View source: R/beams-functions.R
| create.beam | R Documentation |
The beam(s) object is a dataframe with columns:
"x_iso, y_iso, z_iso"Stuff
"parameter 2"Stuff
create.beam(particle = "1H", beamLine = "simpleProtons", x_iso = 0,
y_iso = 0, z_iso = 0, gantryAngle = 0, patientAngle = 0,
fluence = 1, energy = 0, deflX = 0, deflY = 0, x_s = 0,
y_s = 0, z_s = 0)
particle |
particle name |
beamLine |
the beamLine name (i.e. the corresponding LUT to use). |
x_iso, y_iso, z_iso |
Coordinates of the isocenter (mm). |
gantryAngle, patientAngle |
Gantry and patient support angles (degree). |
fluence |
The number of particles for the beam(s). |
energy |
The kinetic energy of the particles (MeV/u). |
deflX, deflY |
Deflections on the plane normal to the beam direction and passing through the isocenter (mm). |
x_s, y_s, z_s |
Spot coordinates, i.e. the position of the Bragg peak (mm). |
nbeams |
The number of the beams |
Other Beams: add.field,
convert.fluence2mu,
convert.mu2fluence,
create.field,
display.beamports,
display.beams, get.beams,
get.ct.entrance.point,
get.isocenter, get.rays,
read.beams, write.beams
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