
Hypocenter location:
  Agency: 
  Origin time: 2026-07-16 09:14:54
  Lat  -45.039   Lon  167.682   Depth37.5 km
Station coordinates: 2026p530771\input\network.stn
Crustal model(s): 2026p530771\input\crustal.dat

Mouse detection:
  MSZ HHZ: MOUSE detected, ignoring component in inversion (time of onset:    5.6 s, amplitude:   5.32e-05 m s^-2, fit:    0.92)
  MSZ HHN: MOUSE detected, ignoring component in inversion (time of onset:    6.1 s, amplitude:   7.71e-05 m s^-2, fit:    0.94)
  MSZ HHE: MOUSE detected, ignoring component in inversion (time of onset:    5.6 s, amplitude:   2.04e-04 m s^-2, fit:    0.93)
  MLZ HHZ: MOUSE detected, ignoring component in inversion (time of onset:   24.9 s, amplitude:   4.39e-06 m s^-2, fit:    0.96)
  MLZ HHE: MOUSE detected, ignoring component in inversion (time of onset:   19.9 s, amplitude:   7.83e-06 m s^-2, fit:    0.96)
  OPZ HHN: MOUSE detected, ignoring component in inversion (time of onset:   79.2 s, amplitude:   6.17e-07 m s^-2, fit:    0.62)
  WHSZ HHZ: MOUSE detected, ignoring component in inversion (time of onset:   13.4 s, amplitude:   8.67e-07 m s^-2, fit:    0.84)
  WHSZ HHN: MOUSE detected, ignoring component in inversion (time of onset:  155.4 s, amplitude:   9.38e-07 m s^-2, fit:    0.62)
  WVZ HHZ: MOUSE detected, ignoring component in inversion (time of onset:   23.3 s, amplitude:   3.24e-05 m s^-2, fit:    0.89)
  WVZ HHN: MOUSE detected, ignoring component in inversion (time of onset:   23.0 s, amplitude:   3.95e-05 m s^-2, fit:    0.89)
  WVZ HHE: MOUSE detected, ignoring component in inversion (time of onset:   23.3 s, amplitude:   2.29e-05 m s^-2, fit:    0.89)
  INZ HHZ: MOUSE detected, ignoring component in inversion (time of onset:   34.8 s, amplitude:   1.39e-07 m s^-2, fit:    0.85)
  INZ HHE: MOUSE detected, ignoring component in inversion (time of onset:  226.3 s, amplitude:   3.65e-07 m s^-2, fit:    0.86)
  LTZ HHE: MOUSE detected, ignoring component in inversion (time of onset:  318.6 s, amplitude:   1.54e-07 m s^-2, fit:    0.83)
  GVZ HHZ: MOUSE detected, ignoring component in inversion (time of onset:   17.9 s, amplitude:   1.01e-07 m s^-2, fit:    0.86)
  GVZ HHN: MOUSE detected, ignoring component in inversion (time of onset:   10.4 s, amplitude:   1.24e-07 m s^-2, fit:    0.96)
  GVZ HHE: MOUSE detected, ignoring component in inversion (time of onset:   50.8 s, amplitude:   1.64e-07 m s^-2, fit:    0.83)
  DSZ HHN: MOUSE detected, ignoring component in inversion (time of onset:   59.0 s, amplitude:   2.90e-07 m s^-2, fit:    0.81)
  DSZ HHE: MOUSE detected, ignoring component in inversion (time of onset:  272.7 s, amplitude:   5.19e-07 m s^-2, fit:    0.96)
  THZ HHN: MOUSE detected, ignoring component in inversion (time of onset:   10.9 s, amplitude:   2.97e-07 m s^-2, fit:    0.96)
  THZ HHE: MOUSE detected, ignoring component in inversion (time of onset:   88.3 s, amplitude:   2.40e-07 m s^-2, fit:    0.81)
Removing instrument response.
	Water level: 20

Sampling frequencies:
  Data sampling: 100.0 Hz
  Common sampling: 100.0
  Decimation factor: 250 x
  Sampling used:   0.4 Hz

Grid parameters:
  number of points: 5246
  horizontal step:  2182 m
  vertical step:  1091 m
  grid radius:  9.390 km
  minimal depth: 18.759 km
  maximal depth: 112.553 km
Estimated rupture length:  9.390 km

