Update README files, redirect to github wiki.

README

@@ -17,73 +17,13 @@ Install Guide
 
 Refer to https://github.com/INMOST-DEV/INMOST/wiki/0100-Compilation
 
-Examples
-========
+User's guide
+============
 
-Several representative examples are provided in source archive.
-Here we will try three parallel steps: grid generation, FVM discretization and linear matrix solution.
-Each example may be executed in serial or parallel ways.
+Refer to https://github.com/INMOST-DEV/INMOST/wiki for general guides.
 
-Parallel Grid Generation
-------------------------
+Doxygen documentation
+=====================
 
-This example creates simple cubic or prismatic mesh. You can use ParaView to view the meshes.
-
-cd examples/GridGen
-mpirun -np 4 ./GridGen 4 32 32 32
-
-Generator parameters are: ng nx ny nz
-where ng=3 stands for Prismatic generator and
-ng=4 for Cubic one,
-while nx ny nz are the mesh dimensions.
-
-File grid.pvtk (as well as grid_X.vtk with X=0,1,2,3) will appear in the current directory.
-Run
-paraview --data=grid.pvtk
-and try the following tags in objects to display:
-P_OWNER_PROCESSOR - partitioning to processors
-GLOBAL_ID - global cell ID number
-
-Parallel Finite Volume Discretization
--------------------------------------
-
-This example uses simple two-point FVM scheme to solve Laplace's equation in unit cube domain.
-
-cd ../FVDiscr
-mpirun -np 4 ./FVDiscr ../GridGen/grid.pvtk A.mtx b.rhs
-
-Files result.pvtk (as well as result_X.vtk with X=0,1,2,3) and A.mtx b.rhs will appear in the current directory.
-Run
-paraview --data=result.pvtk
-and try the following tags in objects to display:
-Solution - the solution to the problem
-K - tensor K (constant equal to 1 in this example)
-
-Solve the Matrix stored in mtx format
--------------------------------------
-
-This example solves the linear system using different solvers.
-
-cd ../MatSolve
-mpirun -np 4 ./MatSolve 0 ../FVDiscr/A.mtx ../FVDiscr/b.rhs
-
-Solution time and the true residual will output to the screen.
-The first parameter selects the solver:
-- 0 - INMOST ILU2
-- 1 - INMOST MLILUC
-- 2 - ANI3D
-- 3 - PETSc
-
-Other Examples
---------------
-
-There are other examples:
-
-DrawGrid
-DrawMatrix
-OctreeCutcell
-OldDrawGrid
-Solver
-
-which can be used without warranty.
+Doxygen-generated documentation is available online at http://dodo.inm.ras.ru/inmost/docs/latest/html/
 

README.md

@@ -11,76 +11,12 @@ characterized by a maximum generality of supported computational meshes,
 distributed data structure flexibility and cost-effectiveness, as well as cross
 platform portability.
 
-## New address
-INMOST was moved to the new address: https://github.com/INMOST-DEV/INMOST
-
-Please update your bookmarks, if you used `git clone` before then refer to https://github.com/INMOST-DEV/INMOST/issues/7#issuecomment-70378751
-
 ## Install Guide
 Refer to https://github.com/INMOST-DEV/INMOST/wiki/0100-Compilation
 
-## Examples
-
-Several representative examples are provided in source archive.
-Here we will try three parallel steps: grid generation, FVM discretization and linear matrix solution.
-Each example may be executed in serial or parallel ways.
-
-### Parallel Grid Generation
-
-This example creates simple cubic or prismatic mesh. You can use ParaView to view the meshes.
-```
-cd examples/GridGen
-mpirun -np 4 ./GridGen 4 32 32 32
-```
-Generator parameters are: `ng nx ny nz`
-where `ng=3` stands for Prismatic generator and
-`ng=4` for Cubic one,
-while `nx ny nz` are the mesh dimensions.
-
-File grid.pvtk (as well as grid_X.vtk with X=0,1,2,3) will appear in the current directory.
-Run
-`paraview --data=grid.pvtk`
-and try the following tags in objects to display:
-- `P_OWNER_PROCESSOR` – partitioning to processors
-- `GLOBAL_ID` – global cell ID number
-
-### Parallel Finite Volume Discretization
-
-This example uses simple two-point FVM scheme to solve Laplace's equation in unit cube domain.
-```
-cd ../FVDiscr
-mpirun -np 4 ./FVDiscr ../GridGen/grid.pvtk A.mtx b.rhs
-```
-Files result.pvtk (as well as result_X.vtk with X=0,1,2,3) and A.mtx b.rhs will appear in the current directory.
-Run
-`paraview --data=result.pvtk`
-and try the following tags in objects to display:
-- `Solution` – the solution to the problem
-- `K` – tensor K (constant equal to 1 in this example)
-
-### Solve the Matrix stored in mtx format
-
-This example solves the linear system using different solvers.
-```
-cd ../MatSolve
-mpirun -np 4 ./MatSolve 0 ../FVDiscr/A.mtx ../FVDiscr/b.rhs
-```
-Solution time and the true residual will output to the screen.
-The first parameter selects the solver:
-- `0` – INMOST ILU2
-- `1` – INMOST MLILUC
-- `2` – ANI3D
-- `3` – PETSc
-
-### Other Examples
+## User's guide
+Refer to https://github.com/INMOST-DEV/INMOST/wiki for general guides.
 
-There are other examples:
-```
-DrawGrid
-DrawMatrix
-OctreeCutcell
-OldDrawGrid
-Solver
-```
-which can be used without warranty.
+## Doxygen documentation
+Doxygen-generated documentation is available online at http://dodo.inm.ras.ru/inmost/docs/latest/html/