Commit b4f3366b authored by Mathias Haage's avatar Mathias Haage

Update to v5

parent 91164c0b
......@@ -5,7 +5,12 @@ import rospy
import socket
import struct
import sys
import argparse
# HOST = '192.168.126.129' SIMULATION
# HOST = '192.168.125.1' REAL ROBOT
HOST = '192.168.126.129'
PORT = 2500
class Array:
n = 0
......@@ -13,13 +18,11 @@ class Array:
class Comm:
HOST = 'vm100.cs.lth.se'
PORT = 2500
def connect(self):
def connect(self, host, port):
self.s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
print "Connecting to %s %s"%(self.HOST, self.PORT)
self.s.connect((self.HOST, self.PORT))
print "Connecting to %s %s"%(host, port)
self.s.connect((host, port))
self.packer = struct.Struct('!f')
......@@ -40,6 +43,7 @@ class Comm:
def sendArray(self, array):
for i in range(array.n):
self.sendFloat(array.array[i])
self.sendFloat(0.0)
def receiveArray(self, n):
array = Array()
......@@ -452,7 +456,6 @@ def handle_gbs_unlocktool(req):
def add_services():
comm.connect()
rospy.init_node('synch_gbs_server')
rospy.Service('gbs_circmove', GBSCircMove, handle_gbs_circmove)
rospy.Service('gbs_combmove', GBSCombMove, handle_gbs_combmove)
......@@ -476,5 +479,15 @@ def add_services():
rospy.spin()
if __name__ == "__main__":
#ip = ""
#port = 0
#parser = argparse.ArgumentParser(add_help=True)
#parser.add_argument('ip', help='IP address of the remote host')
#parser.add_argument('-p','--port', dest="port", type=int, default=2500, help='Port on the remote host')
#parsed=parser.parse_args(sys.argv[1:])
comm.connect(HOST, PORT)
add_services()
#!/usr/bin/env python
from gbs.srv import *
import rospy
import socket
import struct
import sys
import argparse
HOST = '192.168.125.1'
PORT = 2500
DONOTCONNECT = False
class Array:
n = 0
array = [0 for i in range(100)]
class Comm:
def connect(self, host, port):
if DONOTCONNECT:
return
self.s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
print "Connecting to %s %s"%(host, port)
self.s.connect((host, port))
self.packer = struct.Struct('!f')
def close(self):
if DONOTCONNECT:
return
self.s.close()
def sendFloat(self, num):
if DONOTCONNECT:
return
print "Sending float %f"%(num)
data = self.packer.pack(num)
self.s.sendall(data)
def receiveFloat(self):
if DONOTCONNECT:
return 0.0
data = self.s.recv(self.packer.size)
tupl = self.packer.unpack(data)
print "Received float %f"%(tupl[0])
return tupl[0]
def sendArray(self, array):
if DONOTCONNECT:
return
for i in range(array.n):
self.sendFloat(array.array[i])
self.sendFloat(0.0)
def receiveArray(self, n):
array = Array()
if DONOTCONNECT:
return array
for i in range(n):
array.array[i] = self.receiveFloat()
array.n = n
return array
comm = Comm()
def near(t, n):
return n-0.01 < t and t < n+0.01
def prettyprint(array):
i = 0
while i < array.n:
c0 = array.array[0+i]
c1 = array.array[1+i]
if 2+i < array.n:
c2 = array.array[2+i]
if near(c0,10) and near(c1,1) and near(c2,1):
x = array.array[3+i]
y = array.array[4+i]
z = array.array[5+i]
c = array.array[6+i]
b = array.array[7+i]
a = array.array[8+i]
s = array.array[9+i]
ac = array.array[10+i]
i = i + 11
print "linmove x=%f y=%f z=%f c=%f b=%f a=%f s=%f ac=%f"%(x,y,z,c,b,a,s,ac)
elif near(c0,10) and near(c1,2) and near(c2,1):
