# input.properties
#
# Lisa input properties file
#
# Lisa (c) 2004 The Martin D. Adamiker LLC
#

# Lisa.Snapshot.Time
# The time to be used for plotting the map.
# may be specified in one of the three following formats:
#
# YYYY MM DD[.DDDD] UTC|TT|TDB
# YYYY MM DD hh:mm[:ss[.ss]] UTC|TT|TDB
# JJJJJJJ[.JJJJJ] JD UTC|TT|TDB
#
# where:
#   YYYY          year number
#     MM          month number (1..12)
#     DD.DDDDD    day number (0.0...31.99999), optionally with
#                 decimal places, the first day of the month is 1.0
#     hh          hours
#     mm          minutes
#     ss.ss       seconds, optionally with decimal places
#   JJJJJJJ.JJJJJ Julian Date, optionally with decimal places
#     UTC         (string constant) Coordinated Universal Time
#     TT          (string constant) Terrestrial Time
#     TDB         (string constant) Barycentric Dynamical Time
#
Lisa.Snapshot.Time                  = "2003 01 01 00:00:00 TT"

# Lisa.Snapshot.Exposuretime
# The time of the exposure in days.
# Asteroids are plotted as X-es (position as of Lisa.Snapshot.Time)
# and a trail up to the position as of
# Lisa.Snapshot.Time + Lisa.Snapshot.Exposuretime
Lisa.Snapshot.Exposuretime          = 2.0

# Lisa.Observer.Body
# The name of the body where the observer is.
# Allowed values: "Earth", "Moon", "Sun", "Mercury", "Venus",
# "Mars", "Jupiter", "Saturn", "Uranus", "Neptune", "Pluto"
# Note: So far only "Earth" has been tested.
# All other values are planned to be supported in a future version.
Lisa.Observer.Body                  = "Earth"

# Lisa.Observer.Longitude
# Longitude of the observer on the observer's home planet.
# Note: So far only "Earth" has been tested.
# All other values are planned to be supported in a future version.
Lisa.Observer.Longitude             = "-16:22:00.1"

# Lisa.Observer.Latitude
# Latitude of the observer on the observer's home planet.
# Note: So far only "Earth" has been tested.
# All other values are planned to be supported in a future version.
Lisa.Observer.Latitude              = "48:13:00.1"

# Lisa.Observer.ElevationMeters
# Elevation of the observer on the observer's home planet.
# Note: So far only "Earth" has been tested.
# All other values are planned to be supported in a future version.
# On Earth, the geographice WGS 84 model is applied.
Lisa.Observer.ElevationMeters       = 220.0

# Lisa.Projection.ProjectionType
# The projection type.
# There are two groups of projection types available:
# 1. Central projections:
#    The projection beam emerges from the center of the celestial sphere.
#    The image center is called the reference point.
#    Angular distances (Omega) from the reference point are projected
#    differently as Omega' onto the 2 dimensional map:
#   1.1 ArcLength: Omega' = Omega
#   1.2 Sine:      Omega' = sin(Omega)
#   1.3 Tangent:   Omega' = tan(Omega)
# 2. Stereographic projections:
#    The projection beam emerges from the opposite side of the celestial sphere.
#    It is a special case of a perspective zenithal projection with µ = 1.
# 3. Cartesian projection:
#    Not a real projection; RA and Decl are converted to x and y by linear functions.
#
# Valid choices:
#
# "ArcLength"
# "Sine"
# "Tangent"
# "Stereographic"
# "Cartesian"
#
Lisa.Projection.ProjectionType = "ArcLength"

# Lisa.Projection.ReferencePoint.RightAscension
# Right ascension of the reference point, in hours, minutes and
# seconds. Reference point is the center point on the map.
# Format: hh:mm:ss[.ss]
# Negative values for hh are not permitted.
Lisa.Projection.ReferencePoint.RightAscension  = "05:35:50"

# Lisa.Projection.ReferencePoint.Declination
# Declination of the reference point in degrees, minutes and
# seconds. Reference point is the center point on the map.
# Format: dd:mm:ss[.ss]
# Positive dd values designate northern declination.
# Negative values designate southern declination.
Lisa.Projection.ReferencePoint.Declination = "22:02:15"

# Lisa.Projection.Extent.RightAscension
# The extent of the map in right ascension, in hours as a decimal
# value.
#Lisa.Projection.Extent.RightAscension          = 0.01
Lisa.Projection.Extent.RightAscension          = 0.0011111111111111111111111111111111

# Lisa.Projection.Extent.Declination
# The extent of the map in declination, in degrees as a decimal
# value.
#Lisa.Projection.Extent.Declination             = 0.125
Lisa.Projection.Extent.Declination             = 0.013333333333333333333333333333333

# Lisa.Projection.Scale
# The relative scale of the map. The larger this value, the larger
# the map. Note: this value is only a relative measure and does not
# designate any length or extent in nature.
#Lisa.Projection.Scale               = 640000.0
Lisa.Projection.Scale               = 5000000.0

# Lisa.Projection.Grid.RightAscension
# Number of RA subdivisions for the coordinate grid.
# There will be Lisa.Projection.Grid.RightAscension + 1 lines drawn.
# Each line is labeled with the full RA value.
# Recommended values: 2, 4, 8
Lisa.Projection.Grid.RightAscension            = 8

# Lisa.Projection.Grid.Label.RightAscension
# Describes where the RA labels are plotted.
# Possible values: "BOTTOM", "TOP"
Lisa.Projection.Grid.Label.RightAscension      = "TOP"

