2D Geometric Shapes

fort_myrmidon.Shape

class fort_myrmidon.Shape

A Generic class for a Shape

property ShapeType

the type of the shape

Type:: (fort_myrmidon.Shape.Type)

class Type

Enum for the type of a Shape

Members:

CIRCLE : int: a circle

CAPSULE : int: a capsule

POLYGON : int: a polygon

Shape.Type.name -> str

contains(self: fort_myrmidon._fort_myrmidon.Shape, arg0: numpy.ndarray[numpy.float64[2, 1]]) → bool: Tests if a point is contained within this shape

fort_myrmidon.Circle

class fort_myrmidon.Circle

Represents a circle

property Center

the center of the circle (float64, size [2,1])

Type:: numpy.ndarray

property Radius

the radius of the circle

Type:: float

fort_myrmidon.Capsule

class fort_myrmidon.Capsule

Represents a capsule

A capsule is the region inside and between two given circles.

property C1

the center of the first circle (float64, size [2,1])

Type:: numpy.ndarray

property C2

the center of the second circle (float64, size [2,1])

Type:: numpy.ndarray

property R1

the radius of the first circle

Type:: float

property R2

the radius of the second circle

Type:: float

fort_myrmidon.Polygon

class fort_myrmidon.Polygon

Represents a closed polygon.

Represents a closed polygon from a list of vertices. The polygon is always considered closed. i.e. [[1,1],[-1,1],[-1,-1],[1,-1]] is a closed square.

Note

Order matters as [[1,1],[-1,-1],[1,-1],[-1,1]] represents an hourglass.

Example

square = fort_myrmidon.Polygon(Vertices = [[1,1],[-1,1],[-1,-1],[1,-1]])
hourglass = fort_myrmidon.Polygon(Vertices = [[1,1],[-1,-1],[1,-1],[-1,1]])

property Vertices

a list of the polygon vertices (float64 , size [2,1])

Type:: List[numpy.ndarray]