NOMINAL_SB_LENGTH	90
TP_NOMINAL_SB_LENGTH 240
DDT_CYCLE_NUMBER=2012.A
CYCLE_NUMBER 0000.0
#SCIENCE_CATEGORIES 10:Cosmology and the High Redshift Universe;20:Galaxies and Galactic Nuclei
SCIENCE_CATEGORIES 10:Cosmology and the High Redshift Universe;20:Galaxies and Galactic Nuclei;31:ISM, star formation and astrochemistry;41:Circumstellar disks, exoplanets and the solar system;50:Stellar Evolution and the Sun
PROPOSAL_TYPES S:Standard,T:Target Of Opportunity
#OBSERVATORY_TYPES CAL:Calibration,DDT:Directors Discretionary Time,ENG:Engineering,M:Maintenance,SIM:Simulation
OBSERVATORY_TYPES DDT:Directors Discretionary Time
MIN_TIME_ON_SRC_SECS 10
MAX_NO_POINTINGS 10000
WARNING_NO_POINTINGS 5000
MAX_TIME_HOURS 10000
MAX_ABSTRACT_WORDS 300
MAX_ABSTRACT_CHARACTERS 4000
MAX_TEXTAREA_CHARACTERS 4000
MAX_SCIENCE_GOALS 100
MAX_TUNINGS_PER_GOAL 5
MAX_SOURCES_PER_GOAL 100
MAX_CONE_DIAMETER_DEG 180.0
MAX_12M_DATARATE_MBPS 100.0
MIN_TIME_ON_SOURCE_PER_SB_SECS 120
MIN_TIME_FOR_POLARISATION_SB_MINS 180
NOMINAL_TOTAL_TO_SCIENCE_RATIO 1.8
TJ_REQUIRED true
SOURCE_PARMS_REQUIRED false

# Format for SCIENCE_KEYWORDS is:
#	NN:nn=xxxx;nn=xxxx;nn=xxxx;!NN:nn=xxxx;nn=xxxx;nn=xxxx;
#	where:
#		NN    - keyword group code
#		nn    - keyword code
#		xxxxx - keyword label
# Each individual keyword code identifier is a concantenation of the keyword
# group code and keyword code (e.g. NNnn)
SCIENCE_KEYWORDS 10:a=Lyman Alpha Emitters/Blobs (LAE/LAB);b=Lyman Break Galaxies (LBG);c=Starburst galaxies;d=Sub-mm Galaxies (SMG);e=High-z Active Galactic Nuclei (AGN);f=Gravitational lenses;g=Damped Lyman Alpha (DLA) systems;h=Cosmic Microwave Background (CMB)/Sunyaev-Zel'dovich Effect (SZE);i=Galaxy structure & evolution;j=Gamma Ray Bursts (GRB);k=Galaxy Clusters;!20:a=Starbursts, star formation;b=Active Galactic Nuclei (AGN)/Quasars (QSO);c=Spiral galaxies;d=Merging and interacting galaxies;e=Surveys of galaxies;f=Outflows, jets, feedback;g=Early-type galaxies;h=Galaxy groups and clusters;i=Galaxy chemistry;j=Galactic centres/nuclei;k=Dwarf/metal-poor galaxies;l=Luminous and Ultra-Luminous Infra-Red Galaxies (LIRG & ULIRG);m=Giant Molecular Clouds (GMC) properties;!31:a=Outflows, jets and ionized winds;b=High-mass star formation;c=Intermediate-mass star formation;d=Low-mass star formation;e=Pre-stellar cores, Infra-Red Dark Clouds (IRDC);f=Astrochemistry;g=Inter-Stellar Medium (ISM)/Molecular clouds;h=Photon-Dominated Regions (PDR)/X-Ray Dominated Regions (XDR);i=HII regions;j=Magellanic Clouds;!41:a=Debris disks;b=Disks around low-mass stars;c=Disks around high-mass stars;d=Exo-planets;e=Solar system - Comets;f=Solar system - Planetary atmospheres;g=Solar system - Planetary surfaces;h=Solar system - Trans-Neptunian Objects (TNOs);i=Solar system - Asteroids;!50:a=The Sun;b=Main sequence stars;c=Asymptotic Giant Branch (AGB) stars;d=Post-AGB stars;e=Hypergiants;f=Evolved stars - Shaping/physical structure;g=Evolved stars - Chemistry;h=Cataclysmic stars;i=Luminous Blue Variables (LBV);j=White dwarfs;k=Brown dwarfs;l=Supernovae (SN) ejecta;m=Pulsars and neutron stars;n=Black holes;o=Transients