def projectPointOld(self, p, direction=None):
"""Project a point onto the plane. OBSOLETE.
Parameters
----------
p : Base::Vector3
The point to project.
direction : Base::Vector3, optional
The unit vector that indicates the direction of projection.
It defaults to `None`, which then uses the `plane.axis` (normal)
value, meaning that the point is projected perpendicularly
to the plane.
Returns
-------
Base::Vector3
The projected point,
or the original point if the angle between the `direction`
and the `plane.axis` is 90 degrees.
"""
if not direction:
direction = self.axis
t = Vector(direction)
# t.normalize()
a = round(t.getAngle(self.axis), DraftVecUtils.precision())
pp = round((math.pi)/2, DraftVecUtils.precision())
if a == pp:
return p
t.multiply(self.offsetToPoint(p, direction))
return p.add(t)
def projectPointOld(self, p, direction=None):
'''project point onto plane, default direction is orthogonal. Obsolete'''
if not direction:
direction = self.axis
t = Vector(direction)
#t.normalize()
a = round(t.getAngle(self.axis), DraftVecUtils.precision())
pp = round((math.pi) / 2, DraftVecUtils.precision())
if a == pp:
return p
t.multiply(self.offsetToPoint(p, direction))
return p.add(t)
def projectPointOld(self, p, direction=None):
'''project point onto plane, default direction is orthogonal. Obsolete'''
if not direction:
direction = self.axis
t = Vector(direction)
#t.normalize()
a = round(t.getAngle(self.axis),DraftVecUtils.precision())
pp = round((math.pi)/2,DraftVecUtils.precision())
if a == pp:
return p
t.multiply(self.offsetToPoint(p, direction))
return p.add(t)
def correctlyOriented(self, planeNormal):
if not self.originalFace:
return True
faceNormal = self.originalFace.normalAt(0, 0)
angle = math.degrees(faceNormal.getAngle(planeNormal))
angle = round(angle, DraftVecUtils.precision())
return angle != 90
def toNumberString(val, precision=None):
if precision is None:
precision = DraftVecUtils.precision()
rounded = round(val, precision)
if precision == 0:
rounded = int(rounded)
return str(rounded)
def isEdgeOnPlane(edge, plane):
precision = DraftVecUtils.precision()
planeBase = plane.CenterOfMass
planeNormal = plane.normalAt(0.5, 0.5)
points = [v.Point for v in edge.Vertexes]
for p in points:
distance = p.distanceToPlane(planeBase, planeNormal)
if distance < 0:
distance = distance * -1
if distance > precision:
return False
return True
def tostr(val):
return str(round(val, DraftVecUtils.precision()))
def tostr(val):
return str(round(val,DraftVecUtils.precision()))
