CMD crt verbose=0 \# TETRACORDER 5.2 command file \# NOTE: this is a general command file for all mapping \# \# However, it must be customized. \# the splib04 alias needs to be changed to the specpr \# file letter id you have assigned, but the \# record numbers do not need changing for \# any splib04a, b, c, etc, \# Similarly, you must change the WAVEID alias. \# \# \# The entries marked [sprlb01] and [sprln01]are additional minerals \# not in splib04_ and so must be custom convolved to \# your flight instrument, and the record numbers in \# this command file changed. \# If the cmd file doesn't have [sprlb01], or [sprln01] \# ignore this. \# \# The continuum regions are specified by wavelength. The \# channel numbers below refer to a specific instrument \# and should be ignored. They are left here for \# diagnostic purposes. \# (They refer to splib04m, AVIRIS Cuprite 1993 data.) \# \# You must customize the deleted point for your instrument \# resolution. see [DELETPTS] \# \# To do groups (multiple spectral intervals with one run \# run of tricorder) you should put each group in a \# subdirectory. Use the [DIR] alias before each library \# setup to define the subdirectory. \# \# ALSO EXAMINE the beginning of cmd.lib.setup...... file for other \# global variables that you might wish to change. \# \# Note: the scale factor below may need to be set for your \# data. The scale factor is the factor to convert \# DN to reflectance. It is set below to 0.00005 so \# a DN of 20,000 = reflectance 1.0 \# \# \# \# Roger N. Clark, November 1, 1995 - June 17, 2022 \# \# ==[splib06]y ==[WAVEID]Y6 ==[sprlb06]w ==[DIR]./ ==[DELETPTS]1t4 75t79 99t106 128t148 188t214 218 219t221 226 280t285c ==[alternatelib]SMALL \# \# Group definitions: (NOTE: keep this in sync with the cmd.lib.setup.* file) \# \################################################################################# \###### group strategy ############## \###### Starting with version 5.15, moving broad features up front ############## \###### and narrow features after, so we might in the future ############## \###### adapt curved continua depending on the broad feature type. ############## \###### ############## \################################################################################# \###### group 0: catch for other declared groups ############## \###### group 1: electronic absorptions UV to 1-micron region ############## \###### group 2: 2 to 2.5-micron region narrow ############## \###### group 3: vegetation detection ############## \###### group 4: broad absorptions in the 1.5-micron region ############## \###### group 5: broad absorptions in the 2-micron region ############## \###### group 6: 2.5-micron region ############## \###### group 7: 2.7 to 3-micron OH region ############## \###### group 8: 2.7 - 2.8-micron OH region narrow bands ############## \###### group 9: UV (0.1 - 0.3 microns) ############## \###### group 10: testing 3.5 um curved continua ############## \###### group 11: 3.5-micron region linear continua ############## \###### group 12: ############## \###### group 13: 1.3-1.4 micron OH narrow ############## \###### group 14: 1.4-1.5 micron OH ############## \###### group 15: 1.5 micron OH ############## \###### group 16: 1.5-1.6 micron OH ############## \###### group 17: 1.7 microns CH and water Future ############## \###### group 18: 1.8 micron region ############## \###### group 19: 1.9-2 micron water and ice ############## \###### group 20: the search for rare-earth oxides + Nd 0.6um feat EXPERIMENTAL # \###### group 21: the search for rare-earth oxides curved continua ############## \###### group 22: the search for rare-earth oxide Samarium need to deopreciate ### \###### group 23: 3.8 micron region includes OD stretches ############## \###### group 24: 4-micron region ############## \###### group 25: 4.1-micron region ############## \###### group 26: 4.25 micron CO2 trapped, ice ############## \###### group 27: 4.5-micron region includes sulfates ############## \###### group 28: 5-micron region includes silicate overtones ############## \###### group 29: 6-micron region, includes H-O-H bends ############## \###### group 30: 7-8-micron region ############## \###### group 31: 8-10-micron region ############## \###### group 32: 10-12-micron region ############## \###### group 33: 12-14-micron region ############## \###### group 34: 14-16-micron region ############## \###### group 35: 16-19-micron region ############## \###### group 36: 19-22-micron region ############## \###### group 37: residual CH4 gas absorption, 2.3-micron region ############## \###### group 38: residual CO2 gas absorption, 2-micron region ############## \################################################################################# \# ==[DIRg1]group.1um/ ==[DIRg2]group.2um/ ==[DIRg3]group.veg/ ==[DIRg4]group.1.5um-broad/ ==[DIRg5]group.2um-broad/ ==[DIRg6]group.2.5um/ ==[DIRg7]group.3um/ ==[DIRg8]group.2.8um/ ==[DIRg9]group.zz/ ==[DIRg10]group.3.5um_curve/ ==[DIRg11]group.3.5um/ ==[DIRg12]group.4um/ ==[DIRg13]group.1.3-1.4um/ ==[DIRg14]group.1.4um/ ==[DIRg15]group.1.5um/ ==[DIRg16]group.zz/ ==[DIRg17]group.1.7um/ ==[DIRg18]group.zz/ ==[DIRg19]group.1.9um/ ==[DIRg20]group.ree/ ==[DIRg21]group.ree_g21/ ==[DIRg22]group.ree_samar/ ==[DIRg23]group.3.8um/ ==[DIRg24]group.4um/ ==[DIRg25]group.4.1um/ ==[DIRg26]group.4.25um-co2/ ==[DIRg27]group.4.5um/ ==[DIRg28]group.5um/ ==[DIRg29]group.6um/ ==[DIRg30]group.7-8um/ ==[DIRg31]group.8-10um/ ==[DIRg32]group.10-12um/ ==[DIRg33]group.12-14um/ ==[DIRg34]group.14-16um/ ==[DIRg35]group.16-19um/ ==[DIRg36]group.19-22um/ ==[DIRg37]group.ch4gas-2.3um/ ==[DIRg38]group.co2gas-2um/ \# ==[DIRc1]case.red-edge/ ==[DIRc2]case.veg.type/ ==[DIRc3]group.veg/ ==[DIRc4]group.veg/ ==[DIRc5]group.veg/ ==[DIRc6]case.ep-cal-chl/ ==[DIRc7]case.carbonate-2feat/ \############################################################### \# the following "c"s sync the restart file with the file sizes \# then the blank line signal tetracorder to start c c c c c \############################################################### history results [WAVEID] \# Wavelength set to use temperature -20 80 C pressure .5 1.5 bar \# geology = calculate geologic origins (or nogeology to skip) nogeology mode cube