def test_ref_example8(self):
s = '''
DATA_TYPE STATION GSE2.1
Net Sta Type Latitude Longitude Coord Sys Elev On Date Off Date
IDC_SEIS ARCES hfa 69.53490 25.50580 WGS-84 0.403 1987/09/30
IDC_SEIS ARA0 3C 69.53490 25.50580 WGS-84 0.403 1987/09/30
IDC_SEIS ARA1 1C 69.53630 25.50710 WGS-84 0.411 1987/09/30
IDC_SEIS ARA2 1C 69.53380 25.50780 WGS-84 0.392 1987/09/30
IDC_SEIS ARA3 1C 69.53460 25.50190 WGS-84 0.402 1987/09/30
IDC_SEIS ARB1 1C 69.53790 25.50790 WGS-84 0.414 1987/09/30
IDC_SEIS ARB2 1C 69.53570 25.51340 WGS-84 0.397 1987/09/30
IDC_SEIS ARB3 1C 69.53240 25.51060 WGS-84 0.376 1987/09/30
IDC_SEIS ARB4 1C 69.53280 25.49980 WGS-84 0.378 1987/09/30
IDC_SEIS ARB5 1C 69.53630 25.49850 WGS-84 0.400 1987/09/30
IDC_SEIS ARC1 1C 69.54110 25.50790 WGS-84 0.381 1987/09/30
IDC_SEIS ARC2 3C 69.53830 25.52290 WGS-84 0.395 1987/09/30
IDC_SEIS ARC3 1C 69.53290 25.52310 WGS-84 0.376 1987/09/30
IDC_SEIS ARC4 3C 69.52930 25.51170 WGS-84 0.377 1987/09/30
IDC_SEIS ARC5 1C 69.53000 25.49820 WGS-84 0.374 1987/09/30
IDC_SEIS ARC6 1C 69.53410 25.48820 WGS-84 0.395 1987/09/30
IDC_SEIS ARC7 3C 69.53960 25.49360 WGS-84 0.362 1987/09/30
IDC_SEIS ARD1 1C 69.54830 25.50930 WGS-84 0.395 1987/09/30
IDC_SEIS ARD2 1C 69.54520 25.53080 WGS-84 0.366 1987/09/30
''' # noqa
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example6(self):
s = '''
DATA_TYPE CHANNEL GSE2.1
Net Sta Chan Aux Latitude Longitude Coord Sys Elev Depth Hang Vang Sample Rate Inst On Date Off Date
IDC_SEIS ARA0 she 69.53490 25.50580 WGS-84 0.403 0.010 90.0 90.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARA0 shn 69.53490 25.50580 WGS-84 0.403 0.011 0.0 90.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARA0 shz 69.53490 25.50580 WGS-84 0.403 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARA1 shz 69.53630 25.50710 WGS-84 0.411 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARA2 shz 69.53380 25.50780 WGS-84 0.392 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARA3 shz 69.53460 25.50190 WGS-84 0.402 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARB1 shz 69.53790 25.50790 WGS-84 0.414 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARB2 shz 69.53570 25.51340 WGS-84 0.397 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARB3 shz 69.53240 25.51060 WGS-84 0.376 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARB4 shz 69.53280 25.49980 WGS-84 0.378 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARB5 shz 69.53630 25.49850 WGS-84 0.405 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC1 shz 69.54110 25.50790 WGS-84 0.381 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC2 she 69.53830 25.52290 WGS-84 0.395 0.010 90.0 90.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC2 shn 69.53830 25.52290 WGS-84 0.395 0.010 0.0 90.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC2 shz 69.53830 25.52290 WGS-84 0.395 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC3 shz 69.53290 25.52310 WGS-84 0.376 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC4 she 69.52930 25.51170 WGS-84 0.377 0.010 90.0 90.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC4 shn 69.52930 25.51170 WGS-84 0.377 0.010 0.0 90.0 40.000000 GS-13 1987/09/30
''' # noqa
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example8(self):
