rename Examples to Tutorials

Author: Schpidi

.github/workflows/deploy.yml

@@ -25,7 +25,7 @@ concurrency:
 
 env:
   # BASE_URL for MyST build
-  BASE_URL: /examples
+  BASE_URL: /tutorials
 
 jobs:
   deploy:

.github/workflows/preview.yml

@@ -20,7 +20,7 @@ concurrency: preview-${{ github.ref }}
 
 env:
   # BASE_URL for MyST build
-  BASE_URL: /pr-preview/pr-${{ github.event.number }}/examples
+  BASE_URL: /pr-preview/pr-${{ github.event.number }}/tutorials
 
 jobs:
   deploy-preview:

README.md

@@ -1,6 +1,6 @@
-# EarthCODE Examples
+# EarthCODE Tutorials
 
-The EarthCODE Examples using MyST.
+The EarthCODE Tutorials using MyST.
 
 ```
 npm install

index.md

@@ -1,19 +1,19 @@
 ---
 # https://next.jupyterbook.org/
-title: "EarthCODE Examples"
+title: "EarthCODE Tutorials"
 date: 2025-02-24
 #authors:
 #  - name: TBD
 #    affiliations:
 #      - TBD
 ---
 
-# Welcome to the EarthCODE Examples Book!
+# Welcome to the EarthCODE Tutorials Book!
 
-Here you will find guides and practical examples on how to use the various EarthCODE resources including publication process, data access and exploitation and working with the platforms! 
+Here you will find guides and practical tutorials on how to use the various EarthCODE resources including publication process, data access and exploitation and working with the platforms!
 
-Looking how to upload data to the ESA Project Results Repository (PRR)? Start with our [PRR Examples](PRR/index.md) to learn how to easily generate STAC Collections direclty from your files and share your datasets.
+Looking how to upload data to the ESA Project Results Repository (PRR)? Start with our [PRR Tutorials](PRR/index.md) to learn how to easily generate STAC Collections direclty from your files and share your datasets.
 
-Looking how to contribute to the Open Science Catalog, Start with our [Open Science Catalog Examples](OSC/index.md) to learn how to add / change content in the metadata catalog, by enriching it with your research outcomes.
+Looking how to contribute to the Open Science Catalog, Start with our [Open Science Catalog Tutorials](OSC/index.md) to learn how to add / change content in the metadata catalog, by enriching it with your research outcomes.
 
-Looking for how to use the openEO to create workflows and experiments? Check out our [openEO examples](openeo/index.md).
+Looking for how to use the openEO to create workflows and experiments? Check out our [openEO Tutorials](openeo/index.md).

myst.yml

@@ -1,13 +1,13 @@
 version: 1
 project:
   id: 7459d850-c3ed-4933-a447-54e8d41b1409
-  title: "EarthCODE Examples"
-  subject: "EarthCODE Examples"
+  title: "EarthCODE Tutorials"
+  subject: "EarthCODE Tutorials"
   subtitle: "sub"
   description: "desc"
   # keywords: []
   # authors: []
-  github: https://github.com/ESA-EarthCODE/documentation/tree/main/examples
+  github: https://github.com/ESA-EarthCODE/tutorials
   license:
     code: MIT
     content: CC-BY-4.0
@@ -63,16 +63,16 @@ project:
   #       - /jtex/create-a-beamer-template
   #       - /jtex/contribute-a-template
 site:
-  title: EarthCODE Examples
+  title: EarthCODE Tutorials
   template: book-theme
   options:
     favicon: ./public/img/EarthCODE_Favicon_32x32px.png
-    logo_text: EarthCODE Examples
+    logo_text: EarthCODE Tutorials
     logo: ./public/img/EarthCODE_kv_transparent.png
     style: ./public/esa-style.css
 
 
   # domains:
   #   - mystmd-guide.curve.space
   # options:
-  #   style: public/style.css
+  #   style: public/style.css

openeo/index.md

@@ -6,11 +6,11 @@ From a technical perspective, openEO defines a set of RESTful APIs and [client l
 
 From a user perspective, openEO lowers the barrier to experimentation and collaboration. Users can start with small exploratory analyses in notebooks, gradually expand workflows into more complex experiments, and finally scale them up on powerful cloud infrastructures, all without changing the underlying logic. This portability fosters reproducibility and ensures that workflows developed once can be reused, adapted, or shared easily across projects.
 
-The notebook examples provided in this section illustrate how to use openEO for common scientific tasks: from creating workflow using user defined processes and open source input data, incorporating it into scientific experiment, to publishing experiment with the workflow in EarthCODE. At the end reproducibility of published experiment is also demonstrated.
+The notebook tutorials provided in this section illustrate how to use openEO for common scientific tasks: from creating workflow using user defined processes and open source input data, incorporating it into scientific experiment, to publishing experiment with the workflow in EarthCODE. At the end reproducibility of published experiment is also demonstrated.
 
-## openEO Examples
+## openEO Tutorials
 
   1. [Creating an openEO workflow](1_workflow.ipynb): This guide demonstrates how to create a basic openEO workflow, executing a simple processing task and publishing it as workflow that can be shared and reused.
   2. [Creating an experiment](2_experiment.ipynb): This guide shows how to set up an experiment using the previously created workflow, defining parameters such as area of interest and time range, and executing the workflow to generate output products.
   3. [Publishing an experiment to EarthCODE](3_publication.md): This guide explains how to publish the created experiment to the EarthCODE Open Science Catalogue (OSC) using the openEO Publishing tool, making it discoverable and reusable by the scientific community.
-  4. [Reproducing an experiment](4_reproduce.ipynb): This guide illustrates how to reproduce the published experiment using openEO, verifying the output products against the original experiment to ensure consistency and correctness.  
+  4. [Reproducing an experiment](4_reproduce.ipynb): This guide illustrates how to reproduce the published experiment using openEO, verifying the output products against the original experiment to ensure consistency and correctness.