#filename:	hetgmp3D1996-11-01marxsectorN0002.tbl
#
#--------------------------------------------------------------------------
# This file consists of a number of whitespace delimited columns.  
# The first two columns define a sector, and the rest of the columns 
# specify values for that sector.
# 
# The first column specifies the starting angle of the sector (in degrees)
# measured from the top (+Z axis) of the UN-ROTATED torus.  Thus, the 
# spacecraft +Y axis is at 90 degrees and the -Y axis is at 270.
#
# The second column specifies the location of the send of the sector.
#
# The 3rd and 4th columns specifies the alignment error as follows.  The 
# 3rd column specifies the alignment error offset, call it 'a'.  The 4th 
# column specifies the uncertaintly in 'a'.  Call it da.  Then the actual
# alignment error a ray will experience is given by 'a + da*g' where g is
# a normally distributed random number with unit variance.
# The units for the 3rd and 4th columns are in arc-minutes.
#
# The 5th and 6th columns specify the dp_over_p that the ray will experience.
# Call the 5th column 'p' and the 6th column 'dp'.  The dp_over_p value
# will be computed via 'p + dp*g' where g is a normally distributed 
# random number with unit variance.
#
#--------------------------------------------------------------------------
# Notes on creating the 980930 values:
# Start, Stop: 30 degrees per sector, then assume gratings fill sector
#    shell 1 has 9 facets, shell 3 has 7
#  a : taken from $CALDBaxafcal/hetg/fcp/MEG_misaligned.rdb
# da : (roll rms in arc seconds from most recent LR test) / 60.
#  p : (lr_active_period / LR_Average_Period of MEGs) - 1.0
#      where average_LR_period_of_MEGs = 4001.17
# dp : taken from lr_active_plot, dp/p in the active region for the facet
#
#--------------------------------------------------------------------------
# Mis-aligned Gratings: Shell 3
# 3EE2 ME1411: 30.*(4. + 5./7.) to 30.*(4. + 6./7.)
# a= +7.6
# da= 32./60.
# p=( 4000.18/ 4001.17)-1.= 
# dp= 44.0E-6
#
# 3FF4 MD1312: 30.*(3. + 3./7.) to 30.*(3. + 4./7.)
# a= -8.7
# da= 36./60.
# p=( 4000.80/ 4001.17)-1.= 
# dp= 71.0E-6
#
# 3FF5 MD1307: 30.*(3. + 2./7.) to 30.*(3. + 3./7.)
# a= +24.8
# da= 19./60.
# p=( 4000.45/ 4001.17)-1.= 
# dp= 54.0E-6
#
# 3E1  ME1405: 30.*(10. + 6./7.) to 30.*(10. + 7./7.)
# a= +7.
# da= 34./60.
# p=( 4000.15/ 4001.17)-1.= 
# dp= 41.0E-6
#
# Rest of gratings:
#  Preliminary analysis of the XRCF Mg-K slit scan data
# suggests a broad distribution in angle, approximated here
# by setting a to +1 and -1 arc minute and assigning a da
# of 1.5 arc minutes.  See HETG Report, Version 2.0, Sec. 6.3.3 .
# Values here were entered by hand.
#
# . . . . . . . . . . . . . . . . . . Shell 3 . . . . . .
#Start  Stop    a       da      	p       	dp
0	20.0	-1.0	1.5		0		235e-6
20.0	40.0	+1.0	1.5		0		235e-6
40.0	60.0	-1.0	1.5		0		235e-6
60.0	80.0	+1.0	1.5		0		235e-6
80.0	89.2857	-1.0	1.5		0		235e-6
89.2857	98.5714	+1.0	1.5		0		235e-6
98.5714	102.857	24.8	0.316667	-0.000179946	54.0E-6
102.857	107.143	-8.7	0.600000	-9.24468e-05	71.0E-6
107.143	124.286	-1.0	1.5		0		235e-6
124.286	141.429	+1.0	1.5		0		235e-6
141.429	145.714	7.6	0.533333	-0.000247419	44.0E-6
145.714	155.714	-1.0	1.5		0		235e-6
155.714	165.714	+1.0	1.5		0		235e-6
165.714	185.714	-1.0	1.5		0		235e-6
185.714	205.714	+1.0	1.5		0		235e-6
205.714	225.714	-1.0	1.5		0		235e-6
225.714	245.714	+1.0	1.5		0		235e-6
245.714	265.714	-1.0	1.5		0		235e-6
265.714	285.714	+1.0	1.5		0		235e-6
285.714	305.714	-1.0	1.5		0		235e-6
305.714	325.714	+1.0	1.5		0		235e-6
325.714	330.000	7.0	0.566667	-0.000254929	41.0E-6
330.000	345.0	-1.0	1.5		0		235e-6
345.000	360.0	+1.0	1.5		0		235e-6