
root@6e43673e4ad4:~# cd ../home/s1_phil/processed/SNAPHU_1_1/S1A_20170701_S1B_20170707_IW12_VV_Orb_Stack_ESD_Ifg_Deb_mrg_DInSAR_ML204_flt_sub/
root@6e43673e4ad4:/home/s1_phil/processed/SNAPHU_1_1/S1A_20170701_S1B_20170707_I
W12_VV_Orb_Stack_ESD_Ifg_Deb_mrg_DInSAR_ML204_flt_sub# snaphu -f snaphu.conf Phase_ifg_VV_01Jul2017_07Jul2017.snaphu.img 1081

snaphu v1.4.2
26 parameters input from file snaphu.conf (84 lines total)
only one tile--disregarding multiprocessor option
Reading wrapped phase from file Phase_ifg_VV_01Jul2017_07Jul2017.snaphu.img
No weight file specified.  Assuming uniform weights
Reading correlation data from file coh_VV_01Jul2017_07Jul2017.snaphu.img
Calculating deformation-mode cost parameters
Building range cost arrays
Building azimuth cost arrays
Initializing flows with MCF algorithm
Setting up data structures for cs2 MCF solver
Running cs2 MCF solver
Running nonlinear network flow optimizer
Maximum flow on network: 3
Number of nodes in network: 841321
Flow increment: 1  (Total improvements: 0)
Treesize: 841321     Pivots: 270234      Improvements: 1807       
Maximum flow on network: 2
Flow increment: 2  (Total improvements: 1807)
Treesize: 841321     Pivots: 1           Improvements: 0          
Maximum flow on network: 2
Total solution cost: 7179519
Integrating phase
Writing output to file UnwPhase_ifg_VV_01Jul2017_07Jul2017.snaphu.img
Program snaphu done
Elapsed processor time:   0:01:13.48
Elapsed wall clock time:  0:01:13
root@6e43673e4ad4:/home/s1_phil/processed/SNAPHU_1_1/S1A_20170701_S1B_20170707_I
W12_VV_Orb_Stack_ESD_Ifg_Deb_mrg_DInSAR_ML204_flt_sub# 

