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Hi all, I'm trying to learn how to build my own table-driven dynamics model, and it's very daunting to get started. I feel that I would learn the best from an incredibly simple example.

Basically, I'm requesting if someone is willing to help out by writing all of the necessary FORTRAN to build a dynamics model that could:

If a bus (hard-coded, say 999) voltage falls below 0.9 pu, instantaneously trip a branch (hard-coded, say 999 to 888 ckt "1"), and print out to the PSSE output that it was tripped.

Is anyone up for the challenge?

Hi all, I'm trying to learn how to build my own table-driven dynamics model, and it's very daunting to get started. I feel that I would learn the best from an incredibly simple example.

Basically, I'm requesting if someone is willing to help out by writing all of the necessary FORTRAN to build a dynamics model that could:

If Check if a bus (hard-coded, say 999) voltage falls below 0.9 pu, instantaneously trip a branch (hard-coded, say 999 to 888 ckt "1"), and print out to the PSSE output that it was tripped.tripped. If bus voltage is above, do nothing

Is anyone up for the challenge?

Hi all, I'm trying to learn how to build my own table-driven dynamics model, and it's very daunting to get started. I feel that I would learn the best from an incredibly simple example.

Basically, I'm requesting if someone is willing to help out by writing all of the necessary FORTRAN to build a dynamics model that could:

Check if a bus (hard-coded, say 999) voltage falls below 0.9 pu, instantaneously trip a branch (hard-coded, say 999 to 888 ckt "1"), and print out to the PSSE output that it was tripped. If bus voltage is above, do nothing

Is anyone up for the challenge?