Operation done: I wait 37 secs
new count = 28
u=0
c=1
>>>>>>>>>>>workDirProbe: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
>>>>>>>>>>>workOut:/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//Wavefront/
livePrefix=0028clive
generateCentroid>> Just started
setRef: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/ firstFrame=1 numFrame=100
/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
1764
centroids_ini.size=882
centroids_fin.size=882
[-0.02175988  0.0171355 ]
[-0.02164978  0.0187804 ]
0.024576
new limits
[-0.024576  0.024564]
[-0.024576  0.024564]
Calculation wavefront....
calculate_wf> limits={'y': array([-0.024576,  0.024564]), 'x': array([-0.024576,  0.024564])} gspacing=4.8e-05 method=lsmr
calculate_wf> 1.interpolate_gradients
interpolate_gradients> gradf_x = griddata with method=cubic
interpolate_gradients> gradf_y = griddata with method=cubic
calculate_wf> 2.integrate_gradients
integrate_gradients> Start!
integrate_gradients> 1
integrate_gradients> 2
integrate_gradients> 3
integrate_gradients> nx >2 (start)
integrate_gradients> ns >2 (end)
integrate_gradients> 4
integrate_gradients> 5
integrate_gradients> 6
integrate_gradients> ny >2 (start)
integrate_gradients> ny >2 (start.1)
integrate_gradients> ny >2 (end)
integrate_gradients> csc_matrix (7 start)
integrate_gradients> csc_matrix (7.1 end)
integrate_gradients> gc.collect (7.2 start)
integrate_gradients> gc.collect (7.3 end)
integrate_gradients> method = lsmr (7.5 start<<<<<<<<<<<)
A shape = (2097152, 1048576)
rhs shape = (2097152,)
integrate_gradients> method = lsmr (7.5 end)
integrate_gradients> concatenate(7.6 start)
integrate_gradients> concatenate(7.7 end)
integrate_gradients> 8
integrate_gradients> return ws
calculate_wf> 3.end
Calculation done!!!

wf_n.size=1048576
type wf_n<type 'numpy.ndarray'>
Creation of mat file:/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//Wavefront/0028wavefrontPy.mat
.........................................................................................................................................................................................................................................................................................................................................................................................................................................................
I just wrote in /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//Wavefront/0028refCentroidsPy.dat
.........................................................................................................................................................................................................................................................................................................................................................................................................................................................
I just wrote in /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//Wavefront/0028liveCentroidsPy.dat
Execution time = 44.1277389526
Execution completed!!!
Time spent (secs): 44
##### printRef:
	Directory: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
	FirstFrame: 1
	Number of frame: 100
##### printLive:
	Directory: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
	FirstFrame: 1
	Number of frame: 100
	Prefix: 0028clive
Operation done: I wait 36 secs
new count = 29
u=0
c=1
>>>>>>>>>>>workDirProbe: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
>>>>>>>>>>>workOut:/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//Wavefront/
livePrefix=0029clive
generateCentroid>> Just started
setRef: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/ firstFrame=1 numFrame=100
/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
1764
centroids_ini.size=882
centroids_fin.size=882
[-0.02175988  0.0171355 ]
[-0.02164978  0.0187804 ]
0.024576
new limits
[-0.024576  0.024564]
[-0.024576  0.024564]
Calculation wavefront....
calculate_wf> limits={'y': array([-0.024576,  0.024564]), 'x': array([-0.024576,  0.024564])} gspacing=4.8e-05 method=lsmr
calculate_wf> 1.interpolate_gradients
interpolate_gradients> gradf_x = griddata with method=cubic
interpolate_gradients> gradf_y = griddata with method=cubic
calculate_wf> 2.integrate_gradients
integrate_gradients> Start!
integrate_gradients> 1
integrate_gradients> 2
integrate_gradients> 3
integrate_gradients> nx >2 (start)
integrate_gradients> ns >2 (end)
integrate_gradients> 4
integrate_gradients> 5
integrate_gradients> 6
integrate_gradients> ny >2 (start)
integrate_gradients> ny >2 (start.1)
integrate_gradients> ny >2 (end)
integrate_gradients> csc_matrix (7 start)
integrate_gradients> csc_matrix (7.1 end)
integrate_gradients> gc.collect (7.2 start)
integrate_gradients> gc.collect (7.3 end)
integrate_gradients> method = lsmr (7.5 start<<<<<<<<<<<)
A shape = (2097152, 1048576)
rhs shape = (2097152,)
integrate_gradients> method = lsmr (7.5 end)
integrate_gradients> concatenate(7.6 start)
integrate_gradients> concatenate(7.7 end)
integrate_gradients> 8
integrate_gradients> return ws
calculate_wf> 3.end
Calculation done!!!

wf_n.size=1048576
type wf_n<type 'numpy.ndarray'>
Creation of mat file:/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//Wavefront/0029wavefrontPy.mat
.........................................................................................................................................................................................................................................................................................................................................................................................................................................................
I just wrote in /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//Wavefront/0029refCentroidsPy.dat
.........................................................................................................................................................................................................................................................................................................................................................................................................................................................
I just wrote in /data/tcs/buffer/test/HWS-RC/DET/20230307T2234/Unable to configure ring buffer
rc = -1
pdv_multibuf(0x0x1264010, 4): Invalid argument
/Wavefront/0029liveCentroidsPy.dat
Execution time = 45.6070101261
Execution completed!!!
Time spent (secs): 45
##### printRef:
	Directory: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
	FirstFrame: 1
	Number of frame: 100
##### printLive:
	Directory: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
	FirstFrame: 1
	Number of frame: 100
	Prefix: 0029clive
Operation done: I wait 35 secs
new count = 30
u=0
c=1
>>>>>>>>>>>workDirProbe: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
>>>>>>>>>>>workOut:/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//Wavefront/
livePrefix=0030clive
generateCentroid>> Just started
setRef: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/ firstFrame=1 numFrame=100
/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
/data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/
Traceback (most recent call last):
  File "/virgoDev/TCS_HWS/Python/HWS_ANA/v3/hwsAna.py", line 310, in <module>
    generateCentroid(workDirProbe,1,nRef , workDirProbe, 1, nLive,livePrefix, workOut,count);
  File "/virgoDev/TCS_HWS/Python/VIRGO/HWS/HWS_Run.py", line 131, in generateCentroid
    hsi_live.read_image()
  File "/virgoDev/TCS_HWS/Python/VIRGO/HWS/HS_Image.py", line 333, in read_image
    self.read_and_average_frames()
  File "/virgoDev/TCS_HWS/Python/VIRGO/HWS/HS_Image.py", line 439, in read_and_average_frames
    raise Exception('There are no image files to read: ' + self.location + self.fprefix)
Exception: There are no image files to read: /data/tcs/buffer/test/HWS-RC/DET/20230307T2234//probe/0030clive