OMS Summer School 2016 - What we actually did

This is what we actually did at the Summer School on OMS3. Here you will find slides and material (actually, it is already presented in the Colorado State University site), but I will document here a little more.  (The material of the Winter School 2019 is quite more informative that this, which is left however for completeness)

Instructors

Wuletawu Abera (University of Trento, Italy)
Olaf David (Colorado State University, Fort Collins, US)
Giuseppe Formetta (Centre for Ecology and Hydrology, Wallingford, UK)
Tim Green (Agricultural Research Service, Fort Collins, US)
Greg McMaster (Agricultural Research Service, Fort Collins, US)
Scott Peckham (University of Colorado, Boulder, US)
Riccardo Rigon (University of Trento, Italy)
Francesco Serafin (University of Trento, Italy)
Marialaura Bancheri (University of Trento, Italy) 

Monday -  Introduction, Component-based Modeling Concepts 

09:00 - 12:30 Scope of the class

• Class introduction (Rigon) - I could not be present, so someone talk in my place. 

          I think what I would have to tell you is here.

• Introduction into component-based Modeling(Peckham) Presentation1, Presentation2 

          Other information on Naming things in hydrology is here. However, Scott's                presentation 2 is pretty informative.

• Introduction into OMS (David) Presentation

14:00 - 17:30 Getting Started with OMS(David)

• Software Installation Instructions 
• 'Hello World' Example Example 
• Component Development Presentation

Tuesday -  OMS Introduction

09:00 - 12:30 

• Component Integration (David)  Presentation 
• The Water tank example (Peckham, David) 

        watertank.pdf, watertank.zip, watertank_example.pdf

      The water tank  example is very simple, but very illustrative of what a model is. Today there is a         tendency to think lumped models as a set of tanks with rules for moving water. I will do a post             soon for it.

14:00 - 17:30 OMS Basic Building Blocks (cont.) Step By Step 

• Project structure, components, simulations, file formats, annotations, etc. (Overview, examples.zip )
• Simulation Development. (scripting, testing, component connectivity, Examples) 
• Thornwaite Waterbalance Model example

References: Annotations, DSL, CSV, OMSConsole

Wednesday Modeling Applications I

09:00 - 12:30 Hydrological modelling JGrass-NewAGE (Abera)

         Presentation, LWRB.zip, DMW.zip

14:00 - 17:30 Model calibration algorithms in NewAge-JGrass(Formetta)

        Presentation, prj-adige.zip, prj-snow.zip

References on JGrass-NewAGE can be found here. References on the Horton Machine can be found here. Maybe for most of you is a mystery what Pfafstetter numbering is. You can find information here. If someone has further doubts on components, they are documented on the GEOFRAME blog. If you do not have experience with calibration algorithms, you could start from some recent paper by Hoshin Gupta.

Addedum. Giuseppe added also a presentation of what he did on simulating landslides triggering with GEOtop (by embedding it in OMS3).

Thursday Modeling Applications II 

09:00 - 12:30 Agricultural Ecosystem Services (AgES) Watershed Model (Green)
      Presentation, Ages-Brazil.zip

• Model Description  
• How to run AgES in the OMS Console (Quick Start)
• Brazil case study (streamflow)
• Colorado, USA case study (distributed soil moisture)

AGEs is a "storages" based model, meaning that, as many other modern models, is based on the concept of intercommunicating storages. Physical contents are highly parameterised, but the model works. One of the model characteristic, which is common to other agricultural-oriented hydrological models, is the subdivision in small parcels with multiple communications among them (called Hydrologic Response Units). Interesting also the slides regarding the complexity of models.

14:00 - 17:30 Plant growth modeling with AgES (McMaster)

     Presentation

Starting with Java