sbuv2%code_ibsl1$ diff rcal_n19.f /data1/www_sbuv2/htdocs/noaa19/rcal_n19.f 3,12c3,4 < integer*4 date,data11 < real*4 rcal(13),rcaln1(13),rcaln2(13) < c < c Add channel-12 343nm setting based on wlen0(12) rather than date < c to process both 340 nm and 343 nm runs the same day. The new < c calibration values for channel-12 are detailed in DeLand's 1/23/12 < c e-mail. Jan 25, 2012 < c < include "params.inc" < c --- > integer*4 date > real*4 rcal(13),rcaln1(13) 42,48c34,35 < + 2.1044E-04,1.6226E-04,1.3954E-04,1.1220E-02/ < data rcaln2/1.4269E-04,1.6688E-04,1.8043E-04,1.8773E-04, < + 1.9329E-04,1.9947E-04,2.0662E-04,2.1138E-04,2.1468E-04, < + 2.1044E-04,1.6226E-04,1.3787e-04,1.1220E-02/ < c correction using ACF(340nm) for 4 orbits of 343 nm test on 12/06/2011 < data date11/2011340/,d_acf/1.007/ < --- > + 2.1044E-04,1.6226E-04,1.3954E-04,1.1220E-02/ > 51,54d37 < if(abs(wlen0(12)-3430.22).lt.0.5)then < rcal(12)=rcaln2(12) < if(date.eq.date11) rcal(12)=rcal(12)*d_acf < endif sbuv2%code_ibsl1$ diff irr_n19.f /data1/www_sbuv2/htdocs/noaa19/irr_n19.f 12,21d11 < c < c Add channel-12 343nm setting based on wlen0(12) rather than date < c to process both 340 nm and 343 nm runs the same day. < c New IRR23c is computed from the prelaunch calibration 2004 polynomial adjusted to < c 2008 calibration with a scale factor, then with the channel-to-channel offset as < c determined at 340 nm: poly(343.022,coef)/1.01563*1.0045=157.309 < c Jan 25, 2012 < c < include "params.inc" < c 25c15 < + irr23c(n),irr23_value,irr23a(n),irr23c343 --- > + irr23c(n),irr23_value,irr23a(n) 48d37 < data irr23c343/157.309/ 56d44 < if(abs(wlen0(j)-3430.22).lt.0.5)irr23_day1 (j)=irr23c343 sbuv2%code_ibsl1$ diff flux_n19.f /data1/www_sbuv2/htdocs/noaa19/flux_n19.f 6,14c6 < real*4 flux(13),fluxn1(13),fluxn2(13) < c < c Add channel-12 343nm setting based on wlen0(12) rather than date < c to process both 340 nm and 343 nm runs the same day. The new < c calibration values for channel-12 are detailed in DeLand's 1/23/12 < c e-mail. Jan 25, 2012 < c < include "params.inc" < c --- > real*4 flux(13),fluxn1(13) 30,32d21 < data fluxn2/41.761,192.806,329.733,338.866,548.546,533.197, < + 452.439,591.625,688.887,799.018,992.905,1045.000,1303.020/ < 36d24 < if(abs(wlen0(12)-3430.22).lt.0.5) flux(12)=fluxn2(12)