def __init__(self,
pos,
center,
start,
end,
dimstyle='angle.deg',
layer=None,
roundval=None):
""" AngularDimension constructor.
:param pos: location as (x, y) tuple of dimension line, line goes through this point
:param center: center point as (x, y) tuple of angle
:param start: line from center to start is the first side of the
angle
:param end: line from center to end is the second side of the angle
:param str dimstyle: dimstyle name, 'Default' - style is the
default value
:param str layer: dimension line layer, override the default value
of dimstyle
:param int roundval: count of decimal places
"""
super(AngularDimension, self).__init__(dimstyle, layer, roundval)
self.dimlinepos = vector2d(pos)
self.center = vector2d(center)
self.start = vector2d(start)
self.end = vector2d(end)
def __init__(self, center, target, length=1.,
dimstyle='Default', layer=None, roundval=None):
"""
:param center: center point of radius
:param target: target point of radius
:param float length: length of radius arrow (drawing length)
:param string dimstyle: dimstyle name, 'Default' - style is the
default value
:param string layer: dimension line layer, override the default value
of dimstyle
"""
super(RadialDimension, self).__init__(dimstyle, layer, roundval)
self.center = vector2d(center)
self.target = vector2d(target)
self.length = float(length)
def __init__(self, pos, center, start, end,
dimstyle='angle.deg', layer=None, roundval=None):
"""
:param pos: position of dimension line, line goes through this point
:param center: center point of angle
:param start: line from center to start is the first side of the
angle
:param end: line from center to end is the second side of the angle
:param string dimstyle: dimstyle name, 'Default' - style is the
default value
:param string layer: dimension line layer, override the default value
of dimstyle
"""
super(AngularDimension, self).__init__(dimstyle, layer, roundval)
self.dimlinepos = vector2d(pos)
self.center = vector2d(center)
self.start = vector2d(start)
self.end = vector2d(end)
def __init__(self, pos, center, start, end,
dimstyle='angle.deg', layer=None, roundval=None):
""" AngularDimension constructor.
:param pos: location as (x, y) tuple of dimension line, line goes through this point
:param center: center point as (x, y) tuple of angle
:param start: line from center to start is the first side of the
angle
:param end: line from center to end is the second side of the angle
:param str dimstyle: dimstyle name, 'Default' - style is the
default value
:param str layer: dimension line layer, override the default value
of dimstyle
:param int roundval: count of decimal places
"""
super(AngularDimension, self).__init__(dimstyle, layer, roundval)
self.dimlinepos = vector2d(pos)
self.center = vector2d(center)
self.start = vector2d(start)
self.end = vector2d(end)
def __init__(self,
center,
target,
length=1.,
dimstyle='Default',
layer=None,
roundval=None):
"""
:param center: center point of radius
:param target: target point of radius
:param float length: length of radius arrow (drawing length)
:param str dimstyle: dimstyle name, 'Default' - style is the
default value
:param str layer: dimension line layer, override the default value
of dimstyle
:param roundval: count of decimal places
"""
super(RadialDimension, self).__init__(dimstyle, layer, roundval)
self.center = vector2d(center)
self.target = vector2d(target)
self.length = float(length)
def _setup(self):
""" calc setup values and determines the point order of the dimension
line points.
"""
self.measure_points = [vector2d(point)
for point in self.measure_points]
dimlineray = Ray2D(self.dimlinepos, angle=radians(self.angle))
self.dimline_points = [ self._get_point_on_dimline(point, dimlineray)
for point in self.measure_points ]
self.point_order = self._indices_of_sorted_points(self.dimline_points)
self._build_vectors()
def __init__(self, pos, measure_points, angle=0., dimstyle='Default',
layer=None, roundval=None):
"""
:param pos: position of dimension line, line goes through this point
:param measure_points: list of points to dimension (two or more)
:param float angle: angle of dimension line
:param string dimstyle: dimstyle name, 'Default' - style is the default value
:param string layer: dimension line layer, override the default value of dimstyle
"""
super(LinearDimension, self).__init__(dimstyle, layer, roundval)
self.angle = angle
self.measure_points = measure_points
self.text_override = [""] * self.section_count
self.dimlinepos = vector2d(pos)
def _setup(self):
""" calc setup values and determines the point order of the dimension
line points.
"""
self.measure_points = [
vector2d(point) for point in self.measure_points
]
dimlineray = Ray2D(self.dimlinepos, angle=radians(self.angle))
self.dimline_points = [
self._get_point_on_dimline(point, dimlineray)
for point in self.measure_points
]
self.point_order = self._indices_of_sorted_points(self.dimline_points)
self._build_vectors()
def __init__(self, pos, measure_points, angle=0., dimstyle='Default',
layer=None, roundval=None):
""" LinearDimension Constructor.
:param pos: location as (x, y) tuple of dimension line, line goes through this point
:param measure_points: list of points as (x, y) tuples to dimension (two or more)
:param float angle: angle (in degree) of dimension line
:param str dimstyle: dimstyle name, 'Default' - style is the default value
:param str layer: dimension line layer, override the default value of dimstyle
:param int roundval: count of decimal places
"""
super(LinearDimension, self).__init__(dimstyle, layer, roundval)
self.angle = angle
self.measure_points = measure_points
self.text_override = [""] * self.section_count
self.dimlinepos = vector2d(pos)
def __init__(self,
pos,
measure_points,
angle=0.,
dimstyle='Default',
layer=None,
roundval=None):
""" LinearDimension Constructor.
:param pos: location as (x, y) tuple of dimension line, line goes through this point
:param measure_points: list of points as (x, y) tuples to dimension (two or more)
:param float angle: angle (in degree) of dimension line
:param str dimstyle: dimstyle name, 'Default' - style is the default value
:param str layer: dimension line layer, override the default value of dimstyle
:param int roundval: count of decimal places
"""
super(LinearDimension, self).__init__(dimstyle, layer, roundval)
self.angle = angle
self.measure_points = measure_points
self.text_override = [""] * self.section_count
self.dimlinepos = vector2d(pos)
