def collect(*args):
if len(args) == 0:
print "Motors are listed with the innermost loop first."
print "Press ^D (control D) to abort input\n"
print ("Fastest moving motor (X0) is "+str(spec.GetMtrInfo(motor3)['symbol']))
X0 = macros.UserIn("X0",spec.wm(motor3),float)
DX = macros.UserIn("DX",0.1,float)
NX = macros.UserIn("NX",1,int)
print ("Next fastest moving motor (PHI0) is "+str(spec.GetMtrInfo(motor2)['symbol']))
PHI0 = macros.UserIn("PHI0",spec.wm(motor2),float)
DPHI = macros.UserIn("DPHI",0.1,float)
NPHI = macros.UserIn("NPHI",1,int)
print ("Slowest moving motor (Y0) is "+str(spec.GetMtrInfo(motor1)['symbol']))
Y0 = macros.UserIn("Y0",spec.wm(motor1),float)
DY = macros.UserIn("DY",0.1,float)
NY = macros.UserIn("NY",1,int)
Count = macros.UserIn("count",1.0,float)
frames = macros.UserIn("frames",1,int)
filename = macros.UserIn("filename",None,str)
elif len(args) == 12:
X0, DX, NX, PHI0, DPHI, NPHI, Y0, DY, NY, Count, frames, filename = args
else:
print 'Wrong number of arguments'
print ' collect(X0, DX, NX, PHI0, DPHI, NPHI, Y0, DY, NY, Count, frames, filename)'
return
# print 'NX = ', NX, ', NPH1 = ', NPHI, ', X0 = ', X0, ', DX = ', DX, ', PHI0 = ', PHI0, ', DPH1 = ', DPHI, ', File Name = ', filename, ', Time Per Frame = ', Count, ', Number of Frames = ', frames
macros.write_logging_header(logfile)
try:
for IY in range(NY):
Y = Y0 + (IY*DY)
spec.umv(motor1,Y)
for IPHI in range(NPHI):
PHI = PHI0 + (IPHI*DPHI)
spec.umv(motor2,PHI)
for IX in range(NX):
X = X0 + (IX*DX)
spec.umv(motor3,X)
macros.Copen()
spec.count_em(Count*frames)
AD.AD_acquire(det,filename,Count,frames,wait=True)
spec.wait_count()
spec.get_counts()
macros.Cclose()
macros.write_logging_parameters(logfile)
except Exception,err:
import traceback
msg = "An error occurred at " + macros.specdate()
msg += " in file " + __file__ + "\\n\\n"
msg += str(traceback.format_exc())
macros.SendTextEmail(userlist, msg, '1-ID Beamline specpy Abort')
print 'Error=',err
print str(traceback.format_exc())
def scan_xyN (fname, Nframe, tframe, stX, nX, dX, stY, nY, dY, nLoop, logname):
''' Usage: scan_xyN [fname] [Nframe] [tframe] [x0] [Nx] [dx] [y0] [Ny] [dy] [nLoop] [logname]
'''
# define PVs to be recorded
#p date(),GE_fname,GE_fnum,GE_tframe,GE_Nframe,S[0],S[1],S[2],S[8],S[9],S[10],S[11],
# p1Hs,p1Vs,Iring,energy,energy_cal,preamp1,preamp2,
# sammy_x,sammy_y,sammy_z,sammy_x2,sammy_z2,sammy_phi,
# keyence1,keyence2,cross,load,mts3,mts4,temp1,temp2,temp3,temp4
mac.write_logging_header(logname)
for iLoop in range(nLoop):
spec.umv(spec.mts_y,stY)
for yLoop in range(nY):
spec.umv(spec.mts_x2,stX)
for xLoop in range(nX):
GE_expose(fname, Nframe, tframe)
#record beamline and exposure data in parameter file after exposure
mac.write_logging_parameters(logname)
spec.umvr(spec.mts_x2,dX)
spec.umvr(spec.mts_y,dY)
mac.beep_dac()