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Comment: Migration of unmigrated content due to installation of a new plugin
h2. Summary Pre
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Summary
Pre condition: 
...
 The 
...
 user 
...
 has 
...
 two 
...
 schematizations
  • a InfoWorks CS schematization for Mexico city that offers flow, water level in 100000 locations and accepts flow and water level in 20000 locations. Each quantity offered can be modified by two operations.
  • a MIKE 11 schematization for the Rio Grande river system that offers flow, water level, velocity, flow area and flow with in 50000 locations and accepts inflow in 50000 locations. Each quantity offered can be modified by two operations.
Target: The user wants to create a linked configuration where the two models are bi-directionally linked in 4 locations.
Succes criterea: User creates the configuration with 8 links in total in less than 2 minutes.
Steps:
1) Start OmiEd
 2) Add model "InfoWorks, Mexico City"
 3) Add model "MIKE 11, Rio Grande"
 4) Add link (InfoWorks, Flow, Location 1, linear tranformation -1*x + 0) -> (MIKE 11, Inflow, Location 1)
 5) Add link (MIKE 11, Water Level, Location 1, linear transformation x-10) -> (InfoWorks, Stage, Location 1)
 6-11) Repeat 4-5 for Location 2, Location 3, Location 4.
 12) Save the configuration
How to address in Version 1
Step 4) Choosing Add link will populate the link dialog. This will propulate two tree-views. 
  • On left-handside the output exchange item list contains 400000 (InfoWorks) elements (2 quantities * 100000 locations * 2 operations).
  • On the right handside the input exchange item list contains 50000 (MIKE 11) elements (1 quantity * 50000 locations)
     After the population of the lists the user have to pick 1 out of 400000 and 1 out of 50000.
Step 5) Choosing Add link will populate the link dialog. This will propulate two tree-views. 
  • On left-handside the output exchange item list contains 500000 (MIKE 11) elements (5 quantities * 50000 locations * 2 operations).
  • On the right handside the input exchange item list contains 40000 (InfoWorks) elements (2 quantity * 20000 locations)
     After the population of the lists the user have to pick 1 out of 500000 and 1 out of 40000.
Drawbacks
After step 11) OmiEd will have poulated (400000 + 50000 + 500000 + 40000)*4 = 3960000 treview elements and MIKE 11 and InfoWorks will together have generated all these.
Hardly doable in 2 minutes?
How to address in Version 2
Present ideas in any form how you'd expect it to work in the OpenMI 2.0

* a Info works CS schematization for Mexico city that offers flow, water level in 100000 locations and accepts flow and water level in 20000 locations. Each quantity offered can be modified by two operations.
* a MIKE 11 schematization for the Rio Bravo river system that offers flow, water level, velocity, flow area and flow with in 50000 locations and accepts inflow in 50000 locations.  Each quantity offered can be modified by two operations.

Target: The user wants to create a linked configuration where the two models are bi-directionally linked in 4 locations.


 (20000 input exchange items, 107000 output items) and the 
_Explain typical components which need to be connected in a generic way (not OpenMI-specific) and data which should be connected._
_Explain typical scenario with all steps required to run all these components together._
_Describe data flows data structures involved at configuration and run-time._

h2. How to address in Version 1

_Describe how you'd approach above mentioned use case in terms of OpenMI 1.0. Example source code can be listed using \{code\} macro._

h3. Drawbacks

_List all possible problems that you may expect in version 1.x of OpenMI._

h2. How to address in Version 2

_Present ideas in any form how you'd expect it to work in the OpenMI 2.0_


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