More project creation information

README.md

@@ -57,23 +57,26 @@ In order to implement a new project, follow these steps:
    - Coupling and driving parameters are dynamic.
 2. Write custom versions of classes `DrumParameters` (everything that is static) and `DrumVariables`
 (everything that is dynamic) to accomodate these. Inspiration in `lib/drum_variables.hpp` and
-`lib/drum_parameters.hpp`.
-3. Write custom `Grabber` that extracts the relevant data (inspiration in `include/grabber.hpp`)
-4. Write custom child of `Force` to calculate the force.
+`lib/drum_parameters.hpp`. Take into account the information provided [here](#drumparams) and [here](#drumvars).
+3. Write custom `Grabber` that extracts the relevant data (inspiration in `include/grabber.hpp`).
+Take into account what's stated [here](#grabber).
+4. Write custom child of `Force` to calculate the force. For more information, have a look [here](#force).
 5. Write custom children of `Coupler` and `Driver` to correctly update the drive and couplings.
-6. If desired, write a custom child of `LatticeGenerator` to generate a custom lattice,
+Remember to read [this](#coupler) and [this](#driver)
+6. If desired, write a custom child of `LatticeGenerator` to generate a custom lattice (have a look [here](#latticegenerator)),
 or use the generator `projects/braidingTightBinding/include/rbcomb_generator_braid.hpp` to
-create the RBComb.
+create the RBComb. When working with lattices, always keep in mind the [neighbour ordering convention](#noc)
+and the [inexistent neighbour convention](#inc).
 7. If desired, write a child of `MatrixElementCalculator` to calculate matrix elements
-for the dynamic matrix.
-8. Check the unit tests (`unit_tests`) or other projects to see how a `main.cpp` could be
+for the dynamic matrix. See more information [here](#mec).
+8. Check the [unit tests](#UT) or other projects to see how a `main.cpp` could be
 constructed.
 
 Hints for organizing, building and running simulations
 1. Use a Makefile.
    - The framework should be compiled with c++ 2a.
    - The `Diagonalizer` requires LAPACK to be linked.
-   - Get inspiration from other projects.
+   - Get inspiration from other projects and [unit tests](#UT).
 2. Organize executables in `bin`
 3. Store data and plots in subfolders of `results`