def __init__(self, host, port, table, player): self.consumer = Consumer(host,int(port), self) self.table = table self.player = player self.peaksPerMin = deque([], 1000) self.lastValue = None
def __init__(self, host, port, minBox, maxBox): self.consumer = Consumer(host,int(port), self) self.minBox = minBox self.maxBox = maxBox self.continueRunning = False self.max = 0 self.min = 0
class BiodataConsumer(): def __init__(self, host, port, table, player): self.consumer = Consumer(host,int(port), self) self.table = table self.player = player self.peaksPerMin = deque([], 1000) self.lastValue = None def run(self): """ Thread run method. Waits on data to come in and then once received, sends it to :func:`processData` """ while(True): self.consumer.waitData() data = self.consumer.getData() if data != None: self.processData(float(data)) def processData(self, value): """ Evaluates the peaks per min based on the ``value`` and sends both the (possibly) new peaks per min value and the ``value`` through to the ``Player`` object """ if value == 0.0 and self.lastValue > 0.0: #reached a peak, add to list self.peaksPerMin.append(time.time()) # Prune any peaks > 60 secs if len(self.peaksPerMin) > 0: if time.time() - self.peaksPerMin[0] >= 60.0: self.peaksPerMin.popleft() self.player.threshValue = value self.player.peaksPerMin = len(self.peaksPerMin) self.lastValue = value
class BaselineConsumer(): def __init__(self, host, port, minBox, maxBox): self.consumer = Consumer(host,int(port), self) self.minBox = minBox self.maxBox = maxBox self.continueRunning = False self.max = 0 self.min = 0 def run(self): while(self.continueRunning): self.consumer.waitData() data = self.consumer.getData() if data != None: fltData = float(data) if fltData > self.max: self.max = fltData self.maxBox.SetValue(data) elif fltData < self.min: self.min = fltData self.minBox.SetValue(data)
