import numpy as np
from scipy.interpolate import interp1d
from scipy import signal
from itertools import groupby
from toto.core.wavestats import specstats
from matplotlib.dates import date2num
import pandas as pd
from ...core.toolbox import display_message

def zerodn(time,mag,Upcross=False):
    display_message()
    
    
def get_stats(Ht,Period,min_n=30):
    display_message()


def zero_crossing(df,itime,time,mag,Upcross,min_n):

    display_message()


def spectra_analysis(df,time,mag,sint,window,overlap,fft,detrend,Tmin,Tmax):
    display_message()

def do_ssh_to_wave(time,mag,noverlap,nfft,nperseg,detrend,period,min_wave,crossing,method):


    display_message()



import numpy as np
from scipy.interpolate import interp1d
from scipy import signal
from itertools import groupby
from toto.core.wavestats import specstats
from matplotlib.dates import date2num
import pandas as pd
from ...core.toolbox import display_message

def zerodn(time,mag,Upcross=False):
    display_message()
    
    
def get_stats(Ht,Period,min_n=30):
    display_message()


def zero_crossing(df,itime,time,mag,Upcross,min_n):

    display_message()


def spectra_analysis(df,time,mag,sint,window,overlap,fft,detrend,Tmin,Tmax):
    display_message()

def do_ssh_to_wave(time,mag,noverlap,nfft,nperseg,detrend,period,min_wave,crossing,method):


    display_message()


