Fluent throwing out Ansys.Fluent.Cortex.CortexNotAvailableException when reading a mesh

hkboondogglehkboondoggle Member Posts: 19

Hi, I have just set up a Ansys Workbench client and was running an online tutorial test case to verify if everything is in working order.

Upon launching Fluent to read the mesh file, Workbench throws out the following error with Fluent being immediately terminated:

**********

Ansys.Fluent.Cortex.CortexNotAvailableException: Exception of type 'Ansys.Fluent.Cortex.CortexNotAvailableException' was thrown.

 at Ansys.Fluent.Data.SetupData.GetCommunicator (Ansys.Core.Commands.IReadLockContainer context) [0x00063] in <37648c5cebbe4646a378b94b273531e9>:0 

 at Ansys.Fluent.Data.SetupData.ReadCaseModelInfo (Ansys.Core.Commands.IFullContext context) [0x005df] in <37648c5cebbe4646a378b94b273531e9>:0 

 at Ansys.Fluent.Data.SetupData.ReadMeshAndModelInfo (Ansys.Core.Commands.IFullContext context) [0x0008a] in <37648c5cebbe4646a378b94b273531e9>:0 

 at Ansys.Fluent.Data.SetupData.LoadFiles (Ansys.Core.Commands.IFullContext context) [0x00000] in <37648c5cebbe4646a378b94b273531e9>:0 

 at Ansys.Fluent.Commands.EditCommand.Execute (Ansys.Core.Commands.IFullContext context) [0x000ad] in <37648c5cebbe4646a378b94b273531e9>:0 

 at Ansys.Core.Commands.Concurrency.CommandWorkUnit.executeInContext (Ansys.Core.Commands.CommandContext subContext, Ansys.Core.Commands.Concurrency.IExecutionEngineCallback tracer) [0x00075] in <d828b6fcf15d46a584f876836a55f4f7>:0 

--- Ansys.Core.Commands.CommandFailedException: Exception of type 'Ansys.Fluent.Cortex.CortexNotAvailableException' was thrown.

CommandName: Fluent.Edit(Container="Setup")

 at Ansys.Core.Commands.CommandAsyncResult.RethrowFailureException (System.Exception e) [0x0000c] in <d828b6fcf15d46a584f876836a55f4f7>:0 

 at Ansys.Core.Commands.CommandAsyncResult.Wait (System.Int32 milliSecondsTimeout, System.Boolean exitContext) [0x000ae] in <d828b6fcf15d46a584f876836a55f4f7>:0 

 at Ansys.Core.Commands.CommandAsyncResult.Wait () [0x00000] in <d828b6fcf15d46a584f876836a55f4f7>:0 

 at Ansys.Fluent.Commands.EditCommand.InvokeAndWait (Ansys.Core.Commands.IProtectedContext context, Ansys.Core.DataModel.ProjectSystem.DataContainerReference Container, System.Boolean Interactive) [0x0002b] in <37648c5cebbe4646a378b94b273531e9>:0 

 at Ansys.Fluent.Gui.GuiUtilities.GetLauncherSettingsAndEdit (Ansys.UI.GuiOperationContext operationContext, Ansys.Core.DataModel.ProjectSystem.DataContainerReference cref, Ansys.Fluent.Cortex.LauncherEditMode editMode) [0x00169] in <7d056a23d6b741e8a489ce945d1190a7>:0 

 at Ansys.Fluent.Gui.OpenInFluentGui.Invoke (Ansys.UI.GuiOperationContext context) [0x00546] in <7d056a23d6b741e8a489ce945d1190a7>:0 

 at Ansys.UI.GuiOperationContext.Invoke (Ansys.UI.GuiOperationMetaData operationData) [0x00007] in <ef5c6613ca4944fab6534803f59106a3>:0 

 at Ansys.UI.UIManager+<InvokeOperation>c__AnonStorey0.<>m__0 () [0x00037] in <ef5c6613ca4944fab6534803f59106a3>:0 

 at Ansys.UI.UIManager.InvokeOperationCore (System.String pseudoname, Ansys.UI.Views.View+OperationDelegate callback, System.Boolean allowOSMessages, System.Boolean coreTransaction, System.Boolean deferredRefreshOnly) [0x001ea] in <ef5c6613ca4944fab6534803f59106a3>:0 

*********

The mesh in question only involves a simple geometry (a 2D rectangle covered by ~12k triangular mesh elements), and the RAM has enough capacity when Fluent crashes.

Any help as to how to go about fixing this would be appreciated.

