def notify(self, sensorData):
line = ''
if len(sensorData) == 0:
return
sensors = sensorData[0]
for sensor in sensors:
for field in sensor:
if isinstance(field, str):
line += '%s,' % field
elif isinstance(field, float):
line += '%f,' % field
else:
line += field
line += '\n'
f = open(filename, 'a')
f.write(line)
f.close()
HIMUServer.printSensorsData(sensorData)
''' Created on 17 Nov 2017 @author: Johannes Friedrich @mail: [email protected], @homepage GitHub: https://github.com/JohannesFriedrich ''' import plotly.plotly as py from plotly.graph_objs import Stream, Scatter, Data, Layout, Figure # auto sign-in with credentials or use py.sign_in() from HIMUServer import HIMUServer myHIMUServer = HIMUServer() maxpoints = 200 stream1 = Stream( token='your_token_1', # (!) link stream id to 'token' key maxpoints=maxpoints ) stream2 = Stream( token='your_token_2', # (!) link stream id to 'token' key maxpoints=maxpoints ) stream3 = Stream( token='your_token_3', # (!) link stream id to 'token' key
line += '%f,' % field
else:
line += field
line += '\n'
f = open(filename, 'a')
f.write(line)
f.close()
HIMUServer.printSensorsData(sensorData)
# for a string-to-float conversion, try HIMUServer.strings2Floats()
# HIMUServer instance:
myHIMUServer = HIMUServer()
# Creating listener and adding it to the server instance:
myListener = SimplePrintListener(myHIMUServer)
myHIMUServer.addListener(myListener)
# Change the timeout (in seconds) :
myHIMUServer.timeout = 10
# Launch acquisition via TCP on port 2055:
myHIMUServer.start("TCP", 2055)
# Launch acquisition via UDP on port 2055:
# myHIMUServer.start("UDP", 2055)
# Launch acquisition from local file:
def notify(self, sensorData):
#Customize the notify method in order to elaborate data
# sensorData contains String values (see HIMUServer.__extractSensorData())
HIMUServer.printSensorsData(sensorData)
#for a string-to-float conversion, try HIMUServer.strings2Floats()
pass
def notify(self, sensorData):
#Customize the notify method in order to elaborate data
# sensorData contains String values (see HIMUServer.__extractSensorData())
HIMUServer.printSensorsData(sensorData)
#An example of listener implementation.
class SimplePrintListener:
def __init__(self, serverInstance):
self.__server = serverInstance
def notify(self, sensorData):
#Customize the notify method in order to elaborate data
# sensorData contains String values (see HIMUServer.__extractSensorData())
HIMUServer.printSensorsData(sensorData)
#for a string-to-float conversion, try HIMUServer.strings2Floats()
#HIMUServer instance:
myHIMUServer = HIMUServer()
#Creating listener and adding it to the server instance:
myListener = SimplePrintListener(myHIMUServer)
myHIMUServer.addListener(myListener)
#Change the timeout (in seconds) :
myHIMUServer.timeout = 2
#Launch acquisition via TCP on port 2055:
myHIMUServer.start("TCP", 2055)
#Launch acquisition via UDP on port 2055:
myHIMUServer.start("UDP", 2055)
#Launch acquisition from local file:
def notify (self, sensorData):
#Customize the notify method in order to elaborate data
# sensorData contains String values (see HIMUServer.__extractSensorData())
HIMUServer.printSensorsData(sensorData)
#for a string-to-float conversion, try HIMUServer.strings2Floats()
pass
#An example of listener implementation.
class SimplePrintListener:
def __init__(self, serverInstance):
self.__server = serverInstance
pass
def notify (self, sensorData):
#Customize the notify method in order to elaborate data
# sensorData contains String values (see HIMUServer.__extractSensorData())
HIMUServer.printSensorsData(sensorData)
#for a string-to-float conversion, try HIMUServer.strings2Floats()
pass
#HIMUServer instance:
myHIMUServer = HIMUServer()
#Creating listener and adding it to the server instance:
myListener = SimplePrintListener(myHIMUServer)
myHIMUServer.addListener(myListener)
#Change the timeout (in seconds) :
myHIMUServer.timeout = 2
#Launch acquisition via TCP on port 2055:
myHIMUServer.start("TCP", 2055)
#Launch acquisition via UDP on port 2055:
#myHIMUServer.start("UDP", 2055)