# 
# chunk: boss1 
#
# First BOSS chunk created. Limited to southern stripe, as specified 
# in the trim_geometry_file
#

# Chunk number
chunknumber 1 

# Mangle-style geometry cuts to impose
trim_geometry_file trim-boss1.ply

# List of standard stars
standards_file std-boss1.fits

# Tile radius, degrees
tilerad 1.49  

# Angle of collisions to exclude, arcsec
collisionangle 62.

# Number of primary fibers available per tile
nfibers 895

# Number of repeat fibers available per tile
nrepeat 5

# Do not put a single target onto more than this many tiles
maxrepeat 3

# Target decollided completeness
# (spawns WARNING but does not fail
# if not achieved)
completeness 0.99

# Target run
targetrun test

# Fiber magnitude limits
fiber2mag_limit_g 16.3
fiber2mag_limit_r 16.3
fiber2mag_limit_i 16.3

# Center-post collision requirement (arcsec)
# (must be large enough that platedesign succeeds!)
centerpost 92.

# List of input files:

typedef struct {
    char filename[30]; # which file to read from
    int offsetpriority; # offset to make to priority
    int ancillary; # 0 if a BOSS target, 1 if ancillary
} BOSSINPUTS;

BOSSINPUTS lrg-boss1.fits 0 0 
BOSSINPUTS qso-boss1.fits 0 0 
BOSSINPUTS bosstemplates-gal-photo-boss1.fits 50 1
BOSSINPUTS bosstemplates-qso-boss1.fits 50 1
BOSSINPUTS bosstemplates-star-photo-boss1.fits 50 1
BOSSINPUTS bosstemplates-star-spectro-boss1.fits 50 1
BOSSINPUTS ancillary-boss1.fits 100 1

# List of targets types to repeat in repeated fibers

typedef struct {
		int repeat_priority;
		long boss_target1_repeat;
		long boss_target2_repeat;
		long ancillary_target1_repeat;
		long ancillary_target2_repeat;
		char comments[100];
} REPEATCLASS;

REPEATCLASS 1 0 0 844424930131968 0  "K-giants and RV test repeats"
REPEATCLASS 10 64639 0 0 0  "LRG and QSO repeats"