pythoncode/FeederCouponOverCapFMCScript.py at master · lesagejonathan/pythoncode · GitHub

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import MicroPulse as mp
# import MotionController as mc
import sys
import numpy as np
import FMC
import copy
import matplotlib.pylab as plt


scanpth = '/mnt/d/FMCScans/ANSFeederScans/OverCap/'

samplename = sys.argv[1]
# diameter = float(sys.argv[2])*25.4
circumference = float(sys.argv[2])

travel = circumference + 10.

pw = 1.0/10.0


# index = sys.argv[3]

# if (index=='A') or (index=='a'):
#
#     info = {'Circumference':circumference, 'IndexOffset': 'Index offset of 90 degrees skew covers HAZ'}
#
# elif (index=='B') or (index=='b'):
#
#     info = {'Circumference':circumference, 'IndexOffset': 'Index offset of 270 degrees skew covers HAZ'}
#
# else:
#
#     print('Index must be A or B')
#     sys.exit()


resolution = 1.0

# els = list(range(1,17))[-1::] + list(range(65,65+17))[-1::]

# els = list(range(1,17))+ list(range(65,65+16))
els=64


p = mp.PeakNDT(fsamp=25.)

p.SetFMCCapture(els, Gate = (0., 60.), Voltage=200., Gain=70., Averages=0, PulseWidth = pw, FilterSettings=(4,1))

p.OneAxisEncoderCapture(0, int((travel*4)), int(resolution*4))


# pc = input('Ensure Probes Connected to MicroPulse\n' + 'Ensure Start Position is Correct \n' + 'Ensure Couplant is Flowing \n' + '... Press Enter to Continue')

# ss = input('Press Enter to Start Scanning')
#
# print('Scan in Progress ... ')
#
# print('Finished Scan, Reading Data ... OK to Change Setup')
p.ReadBuffer()

del(p.Buffer)

I = np.array([np.sum(np.sum(a,axis=0),axis=1) for a in p.AScans])[:,0,:].transpose()

# gate = (int(25*6), int(25*15))
#
# p.AScans = [p.AScans[i][::-1,::-1,:] for i in range(len(p.AScans))]
#
# # for i in range(len(p.AScans)):
# #
# #     p.AScans[i][0:16,0:16,:]
#
# A = [p.AScans[i][0:16,0:16,gate[0]:gate[1]] for i in range(len(p.AScans))]
#
# F = FMC.LinearCapture(25.,A,0.5,16)
#
# I0 = [F.PlaneWaveSweep(i,np.array([-39.]),2.33) for i in range(len(A))]
#
# I0 = np.abs(np.array(I0)[:,0,:]).transpose()
#
# del(A)
# del(F)
#
# A = [p.AScans[i][16::,16::,gate[0]:gate[1]] for i in range(len(p.AScans))]

# F = FMC.LinearCapture(25.,A,0.5,16)
#
# I1 = [F.PlaneWaveSweep(i,np.array([-39.]),2.33) for i in range(len(A))]
# I1 = np.abs(np.array(I1)[:,0,:]).transpose()
#
# fig,ax = plt.subplots(nrows=2)
#
# ax[0].imshow(I0, extent=[0.,circumference,27.,0.])
# ax[1].imshow(I1, extent=[0.,circumference,27.,0.])

plt.imshow(np.abs(I), extent=[0.,travel,60.*1.489/2,0.])


plt.savefig(scanpth+samplename+'_'+index+'.png',dpi=250)

plt.show()


yn = input('Save Scan? Enter (y/n)')

if (yn=='y') or (yn=='Y'):

    print('Saving Data ...')
    p.SaveScans(scanpth+samplename+'_'+index+'.p',info)

    print('Finished Saving '+scanpth+samplename+'_'+index+'.p')

else:
    print('Scan not Saved')
del(p)


# pos = np.linspace(0.,circumference,NScan)
#
# F = FMC.LinearCapture(25., p.AScans, 0.5, 32)
#
# # F.ProcessScans(T0 = p.PulserSettings['Gate'][0])
# #
# # Acopy = copy.deepcopy(F.AScans)
#
# F.KeepElements(range(16))
#
# I0 = np.abs(np.array([F.PlaneWaveSweep(i, np.array([39.]), 2.33) for i in range(len(p.AScans))]))
#
# I0 = I0[:,0,:].transpose()


# F.AScans = Acopy
#
# del(Acopy)

# F = FMC.LinearCapture(25., p.AScans, 0.5, 32)
#
# F.KeepElements(range(16,32))
#
# I1 = np.abs(np.array([F.PlaneWaveSweep(i, np.array([39.]), 2.33) for i in range(len(p.AScans))]))
#
# I1 = I1[:,0,:].transpose()
#
# fig, ax = plt.subplots(nrows=2)
#
# ax[0].imshow(I0[100:360,:], aspect=0.1)
#
# ax[1].imshow(I1[100:360,:], aspect=0.1)
#
# plt.show()
#
# del(F)
#
# yn = input("Scan Acceptable ? (y for yes, n for no)")
#
# if yn=='y':
#
#     p.SaveScans(scanpth+samplename+index+'.p',info)
#
#     del(p)
#
# else:
#
#     del(p)
#
#     pass