In the way you are specifying a time series to Import, connect the output of Sequence to both the start and end inputs to Import. It will then read one time step for each execution of the Sequencer. The default for Import doesn't expose those inputs. For this any other module with lots of optional inputs, bring up the CDB (configuration dialog box) by double-clicking on the icon in the VPE. Then hit the expand button. You'll then see a list of item, which may be scrollable depending on the length and how big you have made the CDB. You can then expose the inputs so that you can connect them.
Alternatively, if you read in the whole time series, which you may have done, then you can use a second Select, whose second input is connected to the output of Sequencer. "Frederick R. Phelan Jr." <[EMAIL PROTECTED]>@opendx.watson.ibm.com on 04/12/2001 12:03:52 PM Please respond to [email protected] Sent by: [EMAIL PROTECTED] To: [email protected] cc: Subject: [opendx-users] Sequencer Question I want to use a sequencer to look at an animation of scalar time series data, but I can't figure out where to put it! My network is something like this: IMPORT | SELECT <- SELECTOR <- STRINGLIST {This selects what scalar component to display} | AUTOCOLOR | ISOSURFACE | IMAGE For 1 time series, works great. But I can't figure out how to tell it to look at the other data in the time series when there is more than one. Where would I put a sequencer?? I am importing data from a .general file which looks like: {header} end {time series 1: velocity, pressure, other scalars, ...} {time series 2: velocity, pressure, etc.} ... {time series NS: velocity, pressure, etc.} Thanks, Fred PhelanFrederick R. Phelan Jr., Ph.D. Multiphase Materials Group Polymers Division National Institute of Standards and Technology NIST, Bldg. 224/Rm. B108 100 Bureau Dr., STOP 8543 Gaithersburg, MD 20899-8543 301.975.6761 (VOX) 301.975.4932 (FAX) [EMAIL PROTECTED] http://www.nist.gov/frederick_phelan grid = "N" x "M" field = VELOCITY, PRESSURE interleaving = field structure = 2-vector, scalar type = float, float series = "NS" majority =column positions = 0.0E+00 , 0.1E+00 , 0.0E+00 , 0.1E+0 0