j1 = array.array[3+i]
j2 = array.array[4+i]
j3 = array.array[5+i]
j4 = array.array[6+i]
j5 = array.array[7+i]
j6 = array.array[8+i]
s = array.array[9+i]
ac = array.array[10+i]
i = i + 11
print "ptpmove j1=%f j2=%f j3=%f j4=%f j5=%f j6=%f s=%f ac=%f"%(j1,j2,j3,j4,j5,j6,s,ac)
elif near(c0,2) and near(c1,3) and near(c2,1):
i = i + 3
print "noop"
elif near(c0,2) and near(c1,4) and near(c2,1):
i = i + 3
print "readlibrary"
elif near(c0,2) and near(c1,5) and near(c2,1):
i = i + 3
print "readcurrentrobotpos"
elif near(c0,2) and near(c1,6) and near(c2,1):
i = i + 3
print "locktool"
elif near(c0,2) and near(c1,7) and near(c2,1):
i = i + 3
print "unlocktool"
elif near(c0,17) and near(c1,8):
id = array.array[2+i]
bstop = array.array[3+i]
s = array.array[4+i]
ac = array.array[5+i]
x1 = array.array[6+i]
y1 = array.array[7+i]
z1 = array.array[8+i]
c1 = array.array[9+i]
b1 = array.array[10+i]
a1 = array.array[11+i]
x2 = array.array[12+i]
y2 = array.array[13+i]
z2 = array.array[14+i]
c2 = array.array[15+i]
b2 = array.array[16+i]
a2 = array.array[17+i]
i = i + 18
print "naillinmove id=%f bstop=%f s=%f ac=%f x1=%f y1=%f z1=%f c1=%f b1=%f a1=%f x2=%f y2=%f z2=%f c2=%f b2=%f a2=%f"%(id,bstop,s,ac,x1,y1,z1,c1,b1,a1,x2,y2,z2,c2,b2,a2)
elif near(c0,10) and near(c1,9):
id = array.array[2+i]
j1 = array.array[3+i]
j2 = array.array[4+i]
j3 = array.array[5+i]
j4 = array.array[6+i]
j5 = array.array[7+i]
j6 = array.array[8+i]
s = array.array[9+i]
ac = array.array[10+i]
i = i + 11
print "measuremove id=%f j1=%f j2=%f j3=%f j4=%f j5=%f j6=%f s=%f ac=%f"%(id,j1,j2,j3,j4,j5,j6,s,ac)
elif near(c0,16) and near(c1,10) and near(c2,1):
xi = array.array[3+i]
yi = array.array[4+i]
zi = array.array[5+i]
ci = array.array[6+i]
bi = array.array[7+i]
ai = array.array[8+i]
xf = array.array[9+i]
yf = array.array[10+i]
zf = array.array[11+i]
cf = array.array[12+i]
bf = array.array[13+i]
af = array.array[14+i]
s = array.array[15+i]
ac = array.array[16+i]
i = i + 17
print "circmove xi=%f yi=%f zi=%f ci=%f bi=%f ai=%f xf=%f yf=%f zf=%f cf=%f bf=%f af=%f s=%f ac=%f"%(xi,yi,zi,ci,bi,ai,xf,yf,zf,cf,bf,af,s,ac)
elif near(c1,11) and near(c2,1):
i = i + 3
print "combmove"
while True:
cc0 = array.array[i]
if near(cc0, 1):
x = array.array[1+i]
y = array.array[2+i]
z = array.array[3+i]
c = array.array[4+i]
b = array.array[5+i]
a = array.array[6+i]
s = array.array[7+i]
ac = array.array[8+i]
i = i + 9
print " linmove x=%f y=%f z=%f c=%f b=%f a=%f s=%f ac=%f"%(x,y,z,c,b,a,s,ac)
elif near(cc0, 10):
xi = array.array[1+i]
yi = array.array[2+i]
zi = array.array[3+i]
ci = array.array[4+i]
bi = array.array[5+i]
ai = array.array[6+i]
xf = array.array[7+i]
yf = array.array[8+i]
zf = array.array[9+i]
cf = array.array[10+i]
bf = array.array[11+i]
af = array.array[12+i]
s = array.array[13+i]
ac = array.array[14+i]
i = i + 15
print " circmove xi=%f yi=%f zi=%f ci=%f bi=%f ai=%f xf=%f yf=%f zf=%f cf=%f bf=%f af=%f s=%f ac=%f"%(xi,yi,zi,ci,bi,ai,xf,yf,zf,cf,bf,af,s,ac)
elif near(cc0, 2):
j1 = array.array[1+i]
j2 = array.array[2+i]
j3 = array.array[3+i]
j4 = array.array[4+i]
j5 = array.array[5+i]
j6 = array.array[6+i]
s = array.array[7+i]
ac = array.array[8+i]
i = i + 9
