.. _method-bayes_calibration-wasabi-emulator-pce-expansion_order-expansion_samples:

"""""""""""""""""
expansion_samples
"""""""""""""""""


Number of simulation samples used to estimate the expected value of a set of PCE coefficients


.. toctree::
   :hidden:
   :maxdepth: 1

   method-bayes_calibration-wasabi-emulator-pce-expansion_order-expansion_samples-reuse_points


**Specification**

- *Alias:* None

- *Arguments:* INTEGER


**Child Keywords:**

+-------------------------+--------------------+--------------------+---------------------------------------------+
| Required/Optional       | Description of     | Dakota Keyword     | Dakota Keyword Description                  |
|                         | Group              |                    |                                             |
+=========================+====================+====================+=============================================+
| Optional                                     | `reuse_points`__   | This describes the behavior of reuse of     |
|                                              |                    | points in constructing polynomial chaos     |
|                                              |                    | expansion models.                           |
+----------------------------------------------+--------------------+---------------------------------------------+

.. __: method-bayes_calibration-wasabi-emulator-pce-expansion_order-expansion_samples-reuse_points.html



**Description**


In this case, the expansion order $p$ cannot be inferred from the
numerical integration specification and it is necessary to provide an
``expansion_order`` to specify $p$ for a total-order expansion.

A corresponding sequence specification is documented at, e.g.,
:ref:`method-multifidelity_polynomial_chaos-expansion_order_sequence-expansion_samples_sequence<method-multifidelity_polynomial_chaos-expansion_order_sequence-expansion_samples_sequence>` and
:ref:`method-multilevel_polynomial_chaos-expansion_order_sequence-expansion_samples_sequence<method-multilevel_polynomial_chaos-expansion_order_sequence-expansion_samples_sequence>`