#VRML V2.0 utf8
# Clark Milky Way galaxy objects

# A data object for use in a 3D data plotting application 
# Kurt A. Fisher fisherka@csolutions.net  beginner level VRML coder
# 2/2006

#  This application was developed for use in triaxial position modeling 
#   of astronomical objects.  Occassional coding and sample references may reflect this bias. 

#	Data for this plot appears at the bottom of file. 
#	Plotting object types follow the Tirion-Cambridge star guide conventions 
#	Imported prototypes for plotting object types are: 
#		SO	General spherical objects 
#		EM	Emission nebula
#		DN	Dark nebula
#		GC	Globular clusters
#		OB_TS    OB Association plotted as translucent sphere
#		OB_WS   OB Association plotted as wireframe sphere
#		DH	Diffuse hydrogen region
#		OC	Open cluster
#		PN	Planetary nebula
#		ST_P	Star plotted as point 
#		ST_S	Star plotted as small sphere (recommended) 
#  		CL	Cloud point point (translucent) 
#		UD	User-defined objects 
#		MG  	    Moving Group 
#		SC  	    Moving Group 

# ======================================= 
# BEGIN PROTOTYPE FOR GENERAL SPHERICAL PLOTTING POINTS 
EXTERNPROTO SO [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#						#     rotation is select x,y,z planes plus rotation in radians 
] "lib_SO_proto.wrl"   
# END PROTOTYPE FOR GENERAL SPHERICAL PLOTTING POINTS 

# Prototypes for astronomical objects 

# BEGIN PROTOTYPE FOR PLANETARY NEBULAE 
EXTERNPROTO PN [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#                                                                                           #     rotation is select x,y,z planes plus rotation in radians 
] "lib_astro_PN_proto.wrl"   
# END PROTOTYPE FOR PLANETARY NEBULAE 


# BEGIN PROTOTYPE FOR DARK NEBULAE 
EXTERNPROTO DN [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#                                                                                           #     rotation is select x,y,z planes plus rotation in radians 
] "lib_astro_DN_proto.wrl"   
# END PROTOTYPE FOR DARK NEBULAE 

# BEGIN PROTOTYPE FOR DARK NEBULAE 
EXTERNPROTO EM [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#                                                                                           #     rotation is select x,y,z planes plus rotation in radians 
] "lib_astro_EM_proto.wrl"   
# END PROTOTYPE FOR EMISSIVE NEBULAE 

# BEGIN PROTOTYPE FOR OPEN CLUSTERS
EXTERNPROTO OC [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#                                                                                           #     rotation is select x,y,z planes plus rotation in radians 
] "lib_astro_OC_proto.wrl"   
# END PROTOTYPE FOR OPEN CLUSTERS 

# BEGIN PROTOTYPE FOR GLOBULAR CLUSTERS
EXTERNPROTO GC [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#                                                                                           #     rotation is select x,y,z planes plus rotation in radians 
] "lib_astro_GC_proto.wrl"   
# END PROTOTYPE FOR GLOBULAR CLUSTERS

# BEGIN PROTOTYPE FOR OB ASSOCIATIONS - TRANSLUCENT SPHERE PLOTTING 
EXTERNPROTO OB_TS [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#                                                                                           #     rotation is select x,y,z planes plus rotation in radians 
] "lib_astro_OB_TS_proto.wrl"   
# END PROTOTYPE FOR OB ASSOCIATIONS - TRANSLUCENT SPHERE PLOTTING 

# BEGIN PROTOTYPE FOR OB ASSOCIATIONS - WIREFRAME SPHERE PLOTTING 
EXTERNPROTO OB_WS [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#
] "lib_astro_OB_WS_proto.wrl"   
# END PROTOTYPE FOR OB ASSOCIATIONS - WIREFRAME SPHERE PLOTTING 

