# Dotted notes can be written in two ways:
# 1.33 = -2 = dotted half
# 2.66 = -4 = dotted quarter
# 5.33 = -8 = dotted eighth
"""
import wave
from math import ceil, cos, floor, log, pi, sin
import numpy as np
from Players.PySynth.demosongs import *
from Players.PySynth.mixfiles import mix_files
from Players.PySynth.mkfreq import getfreq
pitchhz, keynum = getfreq()
def linint(arr, x):
"Interpolate an (X, Y) array linearly."
for v in arr:
if v[0] == x:
return v[1]
xvals = [v[0] for v in arr]
ux = max(xvals)
lx = min(xvals)
try:
assert lx <= x <= ux
except:
# print lx, x, ux
raise
# 'r' is a rest. # Note value is a number: # 1=Whole Note; 2=Half Note; 4=Quarter Note, etc. # Dotted notes can be written in two ways: # 1.33 = -2 = dotted half # 2.66 = -4 = dotted quarter # 5.33 = -8 = dotted eighth """ from __future__ import division from Players.PySynth.demosongs import * from Players.PySynth.mkfreq import getfreq pitchhz, keynum = getfreq(pr = True) ########################################################################## #### Main program starts below ########################################################################## # Some parameters: # Beats (quarters) per minute # e.g. bpm = 95 # Octave shift (neg. integer -> lower; pos. integer -> higher) # e.g. transpose = 0 # Pause between notes as a fraction (0. = legato and e.g., 0.5 = staccato) # e.g. pause = 0.05