@@ -33,18 +33,18 @@ each setting yields:
3333 ... min_strength= - 500 ,
3434 ... molecule= " 028503 CO" ,
3535 ... get_query_payload= False )
36- >>> response.pprint(max_width = 120 )
37- FREQ ERR LGINT DR ELO GUP MOLWT TAG QNFMT Ju Ku vu F1u F2u F3u Jl Kl vl F1l F2l F3l name Lab
38- MHz MHz nm2 MHz 1 / cm u
39- ----------- ------ ------- --- -------- --- ----- --- -- --- --- --- --- --- --- --- --- --- --- --- --- --- -- ----- ----
40- 115271.2018 0.0005 -5.0105 2 0.0 3 28 503 101 1 -- -- -- -- -- 0 -- -- -- -- -- CO, v=0 True
41- 230538.0 0.0005 -4.1197 2 3.845 5 28 503 101 2 -- -- -- -- -- 1 -- -- -- -- -- CO, v=0 True
42- 345795.9899 0.0005 -3.6118 2 11.535 7 28 503 101 3 -- -- -- -- -- 2 -- -- -- -- -- CO, v=0 True
43- 461040.7682 0.0005 -3.2657 2 23.0695 9 28 503 101 4 -- -- -- -- -- 3 -- -- -- -- -- CO, v=0 True
44- 576267.9305 0.0005 -3.0118 2 38.4481 11 28 503 101 5 -- -- -- -- -- 4 -- -- -- -- -- CO, v=0 True
45- 691473.0763 0.0005 -2.8193 2 57.6704 13 28 503 101 6 -- -- -- -- -- 5 -- -- -- -- -- CO, v=0 True
46- 806651.806 0.005 -2.6716 2 80.7354 15 28 503 101 7 -- -- -- -- -- 6 -- -- -- -- -- CO, v=0 True
47- 921799.7 0.005 -2.559 2 107.6424 17 28 503 101 8 -- -- -- -- -- 7 -- -- -- -- -- CO, v=0 True
36+ >>> response.pprint(max_width = 150 )
37+ FREQ ERR LGINT DR ELO GUP TAG QNFMT Ju Ku vu F1u F2u F3u Jl Kl vl F1l F2l F3l name MOLWT Lab
38+ MHz MHz nm2 MHz 1 / cm u
39+ ----------- ------ ------- --- -------- --- ------ ----- --- --- --- --- --- --- --- --- --- --- --- --- ------- ----- ----
40+ 115271.2018 0.0005 -5.0105 2 0.0 3 -28503 101 1 -- -- -- -- -- 0 -- -- -- -- -- CO, v=0 28 True
41+ 230538.0 0.0005 -4.1197 2 3.845 5 -28503 101 2 -- -- -- -- -- 1 -- -- -- -- -- CO, v=0 28 True
42+ 345795.9899 0.0005 -3.6118 2 11.535 7 -28503 101 3 -- -- -- -- -- 2 -- -- -- -- -- CO, v=0 28 True
43+ 461040.7682 0.0005 -3.2657 2 23.0695 9 -28503 101 4 -- -- -- -- -- 3 -- -- -- -- -- CO, v=0 28 True
44+ 576267.9305 0.0005 -3.0118 2 38.4481 11 -28503 101 5 -- -- -- -- -- 4 -- -- -- -- -- CO, v=0 28 True
45+ 691473.0763 0.0005 -2.8193 2 57.6704 13 -28503 101 6 -- -- -- -- -- 5 -- -- -- -- -- CO, v=0 28 True
46+ 806651.806 0.005 -2.6716 2 80.7354 15 -28503 101 7 -- -- -- -- -- 6 -- -- -- -- -- CO, v=0 28 True
47+ 921799.7 0.005 -2.559 2 107.6424 17 -28503 101 8 -- -- -- -- -- 7 -- -- -- -- -- CO, v=0 28 True
4848
4949
5050
@@ -71,32 +71,32 @@ The units of the columns of the query can be displayed by calling
7171 ... molecule= " 028503 CO" ,
7272 ... get_query_payload= False )
7373 >>> print (response.info)
74- <Table length=8>
75- name dtype unit class n_bad
76- ----- ------- ------- ------------ -----
77- FREQ float64 MHz Column 0
