search the BNBUSDT chart for any maximum and minimum to determine the maximum and minimum of a Japanese candle that is in the extreme, and plot Fibonacci levels from 0 to 1 on the extreme candle, where 0 should be at the extreme.

def fibo(t):
  n = len(t)
  return [t[int(n) * i] for i in fibonacci_sequence(1)][1:]

#detect max and min
max_in_range = max(df['High'].iloc[int(start):int(end)])
min_in_range = min(df['Low'].iloc[int(start):int(end)])

#determine max and min indices
max_index = df[df['High'] == max_in_range].index[0]
min_index = df[df['Low'] == min_in_range].index[0]

#plot fibo
start, end = max_index, min_index
trace(df['Close'].iloc[int(start):int(end)], fibo(df['Close'].iloc[int(start):int(end)]))