Dynamic simulation final state value

docs/grid_exchange_formats/cgmes/export.md

@@ -355,7 +355,7 @@ Optional property that defines which naming strategy is used to transform IIDM i
 It can be:
 - `identity`: CGMES IDs are the same as IIDM IDs.
 - `cgmes`: new CGMES IDs (new master resource identifiers, cim:mRID) are created for IIDM `Identifiables` if the IIDM IDs are not compliant with CGMES requirements.
-- `cgmes-fix-all-invalid-ids`: ensures that all CGMES IDs in the export will comply with CGMES requirements, for IIDM `Identifiables`and also for its related objects (tap changers, operational limits, regulating controls, reactive capability curves, ...).
+- `cgmes-fix-all-invalid-ids`: ensures that all CGMES IDs in the export will comply with CGMES requirements, for IIDM `Identifiables`and also for its related objects (tap changers, operational limits, regulating controls, reactive capability outputVariables, ...).
   Its default value is `identity`.
 
 **iidm.export.cgmes.uuid-namespace**  

docs/simulation/dynamic/index.md

@@ -20,7 +20,7 @@ The inputs of a dynamic simulation are the following:
 - a mapping between static components of the network and dynamic models
 - optionally, a description of events occurring in the dynamic simulation (disconnection of a line, change of tap for a transformer, etc.)
 - a set of parameters for the simulator itself (simulation start and stop time, solver parameters, etc.)
-- a configuration file to configure the curves to export at the end of the simulation
+- a configuration file to configure the output variables to export at the end of the simulation
 
 (dynamic-models-mapping)=
 ### Dynamic models mapping
@@ -32,17 +32,17 @@ For the moment, the only way to associate dynamic models to static components is
 For the moment, the only way to add events to the simulation is through a groovy script. Note that the syntax of this script is specific to each simulator:
 - [Dynawo event model DSL](inv:powsybldynawo:*:*#dynamic_simulation/event-models-dsl)
 
-(curves-configuration)=
-### Curves configuration
-For the moment, the only way to monitor dynamic variables of the simulation in order to export curves at the end of the simulation is to provide a groovy script to the simulation. Note that the syntax of this script is specific to each simulator:
-- [Dynawo curves DSL](inv:powsybldynawo:*:*#dynamic_simulation/curves-dsl)
+(output-variables-configuration)=
+### Output variables configuration
+For the moment, the only way to add output variables configuration is to provide a groovy script to the simulation. Note that the syntax of this script is specific to each simulator:
+- [Dynawo output variables DSL](inv:powsybldynawo:*:*#dynamic_simulation/output-variables-dsl)
 
 ## Outputs
 
 The outputs of a dynamic simulation are:
 - the updated static network (which may have been topologically modified depending on the events or automatons defined as inputs)
 - the different results of the dynamic simulation:
-    - some curves asked for by the user to track the evolution of specific variables throughout the simulation
+    - some curves or final state values asked for by the user to track the evolution of specific variables throughout the simulation
     - some aggregated data regarding constraints, like a security analysis output
     - timelines that contain the list of events that occurred during the dynamic simulation, be them planned beforehand through events, or not
     - logs about the execution of the dynamic simulator

docs/user/itools/dynamic-simulation.md

@@ -5,7 +5,7 @@ In the end, the results and the modified network can be exported to files.
 
 ## Usage
 ```
-usage: itools [OPTIONS] dynamic-simulation --case-file <FILE> [--curves-file
+usage: itools [OPTIONS] dynamic-simulation --case-file <FILE> [--output-variables-file
        <FILE>] --dynamic-models-file <FILE> [--event-models-file <FILE>]
        [--help] [-I <property=value>] [--import-parameters <IMPORT_PARAMETERS>]
        [--output-file <FILE>] [--parameters-file <FILE>]
@@ -15,7 +15,10 @@ Available options are:
 
 Available arguments are:
     --case-file <FILE>                        the case path
-    --curves-file <FILE>                      curves description as Groovy file
+    --output-variables-file <FILE>            output variables description as
+                                              Groovy file: defines a list of
+                                              variables to plot or get the final
+                                              value
     --dynamic-models-file <FILE>              dynamic models description as a
                                               Groovy file: defines the dynamic
                                               models to be associated to chosen
@@ -45,8 +48,8 @@ This option defines the path of the mapping file used to associate dynamic model
 
 ### Optional options
 
-`--curves-file`  
-This option defines the path of the configuration for the curves to export at the end of the simulation. This configuration file is a groovy script that respects the [curves DSL](../../simulation/dynamic/index.md#curves-configuration) syntax.
+`--output-variables-file`  
+This option defines the path of the configuration for the output variables to export at the end of the simulation. This configuration file is a groovy script that respects the [outputVariables DSL](../../simulation/dynamic/index.md#output-variables-configuration) syntax.
 
 `--event-models-file`  
 This option defines the path of the configuration for the events to simulate during the simulation. At the moment, only groovy scripts are supported. The [event models DSL](../../simulation/dynamic/index.md#event-models-mapping) depends on the simulator used.
@@ -73,7 +76,7 @@ The expected results are described in the [time domain documentation](../../simu
 ## Examples
 The following example shows how to run a power flow simulation, using the default configuration:
 ```
-$> itools dynamic-simulation --case-file IEEE14.iidm --dynamic-models-file dynamicModels.groovy --curves-file curves.groovy
+$> itools dynamic-simulation --case-file IEEE14.iidm --dynamic-models-file dynamicModels.groovy --output-variables-file outputVariables.groovy
 Loading network '/tmp/mathbagu/IEEE14.iidm'
 dynamic simulation results:
 +--------+