Grid-search over time:
  min = -2.00 s (-200 samples)
  max = 11.39 s (1139 samples)
  step = 0.20 s ( 20 samples)

Green's function calculation:
  npts:  256
  tl: 640.00
  freq:  129
  npts for inversion:  228
  source time function: step in displacement

Components used in inversion and their weights
station     	   	 Z 	 N 	 E 	dist	azimuth	fmin	fmax
            	   	   	   	   	(km)    	(deg)	(Hz)	(Hz)
 NZ:MSZ   10	HH 	---	---	---	  45    	 26	0.02	0.05
 NZ:MLZ   10	HH 	---	1.0	---	  50    	137	0.02	0.05
 NZ:DCZ   10	HH 	1.0	1.0	1.0	  63    	221	0.02	0.05
 NZ:WHZ   10	HH 	1.0	1.0	1.0	  97    	168	0.02	0.05
 NZ:WKZ   10	HH 	1.0	1.0	1.0	 108    	 78	0.02	0.05
 NZ:EAZ   10	HH 	1.0	1.0	1.0	 130    	100	0.02	0.05
 NZ:PYZ   10	HH 	1.0	1.0	1.0	 148    	212	0.02	0.05
 NZ:TUZ   10	HH 	1.0	1.0	1.0	 183    	124	0.02	0.05
 NZ:APZ   10	HH 	1.0	1.0	1.0	 201    	173	0.02	0.05
 NZ:SYZ   10	HH 	1.0	1.0	1.0	 201    	146	0.02	0.05
 NZ:LBZ   10	HH 	1.0	1.0	1.0	 211    	 71	0.02	0.05
 NZ:ODZ   10	HH 	1.0	1.0	1.0	 233    	 91	0.02	0.05
 NZ:FOZ   11	HH 	1.0	1.0	1.0	 239    	 46	0.02	0.05
 NZ:OPZ   10	HH 	1.0	---	1.0	 247    	113	0.02	0.05
 NZ:FRNZ  10	HH 	1.0	1.0	1.0	 261    	 48	0.02	0.05
 NZ:CVZ   10	HH 	1.0	1.0	1.0	 273    	 76	0.02	0.05
 NZ:WHSZ  10	HH 	---	---	1.0	 292    	 49	0.02	0.05
 NZ:WVZ   10	HH 	---	---	---	 328    	 49	0.02	0.05
 NZ:INZ   10	HH 	---	1.0	---	 397    	 51	0.02	0.04
 NZ:MQZ   13	HH 	1.0	1.0	1.0	 423    	 71	0.02	0.04
 NZ:LTZ   10	HH 	1.0	1.0	---	 446    	 57	0.02	0.03
 NZ:GVZ   10	HH 	---	---	---	 487    	 64	0.02	0.03
 NZ:DSZ   10	HH 	1.0	---	---	 495    	 44	0.02	0.03
 NZ:KHZ   10	HH 	1.0	1.0	1.0	 554    	 60	0.02	0.03
 NZ:THZ   10	HH 	1.0	---	---	 558    	 51	0.02	0.03
Pre-calculated grid point 0 was calculated with different parameters. The Axitra crustal.dat file has a different hash, probably the crustal model was changed. The Axitra station.dat file has a different hash, probably the station set was different. 
Shape or the grid or some parameters changed, calculating Gren's functions again...

Creating covariance matrix
Inversion of full moment tensor (6 components)

Centroid location:
  Centroid time: 2026-07-16 09:14:56
  Lat  -45.039   Lon  167.571   Depth  69.2 km
  (    0 m to the north and -8728 m to the east with respect to epicenter)
  Warning: the solution lies on the edge of the grid!
  time:  2.20 s after origin time

  VR:   87 %
  CN:    5
  MT [ Mrr    Mtt    Mpp    Mrt    Mrp    Mtp  ]:
     [ 1.73  -6.64   1.03  -7.14   3.14  -2.03 ] * 1e+17

Scalar Moment: M0 = 1.07e+18 Nm (Mw = 6.0)
  DC component:  83 %,   CLVD component:  -5 %,   ISOtropic component: -12 %
  Fault plane 1: strike = 289, dip =  79, slip-rake = 116
  Fault plane 2: strike =  41, dip =  28, slip-rake =  24
