You could have another data set that outlines the correct range...
Edward Lee
At 12:25 PM 2/15/2006, Ryan wrote:
Hi all,
I am trying to use ptplot to create a dynamically updating graph which
displays the chest compression depth of a CPR doll in real time. One
of the things I was hoping to do
Links are not objects in the Ptolemy II abstract syntax.
Relations are objects...
Relations contain a list of references to ports that they
are linked to, and the ports contain a list of the relations
that they are linked to.
Edward
At 02:25 PM 2/15/2006, Chad Berkley wrote:
Hi,
I'm trying t
Why not set the parameter values as follows:
This looks to me like a rather non-orthogonal design.
Why not have:
a1 = something
a3 = 0 or 1 ortrue or false(depending on semantics)
then calculate what you now call a2:
a2 = 2*a1 + a3
Edward
At 10:36 AM 2/15/2006, Kevin Ruland
I use the List CompositeEntity.relationList() method to obtain the
relations within a CompositeEntity. Once I have a relation from this
list, I iterate over the ports linked to the relation using the
Relation.linkedPortList().
Chad Berkley wrote:
Hi,
I'm trying to find a programatic way t
Hi Ryan,
The easiest way would be to use two datasets,
one for the correct data and one for the incorrect data.
A more complex way would be to hack up ptolemy.plot.Plot
so that it changes the background colors. This could
get tricky, since you want it to zoom properly.
Another way would be to s
Hi,
I'm trying to find a programatic way to access the links that are
contained in a composite. The only method I see that kind of does this
is CompositeEntity.exportLinks() which just returns a string moml
description of the links, but no objects. Is there a way to get an
object representa
Hi all,I am trying to use ptplot to create
a dynamically updating graph whichdisplays the chest compression depth of a
CPR doll in real time. Oneof the things I was hoping to do was have a
"correct range" ofcompression represented by a green background with the
rest of thebackground being r
Hi all,
We have a number of actors which require certain conditions to be
satisfied by attributes as a collection. For sake of example, suppose
we have two attributes a1, a2 which are integers. And the following
conditions must hold:
a1 = 1 <=> a2 = 1, 2
a1 = 2 <=> a2 = 3, 4
You get the i