# -*- coding: utf-8 -*-
"""
This file illustrates how to use the python binding of Ossia library.
This is a low level approach to integrate Ossia architecture into a python program.
For higher level features use pyossia module.
"""
import pyossia.ossia_python as ossia
import time
print("OSSIA LIBRARY EXAMPLE")
### LOCAL DEVICE SETUP
# create a device for this python program
local_device = ossia.LocalDevice("newDevice")
print("\nlocal device name: " + local_device.name)
# enable OSCQuery communication for our device without messages logging
local_device.create_oscquery_server(3456, 5678, False)
# enable OSC communication for that device without messages logging
local_device.create_osc_server("127.0.0.1", 9997, 9996, False)
# list all devices on the network
print('\nSCAN FOR OSCQUERY DEVICES\n')
for data in ossia.list_oscquery_devices():
print(data.name + ": host = " + data.host + ", port = " + str(data.port))
# create a node, create a boolean parameter and initialize it
# -*- coding: utf-8 -*-
"""
This file illustrates how to use the python binding of Ossia library.
This is a low level approach to integrate Ossia architecture into a python program.
For higher level features use pyossia module.
"""
import pyossia.ossia_python as ossia
import time
print("OSSIA LIBRARY EXAMPLE")
### LOCAL DEVICE SETUP
# create a device for this python program
local_device = ossia.LocalDevice("PythonExample")
print("\nlocal device name: " + local_device.name)
# enable OSCQuery communication for our device without messages logging
local_device.create_oscquery_server(3456, 5678, False)
# enable OSC communication for that device without messages logging
local_device.create_osc_server("127.0.0.1", 9997, 9996, False)
# list all devices on the network
print('\nSCAN FOR OSCQUERY DEVICES\n')
for data in ossia.list_oscquery_devices():
print(data.name + ": host = " + data.host + ", port = " + str(data.port))
# create a node, create a boolean parameter and initialize it
when="midnight",
backupCount=3)
# Format each log message like this
formatter = logging.Formatter('%(asctime)s %(levelname)-8s %(message)s')
# Attach the formatter to the handler
handler.setFormatter(formatter)
# Attach the handler to the logger
logger.addHandler(handler)
# Replace stdout with logging to file at INFO level
#sys.stdout = MyLogger(logger, logging.INFO)
# Replace stderr with logging to file at ERROR level
#sys.stderr = MyLogger(logger, logging.ERROR)
# setup OSCQuery device
local_device = ossia.LocalDevice("countdown")
print("local device name: " + local_device.name)
local_device.create_oscquery_server(1234, 5678, False)
# create a node, create a float parameter, set its properties and initialize it
node = local_device.add_node("/color")
parameter_color = node.create_parameter(ossia.ValueType.Vec3f)
parameter_color.access_mode = ossia.AccessMode.Bi
parameter_color.bounding_mode = ossia.BoundingMode.Clip
parameter_color.make_domain(0, 255)
parameter_color.apply_domain()
parameter_color.value = [255, 255, 255]
node = local_device.add_node("/text")
parameter_text = node.create_parameter(ossia.ValueType.String)
#! /usr/bin/env python
# -*- coding: utf-8 -*-
"""
This file illustrates how to use the python binding of Ossia library.
This is a low level approach to integrate Ossia architecture into a python program.
For higher level features use pyossia module.
"""
import pyossia.ossia_python as ossia
import time
print("OSSIA LIBRARY PRESET EXAMPLE")
### LOCAL DEVICE SETUP
# create a device for this python program
local_device = ossia.LocalDevice("PythonPreset")
print("\nlocal device name: " + local_device.name)
# create a node, create a boolean parameter and initialize it
bool_node = local_device.add_node("/test/numeric/bool")
bool_parameter = bool_node.create_parameter(ossia.ValueType.Bool)
bool_parameter.access_mode = ossia.AccessMode.Get
bool_parameter.value = True
bool_parameter.default_value = True
bool_node.description = "it could be used to enable/disable an effect"
bool_node.tags = ["example", "numeric"]
bool_node.priority = 1
bool_node.refresh_rate = 100
import pyossia.ossia_python as ossia
import os, sys, time
### LOCAL DEVICE SETUP
local_device = ossia.LocalDevice("PythonConsole")
local_device.create_oscquery_server(3456, 5678, False)
# PARAMETER : display text in python console
text_parameter = local_device.add_node("/text").create_parameter(
ossia.ValueType.String)
text_parameter.access_mode = ossia.AccessMode.Set
def text_callback(v):
print(v)
text_parameter.add_callback(text_callback)
# PARAMETER : display a prompt text in python console and wait for input
prompt_parameter = local_device.add_node("/prompt").create_parameter(
ossia.ValueType.String)
prompt_parameter.access_mode = ossia.AccessMode.Set
# PARAMETER : input comming from a prompt
prompt_input_parameter = local_device.add_node(
"/prompt/input").create_parameter(ossia.ValueType.String)
prompt_input_parameter.access_mode = ossia.AccessMode.Get
def prompt_callback(v):