closes #254 Use page-tag to display mor cases (#255)

- add keywords to display manuals and cases
- move cases folders inside ROOT
- add DS_Store to gitignore
- move images

.gitignore

@@ -40,3 +40,4 @@ jupyter/
 /**/feelppdb/
 feelppdb/
 toto/
+*DS_Store

docs/mor/modules/ROOT/nav.adoc

@@ -1,11 +0,0 @@
-* xref:toolboxmor.adoc[ToolboxMor]
-** xref:toolboxmor.adoc#_creating_a_model_from_scratch[Creating a model from scratch]
-** xref:toolboxmor.adoc#_creating_a_model_from_a_toolbox[Creating a model from a toolbox]
-** xref:toolboxmor.adoc#_configuration[Configuration]
-* xref:pbdw.adoc[PBDW]
-** xref:pbdw.adoc#_sensors[Sensors]
-** xref:pbdw.adoc#_using_pbdw[Using PBDW]
-* xref:index.adoc#_cases[Cases]
-** xref:opusheat:index.adoc[OpusHeat]
-** xref:thermalfin:index.adoc[ThermalFin]
-** xref:thermalbuilding:index.adoc[Thermal simulation of 3D building]

docs/mor/modules/ROOT/pages/index.adoc

@@ -1,16 +1,6 @@
 = Model Order Reduction
+:page-layout: case-study
+:page-tags: toolbox
 
 Welcome to the documentation of the Feel++ Model Order Reduction.
 
-== Introduction
-
-Feel++ provides a framework for model order reduction. +
-One easy way to use it, is to use the xref:toolboxmor.adoc[ToolboxMor] class.
-
-The Parametrized Background Data Weak (xref:pbdw.adoc[PBDW]) method has also been implemented in Feel++.
-
-== Cases
-
-- xref:opusheat:index.adoc[Opus Heat]
-- xref:thermalfin:index.adoc[Thermal Fin]
-- xref:thermalbuilding:index.adoc[Thermal simulation of 3D building]

docs/mor/modules/opusheat/pages/index.adoc → docs/mor/modules/ROOT/pages/opusheat/index.adoc

@@ -1,4 +1,8 @@
 = Opus Heat
+:page-tags: case
+:page-illustration: opusheat/eads_geometry.png
+:description: We consider a reduced 2D model of the surroundings of an electronic component submitted to a cooling air flow.
+
 
 This test case has been proposed by mailto:[email protected][Annabelle Le-Hyaric] and
 mailto:[email protected][Michel Fouquembergh] formerly at AIRBUS.
@@ -28,7 +32,7 @@ stem:[k_1] and stem:[k_2] are parameters of the model.
 
 ICs dissipate heat, so the volumic heat dissipated stem:[Q_1] and stem:[Q_2] are also parameters of the model, while stem:[Q_3=Q_4=0].
 
-image::eads_geometry.png[]
+image::opusheat/eads_geometry.png[]
 
 One should notice that the convection term in heat transfer equation
 may lead to spatial oscillations which can be overcome by

docs/mor/modules/ROOT/pages/pbdw.adoc

@@ -1,4 +1,7 @@
 = Parametrized Background Data Weak
+:page-tags: manual
+:description: PBDW manual
+:page-illustration: pass:[toolboxes::manual.svg]
 
 == Sensors
 

docs/mor/modules/thermalbuilding/pages/index.adoc → docs/mor/modules/ROOT/pages/thermalbuilding/index.adoc

@@ -1,7 +1,7 @@
 = Thermal simulation of 3D building
 :stem: latexmath
 :page-tags: case
-:page-illustration: 3d_building.png
+:page-illustration: thermalbuilding/3d_building.png
 :description: We create a reduced order model for the thermal simulation of a 3D building using the stationary heat equation.
 :uri-data: https://github.com/feelpp/feelpp/blob/develop/mor/examples/thermalbuilding/
 
@@ -91,7 +91,7 @@ F_6 (v) &= \int_{\partial \Omega_D} \sigma v.
 
 === Geometry
 
-image::heat_3d.png[]
+image::thermalbuilding/heat_3d.png[]
 
 The geometry file can be found in Github link:{uri-data}/thermalbuilding/thermalbuilding.geo[here].
 

docs/mor/modules/ROOT/pages/thermalfin/index.adoc

@@ -0,0 +1,6 @@
+= Thermal fin
+:page-tags: case
+:page-illustration: pass:[toolboxes::wip/wip-1.svg]
+:description: Work in progress.
+
+The redaction of this page is in progress.

docs/mor/modules/ROOT/pages/toolboxmor.adoc

@@ -1,4 +1,7 @@
 = ToolboxMor
+:page-tags: manual
+:description: ToolboxMor manual
+:page-illustration: pass:[toolboxes::manual.svg]
 
 ToolboxMor is a class aiming to ease the use of the model order reduction framework of Feel++.
 Usually, you would need to define a class which would handle the initialization of the model, its affine decomposition and possibly the use of the EIM methods.