More updates

Author: magnesj

content/3d-main-window/Surfaces.md

@@ -11,7 +11,7 @@ ResInsight is capable of mapping properties and simulation results onto 3D surfa
 
 ## Import and appearance of surfaces
 
-3D surfaces from GOCAD and Petrel are imported into ResInsight by the menu option **File**->**Import**->**Import Surfaces** 
+3D surfaces from GOCAD, Petrel and RMS are imported into ResInsight by the menu option **File**->**Import**->**Import Surfaces** 
 in the **3D Main Window**.
 
 Surface file formats are described in [Surface Data]({{% relref "reference-manual/surfaces" %}})

content/Wells-and-Completions/WellPaths.md

@@ -14,7 +14,13 @@ ResInsight also supports creation of your own user-defined well paths. See [Crea
 ## Ascii Well Paths
 
 The command **File -> Import -> Well Data -> Import Well Paths From File** will read the well paths in the selected file, and create one entry for each well path under the {{< image-in-text src="images/3d-main-window/WellCollection.png" >}} **Wells** item in the **Project Tree**. 
-    
+
+|Type|Description|Example|
+|----|-----------|-------|
+|dev | Deviation file|[DEV](https://github.com/OPM/ResInsight/blob/dev/TestModels/TEST10K_FLT_LGR_NNC/wellpath_a.dev)
+|rmswell | RMS well file format|[RMS Well](https://github.com/OPM/ResInsight/blob/dev/ApplicationLibCode/UnitTests/TestData/RifRmsWellPathReader/55_33-1.rmswell)|
+|asc | Ascii file format|
+
 ## Importing well paths from OSDU
 
 Well path trajectories can be downloaded from an OSDU cloud service. When storing the project file, the reference to the OSDU trajectory is stored. This will ensure that authentication and access is checked before the trajectory is downloaded.
@@ -51,6 +57,8 @@ A well path will hold well log data and well path data imported from files. A we
 ### Importing Well Log Files
 Well log data is [imported from LAS-files]({{% relref "lasfile" %}}#importing-a-las-file).
 
+RMS Well Log files are also supported. See [here for and example](https://github.com/OPM/ResInsight/blob/dev/ApplicationLibCode/UnitTests/TestData/RifRmsWellPathReader/55_33-1.rmswell).
+
 ### Well Path Property Editor
 The well path property editor lets the user control the appearance of the well path and associate the well path to a simulation well. It also gives some information about the well path metadata.
 

content/import/GeomechanicalData.md

@@ -11,6 +11,7 @@ If you have, and would like to a use these features, please see [ Build Instruct
 ### Geo Mechanical Data Support
 Geo-mechanical data can be imported using the **Import -> Geo Mechanical Cases menu**. Here three options are present: **Import Geo Mechanical Model**, **Import Geo Mechanical Model (Time Step Filtered)**  (both for odb files) and **Import Element Property Table**.
 
+A geomechanical model can also be imported from a VTK file.
 
 ![](/images/import/GeoMechImport.png)
 

content/reference-manual/surfaces/RMSSurface.md

@@ -0,0 +1,37 @@
++++
+title = "RMS Surface"
+
+weight = 10
++++
+
+## RMS Regular Surface
+
+A regular surface is defined in the **XTGeo** project
+https://xtgeo.readthedocs.io/en/latest/datamodels.html#description
+
+These files are either in text format `*.IRAP` or binary format `*.GRI`.
+
+## Example IRAP text file
+
+```
+  -996   440     25.000000     25.000000
+   461500.000000   468475.000000  5926500.000000  5937475.000000
+   280       30.000000   461500.000000  5926500.000000
+     0     0     0     0     0     0     0
+    1707.3628    1707.3628    1707.3628    1707.3628    1707.6440    1707.6440
+    1707.6440    1709.3605    1709.3605    1709.3605    1709.3605    1710.8440
+    1710.8440    1710.8440    1711.9529    1711.9529    1713.3983    1714.1257
+    1714.1257    1716.3483    1716.3483    1716.3483    1718.0007    1718.0007
+    1720.4965    1720.4965    1720.4965    1722.1692    1722.9777    1722.9777
+    1722.9777    1726.9590    1726.9590    1726.9590    1726.9590    1729.3735
+    1729.3735    1729.3735    1730.9493    1730.9493    1732.3593    1733.0602
+    1733.0602    1735.1357    1735.1357    1735.1357    1735.1357    1738.3810
+    1738.3810    1738.3810    1738.3810    1739.8019    1740.5305    1740.5305
+    1740.5305    1744.0310    1744.0310    1744.0310    1744.0310    1745.9899
+    1745.9899    1745.9899    1747.1111    1747.1111    1747.6205    1747.8715
+    1747.8715    1748.4703    1748.4703    1748.4703    1748.4703    1748.1962
+    1748.1962    1748.1962    1748.1962    1747.6161    1747.2528    1747.2528
+    1747.2528    1745.1470    1745.1470    1745.1470    1745.1470    1743.4398
+    1743.4398    1743.4398    1742.3307    1742.3307    1741.4071    1740.9467
+    1740.9467    1739.6583    1739.6583    1739.6583    1739.6583    1738.2701
+```

content/releases/release-notes/releasenotes_2025_09.md

@@ -9,8 +9,10 @@ search_ignore = true
 
 The import dialog when searching the file system for ensemble data is improved, allowing for easy selection of multiple ensembles. When an ensemble is imported, the realization numbers in the form of a text string (1-21,30-35, 40-60) can be edited for import of a subset of realizations.
 
+![](/images/plot-window/summary-file-set.png)
 ![](/images/plot-window/Ensemble.png)
 
+
 [Ensemble Import Dialog]({{% relref "ensemblefiledialog" %}})
 
 [Ensemble Summary Plotting]({{% relref "ensembleplotting" %}})
@@ -21,12 +23,23 @@ There has been several improvements related to summary performance in this relea
 ## Other improvements
 - Logging of application operations and crash report to log file by default stored in `home_folder/.resinsight/logs`
 - Improved color control of RFT ensemble curves
+- Length and area of a [Polygon]({{% relref "polygons" %}}) can be displayed as a label
+- Geomechanical data import has been expanded beyond the existing ABAQUS file format support. VTK grid files can now be imported as an additional source for geomechanical data, providing users with more flexibility in data ingestion. Most existing geomechanical analysis features are available for data imported from VTK.
+- Import of surface in IRAP and GRI
+- Import of [RMS Well Path]({{% relref "wellpaths" %}}) and RMS Well Logs
 
+## Python API
+Several improvements have been made to the Python API. 
+- Improved error management and error reporting
+- Create grid from COORD, ZCORN and ACTNUM
+- Create regular surface 
+- Added support for Non-Darcy parameters for perforation intervals
+- Create polygon from list of point
+- Create perforation interval
 
+[Python Examples](https://api.resinsight.org/en/main/PythonExamples.html)
 
 
-## Python API
-- Added support for fishbones completions
 
 ## Command Line
 - New option to define the maximum number of threads to be used by ResInsight `--threadcount` This command line option can also be specified when [launching a ResInsight process from Python](