Process Geometry Operator

Quick Facts

Quick Start

# Boilerplate Example
processGeometryOperator = ...  # obtained from the runtime context
result = processGeometryOperator.GetInteger("...")

Method Index

Query Methods

GetInteger

def GetInteger(name: str) -> int

Gets the Integer Value for the given Integer attribute

Parameters:

Returns: int — Value of the Integer Attribute.

GetDouble

def GetDouble(name: str) -> float

Gets the Double Value for the given Double attribute

Parameters:

Returns: float — Value of the Double Attribute.

GetString

def GetString(name: str) -> str

Gets the String Value for the given String attribute

Parameters:

Returns: str — Value of the String Attribute.

GetBool

def GetBool(name: str) -> bool

Gets the Bool Value for the given Bool attribute

Parameters:

Returns: bool — Value of the Bool Attribute.

GetAttributeIntegerByName

def GetAttributeIntegerByName(attributeName: str) -> CENPyOlpAttributeInt

Gets the Integer attribute by the given name.

Parameters:

Returns: CENPyOlpAttributeInt — Integer attribute.

GetAttributeDoubleByName

def GetAttributeDoubleByName(attributeName: str) -> CENPyOlpAttributeDouble

Gets the Double attribute by the given name.

Parameters:

Returns: CENPyOlpAttributeDouble — Double attribute.

GetAttributeStringByName

def GetAttributeStringByName(attributeName: str) -> CENPyOlpAttributeString

Gets the String attribute by the given name.

Parameters:

Returns: CENPyOlpAttributeString — String attribute.

GetAttributeBoolByName

def GetAttributeBoolByName(attributeName: str) -> CENPyOlpAttributeBool

Gets the Bool attribute by the given name.

Parameters:

Returns: CENPyOlpAttributeBool — Bool attribute.

GetProcessGeometryName

def GetProcessGeometryName() -> str

Gets the Name of the current used Process Geometry

Returns: str — Name of the Process Geometry.

IsRegshape

def IsRegshape() -> bool

Check if the process geometry is a regshape

Returns: bool — True if regshape detected, otherwise False.

GetRegshapeType

def GetRegshapeType() -> int

Detects and returns the RegshapeType

Returns: int — detected RegshapeType as an Integer

GetRegshapeCenter

def GetRegshapeCenter() -> CENPyOlpMatrix

Returns the center of the regshape with respect to the base frame coordinates given by the operation this regshape is assigned to. If this is no regshape nullptr is returned.

Returns: CENPyOlpMatrix — regshape center in a Matrix base frame coordinates

GetRegshapeLength

def GetRegshapeLength() -> float

Gets the Length of the Regshape

Returns: float — Length of the Regshape in a Double

GetRegshapeHeight

def GetRegshapeHeight() -> float

Gets the Height of the Regshape

Returns: float — Height of the Regshape in a Double

GetRegshapeRadius

def GetRegshapeRadius() -> float

Gets the Radius of the Regshape

Returns: float — Radius of the Regshape in a Double

GetRegshapeCornerRadius

def GetRegshapeCornerRadius() -> float

Gets the CornerRadius of the Regshape (Keyhole)

Returns: float — CornerRadius of the Regshape in a Double

GetGeoType

def GetGeoType() -> int

Gets the Process geometry Type

Returns: int — detected RegshapeType as an Integer

GetContourLength

def GetContourLength() -> float

Returns the curve length of the contour process geometry.

Returns: float — Contour curve length.

IsProcessGeometryBoxWithinWorkingAreaOfController

def IsProcessGeometryBoxWithinWorkingAreaOfController(controller: CENPyOlpController) -> bool

Checks if the bounding box of the process geometry is within the working area of the specified controller.

Parameters:

Returns: bool — True if within the controller working area, otherwise False.

GetBoundingBox

def GetBoundingBox() -> tuple[CENPyOlpPoint, CENPyOlpPoint]

Returns the bounding box of a process geometry.

Returns: tuple[CENPyOlpPoint, CENPyOlpPoint] — Min and max points in world coordinates.

GetProcessGeometryIdentifier

def GetProcessGeometryIdentifier() -> str

Get the UUID of the process geometry.

Returns: str — Process geometry UUID.

Related Types

• Matrix
• Controller

Version Notes

This class is documented as of release R2026.1.1.