# BEGIN PROTOTYPE FOR DIFFUSE HYDROGREN REGIONS - TRANSLUCENT SPHERE PLOTTING 
EXTERNPROTO DH [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#                                                                                           #     rotation is select x,y,z planes plus rotation in radians 
] "lib_astro_DH_proto.wrl"   
# END PROTOTYPE FOR DIFFUSE HYDGROGREN REGIONS - TRANSLUCENT SPHERE PLOTTING 

# BEGIN PROTOTYPE FOR SMALL SPHERE PLOTTING 
EXTERNPROTO ST_S [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#                                                                                           #     rotation is select x,y,z planes plus rotation in radians 
] "lib_astro_ST_S_proto.wrl"   
# END PROTOTYPE FOR STARS -  SMALL SPHERE PLOTTING 

# BEGIN PROTOTYPE FOR STARS -  POINT PLOTTING 
EXTERNPROTO ST_P [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#                                                                                           #     rotation is select x,y,z planes plus rotation in radians 
] "lib_astro_ST_P_proto.wrl"   
# END PROTOTYPE FOR STARS -  POINT PLOTTING 

# BEGIN PROTOTYPE FOR ARROW PLOTTING OBJECT
EXTERNPROTO AR [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFInt32	PlotType		# Plot type 0=sphere;1=point;2=translucent sphere;3=wiresphere;4=cube;5=arrow;6=nothing
	exposedField SFInt32	BandDecorate 	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot"
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFInt32	BarDecorate	# 0=yes add decoration;1=no decoration
	exposedField SFVec3f	barHeight		#  dimensions of optional uncertainty/vector bar 
						#   x,z as diameter of bar;  y is height ( auto modified to 2 * height  )	
	exposedField SFRotation	barAngle		# direction of optional uncertainty/vector bar in x-y(3d) plane around z axis     
#                                                                                           #     rotation is select x,y,z planes plus rotation in radians 
] "lib_astro_AR_proto.wrl"   
# END PROTOTYPE FOR ARROW PLOTTING OBJECT

# PROTOTYPE FOR PLOTTING COLLECTIONS OF SCATTER POINTS AS ONE OBJECT 
# Prototype for plotting collections of scatter points as one object  
EXTERNPROTO SP [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f 	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFColor	objColor		# obj color
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
	exposedField SFVec3f	lblPosition		# Label position - because of the large object size, the label position is user configurable
	exposedField MFVec3f	pointSet		# a collection of 3-axis point references 
] "lib_SP_proto.wrl" 
# END PROTOTYPE FOR PLOTTING COLLECTIONS OF SCATTER POINTS AS ONE OBJECT 

# BEGIN PROTOTYPE FOR PLOTTING LIGHTWEIGHT CLOUD POINTS -  POINT PLOTTING 
EXTERNPROTO CL [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f 	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFColor	objColor		# obj color
	exposedField SFFloat	objTransparency	# object translucency  
]  "lib_CL_lw_proto.wrl" 

# BEGIN PROTOTYPE FOR PLOTTING LIGHTWEIGHT SPHERE POINTS -  POINT PLOTTING 
EXTERNPROTO PO [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f 	objSize		# size - radii in x,y,z planes - not diameters 
	exposedField SFColor	objColor		# obj color
	exposedField SFFloat	objTransparency	# object translucency  
]  "lib_PO_lw_proto.wrl" 

# ====================================
# Prototype for plotting user-defined shapes in world reference frame 
EXTERNPROTO UD [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f 	objSize		# scale equally to adjust object size to world scale without changing user defined object aspects 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot" syntax   
#						# object color must be set in user defined object 
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFVec3f	lblPosition		# Label position - because of the large object size, the label position is user configurable
#						# object transparency must be set in user defined object 
	exposedField MFString	url_InLine		# relative path to user defined shape 
]   "lib_UD_proto.wrl"

