def __init__(self, synth):
self.hover = Hover(address=0x42, ts=4, reset=17)
self.device = synth
import time
import subprocess
from Hover_library import Hover
hover = Hover(address=0x42, ts=23, reset=24)
try:
while True:
# Check if hover is ready to send gesture or touch events
if (hover.getStatus() == 0):
# Read i2c data and print the type of gesture or touch event
event = hover.getEvent()
if event is not None:
print event,
# This line can be commented out if you don't want to see the
# event in text format
try:
direction = hover.getEventString(event)
except:
print "Invalid input recieved from hover, ignoring."
direction = ''
print direction
if direction == 'swipe_left':
print 'left'
subprocess.Popen(['bash', '-c', 'xdotool key --window "$(xdotool search --class --onlyvisible Chromium | head -n 1)" Up'])
elif direction == 'swipe_right':
#the Calebrator's sound card is alsa's default output
#device
fs.start(driver='alsa')
#NOTE: These print statements won't be seen unless a display
#is hooked up to the Calebrator via the HDMI port
print("Started FluidSynth")
#Loading a soundfont for fluidsynth to use
sfid = fs.sfload("guitar.sf2")
#Select the program with the desired soundfont
fs.program_select(0, sfid, 0, 0)
print("Loaded soundfont")
hover = Hover(address=0x42, ts=4, reset=17)
########################################################################
######################### All of the commands ##########################
########################################################################
#Plays an instance of the C note
def playButton1():
global switch1
global switch2
global switch3
if (switch1 == 1):
fs.noteon(0, 48, 100)
print("Button 1 (C4): On")
