fixes of some typos and remove files in double

close #151

docs/user/modules/python/nav.adoc

@@ -6,18 +6,16 @@
 *** xref:pyfeelpp/discr.adoc[]
 *** xref:pyfeelpp/integrals.adoc[Computing integrals]
 *** xref:pyfeelpp/filters.adoc[Exporting results for visualisation]
-*** xref:pyfeelpp/modelproperties.adoc[Model Properties]
 ** xref:pyfeelpptoolboxes/index.adoc[{pyfeelpptb}]
 *** xref:pyfeelpptoolboxes/modelproperties.adoc[Model Properties]
 *** xref:pyfeelpptoolboxes/heat.adoc[Heat Transfer]
 *** xref:pyfeelpptoolboxes/electric.adoc[Electrostatic]
 *** xref:pyfeelpptoolboxes/fluid.adoc[Fluid Mechanics]
 *** xref:pyfeelpptoolboxes/solid.adoc[Solid Mechanics]
 ** xref:pyfeelppmor/index.adoc[{pyfeelppmor}]
-*** xref:pyfeelppmor/parameters.adoc[Parameters]
 *** xref:pyfeelppmor/parameterSpace.adoc[Parameter space]
+*** xref:pyfeelppmor/parameters.adoc[Parameters]
 *** xref:pyfeelppmor/petscDouble.adoc[PETSc vector and matrix]
 *** xref:pyfeelppmor/toolboxmor.adoc[Toolbox MOR]
 *** xref:pyfeelppmor/reducedbasis.adoc[Python module `reducedbasis`]
-**** xref:pyfeelppmor/reducedbasis/reducedbasis.adoc[Offline stage]
-**** xref:pyfeelppmor/reducedbasis/reducedbasis.adoc[Online stage]
+**** xref:pyfeelppmor/reducedbasis_offline.adoc[Offline stage]

docs/user/modules/python/pages/pyfeelpp/filters.adoc

@@ -24,30 +24,30 @@ app = feelpp.Environment(["myapp"],config=feelpp.localRepository("")) # <1>
 
 [source,python]
 ----
-app.setLogVerbosityLevel(0) # <0>
+app.setLogVerbosityLevel(0) # <1>
 geofilename=feelpp.download( "github:{repo:feelpp,path:feelpp/quickstart/laplacian/cases/feelpp2d/feelpp2d.geo}", worldComm=app.worldCommPtr() )[0]
-mesh = feelpp.load(feelpp.mesh(dim=2,realdim=2), name=geofilename, h=0.1, verbose=1) # <1>
-Xh=feelpp.functionSpace(mesh=mesh,space="Pch",order=1) # <2>
-P0h=feelpp.functionSpace(mesh=mesh,space="Pdh",order=0) # <3>
-u=Xh.element() # <4>
-u.on(range=feelpp.elements(mesh), expr=feelpp.expr("sin(2*pi*x)*cos(pi*y):x:y")) # <5>
-e = feelpp.exporter(mesh=mesh)  # <6>
-e.addScalar("a_scalar", 1.) # <7>
-e.addP1c("u",u) # <8>
-e.addP0d("pid",feelpp.pid( P0h )) # <9>
-e.save()   # <10>
+mesh = feelpp.load(feelpp.mesh(dim=2,realdim=2), name=geofilename, h=0.1, verbose=1) # <2>
+Xh=feelpp.functionSpace(mesh=mesh,space="Pch",order=1) # <3>
+P0h=feelpp.functionSpace(mesh=mesh,space="Pdh",order=0) # <4>
+u=Xh.element() # <5>
+u.on(range=feelpp.elements(mesh), expr=feelpp.expr("sin(2*pi*x)*cos(pi*y):x:y")) # <6>
+e = feelpp.exporter(mesh=mesh)  # <7>
+e.addScalar("a_scalar", 1.) # <8>
+e.addP1c("u",u) # <9>
+e.addP0d("pid",feelpp.pid( P0h )) # <10>
+e.save()   # <11>
 ----
-<0> The verbosity level is set to 0 (only `VLOG(level)` with `level <= 0` are displayed)
-<1> The mesh is loaded from the {uri-github-feelpp} repository
-<2> The function space stem:[X_h] is built from the mesh stem:[mesh] and the space stem:[Pch] and order stem:[1]
-<3> The function space stem:[P0_h] is built from the mesh stem:[mesh] and the space stem:[Pdh] and order stem:[0]
-<4> The element stem:[u] is built from the function space stem:[X_h]
-<5> The element stem:[u] is interpolated with the expression stem:[{sin(2*pi*x)*cos(pi*y)}:x:y]
-<6> The exporter is built from the mesh stem:[mesh]
-<7> The scalar stem:[a_scalar] is added to the exporter stem:[e]
-<8> The element stem:[u] is added to the exporter stem:[e]
-<9> The element stem:[pid] is added to the exporter stem:[e]
-<10> The exporter stem:[e] is saved to the disk
+<1> The verbosity level is set to 0 (only `VLOG(level)` with `level <= 0` are displayed)
+<2> The mesh is loaded from the {uri-github-feelpp} repository
+<3> The function space stem:[X_h] is built from the mesh `mesh` and the space `Pch` and order `1`
+<4> The function space stem:[P0_h] is built from the mesh `mesh` and the space `Pdh` and order `0`
+<5> The element `u` is built from the function space `Xh`
+<6> The element `u` is interpolated with the expression `{sin(2*pi*x)*cos(pi*y)}:x:y`
+<7> The exporter is built from the mesh `mesh`
+<8> The scalar `a_scalar` is added to the exporter `e`
+<9> The element `u` is added to the exporter `e`
+<10> The element `pid` is added to the exporter `e`
+<11> The exporter `e` is saved to the disk
 
