Chama Road Map

Current Tasklist

1. Insert into the Database for both python files (Generate Chama Inputs is currently working. Chama Opt is in progress.)
   1. Modify code so that it uses manage.py to run the scripts.
   2. Clean up the code.
2. Make Runs with database.
   1. Put the Runs made with he database into the Chama One Note.
      1. The Chama One Note has been started right now there are no runs in the one note as I am going to use the results for the database.
3. Minimize Damage this is what I was working on before the database stuff started.
   1. Once I know how to model this we will have 8 more formulated runs.
   2. This will also be testing the Land Vs Node/Pipe.
4. Once the Process on how to make each run has been defined then we can figure out how to automate them and setup the Django project front end.

Runs

Scenario ID	Optimization Approach	Rainfall Type	Chama Formulation
1	Minimize Detection Time	Single rain gage and a single plume	Impact
2	Minimize Damage (contaminated land)	Single rain gage and a single plume	Impact
3	Minimize Damage (contaminated pipes)	Single rain gage and a single plume	Impact
4	Minimize Detection Time	Single rain gage and multiple plumes	Impact
5	Minimize Damage (contaminated land)	Single rain gage and multiple plumes	Impact
6	Minimize Damage (contaminated pipes)	Single rain gage and multiple plumes	Impact
7	Minimize Detection Time	Multiple rain gages and a single plume	Impact
8	Minimize Damage (contaminated land)	Multiple rain gages and a single plume	Impact
9	Minimize Damage (contaminated pipes)	Multiple rain gages and a single plume	Impact
10	Minimize Detection Time	Multiple rain gages and multiple plumes	Impact
11	Minimize Damage (contaminated land)	Multiple rain gages and multiple plumes	Impact
12	Minimize Damage (contaminated pipes)	Multiple rain gages and multiple plumes	Impact
13	Maximize Monitored Area	Single rain gage and a single plume	Coverage
14	Maximize Monitored Area	Single rain gage and multiple plumes	Coverage
15	Maximize Monitored Area	Multiple rain gages and a single plume	Coverage
16	Maximize Monitored Area	Multiple rain gages and multiple plumes	Coverage
17	Minimize Scenario-Detection Time	Single rain gage and a single plume	Scenario-time coverage
18	Minimize Scenario-Detection Time	Single rain gage and multiple plumes	Scenario-time coverage
19	Minimize Scenario-Detection Time	Multiple rain gages and a single plume	Scenario-time coverage
20	Minimize Scenario-Detection Time	Multiple rain gages and multiple plumes	Scenario-time coverage

For each network there will only be 4 unique INP files right now. These inp files are all very similar. The inp files are:

1. Single Rain gage Single Plume
2. Single Rain gage Multiple Plume
3. Multiple Rain gage Single Plume
4. Multiple Rain gage Multiple Plume

Where we are measuring the contaminate.

The are only 2 locations where we are going to measure the contaminate at.

1. Land
2. Node(This includes Pipes as well.)

The Land contaminate will be measured at the Subcatchment as we need to measure the output buildup and that value is at subcatchment level. This will mean a change to the locations of sensors where the sensors are currently being placed at the outlet of a subcatchment (This is a junction) The sensor will be placed at the subcatchment instead.

Chama Formulation

1. Impact
2. Coverage

Optimization Approach

1. Minimize Detection Time
2. Minimize Damage
3. Maximize Monitored Coverage area
4. Minimize Scenario Detection Time

Current Runs that we have defined

• Scenario 1
• Scenario 2
• Scenario 3
• Scenario 4
• Scenario 5
• Scenario 6
• Scenario 7
• Scenario 8
• Scenario 9
• Scenario 10
• Scenario 11
• Scenario 12
• Scenario 13
• Scenario 14
• Scenario 15
• Scenario 16
• Scenario 17
• Scenario 18
• Scenario 19
• Scenario 20