78- ERR float64 MHz Column 0
79- LGINT float64 nm2 MHz Column 0
80- DR int64 Column 0
81- ELO float64 1 / cm Column 0
82- GUP int64 Column 0
83- MOLWT int64 u Column 0
84- TAG int64 Column 0
85- QNFMT int64 Column 0
86- Ju int64 Column 0
87- Ku int64 MaskedColumn 8
88- vu int64 MaskedColumn 8
89- F1u int64 MaskedColumn 8
90- F2u int64 MaskedColumn 8
91- F3u int64 MaskedColumn 8
92- Jl int64 Column 0
93- Kl int64 MaskedColumn 8
94- vl int64 MaskedColumn 8
95- F1l int64 MaskedColumn 8
96- F2l int64 MaskedColumn 8
97- F3l int64 MaskedColumn 8
98- name str7 Column 0
99- Lab bool Column 0
74+ <Table length=8>
75+ name dtype unit class n_bad
76+ ----- ------- ------- ------------ -----
77+ FREQ float64 MHz Column 0
78+ ERR float64 MHz Column 0
79+ LGINT float64 nm2 MHz Column 0
80+ DR int64 Column 0
81+ ELO float64 1 / cm Column 0
82+ GUP int64 Column 0
83+ TAG int64 Column 0
84+ QNFMT int64 Column 0
85+ Ju int64 Column 0
86+ Ku int64 MaskedColumn 8
87+ vu int64 MaskedColumn 8
88+ F1u int64 MaskedColumn 8
89+ F2u int64 MaskedColumn 8
90+ F3u int64 MaskedColumn 8
91+ Jl int64 Column 0
92+ Kl int64 MaskedColumn 8
93+ vl int64 MaskedColumn 8
94+ F1l int64 MaskedColumn 8
95+ F2l int64 MaskedColumn 8
96+ F3l int64 MaskedColumn 8
97+ name str7 Column 0
98+ MOLWT int64 u Column 0
99+ Lab bool Column 0
100100
101101These come in handy for converting to other units easily, an example using a
102102simplified version of the data above is shown below:
@@ -141,7 +141,7 @@ laboratory but not in space
141141 >>> result = CDMS .get_species_table()
142142 >>> mol = result[result[' tag' ] == 28503 ]
143143 >>> mol.pprint(max_width = 160 )
144- tag molecule Name #lines lg(Q(1000)) lg(Q(500)) lg(Q(300)) ... lg(Q(9.375)) lg(Q(5.000)) lg(Q(2.725)) Ver. Documentation Date of entry Entry
144+ tag molecule Name #lines lg(Q(1000)) lg(Q(500)) lg(Q(300)) ... lg(Q(9.375)) lg(Q(5.000)) lg(Q(2.725)) Ver. Documentation Date of entry Entry
145145 ----- -------- --------- ------ ----------- ---------- ---------- ... ------------ ------------ ------------ ---- ------------- ------------- -----------
146146 28503 CO, v=0 CO, v = 0 95 2.5595 2.2584 2.0369 ... 0.5733 0.3389 0.1478 1 e028503.cat Oct. 2000 w028503.cat
147147
@@ -316,7 +316,7 @@ If you are repeatedly getting failed queries, or bad/out-of-date results, try cl
316316 >> > from astroquery.linelists.cdms import CDMS
317317 >> > CDMS .clear_cache()
318318
319- If this function is unavailable, upgrade your version of astroquery.
319+ If this function is unavailable, upgrade your version of astroquery.
320320The ``clear_cache `` function was introduced in version 0.4.7.dev8479.
321321
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