Not showing correct output while retrieving Commidity data from Websocket APIv3

from fyers_apiv3 import fyersModel
from fyers_apiv3.FyersWebsocket import data_ws
import xlwings as xw
import threading

sheet = None
t = 1000
while t > 0 and sheet is None:
    try:
        xw.Book('auto_fyers.xlsx').set_mock_caller()
        sheet = xw.Book.caller().sheets['Data']
        cred_sheet = xw.Book.caller().sheets['fyers_login']
    except Exception as str_error:
        print(t, str_error)
        t -= 1

client_id = cred_sheet['B2'].value
access_token = cred_sheet['B6'].value

#fyers = fyersModel.FyersModel(token=access_token,is_async=False,client_id=client_id,log_path="")
#data = {"symbols":"NSE:TCS-EQ"}
#data = {"symbols":"MCX:CRUDEOIL23NOV7300CE"}
#data = {"symbols":"NSE:BANKNIFTY23O1844000CE"}
#print (fyers.quotes(data))
#ce_ltp = (fyers.quotes(data)["d"][0]["v"]["lp"])

#data = {"symbols":"NSE:BANKNIFTY23O1844000PE"}
#data = {"symbols":"MCX:CRUDEOIL23NOV7200PE"}
#pe_ltp = (fyers.quotes(data)["d"][0]["v"]["lp"])
#print (str(ce_ltp) + " " + str(pe_ltp))

low_pe = 1000
low_ce = 1000

def onmessage(message):
    """
    Callback function to handle incoming messages from the FyersDataSocket WebSocket.

    Parameters:
        message (dict): The received message from the WebSocket.

    """
    #print ("Response: ", message)
    print("Response:", message['symbol'] )
    print("Response:", message['ltp'] )
    

def onerror(message):
    """
    Callback function to handle WebSocket errors.

    Parameters:
        message (dict): The error message received from the WebSocket.


    """
    print("Error:", message)


def onclose(message):
    """
    Callback function to handle WebSocket connection close events.
    """
    print("Connection closed:", message)


def onopen():
    """
    Callback function to subscribe to data type and symbols upon WebSocket connection.

    """
    # Specify the data type and symbols you want to subscribe to
    data_type = "SymbolUpdate"
    #data_type = "OnOrders,OnTrades,OnPositions,OnGeneral"
    #data_type = "DepthUpdate"


    # Subscribe to the specified symbols and data type
    #symbols = ['NSE:SBIN-EQ', 'NSE:ADANIENT-EQ']
    #symbols = ['MCX:CRUDEOIL23NOV7400CE', 'MCX:CRUDEOIL23NOV7400PE']
    #symbols = ['MCX:CRUDEOIL23NOV7300CE', 'NSE:BANKNIFTY23OCT44000CE']
    #symbols = ['NSE:BANKNIFTY23OCT44000CE', 'NSE:BANKNIFTY23OCT44000PE']
    #symbols = ["NSE:NIFTY50-INDEX" , "NSE:NIFTYBANK-INDEX"]
    symbols = ["MCX:CRUDEOIL23DECFUT", "MCX:CRUDEOIL23NOV7400CE", "MCX:NATURALGAS23NOVFUT"]

    fyers_ws.subscribe(symbols=symbols, data_type=data_type)

    # Keep the socket running to receive real-time data
    fyers_ws.keep_running()


# Replace the sample access token with your actual access token obtained from Fyers
access_token = client_id + ":" + access_token

# Create a FyersDataSocket instance with the provided parameters
fyers_ws = data_ws.FyersDataSocket(
    access_token=access_token,       # Access token in the format "appid:accesstoken"
    log_path="",                     # Path to save logs. Leave empty to auto-create logs in the current directory.
    litemode=True,                  # Lite mode disabled. Set to True if you want a lite response.
    write_to_file=False,              # Save response in a log file instead of printing it.
    reconnect=True,                  # Enable auto-reconnection to WebSocket on disconnection.
    on_connect=onopen,               # Callback function to subscribe to data upon connection.
    on_close=onclose,                # Callback function to handle WebSocket connection close events.
    on_error=onerror,                # Callback function to handle WebSocket errors.
    on_message=onmessage             # Callback function to handle incoming messages from the WebSocket.
)

# Establish a connection to the Fyers WebSocket
fyers_ws.connect()