Differences

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--- user-guide:additional_interfaces [2025/01/16 11:39] – [GroIMP Server] Tim
+++ user-guide:additional_interfaces [2025/01/22 16:01] (current) – groimp
@@ Line 13: / Line 13: @@
 For example with the graphical user interface windows and panels are used for this communication:
-<uml>@startuml
+<uml>
+!pragma teoz true
+@startuml
 hide footbox
+title GUI
 participant User
 participant "Windows/panels" as gui
@@ Line 23: / Line 25: @@
 User -> GroIMP: Start GroIMP
 gui<-> GroIMP
-User <-> gui
+& User <-> gui
 @enduml</uml>
+{{namespace>user-guide:additional_interfaces}}
-====== Headless mode ======
-GroIMP can be started without its graphical interface, in headless. The headless mode executes a provided model and afterwards closes GroIMP. Capturing any feedback from the simulation must be included in the model.
-<uml>
-@startuml
-hide footbox
-title Headless
-User -> GroIMP: Start GroIMP with model
-GroIMP -> User: Print log & close GroIMP
-@enduml
-</uml>
-More information on the headless mode:
-  * [[:groimp-platform:interfaces:headless|Headless implementation]]
-  * [[:user-guide:advanced-groimp-arguments|Common command line arguments]]
-A tutorial:
-  * [[:tutorials:startup-headless-model|Getting started with headless]]
-====== Command Line Interface ======
-GroIMP can be started without its graphical interface, with a CLI. Unlike the Headless mode, the CLI enables interaction with the model during run time including opening and closing models, running simulations, editing RGG files etc.
-<uml>@startuml
-hide footbox
-participant User
-participant "Interactive command line" as cli
-participant GroIMP
-User -> GroIMP: Start GroIMP
-cli<-> GroIMP
-User <-> cli
-@enduml</uml>
-More documentation on the CLI:
-  * [[:groimp-platform:interfaces:cli|CLI implementation]]
-  * [[:groimp-platform:interfaces:cli#commands|List of CLI commands]]
-A tutorial:
-  * [[:tutorials:startup-cli-model|Getting started with CLI]]
-====== HTTP Server ======
-It is possible to start GroIMP as a HTTP server to then send model paths via HTTP for GroIMP to execute.
-After GroIMP executed the model values can be returned to the HTTP client who send the request. It is possible to send several models in series or in parallel.
-<uml>@startuml
-hide footbox
-title HTTP server
-User -> GroIMP: Start GroIMP
-User -> GroIMP: Send Model-path
-GroIMP -> User: Return result
-User -> GroIMP: Close GroIMP
-@enduml</uml>
-More information:
-  * [[:groimp-platform:interfaces:http_server|HTTP Server commands]]
-  * [[:groimp-platform:interfaces:http_server#options|HTTP options]]
-Tutorial:
-  * [[:tutorials:http_server|Starting GroIMP as a HTTP Server]]
-====== Application Programming Interface ======
-GroIMP can be started as an HTTP API that provides a generalized set of commands that allows the interaction with other software. Currently a Python and a R library are provided but any software capable of http requests could interact with GroIMP.
-<uml>
-@startuml
-hide footbox
-title API
-participant User
-participant ClientScript
-participant API
-participant GroIMP
-User -> GroIMP: Start GroIMP
-User -> ClientScript
-ClientScript <->API
-API<-> GroIMP
-User <- ClientScript
-User -> GroIMP: Stop GroIMP
-@enduml
-</uml>
-More information on the API:
-  * [[:groimp-platform:interfaces:api|API implementation]]
-  * [[https://gitlab.com/grogra/groimp-plugins/api/-/blob/master/commands.md|List of commands]]
-  * [[:dev-guide:create-new-api-function|How to create new API commands]]
-  * [[https://wkurth.grogra.de/oberlaender_msc.pdf| GroLink: implementing and testing a general application programming interface for the plant-modelling platform GroIMP]]
-Tutorials:
-  * [[:Tutorials:Getting-started-with-GroLink-and-GroPy|getting started with GroLink and Python(GroPy)]]
-  * [[:Tutorials:Getting-started-with-GroLink-and-GroR|getting started with GroLink and R(GroR)]]
-  * [[:Tutorials:Getting-started-with-GroLink-and-HTTP|getting started with GroLink and HTTP in your web browser]]
-  * [[:Tutorials:Handeling-data-in-GroLink-Projects|Handling data in GroLink projects]]
-  * [[:Tutorials:grolink-on-kubernetes|Deploying GroIMP/GroLink on Kubernetes]]
-Existing examples:
-  * [[https://gitlab.com/groimp-api-examples/forester-game | Godot forestry Game]]
-  * [[https://gitlab.com/groimp-api-examples/pythonnotebook | An jupyter notebook]]
-  * [[https://gitlab.com/groimp-api-examples/shinyexamples | Two R-Shiny apps to view GroIMP projects in a browser]]
 ====== GroIMP Server ======
-<color #ed1c24>This Feature is currently not working!!!!</color>
+**<color #ed1c24>This Feature is currently not working!!!!</color>**
 GroIMP can be started as a server. Then, other instances of GroIMP can connect to the GroIMP server. This enables multiple user concurrently accessing a single model from different devices  as well as modelling on a powerful remote server.
@@ Line 156: / Line 39: @@
 <uml>
 @startuml
+!pragma teoz true
 hide footbox
-title API
+title GroIMP server
 participant User
 participant "client GroIMP" as g1
@@ Line 167: / Line 50: @@
 User -> g1: starts client GroIMP
 User <->g1
-g1<->g2
+& g1<->g2
-User <->g1
 User -> g1: stops client GroIMP
 User -> g2: stops server side GroIMP
@@ Line 183: / Line 65: @@
-Parts of the GreenLab model were reimplemented in the language XL. As the basis, the implementation of the GreenLab model in the software [[http://liama.ia.ac.cn/wiki/projects:greenscilab:download|GreenScilab]], version GreenScilabv1.0_demo, was taken.
+Parts of the GreenLab model were reimplemented in the language XL with additional panels in the GUI.
+As the basis, the implementation of the GreenLab model in the software [[http://liama.ia.ac.cn/wiki/projects:greenscilab:download|GreenScilab]], version GreenScilabv1.0_demo, was taken.
 More information on the Greenlab plugin:
@@ Line 190: / Line 73: @@
 A tutorial:
   * [[:tutorials:greenlab|Getting started with greenlab]]
+  * [[https://wkurth.grogra.de/ssc13/xl13greenlab.pdf |How to use the XL version of the plant model GreenLab]]