Python getfreq Examples

Example #1

File: GpxToJingle.py Project: leahemerson/GPS-Jingle

def keynote_to_keyname(song):
    pitchhz, keynum = getfreq()
    o = []
    for a, b in song:
        for x in keynum.keys():
            if keynum[x] == a - 1:
                k = x
        o.append((k, b))
    return o

Example #2

File: pysynth_p.py Project: demerzel1/3D-gesture-music

# Dotted notes can be written in two ways:
# 1.33 = -2 = dotted half
# 2.66 = -4 = dotted quarter
# 5.33 = -8 = dotted eighth
"""
import sys
assert sys.version >= '3.3', "This program does not work with older versions of Python.\
 Please install Python 3.3 or later."

import random
from math import exp

from demosongs import *
from 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

Example #3

File: pysynth.py Project: mdoege/PySynth

# Finally the octave number (defaults to octave 4 if not given).
# An asterisk at the end makes the note a little louder (useful for the beat).
# '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 demosongs import *
from 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

Example #4

File: pysynth_b.py Project: mdoege/PySynth

# 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
"""

import wave, struct
import numpy as np
from math import sin, cos, pi, log, exp
from mixfiles import mix_files
from demosongs import *
from mkfreq import getfreq

pitchhz, keynum = getfreq()

# Harmonic intensities (dB) for selected piano keys,
# measured with output from a Yamaha P-85
harmo = (
  (1, -15.8, -3., -15.3, -22.8, -40.7),
  (16, -15.8, -3., -15.3, -22.8, -40.7),
  (28, -5.7, -4.4, -17.7, -16., -38.7),
  (40, -6.8, -17.2, -22.4, -16.8, -75.6),
  (52, -8.4, -19.7, -23.5, -21.6, -76.8),
  (64, -9.3, -20.8, -37.2, -36.3, -76.4),
  (76, -18., -64.5, -74.4, -77.3, -80.8),
  (88, -24.8, -53.8, -77.2, -80.8, -90.),
)

def linint(arr, x):

Example #5

File: pysynth.py Project: trainormg/PySynth

# Finally the octave number (defaults to octave 4 if not given).
# An asterisk at the end makes the note a little louder (useful for the beat).
# '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 demosongs import *
from mkfreq import getfreq

pitchhz, keynum = getfreq(pr = False)

##########################################################################
#### 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

Example #6

File: pysynth_b.py Project: pborky/PySynth

# 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
"""

import wave, struct
import numpy as np
from math import sin, cos, pi, log, exp
from mixfiles import mix_files
from demosongs import *
from mkfreq import getfreq

pitchhz, keynum = getfreq()

# Harmonic intensities (dB) for selected piano keys,
# measured with output from a Yamaha P-85
harmo = (
    (1, -15.8, -3., -15.3, -22.8, -40.7),
    (16, -15.8, -3., -15.3, -22.8, -40.7),
    (28, -5.7, -4.4, -17.7, -16., -38.7),
    (40, -6.8, -17.2, -22.4, -16.8, -75.6),
    (52, -8.4, -19.7, -23.5, -21.6, -76.8),
    (64, -9.3, -20.8, -37.2, -36.3, -76.4),
    (76, -18., -64.5, -74.4, -77.3, -80.8),
    (88, -24.8, -53.8, -77.2, -80.8, -90.),
)