pyg4ometry.geant4.solid.TwistedTrd

Classes

TwistedTrd

Constructs a twisted general trapezoid.

Module Contents

class pyg4ometry.geant4.solid.TwistedTrd.TwistedTrd(name, twistedangle, pDx1, pDx2, pDy1, pDy2, pDz, registry, lunit='mm', aunit='rad', nstack=None, refine=0, addRegistry=True)

Bases: pyg4ometry.geant4.solid.SolidBase.SolidBase, pyg4ometry.geant4.solid.TwistedSolid.TwistedSolid

Constructs a twisted general trapezoid.

Parameters:

• name (str) – of solid

• twistedangle (float, Constant, Quantity, Variable, Expression) – twist angle, must be less than 0.5*pi

• pDx1 (float, Constant, Quantity, Variable, Expression) – length in x at surface positioned at -pDz/2

• pDx2 (float, Constant, Quantity, Variable, Expression) – length in x at surface positioned at +pDz/2

• pDy1 (float, Constant, Quantity, Variable, Expression) – length in y at surface positioned at -pDz/2

• pDy2 (float, Constant, Quantity, Variable, Expression) – length in y at surface positioned at +pDz/2

• pDz (float, Constant, Quantity, Variable, Expression) – length in z

• refine (int) – number of steps to iteratively smoothen the mesh by doubling the number of vertices at every step

• registry (Registry) – for storing solid

• lunit (str) – length unit (nm,um,mm,m,km) for solid

• aunit (str) – angle unit (rad,deg) for solid

• nstack (int) – number of theta elements for meshing

twistedAngle

pDx1

pDx2

pDy1

pDy2

pDz

lunit

aunit

nstack

refine

dependents = []

varNames = ['twistedAngle', 'pDx1', 'pDx2', 'pDy1', 'pDy2', 'pDz']

varUnits = ['aunit', 'lunit', 'lunit', 'lunit', 'lunit', 'lunit']

__repr__()

__str__()

checkParameters()

makeLayers(pl1, pl2, pl3, pl4, pu1, pu2, pu3, pu4, pDz, theta, nsl)

mesh()