Below is an additional information of this client machine:


«1

Answers

  • RobRob UKForum Coordinator Posts: 8,371

    Can you launch Fluent from the command line on the machine? I can't see Ubunto on the supported operating system list, https://www.ansys.com/-/media/ansys/corporate/files/pdf/solutions/it-professionals/platform-support/ansys-platform-support-strategy-plans-february-2021.pdf?la=en&hash=4AF557938A11E30188525096885511015FD5900C so it's possible that some of the libraries aren't present. Fluent is native UNIX/LINUX so may work standalone.

  • hkboondogglehkboondoggle Member Posts: 19
    edited February 2

    Hi Rob, thanks for your prompt reply. I'm now verifying the installation of the necessary libraries.

    Meanwhile, we are thinking of migrating the Ansys License Manager into a Docker container within the ubuntu machine, by setting up a virtual image of the Ansys supported OS platform.  Would Ansys License Manager support such virtual environment hosting? And can it be launched using headless mode?

  • RobRob UKForum Coordinator Posts: 8,371

    Pass! @mmadore I just use the software, I no longer know how to configure the install on UNIX if it the autolauncher fails.

  • mmadoremmadore Ansys Employee Posts: 717

    @hkboondoggle The license manager will run with a virtual machine. If you or another contact at the university have access to the customer portal we offer this document specifically for the license manager requirements. It can be installed and run without a graphic interface using silent mode and command line.

    https://support.ansys.com/portal/site/AnsysCustomerPortal/template.fss?file=/ANSYS+Customer+Portal/staticassets/GettingStarted/2021R1/2021-R1-ANSYS-License-Manager-Server-Hardware-Network-Req.pdf


    Thank you,

    Matt

  • hkboondogglehkboondoggle Member Posts: 19

    Thanks Matt! I have just signed up in the customer portal and found the description of silent mode installation of License Manager. Though I am having trouble to find out documentation for OPERATING it silent mode.

    And about the issue of running Fluent on the Ubuntu client, I have gone through the list of pre-requested libraries and installed the missing ones except the following which are not available for Ubuntu at all:

    libfreebl3; libopenssl1; libz1

    When launching Fluent there is still a problem which now seems to be relating to MPI. I am saying this because the selection of MPI mode in the Fluent launcher is leading into different "symptoms".

    The console in Fluent is giving out the following error log for choosing MPI = [ Default ] :

    *********

    /ansys_inc/v202/fluent/fluent20.2.0/bin/fluent -r20.2.0 2ddp -pshmem -host -alnamd64 -t2 -mpi=intel -path/ansys_inc/v202/fluent -ssh -cx ASRC-CalSer01:38509:35817

    Starting /ansys_inc/v202/fluent/fluent20.2.0/lnamd64/2ddp_host/fluent.20.2.0 host -cx ASRC-CalSer01:38509:35817 "(list (rpsetvar (QUOTE parallel/function) "fluent 2ddp -flux -node -alnamd64 -r20.2.0 -t2 -pshmem -mpi=intel -ssh") (rpsetvar (QUOTE parallel/rhost) "") (rpsetvar (QUOTE parallel/ruser) "") (rpsetvar (QUOTE parallel/nprocs_string) "2") (rpsetvar (QUOTE parallel/auto-spawn?) #t) (rpsetvar (QUOTE parallel/trace-level) 0) (rpsetvar (QUOTE parallel/remote-shell) 1) (rpsetvar (QUOTE parallel/path) "/ansys_inc/v202/fluent") (rpsetvar (QUOTE parallel/hostsfile) "") )"

           Welcome to ANSYS Fluent 2020 R2

           Copyright 1987-2020 ANSYS, Inc. All Rights Reserved.

           Unauthorized use, distribution or duplication is prohibited.

           This product is subject to U.S. laws governing export and re-export.

           For full Legal Notice, see documentation.

    Build Time: May 29 2020 10:12:32 EDT Build Id: 10176  

        --------------------------------------------------------------

       This is an academic version of ANSYS FLUENT. Usage of this product

       license is limited to the terms and conditions specified in your ANSYS

       license form, additional terms section.

       --------------------------------------------------------------

    Host spawning Node 0 on machine "ASRC-CalSer01" (unix).

