Based on the original Rocket Workbench on SourceForge in CVS at: https://sourceforge.net/projects/rocketworkbench
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global = (length_units = "meter"
,mass_units = "kg"
)
rocket = (name = "Meteor"
,cg = 1.0
,body = (type = "conic_nose" # Ogive, Elliptic
# Conic, Parabolic
,length = 0.3 # meter
,diameter = 0.1 # meter
# one of those
,mass = 0.1 # kg
)
,body = (type = "tube"
,length = 1.3
,mass = 0.1
)
,fin = (num = 4
,pos = 1.4 # distance from nose tip to leading
# edge at the root
,root_chord = 0.2
,tip_chord = 0.1
# distance between root and tip
# leading edge measured parallel to
# the rocket
,root_tip_d = 0.2
,semispan = 0.2
,body_radius = 0.05
,mass = 0.05 # of one fin
)
,motor = (zpos = 2.5 # distance from nose tip
,rpos = 0.0 # axial distance
,diameter = 0.04
,length = 0.35
,empty_mass = 1.0
,full_mass = 10.0
)
,tank = (zpos = 1.
,rpos = 0.0
,diameter = 0.05
,length = 1.
,empty_mass = 1.0
,full_mass = 10.0
)
,other = (shape = "thick_cylinder"
,zpos = 0.2
,rpos = 0.0
,Ix = 1.
,Iy = 1.
,mass = 5.
)
)
#rocket = (name = "Meteor",
# body = (type = "ogive_nose" #Ogive, Elliptic
# # Conic, Parabolic
# ,length = 0.3
# ,diameter = 0.06
# ,density = 0.3
# )
# ,body = (type = "tube"
# ,length = 1.5
# ,density = 0.3
# )
# ,body = (type = "transition"
# ,length = 0.2
# ,density = 0.3
#
# )
# ,body = (type = "tube"
# ,length = 1.
# ,diameter = 0.1
# ,density = 0.3
# )
# ,fin = (num = 4
# ,pos = 2.5 # position of the beginning of the root
# ,root_chord = 0.2
# ,tip_chord = 0.05
# distance between root and tip
# leading edge measured parallel to
# the rocket
# ,root_tip_d = 0.03
# ,semispan = 0.02
# )
# ,motor = (zpos = 2.5 # distance from nose tip
# ,rpos = 0.0 # axial distance
# ,diameter = 0.04
# ,length = 0.35
# ,empty_mass = 1.0
# ,full_mass = 10.0
# )
# ,tank = (zpos = 1.
# ,rpos = 0.0
# ,diameter = 0.05
# ,length = 1.
# ,empty_mass = 1.0
# ,full_mass = 10.0
# )
# ,other = (shape = "thick_cylinder"
# ,zpos = 0.2
# ,rpos = 0.0
# ,Ix = 1.
# ,Iy = 1.
# ,mass = 5.
# )
# )