# ====================================
# Prototype for plotting user-defined shapes in world reference frame 
EXTERNPROTO MG [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f 	objSize		# scale equally to adjust object size to world scale without changing user defined object aspects 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot" syntax   
#						# object color must be set in user defined object 
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFVec3f	lblPosition		# Label position - because of the large object size, the label position is user configurable
#						# object transparency must be set in user defined object 
	exposedField MFString	url_InLine		# relative path to user defined shape 
]   "lib_astro_MG_proto.wrl"

# ====================================
# Prototype for plotting user-defined shapes in world reference frame 
EXTERNPROTO SC [ 
	exposedField MFString	objName		# object
	exposedField SFString	objClass		# type of object for EIA sort select
	exposedField SFString	subClass		# subtype of object for EIA sort select
	exposedField SFVec3f	objPosition	# position
	exposedField SFVec3f 	objSize		# scale equally to adjust object size to world scale without changing user defined object aspects 
	exposedField SFRotation	posAngle		# position angle ( z y x rot );  normal plotted space rotations are around y-axis; note rotation form is not normal "x y z rot" syntax   
#						# object color must be set in user defined object 
	exposedField SFInt32	lblType		# label type 0=none; 1=1st strg; 2=2nd strg; 3=3rd strg; 4=all
	exposedField SFFloat	fontSize		# font size
	exposedField SFColor	lblColor		# label color 
#						# Label family, style (bold,italics,etc.) and justify cannot be changed 
#						# See "DEF tmp_lblFontStyleText" for hardcoding of these characteristics  
	exposedField SFVec3f	lblPosition		# Label position - because of the large object size, the label position is user configurable
#						# object transparency must be set in user defined object 
	exposedField MFString	url_InLine		# relative path to user defined shape 
]   "lib_astro_SC_proto.wrl"

# end PROTOTYPES FOR ASTRONOMICAL OBJECTS 

# =======================================
# BEGIN PLOTTED OBJECTS DATA 
# Use example - elements of one plot point explained 
#SO {
#	objName	"NGC 7009"	# name
#	objPosition	1.0 1.0 1.0		# position
#	[ objClass	"Type"		# optional type of object ]
#   	[ subClass        "SubType"	# optional subtype of object ] 
#   	PlotType           	2                          	# object plotting (translucent sphere)
#	[ posAngle  	0.0 1.0 0.0 2.75  ]	# optional position angle of object 
#	objSize		0.2 0.2 0.2		# size 
#	[  BandDecorate 	1 ]		# optional band decorator (disabled) 
#	fontSize		0.1		# font size 
#	objColor		0.0 0.0 0.0		# object color
#	[ lblColor		0.2 0.9 0.2   ]	# optional label color   
#	[  BarDecorate 	0 ]		# optional bar decorator (disabled) 
#	[ barAngle 	0.0 0.0 1.0 5.489 ] 	#  optional angle of bar decorator rotated in x-y plane around z-axis 
#}

# ===========================================
#  Background 

#  version x: Default White background 
# DEF DefaultBack Background {
#	skyColor 		[ 1.0 1.0 1.0,  1.0 1.0 1.0,  1.0 1.0 1.0 ]
#	skyAngle 		[ 1.0, 1.0 ]
#	groundColor 		[ 1.0 1.0 1.0,  1.0 1.0 1.0,  1.0 1.0 1.0 ]
#	groundAngle 		[ 1.0, 1.0 ]
#} # End of default background

# Objects 

# ===========================================
# 																

# Earth 
SO { objName ["Sol"]			objPosition 	0.0 0.0 0.0		objSize	0.003 0.003 0.003	objColor 1.0 1.0 0.0  	fontSize 0.010	BarDecorate 1  }
# Earth is origin of axes - a control object 

# BEGIN PLOTTED OBJECTS DATA 

# Objects 
# KEY HARD SETTING - Reposition zero point of galactic arm system to match OrthoSpd.xls positions
UD {  objName [ "" ]				objPosition  	0.2514 0.0 0.0    objSize	1.0  1.0  1.0		fontSize 0.1  lblPosition -0.798, 2.902, 0.120	 url_InLine	[ "data_UD_inline_GouldBeltSpecial.wrl" ] 	} 