print " ptpmove j1=%f j2=%f j3=%f j4=%f j5=%f j6=%f s=%f ac=%f"%(j1,j2,j3,j4,j5,j6,s,ac)
else:
break
elif near(c0,3) and near(c1,12) and near(c2,1):
rpm = array.array[3+i]
i = i + 4
print "runspindle rpm=%f"%(rpm)
elif near(c0,2) and near(c1,13) and near(c2,1):
i = i + 3
print "stopspindle"
elif near(c0,2) and near(c1,14) and near(c2,1):
i = i + 3
print "lockendeffector"
elif near(c0,2) and near(c1,15) and near(c2,1):
i = i + 3
print "unlockendeffector"
elif near(c0,2) and near(c1,16) and near(c2,1):
i = i + 3
print "getmeasure"
elif near(c0,2) and near(c1,17) and near(c2,1):
i = i + 3
print "lockpanel"
elif near(c0,2) and near(c1,18) and near(c2,1):
i = i + 3
print "unlockpanel"
elif near(c0,0) and near(c1,19):
i = i + 2
print "readlaser"
elif near(c0,2) and near(c1,20):
i = i + 3
print "shakevacuum"
else:
print "Unknown GBS command %f %f %f"%(c0,c1,c2)
return
def handle_gbs_circmove(req):
array = Array()
array.n = 17
array.array = [16,10,1, req.pi.pos.x,req.pi.pos.y,req.pi.pos.z, req.pi.ori.c,req.pi.ori.b,req.pi.ori.a, req.pf.pos.x,req.pf.pos.y,req.pf.pos.z, req.pf.ori.c,req.pf.ori.b,req.pf.ori.a, req.s, req.ac]
prettyprint(array)
comm.sendArray(array)
ans = GBSCircMoveResponse()
#ans.err1 = comm.receiveFloat()
#comm.receiveFloat()
ans.err1 = 0
ans.err2 = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_combmove(req):
array = Array()
array.n = 3 + req.n
array.array = [array.n-1,11,1] + [-1 for i in range(req.n + 1)]
for i in range(req.n):
array.array[3 + i] = req.array[i]
prettyprint(array)
comm.sendArray(array)
ans = GBSCombMoveResponse()
#ans.err1 = comm.receiveFloat()
#comm.receiveFloat()
ans.err1 = 0
ans.err2 = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_linmove(req):
array = Array()
array.n = 11
array.array = [10,1,1, req.p.pos.x,req.p.pos.y,req.p.pos.z, req.p.ori.c,req.p.ori.b,req.p.ori.a, req.s, req.ac]
prettyprint(array)
comm.sendArray(array)
ans = GBSLinMoveResponse()
#ans.err1 = comm.receiveFloat()
#comm.receiveFloat()
ans.err1 = 0
ans.err2 = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_lockspindle(req):
array = Array()
array.n = 3
array.array = [2,14,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSLockSpindleResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_locktool(req):
array = Array()
array.n = 3
array.array = [2,6,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSLockToolResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_measuremove(req):
array = Array()
array.n = 11
array.array = [10,9, req.id, req.p.pos.x,req.p.pos.y,req.p.pos.z, req.p.ori.c,req.p.ori.b,req.p.ori.a, req.s, req.ac]
prettyprint(array)
comm.sendArray(array)
ans = GBSMeasureMoveResponse()
#ans.err1 = comm.receiveFloat()
#comm.receiveFloat()
ans.err1 = 0
ans.err2 = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_naillinmove(req):
array = Array()
array.n = 18
array.array = [17,8, req.id, req.bstop, req.s, req.ac, req.p1.pos.x,req.p1.pos.y,req.p1.pos.z, req.p1.ori.c,req.p1.ori.b,req.p1.ori.a, req.p2.pos.x,req.p2.pos.y,req.p2.pos.z, req.p2.ori.c,req.p2.ori.b,req.p2.ori.a]
prettyprint(array)
comm.sendArray(array)
ans = GBSNailLinMoveResponse()
#ans.err1 = comm.receiveFloat()
#comm.receiveFloat()
