licorer

The licorer package is designed to aid in the reading and processing of LI-6800 data files. It uses the R package units to ensure that values recorded with units have the correct scientific units.

Get licorer

from GitHub:

# install.packages("remotes")
remotes::install_github("muir-lab/licorer")

and load licorer

library("licorer")

Vignette

The licorer package streamlines reading and validating data from raw LI-6800 files in R. To read a raw LI-6800 data file, use the licor() method. This will create a licor object, which stores the data in a tibble data object with header data stored in attributes.

library(licorer)

test_data <- read_li6800_raw(system.file("extdata", "2020-06-23_ECT_hib", 
                                         package = "licorer", mustWork = TRUE))

Example

obs	time_Sys	elapsed	date	hhmmss_Sys	TIME_GasEx	E	A	Ca	Ci	Pci	Pca	gsw	gbw	gtw	gtc	Rabs	TleafEB	TleafCnd	SVPleaf	RHcham	VPcham	SVPcham	VPDleaf	LatHFlux	SenHFlux	NetTherm	EBSum	blfa_1	blfa_2	blfa_3	Leak	LeakPct	CorrFact	Fan	Adark	PS2/1	Qabs_fs	Afs	ETR	PhiCO2	P1_Qmax	P2_dQdt	Qin	Qabs	alpha	convert	S	K	Geometry	TIME_Meas	CO2_s	CO2_r	H2O_s	H2O_r	Flow	Pa	(delta)Pcham	Tair	Tleaf	Tleaf2	Fan_speed	Qamb_in	Qamb_out	Q	f_red	f_blue	F	Q_modavg	F_dc	Pc	Tled	TDigital	TPreamp	TPwrSpy	TDrive	Q_red	Q_blue	Q_farred	TSPF	F_avg	dF/dt	dF_dc/dt	F_dc_avg	period	hhmmss_Match	co2_adj	h2o_adj	co2_at	h2o_at	(delta)CO2:MN	(delta)CO2:SLP	(delta)CO2:SD	(delta)CO2:OK	F:MN	F:SLP	F:SD	F:OK	(delta)H2O:MN	(delta)H2O:SLP	(delta)H2O:SD	Stable	Total	State	MatchValveR	MatchValveS	MatchCO2	MatchH2O	DIAG	Flow_s	Flow_r	Txchg	Tirga	Tchopper	Ts	Tr	CO2_%	Desiccant_%	Humidifier_%	Txchg_sp	CO2_r_sp	H2O_r_sp	SS_s	SS_r
1	1592958038 [s]	0	2020-06-23 14:20:37	14:20:37	1592958012 [s]	0.0018939311 [mol/m^2/s]	7.3868079 [µmol/m^2/s]	401.4031 [µmol/mol]	262.9298 [µmol/mol]	26.61081 [Pa]	40.62553 [Pa]	0.09444315 [mol/m^2/s]	2.279358 [mol/m^2/s]	0.09232184 [mol/m^2/s]	0.057887775 [mol/m^2/s]	161.8296 [W/m^2]	33.76014 [°C]	32.37763 [°C]	4.878100 [kPa]	56.45732 [%]	2.881449 [kPa]	5.103765 [kPa]	1.996651 [kPa]	-83.52236 [W/m^2]	98.74384103 [W/m^2]	9.899975210 [W/m^2]	186.951094 [W/m^2]	-0.04197882 [1]	0.04712491 [1]	3.507846 [1]	194 [µmol/s]	39 [%]	1 [1]	52311 [µmol/s]	0 [µmol/m^2/s]	0.5 [1]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0.008781668 [µmol/µmol]	0 [µmol/m^2/s]	0 [mol/m^2/s2]	999.9622 [µmol/m^2/s]	841.1623 [µmol/m^2/s]	0.8411941 [1]	0.1923881 [J/µmol]	6 [cm^2]	0.5 [1]	0: Broadleaf	1592958012 [s]	401.4031 [µmol/mol]	411.1766 [µmol/mol]	28.47034 [mmol/mol]	26.26298 [mmol/mol]	500.1482 [µmol/s]	101.1728 [kPa]	0.03603505 [kPa]	33.18117 [°C]	32.37763 [°C]	999.9 [°C]	10006.049 [rpm]	0 [µmol/m^2/s]	2.905401 [µmol/m^2/s]	999.9622 [µmol/m^2/s]	0.9599963 [1]	0.04000360 [1]	1100.612903 [1]	5.00059 [µmol/m^2/s]	11069.732 [1]	9587.389 [1]	42.80800 [°C]	45.50000 [°C]	44.30400 [°C]	45.17500 [°C]	45.12500 [°C]	955.1610 [µmol/m^2/s]	39.80065 [µmol/m^2/s]	0 [µmol/m^2/s]	1592958037 [s]	1084.758846 [1]	-43.6229060 [1/min]	-442.92650 [1/min]	10908.308 [1]	15 [s]	NA	1.64 [µmol/mol]	0.445 [mmol/mol]	0 [µmol/mol]	0 [mmol/mol]	-1.6875699 [µmol/mol]	15.34503554 [µmol/min/mol]	2.44379221 [µmol/mol]	0 [1]	1086.678235 [1]	-46.3353045 [1/min]	4.5338709 [1]	0 [1]	0.2848114 [mmol/mol]	-3.6686192 [mmol/min/mol]	0.57995206 [mmol/mol]	0 [1]	3 [1]	0/3	100 [%]	100 [%]	1.64 [µmol/mol]	0.445 [mmol/mol]	2 [1]	292.802 [µmol/s]	269.236 [µmol/s]	32.0927 [°C]	30.9563 [°C]	29.9984 [°C]	31.0102 [°C]	30.9831 [°C]	19.7327 [%]	26.5253 [%]	0.00000 [%]	32.0765 [°C]	408.431 [µmol/mol]	26.8672 [mmol/mol]	98.6756 [%]	100.223 [%]
2	1592958098 [s]	60	2020-06-23 14:21:37	14:21:37	1592958090 [s]	0.0016173786 [mol/m^2/s]	7.4274865 [µmol/m^2/s]	400.2433 [µmol/mol]	239.0048 [µmol/mol]	24.18958 [Pa]	40.50847 [Pa]	0.08015180 [mol/m^2/s]	2.278125 [mol/m^2/s]	0.07861749 [mol/m^2/s]	0.049271339 [mol/m^2/s]	161.8387 [W/m^2]	33.91098 [°C]	32.49805 [°C]	4.911354 [kPa]	56.81719 [%]	2.909643 [kPa]	5.121062 [kPa]	2.001711 [kPa]	-71.32640 [W/m^2]	91.30744429 [W/m^2]	9.167485207 [W/m^2]	190.987280 [W/m^2]	-0.04194523 [1]	0.04708719 [1]	3.505630 [1]	0 [µmol/s]	0 [%]	1 [1]	52489 [µmol/s]	0 [µmol/m^2/s]	0.5 [1]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0.008829534 [µmol/µmol]	0 [µmol/m^2/s]	0 [mol/m^2/s2]	1000.0181 [µmol/m^2/s]	841.2093 [µmol/m^2/s]	0.8411941 [1]	0.1923882 [J/µmol]	6 [cm^2]	0.5 [1]	0: Broadleaf	1592958090 [s]	400.2434 [µmol/mol]	409.9327 [µmol/mol]	28.74868 [mmol/mol]	26.86371 [mmol/mol]	500.0212 [µmol/s]	101.1765 [kPa]	0.03316085 [kPa]	33.24148 [°C]	32.49805 [°C]	999.9 [°C]	9997.678 [rpm]	0 [µmol/m^2/s]	2.903450 [µmol/m^2/s]	1000.0181 [µmol/m^2/s]	0.9599950 [1]	0.04000482 [1]	1055.070000 [1]	5.00059 [µmol/m^2/s]	10606.690 [1]	9587.918 [1]	42.76200 [°C]	45.48577 [°C]	44.25000 [°C]	45.12500 [°C]	45.12500 [°C]	955.2116 [µmol/m^2/s]	39.80387 [µmol/m^2/s]	0 [µmol/m^2/s]	1592958097 [s]	1055.026154 [1]	-20.4061538 [1/min]	-212.27009 [1/min]	10605.688 [1]	15 [s]	NA	1.64 [µmol/mol]	0.445 [mmol/mol]	0 [µmol/mol]	0 [mmol/mol]	-9.7459783 [µmol/mol]	1.39610467 [µmol/min/mol]	0.13998168 [µmol/mol]	0 [1]	1055.893235 [1]	-21.1096632 [1/min]	2.0798271 [1]	0 [1]	1.9123088 [mmol/mol]	-0.5532088 [mmol/min/mol]	0.05873102 [mmol/mol]	0 [1]	3 [1]	0/3	100 [%]	100 [%]	1.64 [µmol/mol]	0.445 [mmol/mol]	2 [1]	516.716 [µmol/s]	440.493 [µmol/s]	32.2833 [°C]	30.7026 [°C]	29.9987 [°C]	30.7458 [°C]	30.7119 [°C]	19.8223 [%]	26.1552 [%]	0.00000 [%]	32.1519 [°C]	409.582 [µmol/mol]	27.0557 [mmol/mol]	98.7211 [%]	100.260 [%]
