Hello Bradley
You could make the channel name an argument to your program.
This should work:
/* Sample Program */
program sncExample("PV=xxx")
option +r; /* reentrant */
float pv;
assign pv to "{PV}";
ss ss {
state one {
pv = 1;
pvPut(pv);
} state two
state two {
pv = 2;
pvPut(pv);
} state one
}
in your startup:
seq sncExample, "T=magnet1"
seq sncExample, "T=magnet2"
Regards,
Matthieu
On 9/22/11 8:53 AM, Bradley Pietrzak wrote:
Hello,
The state notation language program shown below runs successfully.
"magnet1" and "magnet2" are nothing more than simple analog inputs.
Clearly, state sets one and two are identical, except for the process
variables on which they operate. Ultimately, I'd like to combine the
two state sets into a single state set which can operate on either pv1
or pv2, depending on which of the two variables I "pass" into it.
Does the state notation compiler allow for such functionality? Any
help would be greatly appreciated.
Thanks,
Bradley Pietrzak
Indiana University Center for the Exploration of Energy and Matter
/* Sample Program */
program sncExample
float pv1;
assign pv1 to "magnet1";
float pv2;
assign pv2 to "magnet2";
ss ss1 {
state one {
pv1 = 1;
pvPut(pv1);
} state two
state two {
pv1 = 2;
pvPut(pv1);
} state one
}
ss ss2 {
state one {
pv2 = 1;
pvPut(pv2);
} state two
state two {
pv2 = 2;
pvPut(pv2);
} state one
}
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