Point¶

Declaration¶

class declaracad.occ.geom.Point(x=0, y=0, z=0, **kwargs)[source]¶

Bases: Atom

Attributes:

proxy

x

y

z

Methods

angle(other)	Returns the angle value between 0 and pi in radians
angle2d(other)	Angle between the x and y components Returns the angle value between 0 and pi in radians
angle_with_ref(other, ref)	Computes the angle, in radians, between this vector and vector ref.
clip(low, high)	Clip to the given range
coordinates_in_range(low, high)	Check if all coordinates are in the given range
freeze	Freeze the atom to prevent further modifications to its attributes.
get_member	Get the named member for the atom.
has_observer	Get whether the atom has the given observer for a given topic.
has_observers	Get whether the atom has observers for a given topic.
members()	Get the members dictionary for the type.
notifications_enabled	Get whether notification is enabled for the atom.
notify	Call the registered observers for a given topic with positional and keyword arguments.
observe	Register an observer callback to observe changes on the given topic(s).
offset(distance, direction)	Create a point offset by distance in the given direction
replace(**kwargs)	Create a copy with the value replaced with the given parameters.
set_notifications_enabled	Enable or disable notifications for the atom.
suppress_notifications()	Disable member notifications within in a context.
unobserve	Unregister an observer callback for the given topic(s).

cross
distance
distance2d
dot
is_equal
magnitude
midpoint

angle(other) → float[source]¶

Returns the angle value between 0 and pi in radians

angle2d(other) → float[source]¶

Angle between the x and y components Returns the angle value between 0 and pi in radians

angle_with_ref(other, ref) → float[source]¶

Computes the angle, in radians, between this vector and vector ref. The result is a value between -pi and pi.

clip(low: float, high: float) → Point[source]¶

Clip to the given range

coordinates_in_range(low: float, high: float) → bool[source]¶

Check if all coordinates are in the given range

offset(distance: float, direction: Direction) → Point[source]¶

Create a point offset by distance in the given direction

Parameters:

distance: float

The offset distance

direction: Union[Tuple[float, …], Direction, gp_Dir]

The direction to offset. Will be coerced

Returns:

p: Point

Point offset from this point

replace(**kwargs) → Point[source]¶

Create a copy with the value replaced with the given parameters.

No implementation found