geometor.model.element

Element type ElementDetails class intersection functions

class geometor.model.element.Element(sympy_obj, parents: list | None = None, classes: list[str] | None = None, label: str = '')[source]

Bases: object

a container for special attributes of an element of a model that are not supported by the SymPy elements

parameters

sympy_obj :
The sympy object representing the geometric entity.
parentslist[objects]
A list of parent elements (default is None).
classeslist[str]
A list of class labels (default is None).
labelstr
- A string label for the element
- if label is none, a label is generated
- is used as a reference in reports and plots

attributes

labelstr
name used in presentation and reports
classesdict
dict with strings for class name
parentsdict
dict with keys as parent sympy objects

class geometor.model.element.CircleElement(sympy_obj: Circle, pt_radius: Point, parents: list | None = None, classes: list[str] | None = None, label: str = '')[source]

Bases: Element

same as Element but adds a pt_radius

parameters

sympy_obj :
The sympy object representing the geometric entity.
pt_radiusspg.Point
A list of parent elements (default is None).
parentslist[objects]
A list of parent elements (default is None).
classeslist[str]
A list of class labels (default is None).
labelstr
- A string label for the element
- if label is none, a label is generated
- is used as a reference in reports and plots

attributes

labelstr
name used in presentation and reports
classesdict
dict with strings for class name
parentsdict
dict with keys as parent sympy objects

geometor.model.element.check_existence(self, struct: Line | Circle, existing_structs: list[Line | Circle]) → tuple[bool, Line | Circle][source]: Check if a geometric structure exists in the model.

geometor.model.element.find_all_intersections(self, struct: Line | Circle) → None[source]: find all intersections in the model for the given struct

geometor.model.element.find_intersection(test_tuple: tuple) → tuple[source]: find intersection for two structs