from multiprocessing import Queue
from Collector import DataCollector
from Analyzer.Calculator import LocationCalculator
from Analyzer.T01Command import T01
import threading

class LevelAnalyzer():
    
    def __init__(self,resultQueue):
        #super().__init__()
        self.resultQueue = resultQueue
        self.receiveQueue = Queue()
        self.dataCollector = DataCollector(T01.SEND_CMD,self.receiveQueue)
        self.calculator = LocationCalculator()

        self.adjust = False

    def start(self):
        self.dataCollector.start() # start the thread to get data

        while True:
            t01receive = self.receiveQueue.get(True)
            
            t01 = T01(t01receive)
            
            
            if self.adjust:
                self.calculator.setDefaultAxisValue(t01.getX(), t01.getY(), t01.getTemperature())
                self.adjust = False    
            currentAx = t01.getX()
            currentAy = t01.getY()

            radium,angel = self.calculator.getRadiueAndAngel(currentAx,currentAy)

            self.resultQueue.put(CycleData(radium,angel),False)

            
    def adjustment(self):
        self.adjust = True
        
class CycleData:
    def __init__(self,radium,angel):
        self.radium = radium
        self.angel = angel
        
    def getRadium(self):
        return self.radium
    
    def getAngel(self):
        return self.angel
    
    def getString(self):
        return str(self.radium)+" "+str(self.angel)+"\r\n"
    

2aa4a2c9ce15f7af993ec5f40b431e2e65e48360
<mask token>


class CycleData:
    <mask token>

    def getRadium(self):
        return self.radium

    def getAngel(self):
        return self.angel

    def getString(self):
        return str(self.radium) + ' ' + str(self.angel) + '\r\n'

<mask token>


class LevelAnalyzer:
    <mask token>
    <mask token>
    <mask token>


class CycleData:

    def __init__(self, radium, angel):
        self.radium = radium
        self.angel = angel

    def getRadium(self):
        return self.radium

    def getAngel(self):
        return self.angel

    def getString(self):
        return str(self.radium) + ' ' + str(self.angel) + '\r\n'

<mask token>


class LevelAnalyzer:

    def __init__(self, resultQueue):
        self.resultQueue = resultQueue
        self.receiveQueue = Queue()
        self.dataCollector = DataCollector(T01.SEND_CMD, self.receiveQueue)
        self.calculator = LocationCalculator()
        self.adjust = False
    <mask token>

    def adjustment(self):
        self.adjust = True


class CycleData:

    def __init__(self, radium, angel):
        self.radium = radium
        self.angel = angel

    def getRadium(self):
        return self.radium

    def getAngel(self):
        return self.angel

    def getString(self):
        return str(self.radium) + ' ' + str(self.angel) + '\r\n'

<mask token>


class LevelAnalyzer:

    def __init__(self, resultQueue):
        self.resultQueue = resultQueue
        self.receiveQueue = Queue()
        self.dataCollector = DataCollector(T01.SEND_CMD, self.receiveQueue)
        self.calculator = LocationCalculator()
        self.adjust = False

    def start(self):
        self.dataCollector.start()
        while True:
            t01receive = self.receiveQueue.get(True)
            t01 = T01(t01receive)
            if self.adjust:
                self.calculator.setDefaultAxisValue(t01.getX(), t01.getY(),
                    t01.getTemperature())
                self.adjust = False
            currentAx = t01.getX()
            currentAy = t01.getY()
            radium, angel = self.calculator.getRadiueAndAngel(currentAx,
                currentAy)
            self.resultQueue.put(CycleData(radium, angel), False)

    def adjustment(self):
        self.adjust = True


class CycleData:

    def __init__(self, radium, angel):
        self.radium = radium
        self.angel = angel

    def getRadium(self):
        return self.radium

    def getAngel(self):
        return self.angel

    def getString(self):
        return str(self.radium) + ' ' + str(self.angel) + '\r\n'

from multiprocessing import Queue
from Collector import DataCollector
from Analyzer.Calculator import LocationCalculator
from Analyzer.T01Command import T01
import threading

class LevelAnalyzer():
    
    def __init__(self,resultQueue):
        #super().__init__()
        self.resultQueue = resultQueue
        self.receiveQueue = Queue()
        self.dataCollector = DataCollector(T01.SEND_CMD,self.receiveQueue)
        self.calculator = LocationCalculator()

        self.adjust = False

    def start(self):
        self.dataCollector.start() # start the thread to get data

        while True:
            t01receive = self.receiveQueue.get(True)
            
            t01 = T01(t01receive)
            
            
            if self.adjust:
                self.calculator.setDefaultAxisValue(t01.getX(), t01.getY(), t01.getTemperature())
                self.adjust = False    
            currentAx = t01.getX()
            currentAy = t01.getY()

            radium,angel = self.calculator.getRadiueAndAngel(currentAx,currentAy)

            self.resultQueue.put(CycleData(radium,angel),False)

            
    def adjustment(self):
        self.adjust = True
        
class CycleData:
    def __init__(self,radium,angel):
        self.radium = radium
        self.angel = angel
        
    def getRadium(self):
        return self.radium
    
    def getAngel(self):
        return self.angel
    
    def getString(self):
        return str(self.radium)+" "+str(self.angel)+"\r\n"
    
