; UMBRAPHILE DATA FILE FOR 11 AUGUST 1999 TOTAL SOLAR ECLIPSE
; FOR UMBRAPHILE 2.2.2 (OK for earlier versions, *MUST* use this file for 2.2.2)
SOURCE  = 'USNOAA'   ; Must be 'USNOAA' or 'NASARP'
DTYPE   = 'TRIG'     ; Must be 'TRIG' or 'DIRECT'
;
; PARAMETERS FOR COMPUTING BESSELIAN ELEMENTS - USNO STYLE
;
Range    =   0.375, 5.842   ; Range in UT for valid coefficients
T0       =   8              ; Base time for series expansion
DELTAT   =   0              ; Delta-T in seconds (0 if U.T. elements*)
XCOEF    =  -1.55306219,  0.54433104   0.00003154, -0.00000807
YCOEF    =   0.85499208, -0.11775747, -0.00013090, -0.00000169
SINDCOEF =   0.26493686, -0.00020224,  0.00000005, -0.00000000
COSDCOEF =   0.96426579,  0.00005553,  0.00000000,  0.00000000    
MUCOEF   = 298.67778677, 15.00297049,  0.00000218, -0.00000004,   -0.00417807
l1COEF   =   0.54203962,  0.00018652, -0.00001170,  0.0
l2COEF   =  -0.00432418,  0.00018558, -0.00001165,  0.0
tanf1    =   0.004613    ; Umbral Shadow
tanf2    =   0.004590    ; Penumbral Shadow
SD       =   15, 19, 48  ; Solar Declination at Mid-Eclipse
MUP      =   0.261851    ; Time derivative of MU in radians/hour
;
; * Note: Delta-T = +65.0 seconds is "built-in" to these polynomial
;         representations of the Besselian elements.  For a different value
;         of absolute Delta-T set DELTAT = Delta-T minus 65.0.
;
; CAMERA CONTROLLER PARAMETERS
NUMEXP   =  36     ; Number of Exposures (*MUST* be even)
MAXEXP   =   1.5   ; Maximum Exposure Time (seconds)
MINEXP   =   0.01  ; Minimum Exposure Time (seconds)
CIIOFF   =   0     ; Time Offset (seconds) from Computed CII
DRNUM    =   4     ; Number of CII and CIII Diamond Ring Exposures (MUST be even)
DREXP    =   0.01  ; Duration (seconds) for Diamond Ring Exposures
DRSEQII  =  -4, -3, -2, -1 ; Delta-Times for DREXP Relative to CII
DRSEQIII  =  1,  2,  4,  6 ; Delta-Times for DREXP Relative to CIII