=================
**Result Values**
=================

.. role:: red

.. admonition:: Command: post_models(*"r_winding_losses","L"*)

 Returns the winding losses of the most recent calculation run_models(*"pm_sym_fast"*) that can be found in the BCH (BATCH) files in the "Machine Data" section. The parameters of the loss calculation can be specified by calling *pre_models("CU-Losses-1/2")* as described in section :any:`emagMach`.

 **Parameter**
  *[out]* :red:`L` Returns the losses under this (freely selectable) variable identifier.

 **Example:**
 ::

  post_models("r_winding_losses","L") 
  winding_losses = L[1]      -- Losses in stator windings [W]
 

.. admonition:: Command: post_models(*"r_iron_losses","L"*)

 Returns the iron losses from the last calculation performed
   
 * *run_models("mult_cal_fast")*
 * *runmodels("cogg_calc")*
 * *run_models("pm_sym_fast")*

 which can be found in the BCH (BATCH) files. The keywords *r_fe_losses_noload*, *r_fe_losses_beta1* and *r_fe_losses_beta2* can be used to access the results of the idle calculation, load calculation at current angle 0 and current angles as specified or optimized after *pm_sym_fast*. The parameters of the loss calculation can be specified by calling *pre_models("FE-Losses-1/2")* as described in section :any:`emagMach`.
 
 **Parameter**
  *[out]* :red:`L` Returns the losses under this (freely selectable) variable identifier.

 **Example:**
 ::
 
  post_models("r_iron_losses","L")
  fe_losses_stator = L[1]      -- Iron losses stator [W]
  fe_losses_rotor  = L[2]      -- Iron losses rotor  [W]   


.. admonition:: Command: post_models(*"r_magnet_losses","L"*)
		
 Returns the magnet losses of the last performed calculation

 * run_models("mult_cal_fast")
 * runmodels("cogg_calc")
 * run_models("pm_sym_fast")

 which can be found in the BCH (BATCH) files. The result of the loss calculation is returned using the J method and the B method. The methods were explained at the user meeting 2014 (Reichert, development of FEMAG since 2013 and condition report 2014 from page 46, **PDF file**). The B method should be used for highly segmented magnets in both directions and the J method for block-shaped magnets. The keywords *r_losses_magnet_noload*, *r_losses_magnet_beta1* and *r_losses_magnet_beta2* can be used to access the results of the  idle calculation, load calculation at current angle 0 and current angles as specified or optimized after pm_sym_fast. The parameters of the loss calculation can be specified by calling *pre_models("Magnet-data")*, as in the section :any:`emagMach`.

 **Parameter**
  *[out]* :red:`L` Returns the losses under this (freely selectable) variable identifier.

 **Example:**
 ::
 
  post_models("r_magnet_losses","L")
  pm_losses_J = L[1]      -- Losses in magnets (J methode) [W]
  pm_losses_B = L[2]      -- Losses in magnets (B methode) [W]