class Simulation(object):
def __init__(self):
self.master = Master()
self.slave = Slave()
def start_simulation(self):
detections = 0
numOfDetections = 4000
timeArray = np.arange(numOfDetections)
masters_clock = 1 # 1 - 16384
# 15 + 1023 + 16 <- Max case
# min 4 max 1054
true_clock = 1
while (detections < numOfDetections):
self.master.tic(masters_clock)
self.slave.tic()
if masters_clock == 1:
print true_clock
#if true_clock >= 2048:
#print '****************'
#print 'Clock ' + str(true_clock)
#print 'F1: ' + str(self.master.freqNumOne) + ' F2: ' + str(self.master.freqNumTwo)
#if true_clock == 4096:
#break;
if self.master.slotMode == MasterSlotMode.tx:
if (self.slave.sendFHS == True):
print 'Assert: TX & slave sending FHS'
if ((self.slave.inBackOffZone == False) &
(self.slave.inOneSlotTo == False)):
if ((self.slave.freqNum == self.master.freqNumOne) |
(self.slave.freqNum == self.master.freqNumTwo)):
self.slave.listen("Master_MAC")
print '>> Hit at ' + str(true_clock)
else: # in Rx mode
if (self.slave.sendFHS == True):
if ((self.slave.freqNum == self.master.freqNumOne) |
(self.slave.freqNum == self.master.freqNumTwo)):
time = true_clock
timeArray[detections] = time
# Reset Master & Slave
self.slave.reset()
self.master.resetTrain()
masters_clock = 0 # because it will get increment at the end of while loop
true_clock = 0
detections = detections + 1
else:
print 'Assert: RX & FHS sent, freqs didnt match ' + str(
true_clock)
#increment clocks
true_clock = true_clock + 1
masters_clock = masters_clock + 1
if masters_clock > 16384:
masters_clock = 1
#self.master.resetTrain()
rand_str = ''.join(
random.choice(string.ascii_lowercase + string.ascii_uppercase +
string.digits) for i in range(5)) + '.csv'
path = 'temp/' + rand_str
#print timeArray
np.savetxt(path, timeArray, delimiter=',', header='Time', fmt='%1.0f')