 
 [%collapsible.result]
@@ -59,7 +59,7 @@ e.save()   # <10>
 ----
 ====
 
-The results are stored in the directory `feelppdb`` and can be visualized with {paraview-website} or {ensight}. 
+The results are stored in the directory `feelppdb` and can be visualized with {paraview-website} or {ensight}. 
 
 INFO: The file `exports/ensightgold/myapp/myapp.case` can be opened directly in {paraview} or {ensight} to visualize the mesh and the fields.
 

docs/user/modules/python/pages/pyfeelpp/mesh.adoc

@@ -208,4 +208,4 @@ i1 = [3.24282386], i2 = [149.465], i3 = [0.]
 == Next steps
 
 - [x] xref:pyfeelpp/discr.adoc[Manipulate functions and function spaces]
-- [x] Export to paraview
+- [x] xref:pyfeelpp/filters.adoc[Export to paraview]

docs/user/modules/python/pages/pyfeelppmor/reducedbasis_offline.adoc

@@ -38,7 +38,7 @@ This part can be run in parallel.
 |name of the case
 |`generate_basis`
 
-|dim`
+|`dim`
 |dimension of the case (must be `2` or `3`)
 |_mandatory_
 
@@ -59,7 +59,6 @@ This part can be run in parallel.
 |`False`
 |===
 
-WARNING: The time-dependant case it net yet functionnal...
 
 
 [[Algorithms]]
@@ -71,15 +70,15 @@ WARNING: The time-dependant case it net yet functionnal...
 |===
 |Value|Algorithm|Description
 
-|0
+|`0`
 |From sample
 |Generates a basis of size stem:[N=]`train-size` elements, [log-]randomly taken in the space.
 
-|1
+|`1`
 |Greedy algorithm
 |Run the greedy algorithm on a train set of element of size `train-size`. This algorithm also stores the evolution of the maximal error bound at each step.
 
-|2
+|`2`
 |POD generation
 |Takes the largest POD modes from a basis of size `train-size`. The resulting basis will have a size stem:[N\leqslant]`train-size`. This algorithm also stores the evolution of the maximal error bound at each step.
 
@@ -96,7 +95,7 @@ Here is a description of the generated files :
     - `Qa` : Size of the decomposition of stem:[A(\mu)]
     - `Qf` : Size of the decomposition of stem:[F(\mu)]
     - `QLk` : Sizes of the decompositions of stem:[L_k(\mu)] for stem:[k\in\{1,n_\text{output}\}], gathers in a list.
-    - `N_output` : Number pof output described in the JSON (`CRBOutput`)
+    - `N_output` : Number of output described in the JSON (`CRBOutput`)
     - `output_names` : names of those outputs
     - `N` : Size of the reduced basis
     - `path` : Path where `h5` file is stored 
@@ -128,7 +127,7 @@ config = generateBasisConfig(dim, config_file, time_dependant, odir, case, algo,
 
 The description and the default values of those parameters are descirbed <<parameters,above>>.
 
-If `odir` contains `$name`, this expression will be replaced by the _name_ of the case, defined by concatenation `{case}-np_{nproc}`, where `case` is the name of the case given in the configuration, and `nproc` is the number of processors where the simulation is run.
+If `odir` contains `$name`, this expression will be replaced by the _name_ of the case, defined by concatenation `<case>-np_<nproc>`, where `case` is the name of the case given in the configuration, and `nproc` is the number of processors where the simulation is run.
 
 
 [[files]]