From 6f1b94fee54a4fa30bb92a221dca8b92e1829875 Mon Sep 17 00:00:00 2001
From: Jussi Enkovaara <jussi.enkovaara@csc.fi>
Date: Mon, 2 Jul 2018 23:58:53 +0300
Subject: [PATCH] Prefer bold?
---
README.md | 14 +++++++-------
1 file changed, 7 insertions(+), 7 deletions(-)
diff --git a/README.md b/README.md
index 2ecf6a6..9f51459 100644
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## Exercises
- [Hello world](hello-world) Simplest possible MPI program (C, Fortran and
- Python versions). Level: *basic*
+ Python versions). Level: **basic**
- [Message exchange](message-exchange) Simple point-to-point communication
- (C, Fortran and Python versions). Level: *basic*
+ (C, Fortran and Python versions). Level: **basic**
- [Message chain](message-chain) Point-to-point communication in one
dimensional aperiodic chain. (C, Fortran and Python versions).
- Level: *intermediate*
+ Level: **intermediate**
- [Collective communciation](collectives) Basic collective communication
- patterns (C, Fortran and Python versions). Level: *basic/intermediate*
+ patterns (C, Fortran and Python versions). Level: **basic/intermediate**
- [Parallel I/O](parallel-io) Simple parallel I/O using Posix calls and
- MPI I/O (C and Fortran versions). Level: *basic/intermediate*
+ MPI I/O (C and Fortran versions). Level: **basic/intermediate**
- [User defined datatypes](datatypes) Communication of non-uniform data using
user defined datatypes (C, Fortran and Python versions).
- Level: *intermediate/advanced*
+ Level: **intermediate/advanced**
## Examples
- [Heat equation](heat-equation) A two dimensional heat equation solver which
is parallelized with MPI. The code features non-blocking point-to-point
communication, user defined datatypes, and parallel I/O with MPI I/O
- (C, Fortran and Python versions). Level: *advanced*
+ (C, Fortran and Python versions). Level: **advanced**
## How to contribute
--
GitLab