def trim_wire(occwire, pypt1, pypt2, is_periodic=False):
"""
This function trims the wire.
Parameters
----------
occwire : OCCwire
The OCCwire to be fixed.
pypt1 : tuple of floats
The starting point of the trim. A pypt is a tuple that documents the xyz coordinates of a pt e.g. (x,y,z)
pypt2 : tuple of floats
The ending point of the trim. A pypt is a tuple that documents the xyz coordinates of a pt e.g. (x,y,z)
is_periodic : bool, optional
Indicates if the wire is open or close, True for close, False for open, Default = False.
Returns
-------
trimmed wire : OCCwire
The trimmed OCCwire.
"""
gppnt1 = construct.make_gppnt(pypt1)
gppnt2 = construct.make_gppnt(pypt2)
trimmed = Construct.trim_wire(occwire,
gppnt1,
gppnt2,
periodic=is_periodic)
return trimmed
def trim_wire(occwire, pypt1, pypt2, is_periodic=False):
"""
This function trims the wire.
Parameters
----------
occwire : OCCwire
The OCCwire to be fixed.
pypt1 : tuple of floats
The starting point of the trim. A pypt is a tuple that documents the xyz coordinates of a pt e.g. (x,y,z)
pypt2 : tuple of floats
The ending point of the trim. A pypt is a tuple that documents the xyz coordinates of a pt e.g. (x,y,z)
is_periodic : bool, optional
Indicates if the wire is open or close, True for close, False for open, Default = False.
Returns
-------
trimmed wire : OCCwire
The trimmed OCCwire.
"""
gppnt1 = construct.make_gppnt(pypt1)
gppnt2 = construct.make_gppnt(pypt2)
trimmed = Construct.trim_wire(occwire, gppnt1, gppnt2, periodic= is_periodic )
return trimmed
def trim_wire(occ_wire, shapeLimit1, shapeLimit2, is_periodic=False):
'''
occwire: wire to be trimmed
type: occwire
shapeLimit1: the 1st point where to cut the wire
type: tuple, e.g. (0,1,2.5)
shapeLimit1: the 2nd point where to cut the wire
type: tuple, e.g. (0,1,2.5)
is_periodic: indicate if the wire is open or close, true for close, false for open
type: bool, e.g. True or False
'''
trimmed = Construct.trim_wire(occ_wire,
shapeLimit1,
shapeLimit2,
periodic=is_periodic)
return trimmed