I'm in the process of converting a PV 1000e project for use on a PanelView Plus 1250. Unfortunately, I don't have the PV+ for testing, but I need to get the project as close to ready-to-run as possible. I've done these conversions before, so I'm fairly comfortable with the overall process, but have one question:
I have a number of multi-state indicators that use 2 - 3 bits from a block transfer for their state. So, in my enhanced PV, the addresses were (for example):
B06 04/00-04/02
B06 04/03-04/05
B06 04/06-04/07
There are too many of these to give them their own word (or byte) in the block transfer, I need to keep them "bit-packed" like they are.
Can the PV+ address 2-3 bits in a word directly like this and assign them to a tag that I can use for the data source for my multistate indicators, or am I going to have to write a macro to mask and bit-shift every tag into it's own analog memory tag?
I was hoping to be able to do something like:
[PVRIO]B6 04/00-04/02
[PVRIO]B6 04/03-04/05
etc...
But, without the ability to test before hand, I don't know if it's going to work, and I won't have time later to creat the monster macro that will parse it all out for me.
Thanks,
John
I have a number of multi-state indicators that use 2 - 3 bits from a block transfer for their state. So, in my enhanced PV, the addresses were (for example):
B06 04/00-04/02
B06 04/03-04/05
B06 04/06-04/07
There are too many of these to give them their own word (or byte) in the block transfer, I need to keep them "bit-packed" like they are.
Can the PV+ address 2-3 bits in a word directly like this and assign them to a tag that I can use for the data source for my multistate indicators, or am I going to have to write a macro to mask and bit-shift every tag into it's own analog memory tag?
I was hoping to be able to do something like:
[PVRIO]B6 04/00-04/02
[PVRIO]B6 04/03-04/05
etc...
But, without the ability to test before hand, I don't know if it's going to work, and I won't have time later to creat the monster macro that will parse it all out for me.
Thanks,
John