s = '''
DATA_TYPE STATION GSE2.1
Net Sta Type Latitude Longitude Coord Sys Elev On Date Off Date
IDC_SEIS ARCES hfa 69.53490 25.50580 WGS-84 0.403 1987/09/30
IDC_SEIS ARA0 3C 69.53490 25.50580 WGS-84 0.403 1987/09/30
IDC_SEIS ARA1 1C 69.53630 25.50710 WGS-84 0.411 1987/09/30
IDC_SEIS ARA2 1C 69.53380 25.50780 WGS-84 0.392 1987/09/30
IDC_SEIS ARA3 1C 69.53460 25.50190 WGS-84 0.402 1987/09/30
IDC_SEIS ARB1 1C 69.53790 25.50790 WGS-84 0.414 1987/09/30
IDC_SEIS ARB2 1C 69.53570 25.51340 WGS-84 0.397 1987/09/30
IDC_SEIS ARB3 1C 69.53240 25.51060 WGS-84 0.376 1987/09/30
IDC_SEIS ARB4 1C 69.53280 25.49980 WGS-84 0.378 1987/09/30
IDC_SEIS ARB5 1C 69.53630 25.49850 WGS-84 0.400 1987/09/30
IDC_SEIS ARC1 1C 69.54110 25.50790 WGS-84 0.381 1987/09/30
IDC_SEIS ARC2 3C 69.53830 25.52290 WGS-84 0.395 1987/09/30
IDC_SEIS ARC3 1C 69.53290 25.52310 WGS-84 0.376 1987/09/30
IDC_SEIS ARC4 3C 69.52930 25.51170 WGS-84 0.377 1987/09/30
IDC_SEIS ARC5 1C 69.53000 25.49820 WGS-84 0.374 1987/09/30
IDC_SEIS ARC6 1C 69.53410 25.48820 WGS-84 0.395 1987/09/30
IDC_SEIS ARC7 3C 69.53960 25.49360 WGS-84 0.362 1987/09/30
IDC_SEIS ARD1 1C 69.54830 25.50930 WGS-84 0.395 1987/09/30
IDC_SEIS ARD2 1C 69.54520 25.53080 WGS-84 0.366 1987/09/30
''' # noqa
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example6(self):
s = '''
DATA_TYPE CHANNEL GSE2.1
Net Sta Chan Aux Latitude Longitude Coord Sys Elev Depth Hang Vang Sample Rate Inst On Date Off Date
IDC_SEIS ARA0 she 69.53490 25.50580 WGS-84 0.403 0.010 90.0 90.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARA0 shn 69.53490 25.50580 WGS-84 0.403 0.011 0.0 90.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARA0 shz 69.53490 25.50580 WGS-84 0.403 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARA1 shz 69.53630 25.50710 WGS-84 0.411 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARA2 shz 69.53380 25.50780 WGS-84 0.392 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARA3 shz 69.53460 25.50190 WGS-84 0.402 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARB1 shz 69.53790 25.50790 WGS-84 0.414 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARB2 shz 69.53570 25.51340 WGS-84 0.397 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARB3 shz 69.53240 25.51060 WGS-84 0.376 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARB4 shz 69.53280 25.49980 WGS-84 0.378 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARB5 shz 69.53630 25.49850 WGS-84 0.405 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC1 shz 69.54110 25.50790 WGS-84 0.381 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC2 she 69.53830 25.52290 WGS-84 0.395 0.010 90.0 90.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC2 shn 69.53830 25.52290 WGS-84 0.395 0.010 0.0 90.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC2 shz 69.53830 25.52290 WGS-84 0.395 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC3 shz 69.53290 25.52310 WGS-84 0.376 0.010 -1.0 0.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC4 she 69.52930 25.51170 WGS-84 0.377 0.010 90.0 90.0 40.000000 GS-13 1987/09/30
IDC_SEIS ARC4 shn 69.52930 25.51170 WGS-84 0.377 0.010 0.0 90.0 40.000000 GS-13 1987/09/30
''' # noqa
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example7(self):
s = '''
