Hi Seongmo,

I am using following steps to add annotation to Catalyst,

1 - Create a ProgrammableFilter
2 - Add following code to it (don’t forget to modify epoc)

import paraview.simple
import paraview.servermanager
import datetime
import locale

# get output port and copy it to input
out = self.GetOutput()
out.ShallowCopy(self.GetInput())

# define epoc
locale.setlocale(locale.LC_TIME, "en_US")
epoc = datetime.datetime(1949, 12, 1, 0, 0, 0)

# get time value
tval = self.GetInput().GetInformation().Get(out.DATA_TIME_STEP())

# find time by adding hours
#t1 = epoc+datetime.timedelta(seconds=tval)
t1 = epoc+datetime.timedelta(hours=tval)
tstr = t1.strftime(“%d-%b-%Y %H:%M:%S UTC")

# output
label = vtk.vtkStringArray()
label.SetNumberOfComponents(1)
label.Resize(1)
label.SetName("TimeLabel")
label.SetValue(0, t1)
out.GetFieldData().AddArray(label)

3 - Add AnnotateGlobalData1 and select “TimeLabel” as array (needs MergeBlocks filter in case of multiblock datasets)

You could modify the section related with generation of time string for your needs. I hope it helps.

Regards,

--ufuk

On 25.01.2018 00:56, Andy Bauer wrote:
Hi Seongmo,

Please keep the conversations on the mailing list so that anyone can follow along or participate. Also, these types of things often get lost in my inbox when they don't make it back to the ParaView mailing list.

What version of ParaView Catalyst are you using? I think the annotate time filter should work with Catalyst but I haven't verified that. I vaguely remember others using that filter with Catalyst though. Also, I think the colormap bug was fixed. If you have a way of sharing a sample that demonstrates either of those bugs I can try taking a look at the issue.

Best,
Andy

On Thu, Jan 18, 2018 at 6:40 PM, Seong Mo Yeon <seongmo.y...@gmail.com <mailto:seongmo.y...@gmail.com>> wrote:

    Dear Andy Bauer

    I have a quick question.
    Is it possible to have annotate time filter processed in catalyst
    adaptor? Current my code cannot that filter.

    BTW, image extracted from catalyst looks different from render
    view of paraview at the time of writing a script. e.g., pressure
    colormap legend is missing.

    Regards
    Seongmo

    On 2018년 1월 18일 AM 1:17 +0900, Andy Bauer <andy.ba...@kitware.com
    <mailto:andy.ba...@kitware.com>>, wrote:
    Hi,

    My guess is that the TimeStep isn't getting set properly in the
    adaptor (though it looks like it should be in
    "dataDescription->SetTimeData(runTime.value(),
    runTime.deltaTValue());"). My suggestion would be to add in the
    following to either the RequestDataDescription() or
    DoCoProcessing() methods in the python script to see what
    Catalyst thinks the time step is:
        print("In script2.py, the data time step is ",
    datadescription.GetTimeStep())


    On Wed, Jan 17, 2018 at 9:57 AM, SeongMo <seongmo.y...@gmail.com
    <mailto:seongmo.y...@gmail.com>> wrote:

        Hi,

        I wrote a OpenFOAM adaptor for Catalyst.

        In the ParaView, the connection is made good and shows
        filtered flow field as written in the python script.

        However, filename_%t and image_%t is not expanded as time
        marching but just write filename_0 and image_0.png.

        As far as I know, %t should be replaced with current time as
        given in dataDescription->SetTimeData.

        Any help would be appreciated.


        FYI, python script is attached and snippet of my OpenFOAM
        Adaptor code for Catalyst is as follows:

        // icoFoam.C

        #ifdef USE_CATALYST
            Foam::HashTable<string> options = args.options();
            IStringStream is(options["scriptList"]);
            wordList scriptList = readList<word>(is);
            OFAdaptor::Initialize(scriptList, mesh);
        #endif
            while (runTime.loop())
            {
                runTime.write();
        #ifdef USE_CATALYST
                OFAdaptor::CoProcess(mesh, runTime);
        #endif
            }
        #ifdef USE_CATALYST
            OFAdaptor::Finalize();
        #endif


        // OFAdaptor.C

        void CoProcess(Foam::fvMesh& mesh, Foam::Time& runTime)
        {
        vtkNew<vtkCPDataDescription> dataDescription;
        dataDescription->AddInput("input");
        dataDescription->SetTimeData(runTime.value(),
        runTime.deltaTValue());
               if (runTime.end())
               {
                   // assume that we want to all the pipelines to execute
                   // if it is the last time step
        dataDescription->ForceOutputOn();
               }
               if
        (Processor->RequestDataDescription(dataDescription.GetPointer())
        != 0)
               {
        Foam::polyMesh::readUpdateState meshState = mesh.readUpdate();

                   if(meshState != Foam::polyMesh::UNCHANGED)
                   {
                       BuildVTKGrid(mesh);
                   }
                   UpdateVTKAttributes(mesh);
        
dataDescription->GetInputDescriptionByName("input")->SetGrid(multiBlockDataSet);
        Processor->CoProcess(dataDescription.GetPointer());
               }
        }


        --
        SeongMo Yeon, Ph.D, Senior Engineer
        Offshore Hydrodynamics Research
        SAMSUNG HEAVY INDUSTRIES CO., LTD.
        Central Research Institute
        E-mail : seongmo.y...@gmail.com <mailto:seongmo.y...@gmail.com>
        Tel :
        --------------------------------------------------------
        Fluctuat nec mergitur


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