Changes between Version 3 and Version 4 of DevelopmentActivities/Multi-tiling

Timestamp:

2019-07-03T10:21:54+02:00 (5 years ago)

Author:

cottle

Comment:

--

DevelopmentActivities/Multi-tiling

@@ -4 +4 @@
 During the ORCHIDEE retreat in May 2019, it was decided to move forward with multi-tiling developments in ORCHIDEE. A working group of interested was formed, and we will keep this page designated to the discussion and implementations concerning these developments.
 
-== Brain storming on multi-tiling developments ==
-As agreed on during the meeting on 26/6 2019, a brain storming phase were decided to aid us in deciding our needs in relation to multi-tiling implementation. Thus, everybody is welcome to make comments and suggestions in this section.
+== Brainstorming on multi-tiling developments ==
+As agreed on during the meeting on 26/6 2019, a brainstorming phase was decided to aid us in deciding our needs in relation to multi-tiling implementation. Thus, everybody is welcome to make comments and suggestions in this section.
 
 == Meeting of 26/06/2019 ==
@@ -11 +11 @@
 '''Present:'''  Anthony Bernus, Agnès Ducharne, Anne Sofie Lansø, Catherine Ottlé, Chao Yue, Frederique Cheruy, Josefine Ghattas, Jan Polcher, Martin Menegoz, Nicolas Vuichard, Philippe Peylin, Vladislav Bratiskov
 
-After a short summary/introduction on the current status of the developments in ORCHIDEE, the discussions commenced. Although coupling to the atmosphere is acknowledged to be important and needs prioritizing, we agreed to start by focusing on the changes in ORCHIDEE itself in relation to multi-tiling implementations. JP did mention an interesting paper for the atmospheric coupling (DeVries paper 2016).
+After a short [summary/introduction] on the current status of the developments in ORCHIDEE, the discussions commenced. Although coupling to the atmosphere is acknowledged to be important and needs prioritizing, we agreed to start by focusing on the changes in ORCHIDEE itself in relation to multi-tiling implementations. JP did mention an interesting paper for the atmospheric coupling (DeVries paper 2016).
 
 '''Flexibility'''