# ===========================================
# Selected Bayer and Flamsteed Stars in Constellations N=458 by constellation

PO { objName ["36 Oph","**","G358.28+06.88 J171521.60-263600.0","Dist 0.005 kpc"]	objClass	  "**"   	subClass	  "Oph"   	objPosition 	0.006	0.000	0.001	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["39 Oph","*i*","G000.54+07.70 J171800.00-241724.0","Dist 0.111 kpc"]	objClass	  "*i*"   	subClass	  "Oph"   	objPosition 	0.110	0.001	0.015	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["41 Oph","**","G021.19+20.75 J171636.00-002700.0","Dist 0.071 kpc"]	objClass	  "**"   	subClass	  "Oph"   	objPosition 	0.062	0.024	0.025	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["67 Oph","**","G029.72+12.63 J180038.40+025548.0","Dist 0.72 kpc"]	objClass	  "**"   	subClass	  "Oph"   	objPosition 	0.611	0.349	0.158	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["70 Oph","V","G029.89+11.37 J180526.40+023000.0","Dist 0.004 kpc"]	objClass	  "V"   	subClass	  "Oph"   	objPosition 	0.004	0.002	0.001	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["alf Oph","V*","G035.89+22.57 J173455.20+123336.0","Dist 0.014 kpc"]	objClass	  "V*"   	subClass	  "Oph"   	objPosition 	0.011	0.008	0.006	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["del Oph","V*","G008.85+32.20 J161421.60-034124.0","Dist 0.052 kpc"]	objClass	  "V*"   	subClass	  "Oph"   	objPosition 	0.044	0.007	0.028	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["gam Oph","*","G028.02+15.36 J174752.80+024236.0","Dist 0.029 kpc"]	objClass	  "*"   	subClass	  "Oph"   	objPosition 	0.025	0.013	0.008	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["lam Oph","V","G017.12+31.84 J163055.20+015848.0","Dist 0.052 kpc"]	objClass	  "V"   	subClass	  "Oph"   	objPosition 	0.043	0.013	0.028	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["omi Oph","*i*","G000.54+07.70 J171800.00-241724.0","Dist 0.111 kpc"]	objClass	  "*i*"   	subClass	  "Oph"   	objPosition 	0.110	0.001	0.015	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["rho Oph","*iN","G353.69+17.68 J162536.00-232700.0","Dist 0.12 kpc"]	objClass	  "*iN"   	subClass	  "Oph"   	objPosition 	0.115	-0.013	0.037	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["tau Oph","**","G020.06+06.87 J180304.80-081048.0","Dist 0.052 kpc"]	objClass	  "**"   	subClass	  "Oph"   	objPosition 	0.049	0.018	0.006	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["zet Oph","Be*","G006.28+23.59 J163709.60-103412.0","Dist 0.142 kpc"]	objClass	  "Be*"   	subClass	  "Oph"   	objPosition 	0.130	0.014	0.057	objSize	0.002	0.002	0.002	objColor	0.0 1.0 0.0	objTransparency	0.0	 }
PO { objName ["10 Tau","*","G185.13-41.67 J033652.80+002400.0","Dist 0.013 kpc"]	objClass	  "*"   	subClass	  "Tau"   	objPosition 	-0.010	-0.001	-0.009	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["115 Tau","*i*","G187.07-09.43 J052709.60+175736.0","Dist 0.204 kpc"]	objClass	  "*i*"   	subClass	  "Tau"   	objPosition 	-0.201	-0.025	-0.034	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["118 Tau","V*","G181.26-05.10 J052916.80+250900.0","Dist 0.132 kpc"]	objClass	  "V*"   	subClass	  "Tau"   	objPosition 	-0.132	-0.003	-0.012	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["19 Tau","V*","G165.98-23.53 J034512.00+242812.0","Dist 0.124 kpc"]	