How to export the results of Cantera to Excel

[m T]

Hello,

I try to simulate at ic_engine.py.

I'd like to export calculation results of Cantera to Excel or CSV file.

Calculation results mean efficiency, co emission ,etc...

Can anyone teach me?

Thank you.

[Bryan Weber]

Hi,

That entirely depends on how you've saved the calculations. Cantera generally relies on NumPy to provide array support, which has a method to save data to CSV. Cantera's SolutionArray also has a write_csv method. It's hard to be more specific without more details though. Can you attach a minimal script that shows how you're calculating what you want to save?

Best,
Bryan

[m T]

Hello, 

Thank you for reply.

I use Cantera example named ic_engine.py as it is. (https://cantera.org/examples/python/reactors/ic_engine.py.html)

I want to save result of simulation and conditions set by myself.

I will attach a pdf. It is excel on pdf, but of course CSV is also acceptable.

 If you want to know more information, please do not hesitate to tell me.

Thank you.

2022年6月18日土曜日 3:48:58 UTC+9 bryan....@gmail.com:

[Ingmar Schoegl]

Hi,

If you look at the example, the solution values are stored in a `SolutionArray` called 'states', which can be written directly to a CSV file using the 'write_csv' method - see documentation here: https://cantera.org/documentation/docs-2.6/sphinx/html/cython/importing.html#cantera.SolutionArray

For anything else, there currently does not exist a capability of saving test parameters automatically - you'd have to implement that yourself (using standard Python approaches).

-is-

[m T]

Hello,

I have exported T(Cylinder temperature),P(Cylinder pressure) and X(Concentration of each component) to CSV file thanks to you.

Then, I want to know relation of Cylinder temperature and Clank Angle(°CA).

Could you tell me how to add Clank angle data to CSV?

Thank you.

2022年7月5日火曜日 21:46:08 UTC+9 Ingmar Schoegl:

[m T]

I did it, thank you

2022年7月26日火曜日 17:29:18 UTC+9 m T:

[AMIT SINGH]

Hi m T,

I am new to Cantera. I was running a free flame case and wanted to save to the kinetic rate of reaction at each step/location. Can you help me with this?