View Revisions: Issue #543
| Summary | 0000543: Add support for declaration of Observers from within METHODs | ||
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| Revision | 2012-04-10 05:06 by john | ||
| Description | Setting up observers for often-used models is a bit tedious. It would be helpful if observers and/or studies (STUDY) would be possible from within the METHODS section of a model. Possibly this would have to be implemented using something similar to the 'slvreq' functionality, which currently supports the 'SOLVER', 'SOLVE' and 'OPTION' commands. METHOD on_load FIX T; (* declare the observer *) OBSERVE T, p, h, s; (* perform a study *) STUDY T := 273.15 {K} .. 873.15 {K} WITH 100 LINEAR RUN on_load; END on_load; -- or -- METHOD on_load FIX T; (* declare the observer within the study statement... *) STUDY T, p, h, s FOR T IN 273.15{K}..873.15{K} STEPS 100 LINEAR RUN on_load; END on_load; Whether this is the best approach, or whether something more Pythonised is a good move is not yet clear. Design discussion needed before we could proceed with this one. |
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| Revision | 2012-04-10 05:04 by john | ||
| Description | Setting up observers for often-used models is a bit tedious. It would be helpful if observers and/or studies (STUDY) would be possible from within the METHODS section of a model. Possibly this would have to be implemented using something similar to the 'slvreq' functionality, which currently supports the 'SOLVER', 'SOLVE' and 'OPTION' commands. METHOD on_load FIX T; (* declare the observer *) OBSERVE T, p, h, s; (* perform a study *) STUDY T := 273.15 {K} .. 873.15 {K} WITH 100 LINEAR RUN on_load; END on_load; Whether this is the best approach, or whether something more Pythonised is a good move is not yet clear. Design discussion needed before we could proceed with this one. |
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