.. title:: pelt

lisa.pelt
=========


.. toctree::
   :hidden:

   PELT_HALF_LIFE <lisa.pelt.PELT_HALF_LIFE>
   PELT_WINDOW <lisa.pelt.PELT_WINDOW>
   kernel_util_mean <lisa.pelt.kernel_util_mean>
   pelt_settling_time <lisa.pelt.pelt_settling_time>
   pelt_step_response <lisa.pelt.pelt_step_response>
   pelt_swing <lisa.pelt.pelt_swing>
   simulate_pelt <lisa.pelt.simulate_pelt>

.. module:: lisa.pelt


.. withrefctx::
   :module: lisa.pelt


   
   .. automodule:: lisa.pelt
       :no-index:
       :no-members:
       :no-inherited-members:
       :no-undoc-members:
       :no-private-members:
       :no-special-members:
   


.. rubric:: Globals

.. list-table::
   :align: left

   * - :data:`~lisa.pelt.PELT_HALF_LIFE`
     -
      
      .. withrefctx::
         :module: lisa.pelt
      
      
         PELT half-life in number of windows.
   * - :data:`~lisa.pelt.PELT_WINDOW`
     -
      
      .. withrefctx::
         :module: lisa.pelt
      
      
         PELT window in seconds.


.. rubric:: Functions

.. list-table::
   :align: left

   * - :func:`~lisa.pelt.kernel_util_mean`
     -
      
      .. withrefctx::
         :module: lisa.pelt
      
      
         Compute the mean of a utilization signal as output by the kernel.
   * - :func:`~lisa.pelt.pelt_settling_time`
     -
      
      .. withrefctx::
         :module: lisa.pelt
      
      
         Compute an approximation of the PELT settling time.
   * - :func:`~lisa.pelt.pelt_step_response`
     -
      
      .. withrefctx::
         :module: lisa.pelt
      
      
         Compute an approximation of the PELT value at time ``t`` when subject to a step input (i.e running tasks, PELT starting at 0).
   * - :func:`~lisa.pelt.pelt_swing`
     -
      
      .. withrefctx::
         :module: lisa.pelt
      
      
         Compute an approximation of the PELT signal swing for a given periodic task.
   * - :func:`~lisa.pelt.simulate_pelt`
     -
      
      .. withrefctx::
         :module: lisa.pelt
      
      
         Simulate a PELT signal out of a series of activations.