    /ansys_inc/v202/fluent/fluent20.2.0/bin/fluent -r20.2.0 2ddp -flux -node -alnamd64 -t2 -pshmem -mpi=intel -ssh -mport 127.0.1.1:127.0.1.1:46845:0

    Starting /ansys_inc/v202/fluent/fluent20.2.0/multiport/mpi/lnamd64/intel/bin/mpirun --rsh=ssh -f /tmp/fluent-appfile.asrc.148153 -genv FLUENT_ARCH lnamd64 -genv I_MPI_DEBUG 0 -genv I_MPI_PIN disable -genv I_MPI_ADJUST_REDUCE 2 -genv I_MPI_ADJUST_ALLREDUCE 2 -genv I_MPI_ADJUST_BCAST 1 -genv I_MPI_ADJUST_BARRIER 2 -genv I_MPI_ADJUST_ALLGATHER 2 -genv I_MPI_ADJUST_GATHER 2 -genv I_MPI_ADJUST_ALLTOALL 1 -genv I_MPI_ADJUST_SCATTER 2 -genv I_MPI_PLATFORM auto -genv PYTHONHOME /ansys_inc/v202/fluent/fluent20.2.0/../../commonfiles/CPython/3_7/linx64/Release/python -genv FLUENT_PROD_DIR /ansys_inc/v202/fluent/fluent20.2.0 -genv KMP_AFFINITY disabled -genv TMI_CONFIG /ansys_inc/v202/fluent/fluent20.2.0/multiport/mpi/lnamd64/intel/etc/tmi.conf -n 2 -host ASRC-CalSer01 /ansys_inc/v202/fluent/fluent20.2.0/lnamd64/2ddp_node/fluent_mpi.20.2.0 node -mpiw intel -pic shmem -mport 127.0.1.1:127.0.1.1:46845:0

    Fatal error in PMPI_Bcast: Invalid buffer pointer, error stack:

    PMPI_Bcast(2667)................: MPI_Bcast(buf=0x7febf668b010, count=433024, MPI_CHAR, root=0, comm=0x84000002) failed

    MPIR_Bcast_impl(1804)...........: fail failed

    MPIR_Bcast(1832)................: fail failed

    I_MPIR_Bcast_intra(2056)........: Failure during collective

    MPIR_Bcast_intra(1670)..........: Failure during collective

    MPIR_Bcast_intra(1638)..........: fail failed

    MPIR_Bcast_knomial(2274)........: fail failed

    MPIC_Recv(419)..................: fail failed

    MPIC_Wait(270)..................: fail failed

    PMPIDI_CH3I_Progress(623).......: fail failed

    pkt_RTS_handler(317)............: fail failed

    do_cts(662).....................: fail failed

    MPID_nem_lmt_dcp_start_recv(302): fail failed

    dcp_recv(165)...................: Internal MPI error! Cannot read from remote process

     Two workarounds have been identified for this issue:

     1) Enable ptrace for non-root users with:

      echo 0 | sudo tee /proc/sys/kernel/yama/ptrace_scope

     2) Or, use:

      I_MPI_SHM_LMT=shm

    Some compute-node processes or machines have crashed.

    Host process lost connection while reading. Fatal error!

    999999 (../../src/[email protected]): mpt_read: failed: errno = 11

    999999: mpt_read: error: read failed trying to read 4 bytes: Resource temporarily unavailable

     The fluent process could not be started.

    version> 

    *********

  • hkboondogglehkboondoggle Member Posts: 19

    And for selecting MPI = [ OpenMPI ] , it gives out another set of logging in console as shown below. From the description of the log, Fluent seems to be launched successfully and can recognize the settings and the names of the geometry groups of the mesh.

    *********

    /ansys_inc/v202/fluent/fluent20.2.0/bin/fluent -r20.2.0 2ddp -pshmem -host -alnamd64 -t2 -mpi=openmpi -path/ansys_inc/v202/fluent -ssh -cx ASRC-CalSer01:46115:37795

    Starting /ansys_inc/v202/fluent/fluent20.2.0/lnamd64/2ddp_host/fluent.20.2.0 host -cx ASRC-CalSer01:46115:37795 "(list (rpsetvar (QUOTE parallel/function) "fluent 2ddp -flux -node -alnamd64 -r20.2.0 -t2 -pshmem -mpi=openmpi -ssh") (rpsetvar (QUOTE parallel/rhost) "") (rpsetvar (QUOTE parallel/ruser) "") (rpsetvar (QUOTE parallel/nprocs_string) "2") (rpsetvar (QUOTE parallel/auto-spawn?) #t) (rpsetvar (QUOTE parallel/trace-level) 0) (rpsetvar (QUOTE parallel/remote-shell) 1) (rpsetvar (QUOTE parallel/path) "/ansys_inc/v202/fluent") (rpsetvar (QUOTE parallel/hostsfile) "") )"

           Welcome to ANSYS Fluent 2020 R2

           Copyright 1987-2020 ANSYS, Inc. All Rights Reserved.

