Equation to LFO

import numpy
import math as m

#!!! CHANGE THESE !!!----------------------------------------------------------
AUTHOR = 'SlavaCat'
NAME = 'MATH LFO >:O'
X_RANGE = [-5,5] #DISTANCE BETWEEN * RESOLUTION MUST BE <= 100 ALSO NO DECIMALS
#Number of subdivisions between points | 1 = none
RESOLUTION = 5
#How many decimals to round to
ROUND_RANGE = 3

def equation(x_pos):
    #!!! ADD VARIABLES HERE X IS DEFAULT !!!
    x = x_pos
    #!!! INSTER EQUATION HERE | ADD 'm.' BEFORE OPPERATION !!!
    y = m.tan(x)
    #!!! OK STOP CHANGING THINGS >:( !!!
    return y
#------------------------------------------------------------------------------

VITAL_RANGE = [0,1]

def scale_toRange(unscaled,range_start,range_end):
    unscaled = numpy.ndarray.tolist(numpy.interp(unscaled, (min(unscaled), max(unscaled)), (range_start,range_end)))
    return unscaled

def round_list(unrounded,round_amount):
    for x in range(len(unrounded)):
        unrounded[x] = round(unrounded[x],ROUND_RANGE)
    return unrounded

#Set points
POINTS = (abs(X_RANGE[0]-X_RANGE[1])*RESOLUTION)
powers = []
for n in range(POINTS):
    powers.append(0)
if POINTS >= 200:
    print("!!!WARNING!!! THIS MANY POINTS COULD CRASH VITAL !!!WARNING!!!\n")

#Creating the x_values
x_values = []
for x in range((X_RANGE[0]*RESOLUTION),(X_RANGE[1]*RESOLUTION)):
    x_values.append(x)

#Scaling the values back to range
x_values = scale_toRange(x_values,X_RANGE[0],X_RANGE[1])

#Creating y_values from equation
y_values = []
for x_pos in range(POINTS):
    x = x_values[x_pos]
    y_values.append(equation(x))

#Scaling x to the Vital range of (0,1)
x_values = scale_toRange(x_values,VITAL_RANGE[0],VITAL_RANGE[1])
x_values = round_list(x_values,ROUND_RANGE)

#Again scaling y to Vital range
y_values = scale_toRange(y_values,VITAL_RANGE[0],VITAL_RANGE[1])
y_values = round_list(y_values,ROUND_RANGE)

#Combine
LFO_points = []
for x in range(POINTS):
    LFO_points.extend((x_values[x],y_values[x]))
paste = '{' + (f'"author":"{AUTHOR}","name":"{NAME}","num_points":{POINTS},"points":{LFO_points},"powers":{powers},"smooth":false') + '}'
print(paste)
print('\n')
if POINTS > 100:
    print('You have too many points, results might not be as expected :/')

#CREATED BY SLAVACAT: https://soundcloud.com/slavacat