def __init__(self,kw):
"""
Initialize a Arc/Circle.
kw['TEXT_0'] position point must be a point
kw['TEXT_1'] text must be a valid text
kw['TEXT_2'] angle must be a valid radiant float value or None
kw['TEXT_3'] position of the text refered to the position point must be a valid string value or None
"""
argDescription={
"TEXT_0":Point,
"TEXT_1":(float, str, unicode),
"TEXT_2":(float, int),
"TEXT_3":(str, unicode)
}
if kw['TEXT_2']==None:
kw['TEXT_2'] = 0
from kernel.initsetting import TEXT_POSITION
if kw['TEXT_3']==None:
kw['TEXT_3'] = 'sw'
else:
if not kw['TEXT_3'] in TEXT_POSITION:
kw['TEXT_3'] = 'sw'
#if kw['TEXT_3']=='':
# kw['TEXT_3'] = 'sw'
#else:
# raise TypeError, "Argument for TEXT_3 not supported"
GeometricalEntity.__init__(self,kw, argDescription)
def __init__(self,kw):
"""
Initialize a Arc/Circle.
kw['TEXT_0'] position point must be a point
kw['TEXT_1'] text must be a valid text
kw['TEXT_2'] angle must be a valid radiant float value or None
kw['TEXT_3'] position of the text refered to the position point must be a valid string value or None
"""
argDescription={
"TEXT_0":Point,
"TEXT_1":(float, str, unicode),
"TEXT_2":(float, int),
"TEXT_3":(str, unicode)
}
if kw['TEXT_2']==None:
kw['TEXT_2'] = 0
from Kernel.initsetting import TEXT_POSITION
if kw['TEXT_3']==None:
kw['TEXT_3'] = 'sw'
else:
if not kw['TEXT_3'] in TEXT_POSITION:
kw['TEXT_3'] = 'sw'
#if kw['TEXT_3']=='':
# kw['TEXT_3'] = 'sw'
#else:
# raise TypeError, "Argument for TEXT_3 not supported"
GeometricalEntity.__init__(self,kw, argDescription)
def rotate(self, rotationPoint, angle):
"""
overloading of the rotate base method
"""
GeometricalEntity.rotate(self, rotationPoint, angle)
self.angle=self.angle-angle
def rotate(self, rotationPoint, angle):
"""
overloading of the rotate base method
"""
GeometricalEntity.rotate(self, rotationPoint, angle)
self.angle=self.angle-angle