# Defines a raster scanning pattern used in some demonstrations.
includeFile = ScanningNozzle.txt
# Time Features for Scanning Magnets
d:Ge/BFieldX_max = 0.15 tesla
d:Ge/BFieldX_min = Ge/BFieldX_max tesla * -1.0
d:Ge/BFieldX_range = Ge/BFieldX_max tesla * 2.0
s:Tf/BField2nd/Function = "Step"
dv:Tf/BField2nd/Times = 2 125.0 250.0 ms
dv:Tf/BField2nd/Values = 2 Tf/BField2ndLeft/Value Tf/BField2ndRight/Value tesla
s:Tf/BField2ndLeft/Function = "Linear tesla"
d:Tf/BField2ndLeft/RepetitionInterval = 125.0 ms
d:Tf/BField2ndLeft/Rate = 0.0024 tesla/ms
d:Tf/BField2ndLeft/StartValue = Ge/BFieldX_min tesla
s:Tf/BField2ndRight/Function = "Linear tesla"
d:Tf/BField2ndRight/RepetitionInterval = 125.0 ms
d:Tf/BField2ndRight/Rate = -0.0024 tesla/ms
d:Tf/BField2ndRight/StartValue = Ge/BFieldX_max tesla
s:Tf/BField1st/Function = "Step"
dv:Tf/BField1st/Times = 4 0.25 0.5 0.75 1.0 s
dv:Tf/BField1st/Values = 4 -0.105 -0.035 0.035 0.105 tesla
d:Ge/Dipole1/MagneticFieldStrength = Tf/BField1st/Value tesla
d:Ge/Dipole2/MagneticFieldStrength = Tf/BField2nd/Value tesla