3	1592958768 [s]	730.400000095367	2020-06-23 14:32:48	14:32:48	1592958760 [s]	0.0002354843 [mol/m^2/s]	-0.4840734 [µmol/m^2/s]	400.5528 [µmol/mol]	455.5949 [µmol/mol]	46.19508 [Pa]	40.61408 [Pa]	0.01116704 [mol/m^2/s]	2.281568 [mol/m^2/s]	0.01113676 [mol/m^2/s]	0.006963189 [mol/m^2/s]	161.8374 [W/m^2]	33.33155 [°C]	32.21135 [°C]	4.832502 [kPa]	57.29578 [%]	2.768891 [kPa]	4.832626 [kPa]	2.063612 [kPa]	-10.38486 [W/m^2]	0.05555014 [W/m^2]	0.005533068 [W/m^2]	151.513658 [W/m^2]	-0.04203905 [1]	0.04719252 [1]	3.511818 [1]	0 [µmol/s]	0 [%]	1 [1]	52747 [µmol/s]	0 [µmol/m^2/s]	0.5 [1]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	-0.000575454 [µmol/µmol]	0 [µmol/m^2/s]	0 [mol/m^2/s2]	1000.0102 [µmol/m^2/s]	841.2026 [µmol/m^2/s]	0.8411941 [1]	0.1923882 [J/µmol]	6 [cm^2]	0.5 [1]	0: Broadleaf	1592958760 [s]	400.5528 [µmol/mol]	400.0851 [µmol/mol]	27.30794 [mmol/mol]	27.03309 [mmol/mol]	500.0235 [µmol/s]	101.3627 [kPa]	0.03240343 [kPa]	32.21180 [°C]	32.21135 [°C]	999.9 [°C]	10001.632 [rpm]	0 [µmol/m^2/s]	28.256684 [µmol/m^2/s]	1000.0102 [µmol/m^2/s]	0.9599955 [1]	0.04000417 [1]	2.538268 [1]	5.00059 [µmol/m^2/s]	1412.695 [1]	9587.846 [1]	41.50997 [°C]	45.06200 [°C]	43.32826 [°C]	44.52197 [°C]	43.76384 [°C]	955.2061 [µmol/m^2/s]	39.80323 [µmol/m^2/s]	0 [µmol/m^2/s]	1592958768 [s]	2.560638 [1]	0.6414290 [1/min]	25.39179 [1/min]	1413.617 [1]	15 [s]	NA	1.64 [µmol/mol]	0.445 [mmol/mol]	0 [µmol/mol]	0 [mmol/mol]	0.4673976 [µmol/mol]	0.89352538 [µmol/min/mol]	0.27749047 [µmol/mol]	0 [1]	2.530365 [1]	0.3814049 [1/min]	0.1936925 [1]	1 [1]	0.2785463 [mmol/mol]	-0.1942422 [mmol/min/mol]	0.03476224 [mmol/mol]	1 [1]	3 [1]	1/3	100 [%]	100 [%]	1.64 [µmol/mol]	0.445 [mmol/mol]	2 [1]	514.985 [µmol/s]	437.963 [µmol/s]	33.8653 [°C]	29.3023 [°C]	30.0072 [°C]	29.2929 [°C]	29.2987 [°C]	19.4896 [%]	21.7097 [%]	9.58107 [%]	33.8550 [°C]	399.469 [µmol/mol]	27.2361 [mmol/mol]	99.2096 [%]	100.645 [%]
4	1592958901 [s]	863.400000095367	2020-06-23 14:35:01	14:35:01	1592958893 [s]	0.0073598465 [mol/m^2/s]	11.8661266 [µmol/m^2/s]	399.3959 [µmol/mol]	338.4365 [µmol/mol]	34.31522 [Pa]	40.49610 [Pa]	0.41562142 [mol/m^2/s]	2.284571 [mol/m^2/s]	0.37772997 [mol/m^2/s]	0.239197088 [mol/m^2/s]	161.8387 [W/m^2]	32.23319 [°C]	32.40704 [°C]	4.886205 [kPa]	57.70930 [%]	2.987320 [kPa]	5.176496 [kPa]	1.898885 [kPa]	-324.56923 [W/m^2]	126.43323574 [W/m^2]	12.664674351 [W/m^2]	-23.632629 [W/m^2]	-0.04212099 [1]	0.04728450 [1]	3.517219 [1]	0 [µmol/s]	0 [%]	1 [1]	52416 [µmol/s]	0 [µmol/m^2/s]	0.5 [1]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0.014106024 [µmol/µmol]	0 [µmol/m^2/s]	0 [mol/m^2/s2]	1000.0188 [µmol/m^2/s]	841.2099 [µmol/m^2/s]	0.8411940 [1]	0.1923880 [J/µmol]	6 [cm^2]	0.5 [1]	0: Broadleaf	1592958893 [s]	399.3959 [µmol/mol]	417.1597 [µmol/mol]	29.46267 [mmol/mol]	20.89248 [mmol/mol]	500.0826 [µmol/s]	101.3586 [kPa]	0.03473805 [kPa]	33.43357 [°C]	32.40704 [°C]	999.9 [°C]	10021.525 [rpm]	0 [µmol/m^2/s]	16.781681 [µmol/m^2/s]	1000.0188 [µmol/m^2/s]	0.9600009 [1]	0.03999945 [1]	1156.980968 [1]	5.00059 [µmol/m^2/s]	14070.177 [1]	9587.940 [1]	42.20939 [°C]	44.96139 [°C]	43.58232 [°C]	44.89900 [°C]	44.48171 [°C]	955.2181 [µmol/m^2/s]	39.80097 [µmol/m^2/s]	0 [µmol/m^2/s]	1592958901 [s]	1154.790769 [1]	-173.6519656 [1/min]	-1697.15555 [1/min]	14048.285 [1]	15 [s]	NA	1.64 [µmol/mol]	0.445 [mmol/mol]	0 [µmol/mol]	0 [mmol/mol]	-17.7978415 [µmol/mol]	0.96625505 [µmol/min/mol]	0.11026062 [µmol/mol]	0 [1]	1166.682647 [1]	-196.1255609 [1/min]	19.3439275 [1]	0 [1]	8.5737571 [mmol/mol]	-0.2241640 [mmol/min/mol]	0.03991588 [mmol/mol]	0 [1]	3 [1]	0/3	100 [%]	100 [%]	1.64 [µmol/mol]	0.445 [mmol/mol]	2 [1]	519.325 [µmol/s]	431.134 [µmol/s]	34.2703 [°C]	29.8063 [°C]	29.9953 [°C]	29.6528 [°C]	29.6364 [°C]	20.0495 [%]	39.5906 [%]	6.78577 [%]	34.7286 [°C]	417.613 [µmol/mol]	20.7953 [mmol/mol]	98.7407 [%]	100.215 [%]
5	1592958999 [s]	961	2020-06-23 14:36:38	14:36:38	1592958991 [s]	0.0068614392 [mol/m^2/s]	12.0639704 [µmol/m^2/s]	399.9004 [µmol/mol]	332.9966 [µmol/mol]	33.76210 [Pa]	40.54539 [Pa]	0.37579717 [mol/m^2/s]	2.281431 [mol/m^2/s]	0.34448777 [mol/m^2/s]	0.217900092 [mol/m^2/s]	161.8337 [W/m^2]	32.49134 [°C]	32.50147 [°C]	4.912303 [kPa]	57.08953 [%]	2.971376 [kPa]	5.204764 [kPa]	1.940928 [kPa]	-302.58947 [W/m^2]	126.60824981 [W/m^2]	12.711597346 [W/m^2]	-1.435918 [W/m^2]	-0.04203533 [1]	0.04718834 [1]	3.511573 [1]	0 [µmol/s]	0 [%]	1 [1]	52337 [µmol/s]	0 [µmol/m^2/s]	0.5 [1]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0.014341684 [µmol/µmol]	0 [µmol/m^2/s]	0 [mol/m^2/s2]	999.9859 [µmol/m^2/s]	841.1823 [µmol/m^2/s]	0.8411942 [1]	0.1923884 [J/µmol]	6 [cm^2]	0.5 [1]	0: Broadleaf	1592958991 [s]	399.9004 [µmol/mol]	417.6687 [µmol/mol]	29.30677 [mmol/mol]	21.31487 [mmol/mol]	500.0331 [µmol/s]	101.3527 [kPa]	0.03600639 [kPa]	33.53084 [°C]	32.50147 [°C]	999.9 [°C]	10001.730 [rpm]	0 [µmol/m^2/s]	15.863703 [µmol/m^2/s]	999.9859 [µmol/m^2/s]	0.9599949 [1]	0.04000518 [1]	1075.012581 [1]	5.00059 [µmol/m^2/s]	13185.452 [1]	9587.616 [1]	42.69729 [°C]	45.17900 [°C]	43.93700 [°C]	45.16903 [°C]	44.96748 [°C]	955.1797 [µmol/m^2/s]	39.80581 [µmol/m^2/s]	0 [µmol/m^2/s]	1592958998 [s]	1075.009615 [1]	-4.9569231 [1/min]	29.35043 [1/min]	13185.519 [1]	15 [s]	NA	1.64 [µmol/mol]	0.445 [mmol/mol]	0 [µmol/mol]	0 [mmol/mol]	-17.7702902 [µmol/mol]	0.25286935 [µmol/min/mol]	0.05753819 [µmol/mol]	1 [1]	1075.217647 [1]	-4.7057052 [1/min]	0.5085334 [1]	0 [1]	8.0152871 [mmol/mol]	-0.6962752 [mmol/min/mol]	0.07019443 [mmol/mol]	1 [1]	3 [1]	1/3	100 [%]	100 [%]	1.64 [µmol/mol]	0.445 [mmol/mol]	2 [1]	518.827 [µmol/s]	430.306 [µmol/s]	32.7468 [°C]	30.3814 [°C]	30.0029 [°C]	30.0849 [°C]	30.0542 [°C]	20.0667 [%]	37.1472 [%]	4.43732 [%]	32.6668 [°C]	417.623 [µmol/mol]	21.5506 [mmol/mol]	98.6002 [%]	100.068 [%]
6	1592959013 [s]	975.5	2020-06-23 14:36:53	14:36:53	1592959005 [s]	0.0066226329 [mol/m^2/s]	12.1148589 [µmol/m^2/s]	399.9555 [µmol/mol]	331.6922 [µmol/mol]	33.62895 [Pa]	40.54989 [Pa]	0.36665126 [mol/m^2/s]	2.280490 [mol/m^2/s]	0.33677120 [mol/m^2/s]	0.212963314 [mol/m^2/s]	161.8343 [W/m^2]	32.45101 [°C]	32.38387 [°C]	4.879820 [kPa]	57.30823 [%]	2.963173 [kPa]	5.170589 [kPa]	1.916647 [kPa]	-292.05811 [W/m^2]	126.54966488 [W/m^2]	12.696308607 [W/m^2]	9.022135 [W/m^2]	-0.04200967 [1]	0.04715953 [1]	3.509881 [1]	0 [µmol/s]	0 [%]	1 [1]	52311 [µmol/s]	0 [µmol/m^2/s]	0.5 [1]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0 [µmol/m^2/s]	0.014402169 [µmol/µmol]	0 [µmol/m^2/s]	0 [mol/m^2/s2]	999.9863 [µmol/m^2/s]	841.1829 [µmol/m^2/s]	0.8411945 [1]	0.1923889 [J/µmol]	6 [cm^2]	0.5 [1]	0: Broadleaf	1592959005 [s]	399.9555 [µmol/mol]	417.6704 [µmol/mol]	29.22665 [mmol/mol]	21.51238 [mmol/mol]	500.0406 [µmol/s]	101.3523 [kPa]	0.03367666 [kPa]	33.41319 [°C]	32.38387 [°C]	999.9 [°C]	9995.662 [rpm]	0 [µmol/m^2/s]	15.808339 [µmol/m^2/s]	999.9863 [µmol/m^2/s]	0.9599871 [1]	0.04001312 [1]	1074.494194 [1]	5.00059 [µmol/m^2/s]	13212.958 [1]	9587.608 [1]	42.75000 [°C]	45.19106 [°C]	43.97765 [°C]	45.24187 [°C]	45.04000 [°C]	955.1739 [µmol/m^2/s]	39.81484 [µmol/m^2/s]	0 [µmol/m^2/s]	1592959013 [s]	1074.492692 [1]	-0.5425641 [1/min]	109.04957 [1/min]	13213.781 [1]	15 [s]	NA	1.64 [µmol/mol]	0.445 [mmol/mol]	0 [µmol/mol]	0 [mmol/mol]	-17.7221146 [µmol/mol]	-0.03887247 [µmol/min/mol]	0.04125643 [µmol/mol]	1 [1]	1074.529412 [1]	-0.7325754 [1/min]	0.2037146 [1]	1 [1]	7.7737339 [mmol/mol]	-1.1375774 [mmol/min/mol]	0.11741928 [mmol/mol]	2 [1]	3 [1]	2/3	100 [%]	100 [%]	1.64 [µmol/mol]	0.445 [mmol/mol]	2 [1]	518.649 [µmol/s]	430.311 [µmol/s]	32.4813 [°C]	30.4664 [°C]	30.0023 [°C]	30.1542 [°C]	30.1213 [°C]	20.0702 [%]	37.4194 [%]	3.66987 [%]	32.5041 [°C]	417.470 [µmol/mol]	21.4695 [mmol/mol]	98.5810 [%]	100.047 [%]