DATA_TYPE NETWORK GSE2.1
Net Description
IDC_SEIS International Data Centre Seismic Network
IDC_HYDR International Data Centre Hydroacoustic Network
'''
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example7(self):
s = '''
DATA_TYPE NETWORK GSE2.1
Net Description
IDC_SEIS International Data Centre Seismic Network
IDC_HYDR International Data Centre Hydroacoustic Network
'''
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example5(self):
s = '''
DATA_TYPE WAVEFORM GSE2.1:CM6
OUT2 1996/10/15 09:56:00.000 KAF shz 60.000
STA2 IDC_SEIS 62.11270 26.30621 WGS-84 0.195 0.014
OUT2 1996/10/15 09:56:00.000 KAF shz 60.000
STA2 IDC_SEIS 62.11270 26.30621 WGS-84 0.195 0.014
'''
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example5(self):
s = '''
DATA_TYPE WAVEFORM GSE2.1:CM6
OUT2 1996/10/15 09:56:00.000 KAF shz 60.000
STA2 IDC_SEIS 62.11270 26.30621 WGS-84 0.195 0.014
OUT2 1996/10/15 09:56:00.000 KAF shz 60.000
STA2 IDC_SEIS 62.11270 26.30621 WGS-84 0.195 0.014
'''
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example4(self):
s = '''
BEGIN GSE2.1
MSG_TYPE DATA
MSG_ID 1040 GSE_IDC
REF_ID 5493 ANY_NDC
DATA_TYPE FTP_LOG GSE2.1
FTP_FILE pidc.org USER /pub/data/ANY_NDC 1994125001.msg.gz
STOP
'''
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example2(self):
s = '''
BEGIN GSE2.1
MSG_TYPE DATA
MSG_ID 1040 GSE_IDC
REF_ID 9733 ANY_NDC
DATA_TYPE LOG GSE2.1
Command waveform processed.
STOP
'''
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example11(self):
s = '''
DATA_TYPE OUTAGE GSE2.1
Report period from 1994/12/24 00:00:00.000 to 1994/12/25 12:00:00.000
NET Sta Chan Aux Start Date Time End Date Time Duration Comment
IDC_SEIS APL shz 1994/12/24 08:13:05.000 1994/12/24 08:14:10.000 65.000
IDC_SEIS APL shn 1994/12/25 10:00:00.000 1994/12/25 10:00:00.030 0.030
''' # noqa
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example11(self):
s = '''
DATA_TYPE OUTAGE GSE2.1
Report period from 1994/12/24 00:00:00.000 to 1994/12/25 12:00:00.000
NET Sta Chan Aux Start Date Time End Date Time Duration Comment
IDC_SEIS APL shz 1994/12/24 08:13:05.000 1994/12/24 08:14:10.000 65.000
IDC_SEIS APL shn 1994/12/25 10:00:00.000 1994/12/25 10:00:00.030 0.030
''' # noqa
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example2(self):
s = '''
BEGIN GSE2.1
MSG_TYPE DATA
MSG_ID 1040 GSE_IDC
REF_ID 9733 ANY_NDC
DATA_TYPE LOG GSE2.1
Command waveform processed.
STOP
'''
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example4(self):
s = '''
BEGIN GSE2.1
MSG_TYPE DATA
MSG_ID 1040 GSE_IDC
REF_ID 5493 ANY_NDC
DATA_TYPE FTP_LOG GSE2.1
FTP_FILE pidc.org USER /pub/data/ANY_NDC 1994125001.msg.gz
STOP
'''
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip()
def test_ref_example10(self):
s = '''
DATA_TYPE RESPONSE GSE2.1
CAL2 MIAR BHZ CMG-3N 4.11000000e+00 16.000 40.00000 1992/09/23 20:00
(USNSN station at Mount Ida, Arkansas, USA)
PAZ2 1 V 7.29000000e+04 1.000 6 3 CMG-3 (NSN) Acc-Vel (Std)
-3.14000000e-02 3.14000000e-04
-1.97000000e-01 1.97000000e-03
-2.01000000e+02 2.01000000e+00
-6.97000000e+02 6.97000000e+00
-7.54000000e+02 7.54000000e+00
-1.05000000e+03 1.05000000e+01
0.00000000e+00 0.00000000e+00
0.00000000e+00 0.00000000e+00
0.00000000e+00 0.00000000e+00
(Theoretical response provided by Guralp Systems, Ltd.)
