===== Namelist "Probe_Location" =====

These data define the position of each probe on the domain by means of a coordinate system $(X_i, X_j,X_k)$ related to the geometry chosen (cartesian or cylindrical configuration, see the namelist "Geometric_Layout").\\

===== Full data set of the namelist =====

   &Probe_Location  Xi=-0.50 , Xj= 0.0 , Xk= 0.0 /
   &Probe_Location  Xi=-0.70 , Xj= 0.2 , Xk= 0.0 /
   &Probe_Location  Xi=-0.80 , Xj= 0.03, Xk= 0.4 /

<note important>
      * You also need to set the quantities you want to monitor in the namelist "Probe_Quantities_Enabled" and the field Probe_Recording_Rate in the namelist "Simulation_Management"
      * The coordinates are related to the geometry chosen (cartesian or cylindrical configuration, see the namelist "Geometric_Layout").
      * The number of probes is limited at 1000 by default on the whole computational domain. When the simulation is performed with a MPI domain decomposition approach, this limit is valid for each MPI subdomain.
</note>
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===== Definition of the data set =====
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==== X_i ====
   * Type : Real value
   * Coordinate of the probe along the I-direction.
==== X_j ====
   * Type : Real value
   * Coordinate of the probe along the J-direction.
==== X_k ====
   * Type : Real value
   * Coordinate of the probe along the K-direction.