicuously high.
        self._movingFrame.grid_columnconfigure(0, weight=0)
        self._movingFrame.grid_columnconfigure(1, weight=3)
        self._movingFrame.grid_columnconfigure(2, weight=2)
        for i in range(total_columns-3):
            self._movingFrame.grid_columnconfigure(i+3, weight = 1)
       
        # This is setting up and initializing the aniamtion variable
        self._rely_loc = 0.0

    def Start(self):
        self._rankedListAnimate()
      
    
    def _rankedListAnimationUpdate(self):
        #This is how much the frame will move given the next frame update, the smaller the better
        #  though it will slow down the animation the smaller you make it.
        #  Since we are using the "rely" option of .place everything is in percentage of the parent window.
        self._rely_loc += -0.001
        
        #Checks and balances to reset system when text scrolls off screen.
        if self._rely_loc >= 1.0:
            self._rely_loc = 0.0
        #Need to fix hard coded variable for larger lists
        elif self._movingFrame.winfo_rooty() < -900:
            self._rely_loc=0.999

        #Brains of operation, this .place method is where and how the text scrolls up the screen
        #  Using relwidth of 1.0, the widget will expand the whole screen, similar to .pack(fill=BOTH)
        self._movingFrame.place(anchor= tk.NW,relx=0, rely=self._rely_loc, relwidth= 1.0)
        #updating the frame just to be safe.
        self._movingFrame.update()

    #Recursive style function that calls itself with a .after method
    def _rankedListAnimate(self):        
        self._rankedListAnimationUpdate()
        #This is the heart of the operation, without the .after method, there is no animation
        #  the first variable is how often the second variable (usually a method) gets called in milliseconds
        #  setting this to be smaller makes the animation faster, making it slower makes the animation choppy.
        self._movingFrame.master.after(10, self._rankedListAnimate)
        
  
# test data 
lest = [ 
        (1,'Raj Mumbai'," Rifle",19,15,250,400), 
       (2,'Aaryan Pune'," Rifle",18,100,300,500), 
       (3,'Vaishnavi Mumbai'," Rifle",20,155,300,560), 
       (4,'Rachna Mumbai'," Rifle",21,125,300,450), 
       (4,'Rachna Mumbai'," Rifle",21,125,300,450), 
       (4,'Rachna Mumbai'," Rifle",21,125,300,450), 
       (5,'Rachna Mumbai'," Rifle",21,125,300,450), 
       (5,'Rachna Mumbai'," Rifle",21,125,300,450), 
       (5,'Rachna Mumbai'," Rifle",21,125,300,450), 
       (5,'Rachna Mumbai'," Rifle",21,125,300,450), 
       (5,'Rachna Mumbai'," Rifle",21,125,300,450), 
       (5,'Rachna Mumbai'," Rifle",21,125,300,450), 
       (5,'Rachna Mumbai'," Rifle",21,125,300,450), 
       (13,'Shubham Delhi'," Rifle",21,122,300,741),
       (14,'Shubham Delhi'," Rifle",21,122,300,741),
       (14,'Shubham Delhi'," Rifle",21,122,300,741),
       (14,'Shubham Delhi'," Rifle",21,122,300,741),
       (14,'Shubham Delhi'," Rifle",21,122,300,741),
       (14,'Shubham Delhi'," Rifle",21,122,300,741),
       (14,'Shubham Delhi'," Rifle",21,122,300,741),
       (14,'Shubham Delhi'," Rifle",21,122,300,741),
       (15,'Shubham Delhi'," Rifle",21,122,300,741),
       (15,'Shubham Delhi'," Rifle",21,122,300,741),
       (15,'Shubham Delhi'," Rifle",21,122,300,741),
       (15,'Shubham Delhi'," Rifle",21,122,300,741),
       (16,'Shubham Delhi'," Rifle",21,122,300,741),
       (16,'Shubham Delhi'," Rifle",21,122,300,741),
       (16,'Shubham Delhi'," Rifle",21,122,300,741),
       (16,'Shubham Delhi'," Rifle",21,122,300,741),
       (17,'Shubham Delhi'," Rifle",21,122,300,741),
       (17,'Shubham Delhi'," Rifle",21,122,300,741),
       (17,'Shubham Delhi'," Rifle",21,122,300,741),
       (17,'Shubham Delhi'," Rifle",21,122,300,741),
       (18,'Shubham Delhi'," Rifle",21,122,300,741),
       (18,'Shubham Delhi'," Rifle",21,122,300,741),
       (19,'Shubham Delhi'," Rifle",21,122,300,741),
       (19,'Shubham Delhi'," Rifle",21,122,300,741),
       (19,'Shubham Delhi'," Rifle",21,122,300,741),
       (19,'Shubham Delhi'," Rifle",21,122,300,741)
       ]       




resolutionWidth = 1920
resolutionHeight = 1080
root = tk.Tk() 
root.geometry("{}x{}".format(resolutionWidth, resolutionHeight))
t= Table(root)

t.populateTable(lest)
t.Start()


root.mainloop()

Этот код должен выдавать это.

Надеюсь, это поможет любому, кто пытается сделать что-то похожее на прокручиваемый текст, без использования Treeview, списка или холста.