DIG2 2 4.18000000e+05 5120.00000 Quanterra QX80
FIR2 3 1.00e+00 16 0.006 C 32 QDP380/900616 stage 1
-1.11328112e-03 -1.00800209e-03 -1.35286082e-03 -1.73045369e-03 -2.08418001e-03
-2.38537718e-03 -2.60955630e-03 -2.73352256e-03 -2.73316190e-03 -2.58472445e-03
-2.26411712e-03 -1.74846814e-03 -1.01403310e-03 -3.51681737e-05 1.23782025e-03
3.15983174e-03 6.99944980e-03 9.09959897e-03 1.25423642e-02 1.63123012e-02
2.02632397e-02 2.43172608e-02 2.84051094e-02 3.24604138e-02 3.64142842e-02
4.01987396e-02 4.37450483e-02 4.69873249e-02 4.98572923e-02 5.22795729e-02
5.41139580e-02 5.43902851e-02
FIR2 4 1.00e+00 4 0.077 C 36 QDP380/900616 stage 2
1.50487336e-04 3.05924157e-04 4.42948687e-04 3.87117383e-04 -4.73786931e-05
-9.70771827e-04 -2.30317097e-03 -3.70637676e-03 -4.62504662e-03 -4.46480140e-03
-2.86984467e-03 7.00860891e-06 3.38519946e-03 6.00352836e-03 6.55093602e-03
4.25995188e-03 -5.76023943e-04 -6.43416447e-03 -1.09213749e-02 -1.16364118e-02
-7.26515194e-03 1.53727445e-03 1.19331051e-02 1.96156967e-02 2.03516278e-02
1.18680289e-02 -4.64369030e-03 -2.41125356e-02 -3.86382937e-02 -3.98499220e-02
-2.18683947e-02 1.61612257e-02 6.89623653e-02 1.26003325e-01 1.74229354e-01
2.01834172e-01
FIR2 5 1.00e+00 2 0.379 C 32 QDP380/900616 stage 3,4,5
2.88049545e-04 1.55313976e-03 2.98230513e-03 2.51714466e-03 -5.02926821e-04
-2.81205843e-03 -8.08708369e-04 3.21542984e-03 2.71266000e-03 -2.91550322e-03
-5.09429071e-03 1.33933034e-03 7.40034366e-03 1.82796526e-03 -8.81958286e-03
-6.56719319e-03 8.38608573e-03 1.24268681e-02 -5.12978853e-03 -1.84868593e-02
-1.79236766e-03 2.33604181e-02 1.30477296e-02 -2.51709446e-02 -2.93134767e-02
2.12669298e-02 5.21898977e-02 -6.61517353e-03 -8.83535221e-02 -3.66062373e-02
1.86273292e-01 4.03764486e-01
''' # noqa
s2 = ims.write_string(ims.iload_string(s))
for a, b in zip(s.strip().splitlines(), s2.strip().splitlines()):
if a != b:
print a
print b
print
assert s.strip() == s2.strip()
def test_ref_example10(self):
s = '''
DATA_TYPE RESPONSE GSE2.1
CAL2 MIAR BHZ CMG-3N 4.11000000e+00 16.000 40.00000 1992/09/23 20:00
(USNSN station at Mount Ida, Arkansas, USA)
PAZ2 1 V 7.29000000e+04 1.000 6 3 CMG-3 (NSN) Acc-Vel (Std)
-3.14000000e-02 3.14000000e-04
-1.97000000e-01 1.97000000e-03
-2.01000000e+02 2.01000000e+00
-6.97000000e+02 6.97000000e+00
-7.54000000e+02 7.54000000e+00
-1.05000000e+03 1.05000000e+01
0.00000000e+00 0.00000000e+00
0.00000000e+00 0.00000000e+00
0.00000000e+00 0.00000000e+00
(Theoretical response provided by Guralp Systems, Ltd.)
