Ammr tutorial updates

Docs/Applications/Other/StandingModelScalingDisplay.md

@@ -25,4 +25,5 @@ StandingModelScalingDisplay.Main.any`
 The model can be scaled either regarding to measures between joint center,
 or exteranal measures of bony tips, or by representation of a certain percentile of the population.
 
-For further details see {doc}`the tutorial about scaling </Scaling/intro>`
+For further details read {ref}`this information about scaling <Scaling_>` or see
+[the Scaling tutorials](https://anyscript.org/tutorials/Scaling/index.html).

Docs/creating_model_from_scratch.md → Docs/Deleted/Creating_Model_From_Scratch/creating_model_from_scratch.md

@@ -31,7 +31,7 @@ Main =
 
 Link a `libdef.any` file to specify the AMMR directories that you wish to import
 the human model from. If instructions for installing the Demo AMMR in the
-{doc}`previous chapter <ammr_installation>` were exactly followed, the file path
+[previous chapter](installing-ammr) were exactly followed, the file path
 typed below should work. Otherwise, make the necessary changes.
 
 ```AnyScriptDoc
@@ -145,7 +145,7 @@ Main =
 
 When loading the model, you will now see the Human Model in the Model View. 
 
-```{image} _static/HumanModel.png
+```{image} static/HumanModel.png
 :alt: Human Model in Model View
 :align: center
 :width: 65%

Docs/Scaling/intro.md → Docs/Deleted/Scaling/intro.md

@@ -1,6 +1,12 @@
 (scaling-intro)=
 
-# Introduction to Scaling
+# Introduction to Scaling (Moved to Tutorials)
+
+:::{note} 
+This guide is moved from the previous "Guides" section to this "Body models" section.
+This new chapter about Scaling only includes the introuction chapter while the previous 
+lessons 1-3 are moved to "Tutorials"
+:::
 
 :::{sidebar} Scaling Tutorials
 
@@ -17,18 +23,19 @@ lesson3
 ```
 :::
 
-Musculoskeletal models must be scalable to sizes of different
-individuals to be useful for product design. Scaling pertains not only to the overall geometry,
-but also muscle insertion points, muscle parameters, wrapping
-surfaces etc. AnyBody has a both generic and user-define scaling laws for models in the repository.
+Musculoskeletal models must be scalable to sizes of different individuals to be
+useful for product design. Scaling pertains not only to the overall geometry,
+but also muscle insertion points, muscle parameters, wrapping surfaces etc.
+AnyBody has both generic and user-defined scaling laws for models in the
+repository.
 
-For details on scaling theory behind please take a look at [Rasmussen 2005](https://paperpile.com/shared/sqkoXwnHARTiI82J2Sarhcg).
+For details on the scaling theory behind, please take a look at 
+[Rasmussen 2005](https://paperpile.com/shared/sqkoXwnHARTiI82J2Sarhcg).
 
-Size related parameters of models in the {doc}`AMMR </index>`
-are seldom defined as constant numbers, but instead computed from global measurements
-(e.g., total height, weight of human) based on a scaling law. Thus all body models
-expect the definition of a scaling law, although user can
-choose the actual law.
+Size related parameters of models in the {doc}`AMMR </index>` are seldom defined
+as constant numbers, but instead computed from global measurements (e.g., total
+height, weight of human) based on a scaling law. Thus, all body models expect
+the definition of a scaling law, although the user can choose the actual law.
 
 Currently there are six pre-defined scaling laws available in AnyBody:
 
@@ -41,32 +48,31 @@ Currently there are six pre-defined scaling laws available in AnyBody:
    * - Scaling law
      - Description
    * - :any:`ScalingStandard <_SCALING_STANDARD_>`
-     - scale to a standard size; i.e. use 50th percentile sizes for a European male
+     - Scale to a standard size; i.e. use 50th percentile sizes for a European male
    * - :any:`ScalingNone <_SCALING_NONE_>`
-     - do not scale; i.e. use underlying cadaveric dataset as is
+     - Do not scale; i.e. use underlying cadaveric dataset as is
    * - :any:`ScalingUniform  <_SCALING_UNIFORM_>`
-     - cale segments equally in all directions; input is joint to
+     - Scale segments equally in all directions; input is joint to
        joint distances
    * - :any:`ScalingLengthMass <_SCALING_LENGTHMASS_>`
-     - scale taking mass into account; input is joint to
+     - Scale taking mass into account; input is joint to
        joint distances and mass
    * - :any:`ScalingLengthMassFat <_SCALING_LENGTHMASSFAT_>`
-     - scale taking mass and fat into account; input
+     - Scale taking mass and fat into account; input
        is joint to joint distances
    * - :any:`ScalingXYZ  <_SCALING_XYZ_>`
-     - scale taking mass and fat into account; scale segments along X, Y, Z axes;
+     - Scale taking mass and fat into account; scale segments along X, Y, Z axes;
        input is scale factors along X, Y, Z axes.
 ```
 
 **Please also notice that each scaling law scales the strength of the
 muscles, in addition to the size and mass of the bone.** This strength
 scaling is done automatically in most cases. We will come back to it
 when needed. Users who need a more comprehensive introduction can view
-this recorded previous webcast titled [“Anthropometrical Scaling of
-Musculoskeletal
+this recorded previous webcast titled [“Anthropometrical Scaling of Musculoskeletal
 Models”](https://www.anybodytech.com/download/anthropometrical-scaling-of-musculoskeletal-models).
 
-## Overwriting default input parameters
+## Overwriting Default Input Parameters
 
 After selecting a scaling law, the user can override the default input
 parameters. All input parameters can be accesed in the
@@ -79,7 +85,7 @@ the model, the user can add the following code to the `Main` file:
 Main.HumanModel.Anthropometrics.BodyHeight = 1.8; // overwrites the default value
 ```
 
-### Using legacy `AnyMan.any` files
+### Using Legacy `AnyMan.any` Files
 
 To keep backward compatibility with older models, AnyBody still supports using custom `AnyMan.any` files.
 You can specify your own file with by setting the `BM_SCALING_ANTHRO_FILE` BM statement: