def behaviourA():
#state A
nao.InitPose()
nao.RunMovement("sad2.py")
nao.Say("Ik ben heel heel heel erg verdrietig")
nao.sleep(5)
nao.Crouch()
def testgestures():
gestures = nao.GetAvailableGestures()
nao.InitPose()
for g in gestures:
print "gesture ", g,
nao.RunMovement(g, post=False)
print " done."
time.sleep(3)
nao.Crouch()
def testwalking():
print "Test basic walking ... ",
try:
nao.InitPose()
nao.Move(1, 0, 0.2)
time.sleep(3)
nao.Move(0, 0, 0)
nao.Walk(-0.3, 0, -0.2)
nao.Crouch()
succeeded = True
print "succeeded."
except:
succeeded = False
print "failed."
return succeeded
def Crouch():
# Crouch: Robot sits down
# In real robots it also relaxes the motors
nao.Crouch()
def state(targetNum, step):
Bel = 1
oldtimestamp = 0
oldtime = time.time()
pivotRate = 0
dt = 0
spoken = False
while not step:
[SL, SR] = nao.ReadSonar()
if SL == 0.0 and SR == 0.0:
SL = 999
SR = 999
SL, Bel = bbn.Kalman(SL, Bel)
SR, Bel = bbn.Kalman(SR, Bel)
velocity, obstacle, right, step = mp.sensor(SL, SR)
if step == True:
break
m = 0
while m < 5:
detected, timestamp, ID = nao.DetectLandMark()
time.sleep(0.2)
print "detected", detected
if detected:
break
m = m + 1
# compute the time interval
dt = time.time() - oldtime
print "dt ", dt
if detected:
if dt > 1:
dt = 1
if ID[0][0] == targetNum:
oldtime = dt + oldtime
if not spoken:
nao.Say("land mark detected")
time.sleep(0.5)
print "land mark detected", timestamp, ID
spoken = True
if ID[0][3] == 0:
pass
else:
w = 0.1
d = w / atan(ID[0][3])
print "distance = ", d
# approaching target
if d < 0.6:
step = True
break
pivotRate = dt * ID[0][1]
if obstacle == True:
obavoid = mp.fobs([SL, SR])
time.sleep(0.5)
pivotRate = dt * obavoid
nao.Say("Avoiding obstacle")
print "Avoiding obstacle"
pivotRate = mp.turnDir(right, pivotRate)
pivotRate = mp.pivRate(pivotRate)
nao.Move(velocity, 0, pivotRate, 1)
if dt < 0.5:
time.sleep(0.5 - dt)
else:
if not spoken:
nao.Say("Landmark" + str(ID[0][0]) + "detected.")
print "Incorrect Marker ID"
else:
if dt > 1.5:
dt = 1
oldtime = dt + oldtime
if obstacle == False:
turnAngle, steps, avoidDirection, gotohelp = mp.search(
targetNum)
time.sleep(0.5)
if gotohelp == True:
nao.Crouch()
time.sleep(20)
else:
j = 0
while j <= steps:
nao.Walk(0, 0, avoidDirection * 0.3, False)
time.sleep(0.5)
j = j + 1
mp.headReset()
else:
obavoid = mp.fobs([SL, SR])
time.sleep(0.5)
pivotRate = dt * obavoid
nao.Say("Avoiding obstacle")
print "Avoiding obstacle"
time.sleep(0.5)
pivotRate = mp.turnDir(right, pivotRate)
pivotRate = mp.pivRate(pivotRate)
nao.Move(velocity, 0, pivotRate, 1)
if dt < 0.5:
time.sleep(0.5 - dt)
else:
pass
print pivotRate, timestamp, oldtimestamp
return step
import nao_nocv_2_0 as nao
# here the program starts
nao.InitProxy("192.168.0.115")
nao.InitPose()
nao.RunMovement("sad2.py")
nao.Say("Ik ben heel heel heel erg verdrietig")
nao.sleep(5)
nao.Crouch()
nao.Say("Dit is de volgende test.")
nao.sleep(2)
nao.InitTrack()
nao.ALTrack(True)
nao.Say("Kijk me aan ...")
nao.sleep(10)
nao.ALTrack(False)
nao.EndTrack()
def DoExitState():
nao.Crouch()
return "done"