DIG2 2 4.18000000e+05 5120.00000 Quanterra QX80
FIR2 3 1.00e+00 16 0.006 C 32 QDP380/900616 stage 1
-1.11328112e-03 -1.00800209e-03 -1.35286082e-03 -1.73045369e-03 -2.08418001e-03
-2.38537718e-03 -2.60955630e-03 -2.73352256e-03 -2.73316190e-03 -2.58472445e-03
-2.26411712e-03 -1.74846814e-03 -1.01403310e-03 -3.51681737e-05 1.23782025e-03
3.15983174e-03 6.99944980e-03 9.09959897e-03 1.25423642e-02 1.63123012e-02
2.02632397e-02 2.43172608e-02 2.84051094e-02 3.24604138e-02 3.64142842e-02
4.01987396e-02 4.37450483e-02 4.69873249e-02 4.98572923e-02 5.22795729e-02
5.41139580e-02 5.43902851e-02
FIR2 4 1.00e+00 4 0.077 C 36 QDP380/900616 stage 2
1.50487336e-04 3.05924157e-04 4.42948687e-04 3.87117383e-04 -4.73786931e-05
-9.70771827e-04 -2.30317097e-03 -3.70637676e-03 -4.62504662e-03 -4.46480140e-03
-2.86984467e-03 7.00860891e-06 3.38519946e-03 6.00352836e-03 6.55093602e-03
4.25995188e-03 -5.76023943e-04 -6.43416447e-03 -1.09213749e-02 -1.16364118e-02
-7.26515194e-03 1.53727445e-03 1.19331051e-02 1.96156967e-02 2.03516278e-02
1.18680289e-02 -4.64369030e-03 -2.41125356e-02 -3.86382937e-02 -3.98499220e-02
-2.18683947e-02 1.61612257e-02 6.89623653e-02 1.26003325e-01 1.74229354e-01
2.01834172e-01
FIR2 5 1.00e+00 2 0.379 C 32 QDP380/900616 stage 3,4,5
2.88049545e-04 1.55313976e-03 2.98230513e-03 2.51714466e-03 -5.02926821e-04
-2.81205843e-03 -8.08708369e-04 3.21542984e-03 2.71266000e-03 -2.91550322e-03
-5.09429071e-03 1.33933034e-03 7.40034366e-03 1.82796526e-03 -8.81958286e-03
-6.56719319e-03 8.38608573e-03 1.24268681e-02 -5.12978853e-03 -1.84868593e-02
-1.79236766e-03 2.33604181e-02 1.30477296e-02 -2.51709446e-02 -2.93134767e-02
2.12669298e-02 5.21898977e-02 -6.61517353e-03 -8.83535221e-02 -3.66062373e-02
1.86273292e-01 4.03764486e-01
''' # noqa
s2 = ims.write_string(ims.iload_string(s))
for a, b in zip(s.strip().splitlines(), s2.strip().splitlines()):
if a != b:
print a
print b
print
assert s.strip() == s2.strip()
def test_ref_example3(self):
s = '''
BEGIN GSE2.1
MSG_TYPE DATA
MSG_ID 1243 GSE_IDC
REF_ID 1040 ANY_NDC
DATA_TYPE ERROR_LOG GSE2.1
An error was detected in the following request message:
BEGIN GSE2.1
MSG_TYPE request
MSG_ID 1040 ANY_NDC
TIME 94/03/01 TO 94/03/02
*** Unrecognized time format ***
STA_LIST ARA0
WAVEFORM
STOP
STOP
'''
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip(), (s, s2)
def test_ref_example3(self):
s = '''
BEGIN GSE2.1
MSG_TYPE DATA
MSG_ID 1243 GSE_IDC
REF_ID 1040 ANY_NDC
DATA_TYPE ERROR_LOG GSE2.1
An error was detected in the following request message:
