Adding coeff files for exoplanetary magnetic field models

Mag/coeff_ADLeonis_300G.pro

+pro COEFF_ADLeonis_300G,g,h,n,dip,crt,tdip
+
+
+;#coefficient modele ADLeonis_300G
+;#g et h:coeff. of Legendre polynomials
+;#n:ordre du developpement
+;# n: development order
+;# dip:position of the du dipole wrt the rotation axis
+;# crt: current sheet model
+
+
+
+n=3
+G=fltarr(4,4) & H=fltarr(4,4)
+
+
+G[1,0]=-206.506
+G[1,1]=77.9852  &  H(1,1)=203.159
+
+G[2,0]=-0.00000
+G[2,1]=-0.00000  &  H[2,1]=0.00000
+G[2,2]=0.0  &  H[2,2]=0.0
+
+G[3,0]=-0.00000
+G[3,1]=0.00000  &  H[3,1]=0.00000
+G[3,2]=0.0  &  H[3,2]=0.0
+G[3,3]=0.0  &  H[3,3]=0.0
+
+
+;#dip = [polar_angle, 360-azimuth_angle]
+dip=[46.5000,111.000]
+
+;# tdip :
+;# t3d,/reset,rotate=[0, 0, 360-azimuth_angle]
+;# ->  rotates 360-azimuth_angle degrees counterclockwise about the Z axis.
+;# T3D,rotate=[0,-polar_angle,0]
+;# -> rotate polar_angle degs clockwise about the Y axis 
+;# tdip=transpose(!p.t)
+;# Thix matrix allows to work in jovimagnetic coordinates
+;# Matrix is:
+;# [cosa.cosb -sina cosa.sinb]
+;# [sina.cosb  cosa sina.sinb]
+;# [    -sinb     0      cosb]
+tdip=[[-0.24668422,-0.64263436,-0.72537437],[0.93358043,-0.35836795,0.0000000],[-0.25995093,-0.67719531,0.68835458]]
+
+;# Current sheet model
+crt=[0, 0, 0, 0, 0]
+return
+end

Mag/coeff_ADLeonis_460G.pro

+pro COEFF_ADLeonis_460G,g,h,n,dip,crt,tdip
+
+
+;#coefficient modele ADLeonis_460G
+;#g et h:coeff. of Legendre polynomials
+;#n:ordre du developpement
+;# n: development order
+;# dip:position of the du dipole wrt the rotation axis
+;# crt: current sheet model
+
+
+
+n=3
+G=fltarr(4,4) & H=fltarr(4,4)
+
+
+G[1,0]=-236.918
+G[1,1]=166.637  &  H(1,1)=-357.354
+
+G[2,0]=-0.00000
+G[2,1]=-0.00000  &  H[2,1]=-0.00000
+G[2,2]=0.0  &  H[2,2]=0.0
+
+G[3,0]=-0.00000
+G[3,1]=0.00000  &  H[3,1]=-0.00000
+G[3,2]=0.0  &  H[3,2]=0.0
+G[3,3]=0.0  &  H[3,3]=0.0
+
+
+;#dip = [polar_angle, 360-azimuth_angle]
+dip=[59.0000,245.000]
+
+;# tdip :
+;# t3d,/reset,rotate=[0, 0, 360-azimuth_angle]
+;# ->  rotates 360-azimuth_angle degrees counterclockwise about the Z axis.
+;# T3D,rotate=[0,-polar_angle,0]
+;# -> rotate polar_angle degs clockwise about the Y axis 
+;# tdip=transpose(!p.t)
+;# Thix matrix allows to work in jovimagnetic coordinates
+;# Matrix is:
+;# [cosa.cosb -sina cosa.sinb]
+;# [sina.cosb  cosa sina.sinb]
+;# [    -sinb     0      cosb]
+tdip=[[-0.21766450,0.46678302,-0.85716730],[-0.90630779,-0.42261826,0.0000000],[-0.36225455,0.77685740,0.51503807]]
+
+;# Current sheet model
+crt=[0, 0, 0, 0, 0]
+return
+end

Mag/coeff_tau_boo_Ab_axi.pro

+pro COEFF_tau_boo_A_axi,g,h,n,dip,crt,tdip
+
+
+;#coefficient modele tau_boo_A_axi
+;#g et h:coeff. of Legendre polynomials
+;#n:ordre du developpement
+;# n: development order
+;# dip:position of the du dipole wrt the rotation axis
+;# crt: current sheet model
+
+;# Parameters of the model"
+;# dipole_moment: 3.8929639
+;# polar_angle: 0
+;# azimuth_angle: 0
+;# offset: 0.0
+;# body_radius: 9.2597664e+08
+;# body_flattening: 0
+
+
+
+n=3
+G=fltarr(4,4) & H=fltarr(4,4)
+
+
+G[1,0]=3.89296
+G[1,1]=0.00000  &  H(1,1)=0.00000
+
+G[2,0]=0.00000
+G[2,1]=0.00000  &  H[2,1]=0.00000
+G[2,2]=0.0  &  H[2,2]=0.0
+
+G[3,0]=0.00000
+G[3,1]=0.00000  &  H[3,1]=0.00000
+G[3,2]=0.0  &  H[3,2]=0.0
+G[3,3]=0.0  &  H[3,3]=0.0
+
+
+;#dip = [polar_angle, 360-azimuth_angle]
+dip=[0,360.000]
+
+;# tdip :
+;# t3d,/reset,rotate=[0, 0, 360-azimuth_angle]
+;# ->  rotates 360-azimuth_angle degrees counterclockwise about the Z axis.
+;# T3D,rotate=[0,-polar_angle,0]
+;# -> rotate polar_angle degs clockwise about the Y axis 
+;# tdip=transpose(!p.t)
+;# Thix matrix allows to work in jovimagnetic coordinates
+;# Matrix is:
+;# [cosa.cosb -sina cosa.sinb]
+;# [sina.cosb  cosa sina.sinb]
+;# [    -sinb     0      cosb]
+tdip=[[1.0000000,2.4492936e-16,0.0000000],[-2.4492936e-16,1.0000000,0.0000000],[0.0000000,0.0000000,1.0000000]]
+
+;# Current sheet model
+crt=[0, 0, 0, 0, 0]
+return
+end