`CoaxialAverageSensorInputs`#

class ansys.additive.core.thermal_history.CoaxialAverageSensorInputs(radius: float = MIN_SENSOR_RADIUS, z_heights: list[Range] = None)#: Provides descriptions for coaxial average sensors.

Overview#

Properties

`radius`	Radius of the circular field of the view of the sensor (m).
`z_heights`	Array of ranges along the z axis of the geometry (m).

Attributes

`MIN_SENSOR_RADIUS`	Minimum radius for the circular field of view of the sensor (m).
`MAX_SENSOR_RADIUS`	Maximum radius for the circular field of view of the sensor (m).

Special methods

`__repr__`
`__eq__`

from ansys.additive.core.thermal_history import CoaxialAverageSensorInputs

property CoaxialAverageSensorInputs.radius: float#

Radius of the circular field of the view of the sensor (m).

Valid values are from the MIN_SENSOR_RADIUS value to the MAX_SENSOR_RADIUS value.

property CoaxialAverageSensorInputs.z_heights: list[Range]#

Array of ranges along the z axis of the geometry (m).

The simulated sensor follows the scan path for each deposit layer within each range.

CoaxialAverageSensorInputs.MIN_SENSOR_RADIUS = 5e-05#: Minimum radius for the circular field of view of the sensor (m).

CoaxialAverageSensorInputs.MAX_SENSOR_RADIUS = 0.015#: Maximum radius for the circular field of view of the sensor (m).