BEGIN GSE2.1
MSG_TYPE request
MSG_ID 1040 ANY_NDC
TIME 94/03/01 TO 94/03/02
*** Unrecognized time format ***
STA_LIST ARA0
WAVEFORM
STOP
STOP
'''
s2 = ims.write_string(ims.iload_string(s))
assert s.strip() == s2.strip(), (s, s2)
def test_ref_example9(self):
s = '''
DATA_TYPE BEAM GSE2.1
Bgroup Sta Chan Aux Wgt Delay
FIG1 FIA0 shz 1
FIG1 FIB1 shz 1
FIG1 FIB2 shz 0
FIG1 FIB3 shz 0
FIG1 FIB4 shz 1
FIG1 FIB5 shz 1
FIG1 FIC1 shz 1
FIG1 FIC2 shz 0
FIG1 FIC3 shz 0
FIG1 FIC4 shz 0
FIG1 FIC5 shz 1
FIG1 FIC6 shz 0
FIG2 FIA0 shn 1
FIG2 FIA0 she 1
FIG2 FIC7 shn 1
FIG2 FIC7 she 1
BeamID Bgroup Btype R Azim Slow Phase Flo Fhi O Z F On Date Off Date
FICB.01 FIG1 coh n 30.0 0.090 - 3.50 5.50 3 y BP 1997/01/01
FICB.02 FIG1 coh n 90.0 0.090 - 3.50 5.50 3 y BP 1997/01/01
FIIB.01 FIG2 inc n 0.0 0.000 - 8.00 16.00 3 y BP 1997/01/01
FICB.Pa FIG1 coh n -1.0 0.125 P 0.50 12.00 3 y BP 1997/01/01
FIIB.Sa FIG1 inc n -1.0 0.222 S 2.00 4.00 3 y BP 1997/01/01
FIIB.Lga FIG2 inc n -1.0 0.250 Lg 2.00 4.00 3 y BP 1997/01/01
FICB.Pb FIG1 coh n -1.0 0.125 P 0.50 12.00 3 y BP 1997/01/01
FIIB.Sb FIG1 inc n -1.0 0.222 S 2.00 4.00 3 y BP 1997/01/01
FIIB.Lgb FIG2 inc n -1.0 0.250 Lg 2.00 4.00 3 y BP 1997/01/01
''' # noqa
s2 = ims.write_string(ims.iload_string(s))
for a, b in zip(s.strip().splitlines(), s2.strip().splitlines()):
if a != b:
print a
print b
assert s.strip() == s2.strip()
def test_ref_example9(self):
s = '''
DATA_TYPE BEAM GSE2.1
Bgroup Sta Chan Aux Wgt Delay
FIG1 FIA0 shz 1
FIG1 FIB1 shz 1
FIG1 FIB2 shz 0
FIG1 FIB3 shz 0
FIG1 FIB4 shz 1
FIG1 FIB5 shz 1
FIG1 FIC1 shz 1
FIG1 FIC2 shz 0
FIG1 FIC3 shz 0
FIG1 FIC4 shz 0
FIG1 FIC5 shz 1
FIG1 FIC6 shz 0
FIG2 FIA0 shn 1
FIG2 FIA0 she 1
FIG2 FIC7 shn 1
FIG2 FIC7 she 1
BeamID Bgroup Btype R Azim Slow Phase Flo Fhi O Z F On Date Off Date
FICB.01 FIG1 coh n 30.0 0.090 - 3.50 5.50 3 y BP 1997/01/01
FICB.02 FIG1 coh n 90.0 0.090 - 3.50 5.50 3 y BP 1997/01/01
FIIB.01 FIG2 inc n 0.0 0.000 - 8.00 16.00 3 y BP 1997/01/01
FICB.Pa FIG1 coh n -1.0 0.125 P 0.50 12.00 3 y BP 1997/01/01
FIIB.Sa FIG1 inc n -1.0 0.222 S 2.00 4.00 3 y BP 1997/01/01
FIIB.Lga FIG2 inc n -1.0 0.250 Lg 2.00 4.00 3 y BP 1997/01/01
FICB.Pb FIG1 coh n -1.0 0.125 P 0.50 12.00 3 y BP 1997/01/01
FIIB.Sb FIG1 inc n -1.0 0.222 S 2.00 4.00 3 y BP 1997/01/01
FIIB.Lgb FIG2 inc n -1.0 0.250 Lg 2.00 4.00 3 y BP 1997/01/01
''' # noqa
s2 = ims.write_string(ims.iload_string(s))
for a, b in zip(s.strip().splitlines(), s2.strip().splitlines()):
if a != b:
print a
print b
assert s.strip() == s2.strip()