Example #1
0
def smmm(u):
    #f.grid(row=15,column=0,sticky=W,ipadx=600,ipady=17)
 
    df = TableModel.getSampleData()
    pt = Table(leftFrame2,dataframe=u,showtoolbar=True, showstatusbar=True)
    pt.grid(row=15,column=0,sticky=W,ipadx=345,ipady=17)
    pt.show()
def load_click():
    init_dir = ""
    if (selected_sport.get() == 1):
        init_dir = "/home/pete/Documents/dk_player_exports/"
    elif (selected_sport.get() == 2):
        init_dir = "/home/pete/Documents/nhl/dk_player_exports/"
    else:
        sys.exit("INVALID SPORT SELECTED")
    player_file = filedialog.askopenfilename(initialdir=init_dir,
                                             title='Select Projections')
    print(player_file)
    load_label.configure(text=player_file, width=0)
    save_button.state(['disabled'])
    optimize_button.state(['!disabled'])
    try:
        global ffa_player_projections
        ffa_player_projections = pd.read_csv(player_file)
        LoadOptimizer(player_file)
        player_value = []
        AddValueColumn(player_value)
        ffa_player_projections = ffa_player_projections.assign(
            Value=player_value)
    except:
        sys.exit("Invalid file type")
    global table
    table = Table(middle_left_frame, dataframe=ffa_player_projections)
    table.grid(column=0, row=0, rowspan=2)
    table.show()
    add_lock_button.state(['!disabled'])
    add_exclude_button.state(['!disabled'])
    remove_lock_button.state(['!disabled'])
    remove_exclude_button.state(['!disabled'])
Example #3
0
def show_details():
    # declares that showing will refer to the global variable mentioned above instead of to a local variable for this function
    global showing

    # toggles on or off by testing whether or not the details are already showing
    if showing == False:
        # flips the switch to on.
        showing = True

        # declares all of these future variables as global ones so they can be refered to the next time the function runs.
        global dt
        # Simply creates a block of text and appends it to the Mainframe(See below for more details) for each variable.
        # .grid just forces a positon for the newly created label.
        dt = Table(mainframe, dataframe=StockQuotesCall())
        dt.grid(column=10, row=0, sticky=(N, W, E, S))
        dt.show()
        dt.redraw()

    else:
        # No matter what I use, dt.close(), dt.grid_forget, dt.pack_forget, dt.pack_remove, dt.grid_remove, dt.destroy, none of them works properly with the table.
        # Must be mod error
        showing = False
        #
        dt.grid_forget()