ans.err1 = 0
ans.err2 = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_ptpmove(req):
array = Array()
array.n = 11
array.array = [10,2,1, req.p.j1, req.p.j2, req.p.j3, req.p.j4, req.p.j5, req.p.j6, req.s, req.ac]
prettyprint(array)
comm.sendArray(array)
ans = GBSPTPMoveResponse()
#ans.err1 = comm.receiveFloat()
#comm.receiveFloat()
ans.err1 = 0
ans.err2 = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_readcurjointpose(req):
array = Array()
array.n = 3
array.array = [2,5,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSReadCurJointPoseResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
ans.p.j1 = comm.receiveFloat()
ans.p.j2 = comm.receiveFloat()
ans.p.j3 = comm.receiveFloat()
ans.p.j4 = comm.receiveFloat()
ans.p.j5 = comm.receiveFloat()
ans.p.j6 = comm.receiveFloat()
return ans
def handle_gbs_releasepanel(req):
array = Array()
array.n = 3
array.array = [2,18,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSReleasePanelResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_runspindle(req):
array = Array()
array.n = 4
array.array = [3,12,1, req.rpm]
prettyprint(array)
comm.sendArray(array)
ans = GBSRunSpindleResponse()
err = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_readsensor(req):
array = Array()
array.n = 3
array.array = [2,16,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSReadSensorResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
ans.data.x1 = comm.receiveFloat()
ans.data.x2 = comm.receiveFloat()
ans.data.y1 = comm.receiveFloat()
return ans
def handle_gbs_shakevacuum(req):
array = Array()
array.n = 3
array.array = [2,20,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSShakeVacuumResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_stopspindle(req):
array = Array()
array.n = 3
array.array = [2,13,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSStopSpindleResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_switchvacuum(req):
array = Array()
array.n = 3
array.array = [2,19,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSSwitchVacuumResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_takepanel(req):
array = Array()
array.n = 3
array.array = [2,17,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSTakePanelResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_unlockspindle(req):
array = Array()
array.n = 3
array.array = [2,15,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSUnlockSpindleResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_unlocktool(req):
array = Array()
array.n = 3
array.array = [2,7,1]
prettyprint(array)
comm.sendArray(array)
ans = GBSUnlockToolResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
return ans
def handle_gbs_readlaser(req):
array = Array()
array.n = 2
array.array = [0,19]
prettyprint(array)
comm.sendArray(array)
ans = GBSReadLaserResponse()
ans.err = comm.receiveFloat()
comm.receiveFloat()
ans.distance = comm.receiveFloat()
return ans
def add_services():
rospy.init_node('synch_gbs_server')
rospy.Service('gbs_circmove', GBSCircMove, handle_gbs_circmove)
rospy.Service('gbs_combmove', GBSCombMove, handle_gbs_combmove)
rospy.Service('gbs_linmove', GBSLinMove, handle_gbs_linmove)