The Data

As you can see, there is a lot of data. There are 20 rows and 157 columns.

All of the data is stored either as a unit (some have the “unitless” unit) or as an approprate class (character, hms, or date/time), which are automatically assigned and validated when the file is loaded, as they are read in from the file. We’ll discuss user-defined variables below.

LI-COR groups variables into a few different categories which are stored as attributes of the data. This topic is covered in greater detail in the vignette on data manipulation and by the subset_options() function described below.

subset_options(test_data)
#>  [1] "Sys"       "GasEx"     "Leak"      "FLR"       "MPF"       "LeafQ"    
#>  [7] "Const"     "Meas"      "FlrLS"     "FlrStats"  "Match"     "Stability"
#> [13] "Status"

The data columns covered by each of these values are expressly stated in the LI-6800 manual “Summary of symbols” section (CDM: provide page # and edition, v1.4 in this case).

The Header

In addition to data, the licor class stores meta-data from the header of the LI-6800 data file. This information is accessible with the header attribute.

attributes(test_data)$header[1:5]
#> $`File opened`
#> [1] "2020-06-23 14:17:33"
#> 
#> $`Console s/n`
#> [1] "68C-811937"
#> 
#> $`Console ver`
#> [1] "Bluestem v.1.3.17"
#> 
#> $`Scripts ver`
#> [1] "2018.12  1.3.16, Nov 2018"
#> 
#> $`Head s/n`
#> [1] "68H-711927"

Once again we are showing a subset of the list, as the actual list of meta-data contains around 50 elements.

The licor_validator() that ensures that the licor class was created correctly and that all variables have valid scientific units. It is automatically called during the licor method call, but not during the read_li6800_raw() method.

Currently, the data reader only supports reading from LI-6800 files, but we plan to add support for the LI-6400 as well.

Contributors

Comments and contributions

Comments, criticisms, and contributions are welcomed! GitHub issues are the preferred way to report bugs, ask questions, or request new features. You can submit issues here: https://github.com/muir-lab/licorer/issues

Name		Name	Last commit message	Last commit date
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R		R
inst		inst
man		man
tests		tests
.DS_Store		.DS_Store
.Rbuildignore		.Rbuildignore
.gitignore		.gitignore
DESCRIPTION		DESCRIPTION
LICENSE		LICENSE
LICENSE.md		LICENSE.md
NAMESPACE		NAMESPACE
NEWS.md		NEWS.md
README.Rmd		README.Rmd
README.md		README.md
licorer.Rproj		licorer.Rproj

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