def receive_callback(self, path, value):
# if (DEBUG):
# print("[OSC] Path: " + path + " Value: " + str(value))
pe_bindings.controller_to_parameter(self, path, value)
def receive_callback(self, path, value):
# Darken the center when gain is high! This helps to keep
# things "under control."
if (pe.decay > 1.01):
pe.darken_center = 1.0
else:
pe.darken_center = 0.0
# -------------------------------------
# Fixed settings for PRICELESS!!
# -------------------------------------
# RESET!!
if (path == "/joystick0/button3" and value == 1):
print("Resetting to defaults!!\n>> ")
pe.reset_all()
pe.set_control_value('mv_a', 0.0)
pe.set_control_value('mv_x', 36)
pe.set_control_value('mv_y', 36)
pe.set_control_value('mv_l', 0)
pe.set_control_value('rot', -0.001)
pe.set_control_value('sx',0.999)
pe.set_control_value('wave_mode', 2)
pe.set_control_value('wave_enabled',1.0)
pe.set_control_value('square_a',1.0)
# Waveshape Enable
if (path == "/joystick0/button0" and value == 1):
if (pe.wave_enabled): pe.set_control_value('wave_enabled', 0.0)
else: pe.set_control_value('wave_enabled', 1.0)
# Squareshape Enable
if (path == "/joystick0/button6" and value == 1):
if (pe.square_a): pe.set_control_value('square_a', 0.0)
else: pe.set_control_value('square_a', 1.0)
# Border Enable
if (path == "/joystick0/button2" and value == 1):
if (pe.ib_a): pe.set_control_value('ib_a', 0.0)
else: pe.set_control_value('ib_a', 1.0)
# Vector Field
if (path == "/joystick0/button1" and value == 1):
if (pe.mv_a): pe.set_control_value('mv_a', 0.0)
else: pe.set_control_value('mv_a', 1.0);
# Kaleidoscope
if (path == "/joystick0/button4" and value == 1):
if (pe.kaleidoscope): pe.set_control_value('kaleidoscope', 0.0)
else: pe.set_control_value('kaleidoscope', 1.0)
# Translation
if (path == "/joystick0/hat0" and value == 2):
self.square_thick_coeff = 1.0
if (path == "/joystick0/hat0" and value == 8):
self.square_thick_coeff = -1.0
if (path == "/joystick0/hat0" and value == 1):
self.square_scale_coeff = 1.0
if (path == "/joystick0/hat0" and value == 4):
self.square_scale_coeff = -1.0
if (path == "/joystick0/hat0" and value == 0.0):
self.square_thick_coeff = 0.0
self.square_scale_coeff = 0.0
self.wave_frequency_coeff = 0.0
# Wave Movement
if (path == "/joystick0/button7" and value == 1.0):
if (pe.wave_move == 1.0):
pe.set_control_value('wave_move', 0.0)
pe.set_control_value('wave_x',0.5)
pe.set_control_value('wave_y',0.5)
else: pe.set_control_value('wave_move', 1.0)
# Rotation
rot_gain = 0.01
if (path == "/joystick0/axis0"):
delta = -(value-0.5) * rot_gain
if (math.fabs(value-0.5) > 0.05):
pe.set_control_value('rot', pe.rot - delta)