rospy.Service('gbs_lockspindle', GBSLockSpindle, handle_gbs_lockspindle)
rospy.Service('gbs_locktool', GBSLockTool, handle_gbs_locktool)
rospy.Service('gbs_measuremove', GBSMeasureMove, handle_gbs_measuremove)
rospy.Service('gbs_naillinmove', GBSNailLinMove, handle_gbs_naillinmove)
rospy.Service('gbs_ptpmove', GBSPTPMove, handle_gbs_ptpmove)
rospy.Service('gbs_jointpose', GBSReadCurJointPose, handle_gbs_readcurjointpose)
rospy.Service('gbs_releasepanel', GBSReleasePanel, handle_gbs_releasepanel)
rospy.Service('gbs_runspindle', GBSRunSpindle, handle_gbs_runspindle)
rospy.Service('gbs_readsensor', GBSReadSensor, handle_gbs_readsensor)
rospy.Service('gbs_shakevacuum', GBSShakeVacuum, handle_gbs_shakevacuum)
rospy.Service('gbs_stopspindle', GBSStopSpindle, handle_gbs_stopspindle)
rospy.Service('gbs_switchvacuum', GBSSwitchVacuum, handle_gbs_switchvacuum)
rospy.Service('gbs_takepanel', GBSTakePanel, handle_gbs_takepanel)
rospy.Service('gbs_unlockspindle', GBSUnlockSpindle, handle_gbs_unlockspindle)
rospy.Service('gbs_unlocktool', GBSUnlockTool, handle_gbs_unlocktool)
rospy.Service('gbs_readlaser', GBSReadLaser, handle_gbs_readlaser)
print "Ready to receive GBS commands"
rospy.spin()
if __name__ == "__main__":
#ip = ""
#port = 0
#parser = argparse.ArgumentParser(add_help=True)
#parser.add_argument('ip', help='IP address of the remote host')
#parser.add_argument('-p','--port', dest="port", type=int, default=2500, help='Port on the remote host')
#parsed=parser.parse_args(sys.argv[1:])
comm.connect(HOST, PORT)
add_services()
#!/usr/bin/env python
from gbs.srv import *
import rospy
import socket
import struct
import sys
import argparse
HOST = '192.168.125.1'
PORT = 2500
DONOTCONNECT = True
class Array:
n = 0
array = [0 for i in range(100)]
class Comm:
def connect(self, host, port):
if DONOTCONNECT:
return
self.s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
print "Connecting to %s %s"%(host, port)
self.s.connect((host, port))
self.packer = struct.Struct('!f')
def close(self):
if DONOTCONNECT:
return
self.s.close()
def sendFloat(self, num):
if DONOTCONNECT:
return
print "Sending float %f"%(num)
data = self.packer.pack(num)
self.s.sendall(data)
def receiveFloat(self):
if DONOTCONNECT:
return 0.0
data = self.s.recv(self.packer.size)
tupl = self.packer.unpack(data)
print "Received float %f"%(tupl[0])
return tupl[0]
def sendArray(self, array):
if DONOTCONNECT:
return
for i in range(array.n):
self.sendFloat(array.array[i])
self.sendFloat(0.0)
def receiveArray(self, n):
array = Array()
if DONOTCONNECT:
return array
for i in range(n):
array.array[i] = self.receiveFloat()
array.n = n
return array
comm = Comm()
def near(t, n):
return n-0.01 < t and t < n+0.01
def prettyprint(array):
i = 0
while i < array.n:
c0 = array.array[0+i]
c1 = array.array[1+i]
if 2+i < array.n:
c2 = array.array[2+i]
if near(c0,10) and near(c1,1) and near(c2,1):
x = array.array[3+i]
y = array.array[4+i]
z = array.array[5+i]
c = array.array[6+i]
b = array.array[7+i]
a = array.array[8+i]
s = array.array[9+i]
ac = array.array[10+i]
i = i + 11
print "linmove x=%f y=%f z=%f c=%f b=%f a=%f s=%f ac=%f"%(x,y,z,c,b,a,s,ac)
elif near(c0,10) and near(c1,2) and near(c2,1):