objClass	  "V*"   	subClass	  "Tau"   	objPosition 	-0.111	0.028	-0.050	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["23 Tau","*iC","G166.57-23.75 J034619.20+235700.0","Dist 0.111 kpc"]	objClass	  "*iC"   	subClass	  "Tau"   	objPosition 	-0.099	0.024	-0.045	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["30 Tau","V*","G177.18-32.53 J034816.80+110824.0","Dist 0.173 kpc"]	objClass	  "V*"   	subClass	  "Tau"   	objPosition 	-0.146	0.007	-0.093	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["36 Tau","*i*","G169.66-20.79 J040421.60+240636.0","Dist 0.292 kpc"]	objClass	  "*i*"   	subClass	  "Tau"   	objPosition 	-0.269	0.049	-0.104	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["51 Tau","SB*","G174.00-20.17 J041824.00+213448.0","Dist 0.054 kpc"]	objClass	  "SB*"   	subClass	  "Tau"   	objPosition 	-0.051	0.005	-0.019	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["70 Tau","*iC","G179.80-22.53 J042538.40+155624.0","Dist 0.046 kpc"]	objClass	  "*iC"   	subClass	  "Tau"   	objPosition 	-0.043	0.000	-0.018	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["80 Tau","*iC","G180.78-21.87 J043009.60+153824.0","Dist 0.043 kpc"]	objClass	  "*iC"   	subClass	  "Tau"   	objPosition 	-0.040	-0.001	-0.016	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["88 Tau","SB*","G186.40-24.13 J043538.40+100936.0","Dist 0.047 kpc"]	objClass	  "SB*"   	subClass	  "Tau"   	objPosition 	-0.043	-0.005	-0.019	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["alf Tau","V*","G180.97-20.25 J043555.20+163036.0","Dist 0.019 kpc"]	objClass	  "V*"   	subClass	  "Tau"   	objPosition 	-0.019	0.000	-0.007	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["bet Tau","*i*","G177.99-03.75 J052616.80+283636.0","Dist 0.041 kpc"]	objClass	  "*i*"   	subClass	  "Tau"   	objPosition 	-0.041	0.001	-0.003	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["eta Tau","Be*","G166.66-23.45 J034728.80+240636.0","Dist 0.124 kpc"]	objClass	  "Be*"   	subClass	  "Tau"   	objPosition 	-0.111	0.026	-0.050	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["khi Tau","*i*","G171.51-16.74 J042236.00+253748.0","Dist 0.082 kpc"]	objClass	  "*i*"   	subClass	  "Tau"   	objPosition 	-0.078	0.012	-0.024	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["lam Tau","Al*","G178.37-29.38 J040040.80+122924.0","Dist 0.11 kpc"]	objClass	  "Al*"   	subClass	  "Tau"   	objPosition 	-0.096	0.003	-0.054	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["phi Tau","*i*","G169.84-15.94 J042021.60+272100.0","Dist 0.111 kpc"]	objClass	  "*i*"   	subClass	  "Tau"   	objPosition 	-0.105	0.019	-0.030	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["tau Tau","SB*","G176.64-15.07 J044214.40+225736.0","Dist 0.124 kpc"]	objClass	  "SB*"   	subClass	  "Tau"   	objPosition 	-0.120	0.007	-0.032	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["tet01 Tau","*i*","G180.26-21.97 J042833.60+155736.0","Dist 0.05 kpc"]	objClass	  "*i*"   	subClass	  "Tau"   	objPosition 	-0.046	0.000	-0.019	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }
PO { objName ["tet02 Tau","dS*","G180.35-22.01 J042840.80+155212.0","Dist 0.047 kpc"]	objClass	  "dS*"   	subClass	  "Tau"   	objPosition 	-0.044	0.000	-0.018	objSize	0.002	0.002	0.002	objColor	0.0 0.0 1.0	objTransparency	0.0	 }

# END PLOTTED OBJECTS 

