HuangJiaLian

time_list = []
def tap_estimate():
    global time_list, scale
    time_list.append(time.time())
    list_len = len(time_list)
    N = 6
    if list_len > 1:
        # If two time far away from each other 
        # throw away the former times, only left the last one
        if time_list[-1] - time_list[-2] > 2:

HuangJiaLian

ON = True
def play():
    global count, time_signature, count_label, ON
    if ON:
        count += 1
        count_label['text'] = '{}'.format(count)
        if time_signature[0] == -1:
            strong_beat.play()
        else:
            if count == 1:

HuangJiaLian

def play():
    global count, time_signature, count_label
    count += 1
    count_label['text'] = '{}'.format(count)

HuangJiaLian

# Function to determine the tempo markings
def tempo_marking_of(tempo):
    for key in markings.keys():
        if tempo >= markings[key][0] and tempo <= markings[key][1]:
            marking = key
            break
        else:
            marking = ''
    return marking

HuangJiaLian

# Variable for the scale value
scale_var = tk.IntVar(midFrame)

# When scale changes 
def update(*args):
    global scale_var, time_signature, interval_ms, tempo
    tempo = scale_var.get()
    interval_ms = int((60/tempo) * (4/time_signature[-1]) * 1000)

# Use a scale to show the tempo range

HuangJiaLian

# When scale changes 
def update_interval(*args):
    global scale_var, time_signature, interval_ms, tempo
    tempo = scale_var.get()
    interval_ms = int((60/tempo) * (4/time_signature[-1]) * 1000)

scale_var = tk.IntVar(midFrame)

# Use a scale to show the tempo range
scale = tk.Scale(midFrame,

HuangJiaLian

# When time signature mode changes
def update_time_signature(*args):
    global temp, time_signature, count, interval_ms
    time_signature = time_signatures[ts_mode.get()][-1]
    interval_ms = int((60/tempo) * (4/time_signature[-1]) * 1000)
    count = 0
ts_mode.trace('w', update_time_signature)

# Time signature selection implementation
time_signature = time_signatures[ts_mode.get()][-1]

HuangJiaLian

# Play beats in Tkinter
tempo = 120
time_signature = time_signatures[ts_mode.get()][-1]
interval_ms = int((60/tempo) * (4/time_signature[-1]) * 1000)

def play():
    strong_beat.play()
    window.after(interval_ms, play)

window.after(interval_ms, play)

HuangJiaLian

import tkinter as tk
from tkinter import Frame
import simpleaudio, time

theme_colors = {'bg': '#52767D', 'text':'#FFFFE6', 'label_bg':'#3D998D', 'scale_through':'#A3CEC5'}
theme_fonts = ['Helvetica']
tempo_range = [30, 230]
defaults = {'tempo': 120, 'scale_length': 550}

# The main window

HuangJiaLian

time_list = [1648565267.9251342, 1648565268.482229, 1648565269.013833, 1648565269.560467, 1648565270.105812, 1648565270.644593, 1648565271.175668]

def tempo_estimate(time_list):
    list_len = len(time_list)
    N = 6
    if list_len < 6:
        interval = (time_list[-1] - time_list[0]) / (list_len - 1)
    else:
        interval = (time_list[-1] - time_list[-N]) / (N - 1)
    temp = int(60/interval)