def enc_button_callback():
print ("Encoder button press HIGH")
lyra_mapper.updateSignal(5, libm_enc_button_val)
def button_callback():
print ("Button press HIGH")
lyra_mapper.updateSignal(1, libm_button_val)
def switch2_callback():
print ("Switch 2 state change HIGH")
lyra_mapper.updateSignal(3, libm_switch2_val)
# libm_button_val = read_button()
# write_led(libm_button_val)
# if DEBUG:
# print "Button State: ", libm_button_val
# libm_switch_val = read_switch()
# if DEBUG:
# print "Switch State: ", libm_switch_val
# ======================================
# ROTARY ENCODER READING
# ======================================
libm_encoder_val = read_encoder()
if libm_encoder_val != 0:
lyra_mapper.updateSignal(4, libm_encoder_val)
if DEBUG:
if libm_encoder_val != 0:
print "Encoder Direction: ", libm_encoder_val
# ======================================
# MCP3008 ADC READING
# ======================================
# we'll assume that the pot didn't move
libm_sensor0_val_changed = False
# read the analog pin
libm_sensor0_val = read_adc(sensor0_adc_pin, SPICLK, SPIMOSI, SPIMISO, SPICS)
# how much has it changed since the last read?
sensor0_adjust = abs(libm_sensor0_val - adc_last_state)
