Skip to main content

Speos NX library 2024 R2

Sensor3DEnergyDensityBuilder Class Reference

Last update: 17.07.2025

Represents the builder for a 3D energy density sensor. More...

Inheritance diagram for Sensor3DEnergyDensityBuilder:
FeatureBuilder_object

Properties

 AxisSystem = property(fget = __GetAxisSystem)
 Gets the axis system.
 
 SensorFilter = property(fget = __GetSensorFilter)
 Gets the sensor filter.
 
 Type = property(fget = __GetType, fset = __SetType)
 Gets or sets the sensor type.
 
 XSampling = property(fget = __GetXSampling, fset = __SetXSampling)
 Gets or sets the X sampling.
 
 XSize = property(fget = __GetXSize, fset = __SetXSize)
 Gets or sets the X size.
 
 YSampling = property(fget = __GetYSampling, fset = __SetYSampling)
 Gets or sets the Y sampling.
 
 YSize = property(fget = __GetYSize, fset = __SetYSize)
 Gets or sets the Y size.
 
 ZSampling = property(fget = __GetZSampling, fset = __SetZSampling)
 Gets or sets the Z sampling.
 
 ZSize = property(fget = __GetZSize, fset = __SetZSize)
 Gets or sets the Z size.
 
- Properties inherited from FeatureBuilder
 Feature = property(fget = __GetFeature)
 Returns the feature being edited, or the created feature if the builder is being used in creation mode.
 
 FullName = property(fget = __GetFullName)
 Gets the full name of the feature being edited.
 
 Name = property(fget = __GetName, fset = __SetName)
 Gets or sets the name of the feature being edited.
 
 NameWithContext = property(fget = __GetNameWithContext)
 Gets the name with context of the feature being edited.
 
 Status = property(fget = __GetStatus)
 Returns the status of the feature being edited.
 

Additional Inherited Members

- Public Member Functions inherited from FeatureBuilder
 Commit (self)
 Commits any edits that have been applied to the builder.
 
 ShowResult (self)
 Updates the feature to reflect the result of an edit to the feature for all builders that support showing results.
 

Detailed Description

Represents the builder for a 3D energy density sensor.

The 3D energy density sensor builder is used to create and edit 3D energy density sensor features.

To create a new instance of this class, use FeatureCollection::CreateSensor3DEnergyDensityBuilder

Property Documentation

◆ AxisSystem

AxisSystem = property(fget = __GetAxisSystem)
static

Gets the axis system.

Value type: AxisSystem object.

◆ SensorFilter

SensorFilter = property(fget = __GetSensorFilter)
static

Gets the sensor filter.

Value type: SensorFilter object.

◆ Type

Type = property(fget = __GetType, fset = __SetType)
static

Gets or sets the sensor type.

The values are:
0 - Photometric. The sensor considers the visible spectrum.
1 - Radiometric. The sensor considers the entire spectrum.

Value type: Integer.

The default value is 0.

◆ XSampling

XSampling = property(fget = __GetXSampling, fset = __SetXSampling)
static

Gets or sets the X sampling.

Value type: Integer.
Range The value must be superior to 0.

The default value is 100.

◆ XSize

XSize = property(fget = __GetXSize, fset = __SetXSize)
static

Gets or sets the X size.

Value type: Double (in mm).
Range The value must be superior to 0.0.

The default value is 50.0 mm.

◆ YSampling

YSampling = property(fget = __GetYSampling, fset = __SetYSampling)
static

Gets or sets the Y sampling.

Value type: Integer.
Range The value must be superior to 0.

The default value is 100.

◆ YSize

YSize = property(fget = __GetYSize, fset = __SetYSize)
static

Gets or sets the Y size.

Value type: Double (in mm).
Range The value must be superior to 0.0.

The default value is 50.0 mm.

◆ ZSampling

ZSampling = property(fget = __GetZSampling, fset = __SetZSampling)
static

Gets or sets the Z sampling.

Value type: Integer.
Range The value must be superior to 0.

The default value is 100.

◆ ZSize

ZSize = property(fget = __GetZSize, fset = __SetZSize)
static

Gets or sets the Z size.

Value type: Double (in mm).
Range The value must be superior to 0.0.

The default value is 50.0 mm.


The documentation for this class was generated from the following file:
  • SpeosNX.py

Connect with Ansys