# Lisa.Projection.Grid.Declination
# Number of declination subdivisions for the coordinate grid.
# Does not have to be the same as Lisa.Projection.Grid.RightAscension
# There will be Lisa.Projection.Grid.Declination + 1 lines drawn.
# Each line is labeled with the full declination value.
# Recommended values: 2, 4, 8
Lisa.Projection.Grid.Declination               = 8

# Lisa.Projection.Grid.Label.Declination
# Describes where the declination labels are plotted.
# Possible values: "LEFT", "RIGHT"
Lisa.Projection.Grid.Label.Declination         = "LEFT"

# Lisa.Limits.Magnitude.Objects
# The limiting magnitude for all objects.
# Only objects equal or brighter than this value are plotted.
# Valid: 0...30
Lisa.Limits.Magnitude.Objects       = 25.0

# Lisa.Limits.Magnitude.Text
# The limiting magnitude for objects to be labeled.
# Only objects equal or brighter than this value are labeled.
# Valid: 0...30
Lisa.Limits.Magnitude.Text          = 25.0

# Lisa.DrawingMode.Monochrome
# If set to "TRUE", then all objects are plotted black,
# even if there is color information (B-U-V magnitudes) available.
# If set to "FALSE", then objects are plotted in their apparent
# color if there is color information (B-U-V magnitudes) available,
# otherwise black.
# Note that each catalog uses a characteristic color for its
# objects regardless this value.
Lisa.DrawingMode.Monochrome         = "TRUE"

# Lisa.Draw.Chart.UserDefinedString
# Plots a user defined string.
Lisa.Draw.Chart.UserDefinedString   = "Integration Test"

# Lisa.Draw.Chart.Header
# Plot the chart header if this value is "TRUE"
Lisa.Draw.Chart.Header               = "TRUE"

# Lisa.Draw.Catalog.LDN
# Draw VII/7A, Lynds' Catalogue of Dark Nebulae (LDN) (Lynds 1962)
Lisa.Draw.Catalog.LDN               = "FALSE"

# Lisa.Draw.Catalog.LBN
# Draw VII/9, Lynds' Catalogue of Bright Nebulae (Lynds 1965)
Lisa.Draw.Catalog.LBN               = "FALSE"

# Lisa.Draw.Catalog.HyperLeda
# Draw HyperLeda Catalogue (prugniel@obs.univ-lyon1.fr)
Lisa.Draw.Catalog.HyperLeda         = "TRUE"

# Lisa.Draw.Catalog.HyperLeda.Objects
# The HyperLeda objects to be plotted:
#   G Galaxy
#   S Star
#   M Multiple galaxy (pair, triple,...)
#   c Star cluster (Galactic or extra-galactic)
#   g Extragalactic object of unidentified nature (Radiosource)
#   h HII region
#   n Nebula
#   p Planetary nebula
#   r Supernova remnant
#   u Source of unidentified nature, maybe a galaxy
#   ! Source not found after visual search in sky surveys, artifact
#   ? Doubtful identification
#   * All objects
Lisa.Draw.Catalog.HyperLeda.Objects = "GMcghnpru"

# Lisa.Draw.Catalog.USNOA20
# Draw the USNO-A V2.0 Catalog (USNOFS and USRA)
Lisa.Draw.Catalog.USNOA20           = "FALSE"

# Lisa.Draw.Catalog.USNOA20
# The brightest magnitude for objects to be plotted from the
# USNO-A 2.0 catalog. This value can be used to mask brighter stars,
# as their magnitudes are often quite suspicious.
Lisa.Draw.Catalog.USNOA20.MagMax    = 5.0

# Lisa.Draw.Catalog.Tycho2
# Draw I/259, The Tycho-2 Catalogue (Hog+ 2000)
Lisa.Draw.Catalog.Tycho2            = "TRUE"

# Lisa.Draw.Catalog.SKY2000
# Draw V/109, SKY2000 Catalog, Version 4 (Myers+ 2002)
Lisa.Draw.Catalog.SKY2000           = "TRUE"

# Lisa.Draw.Catalog.TDSC
# Draw I/276, Tycho Double Star Catalogue (Fabricius+ 2002)
Lisa.Draw.Catalog.TDSC              = "FALSE"

# Lisa.Draw.Catalog.GCVS
# Draw II/214A, Combined General Catalogue of Variable Stars (Kholopov+ 1998)
Lisa.Draw.Catalog.GCVS              = "FALSE"

# Lisa.Draw.Catalog.NGC
# Draw Wolfgang Steinicke's Revised New General Catalogue and Index Catalogue
Lisa.Draw.Catalog.NGC               = "FALSE"

# Lisa.Draw.Catalog.CGPN_V84
# Draw V/84, Strasbourg-ESO Catalogue of Galactic Planetary Nebulae (Acker+, 1992)
Lisa.Draw.Catalog.CGPN_V84          = "FALSE"

# Lisa.Draw.Catalog.CGPN_IV24
# Draw IV/24, Catalogue of Galactic Planetary Nebulae (Kohoutek, 2001)
Lisa.Draw.Catalog.CGPN_IV24         = "FALSE"

# Lisa.Draw.Catalog.OVOC
# Draw VII/229, Optically visible open clusters catalog (Dias+, 2002)
Lisa.Draw.Catalog.OVOC              = "FALSE"

# Lisa.Draw.Catalog.Constellations
# Draw VI/49, Constellation Boundary Data (Davenhall+ 1989)
Lisa.Draw.Catalog.Constellations    = "FALSE"

# Lisa.Draw.Catalog.Astorb
# Draw Lowell University Asteroid Orbital Elements Database
Lisa.Draw.Catalog.Astorb            = "FALSE"