;idl> restore,'FISM_60sec....sav',/verbose ;idl>print, date ;idl>print, fism_pred(0,*) ;FISM_PRED: [1440(time), 195(bins)] Contact Information: * Phillip Chamberlin * Phillip.C.Chamberlin@nasa.gov * Solar Physics Laboratory, Code 671 * Greenbelt, MD 20771 * (301)286-6806 (work) File type: * IDL saveset File name format: * FISM_TR_YYYYDDD_v00_01.sav (*_00.sav used TIMED SEE version 8 data) o TR: Temporal Resolution + Default Flare data: '60sec' (e.g. fism_60sec_2003301_v00_01.sav) + Default Daily data: 'daily' (e.g. fism_daily_v00_01.sav) o YYYY: Year of data set, eg 1960 o DDD: Day of Year of data set, eg 001 is Jan 1 and 365 is Dec 31 Arrays [and length] from the restored saveset for FLARE data sets: * date [1]: YYYYDDD, Year and Day of Year * utc [*]: the UTC seconds of day for Year Day of Year given in 'date' o * dimension will have a length of 1440 for the 60-sec temp. res. data * FISM_pred [*,195]: The FISM predicted spectrum in W/m^2/nm o * corresponds to the seconds of day array, 'utc' o 195 elements correspond to the wavelength array, 'fism_wv' * FISM_wv [195]: The FISM wavelength array, in nm o these are 1-nm bins, given at the center of the bin (eg 1.5 is the 1-nm bin centered at 1.5 nm ranging from 1.0 nm to 1.99 nm) * FISM_error [195]: The 1-sigma percent error as a function of wavelength o multiply this array by the corresponding spectrum, FISM_pred[i,195], to get the absolute 1-sigma error value. Optional arrays that may be included in the FLARE saveset: * grad_flare [*,195]: the FISM estimated gradual phase flare contribution only (no daily value or impulsive phase contributions), in W/m^2/nm * imp_flare [*,195]: the FISM estimated impulsive phase flare contribution only (no daily value or gradual phase contributions), in W/m^2/nm Arrays [and length] from the restored saveset for DAILY median data sets: * day_ar [1]: YYYYDDD, Year and Day of Year * utc [1]: 0 * FISM_pred [195]: The FISM predicted daily median spectrum in W/m^2/nm o 195 elements correspond to the wavelength array, 'fism_wv' * FISM_wv [195]: The FISM wavelength array, in nm o these are 1-nm bins, given at the center of the bin (eg 1.5 is the 1-nm bin centered at 1.5 nm ranging from 1.0 nm to 1.99 nm) * FISM_error [195]: The 1-sigma percent error as a function of wavelength o multiply this array by the corresponding spectrum, FISM_pred[195], to get the absolute 1-sigma error value. o This represents FISM's ability to reproduces the base data set (e.g. TIMED SEE) * FISM_abs_error[195]: The FISM standard deviation ('FISM_error') multiplied in quadrature with the uncertainties of the base data set (e.g. TIMED SEE) that gives the total FISM uncertainty.