pyg4ometry.features

Submodules

• pyg4ometry.features._accelerator
• pyg4ometry.features.algos

Classes

CoordinateSystem
Plane	Plane class taking a point on plane and normal
FeatureData

Functions

extract(inputFileName[, angle, planeQuality, ...])

Package Contents

class pyg4ometry.features.CoordinateSystem(origin=[0, 0, 0], e1=[1, 0, 0], e2=[0, 1, 0])

origin

e1

e2

_commonInit()

makeFromPlanes(p1, p2, p3)

coordinateSystem(rotX=0.0, rotY=0.0, rotZ=0.0)

plane(rotX=0.0, rotY=0.0, rotZ=0.0)

transform(points)

__repr__()

class pyg4ometry.features.Plane(point, normal, e2=None, e3=None)

Plane class taking a point on plane and normal

Parameters:

• point (list, array) – point on plane

• normal (list, array) – vector of normal

point

normal

intersect(object)

Intersection between Line or Plane

Parameters:

object (Line or Plane) – Object to intersect with Plane (either Line or Plane)

intersectLine(line)

Intersection between plane (self) and line

intersectPlane(plane)

Compute intersection between two planes self and plane

angleBetween(plane)

Compute angle between two planes (self and plane)

Parameters:

plane (Plane) – Plane to intersect with self

Returns:

angle between two planes

Return type:

float

__repr__()

__iter__()

__next__()

flatten()

pyg4ometry.features.extract(inputFileName, angle=89, planeQuality=0.1, circumference=300, outputFileName=None, planes=[], bViewer=False, bViewerInteractive=False)

class pyg4ometry.features.FeatureData

features = []

cutters = []

readFile(fileName)

plotFeature(iFeature)

plotCutter(iCutter)