# if (pe.rot > 0.785): pe.rot = 0.785 # Turn off rotation
# if (pe.rot < -0.785): pe.rot = -0.785 # limits for now.
# Zoom
zoom_gain = 0.002
if (path == "/joystick0/axis1"):
delta = (value-0.5) * zoom_gain
if (math.fabs(value-0.5) > 0.05):
pe.set_control_value('zoom', pe.zoom - delta)
if (pe.zoom > 1.16): pe.set_control_value('zoom', 1.16)
if (pe.zoom < 0.5): pe.set_control_value('zoom', 0.5)
# Zoomexp & Kaliedoscope_raidus share this control
if (path == "/joystick0/axis3"):
if (pe.kaleidoscope == 1.0):
delta = (value-0.5)/80.0
if (math.fabs(value-0.5) > 0.05):
pe.set_control_value('kaleidoscope_radius', pe.kaleidoscope_radius - delta)
if (pe.kaleidoscope_radius < 0.0): pe.set_control_value('kaleidoscope_radius', 0.0)
if (pe.kaleidoscope_radius > 1.0): pe.set_control_value('kaleidoscope_radius', 1.0)
else:
delta = (value-0.5)/80.0
if (math.fabs(value-0.5) > 0.05):
pe.set_control_value('zoomexp', pe.zoomexp - delta)
if (pe.zoomexp < 0.25): pe.set_control_value('zoomexp', 0.25)
if (pe.zoomexp > 2.0): pe.set_control_value('zoomexp', 2.0)
# Scaling
if (path == "/joystick0/button20" and value == 1.0):
self.sx_coefficient = 1.0
if (path == "/joystick0/button20" and value == 0.0):
self.sx_coefficient = 0.0
if (path == "/joystick0/button18" and value == 1.0):
self.sx_coefficient = -1.0
if (path == "/joystick0/button18" and value == 0.0):
self.sx_coefficient = 0.0
if (path == "/joystick0/button21" and value == 1.0):
self.sy_coefficient = 1.0
if (path == "/joystick0/button21" and value == 0.0):
self.sy_coefficient = 0.0
if (path == "/joystick0/button19" and value == 1.0):
self.sy_coefficient = -1.0
if (path == "/joystick0/button19" and value == 0.0):
self.sy_coefficient = 0.0
# Center of rotation
if (path == "/joystick0/button22" and value == 1.0):
self.dx_coefficient = -1.0
if (path == "/joystick0/button22" and value == 0.0):
self.dx_coefficient = 0.0
if (path == "/joystick0/button24" and value == 1.0):
self.dx_coefficient = 1.0
if (path == "/joystick0/button24" and value == 0.0):
self.dx_coefficient = 0.0
if (path == "/joystick0/button23" and value == 1.0):
self.dy_coefficient = 1.0
if (path == "/joystick0/button23" and value == 0.0):
self.dy_coefficient = 0.0
if (path == "/joystick0/button25" and value == 1.0):
self.dy_coefficient = -1.0
if (path == "/joystick0/button25" and value == 0.0):
self.dy_coefficient = 0.0
# IFS Mode
if (path == "/joystick0/button15" and value == 1.0):
pe.set_control_value('ifs_mode', pe.ifs_mode + 1)
if (pe.ifs_mode > 4):
pe.set_control_value('ifs_mode', 0)
if (path == "/joystick0/button17" and value == 1.0):
pe.set_control_value('ifs_mode', pe.ifs_mode - 1)
if (pe.ifs_mode < 0):
pe.set_control_value('ifs_mode', 4)
if (path == "/joystick0/button14" and value == 1.0):
pe.set_control_value('ifs_mode', 0)
if (path == "/joystick0/button16" and value == 1.0):
pe.set_control_value('ifs_mode', 0)
# Reset center of rotation, scaling, and zoom exponent
if (path == "/joystick0/button5" and value == 1.0):
if (pe.wave_usedots): pe.set_control_value('wave_usedots', 0.0)
else: pe.set_control_value('wave_usedots', 1.0)
# if (path == "/joystick0/button5" and value == 1.0):
# if (pe.invert): pe.set_control_value('invert', 0.0)
# else: pe.set_control_value('invert', 1.0)
# Warp
if (path == "/joystick0/button0" and value == 1.0):
self.warp_coefficient = 1.0
if (path == "/joystick0/button0" and value == 0.0):
self.warp_coefficient = 0.0
if (path == "/joystick0/button6" and value == 1.0):
self.warp_coefficient = -1.0
if (path == "/joystick0/button6" and value == 0.0):
self.warp_coefficient = 0.0
# Wave mode
if (path == "/joystick0/button8" and value == 1):
pe.set_control_value('wave_mode', 0)
pe.set_control_value('wave_enabled', 1)
elif (path == "/joystick0/button9" and value == 1):
pe.set_control_value('wave_mode', 1)
pe.set_control_value('wave_enabled', 1)
elif (path == "/joystick0/button10" and value == 1):
pe.set_control_value('wave_mode', 2)
pe.set_control_value('wave_enabled', 1)
# PRECIOUS UPPER SWITCH
if (path == "/joystick0/button11" and value == 1):
pe.set_control_value('wave_frequency', 0.03)
pe.set_control_value('wave_mode', 2)
elif (path == "/joystick0/button12" and value == 1):
pe.set_control_value('wave_frequency', 0.2)
pe.set_control_value('wave_mode', 2)
elif (path == "/joystick0/button13" and value == 1):
pe.set_control_value('wave_frequency', 9.0)
pe.set_control_value('wave_mode', 2)
# Debugging
if (self.JOY_DEBUG and (path.find("axis") == -1)):
print("[JOYSTICK] Path: " + path + " Value: " + str(value))
# Otherwise, delegate to the bindings.
pe_bindings.controller_to_parameter(self, path, value)