using EFIT, Equilibrium, GuidingCenterOrbits
#Read in equilibrium
M, wall = read_geqdsk(EFIT.test_gfile)
#Define initial conditions
gcp = GCParticle(80.0,0.2,1.9,0.0)
#Calculate trajectory
path, stat = integrate(M, gcp, tmax=1000.0)
#Calculate orbit trajectory for single poloidal transit
o = get_orbit(M,gcp)-
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Julia package for calculating guiding-center orbits in magnetic equilibrium
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JuliaFusion/GuidingCenterOrbits.jl
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Julia package for calculating guiding-center orbits in magnetic equilibrium
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