           Unauthorized use, distribution or duplication is prohibited.

           This product is subject to U.S. laws governing export and re-export.

           For full Legal Notice, see documentation.

    Build Time: May 29 2020 10:12:32 EDT Build Id: 10176  

        --------------------------------------------------------------

       This is an academic version of ANSYS FLUENT. Usage of this product

       license is limited to the terms and conditions specified in your ANSYS

       license form, additional terms section.

       --------------------------------------------------------------

    Host spawning Node 0 on machine "ASRC-CalSer01" (unix).

    /ansys_inc/v202/fluent/fluent20.2.0/bin/fluent -r20.2.0 2ddp -flux -node -alnamd64 -t2 -pshmem -mpi=openmpi -ssh -mport 127.0.1.1:127.0.1.1:36989:0

    Starting fixfiledes /ansys_inc/v202/fluent/fluent20.2.0/multiport/mpi/lnamd64/openmpi/bin/mpirun --mca btl self,vader,tcp --mca btl_sm_use_knem 0 --prefix /ansys_inc/v202/fluent/fluent20.2.0/multiport/mpi/lnamd64/openmpi -x LD_LIBRARY_PATH --np 2 --host ASRC-CalSer01:2 /ansys_inc/v202/fluent/fluent20.2.0/lnamd64/2ddp_node/fluent_mpi.20.2.0 node -mpiw openmpi -pic shmem -mport 127.0.1.1:127.0.1.1:36989:0

    --------------------------------------------------------------------------

    WARNING: Linux kernel CMA support was requested via the

    btl_vader_single_copy_mechanism MCA variable, but CMA support is

    not available due to restrictive ptrace settings.

    The vader shared memory BTL will fall back on another single-copy

    mechanism if one is available. This may result in lower performance.

     Local host: ASRC-CalSer01

    --------------------------------------------------------------------------

    -------------------------------------------------------------------------------

    ID  Hostname    Core O.S.   PID      Vendor           

    -------------------------------------------------------------------------------

    n0-1 ASRC-CalSer01 2/32 Linux-64 150590-150591 AMD Ryzen 9 5950X 16-Core 

    host ASRC-CalSer01    Linux-64 150350     AMD Ryzen 9 5950X 16-Core 

    MPI Option Selected: openmpi

    Selected system interconnect: shared-memory

    -------------------------------------------------------------------------------

    Cleanup script file is /home/asrc/z_temp/Fluent_2phaseFlow_verification/project_files/dp0/FFF/Fluent/cleanup-fluent-ASRC-CalSer01-150350.sh

    Warning:

    Software rasterizer found, hardware acceleration will be disabled.

    In the absence of hardware-accelerated drivers, the performance of all graphics operations will be severely affected. Make sure you have a supported graphics card, latest graphics driver, and a supported remote visualization tool with direct server-side rendering enabled. If you feel your system meets these requirements, try forcing the accelerated driver by using the command line flag (-driver <name>) or setting the HOOPS_PICTURE environment variable. Refer to the documentation for more details.

    Posting ANSYS Product Improvement Program startup data

    Done.

    Multicore processors detected. Processor affinity set!

    [ASRC-CalSer01:150585] 1 more process has sent help message help-btl-vader.txt / cma-permission-denied

    [ASRC-CalSer01:150585] Set MCA parameter "orte_base_help_aggregate" to 0 to see all help / error messages

    Reading "\"| gunzip -c \\"/home/asrc/z_temp/Fluent_2phaseFlow_verification/project_files/dp0/FFF/Fluent/FFF-Setup-Output.cas.gz\\"\""...

    Buffering for file scan...

      12000 triangular cells, zone 2, binary.

      17840 2D interior faces, zone 1, binary.

       260 2D wall faces, zone 5, binary.

       10 2D velocity-inlet faces, zone 6, binary.

       10 2D pressure-outlet faces, zone 7, binary.

       40 2D wall faces, zone 8, binary.

      6161 nodes, binary.

    6161 node flags, binary.

    Building...

       mesh

    auto partitioning mesh by Metis (fast),

    distributing mesh

    parts..,

    faces..,

    nodes..,

    cells..,

        bandwidth reduction using Reverse Cuthill-McKee: 125/61 = 2.04918

       materials,

       interface,

       domains,

    mixture

       zones,

    nswall_top

    outlet_vent

    inlet

    nswall

    interior-surface_body

    surface_bodySetting surface_body (mixture) ... Done.

     Setting zone id of surface_body to 2.

     Setting zone id of interior-surface_body to 1.

     Setting zone id of nswall to 5.

     Setting zone id of inlet to 6.

     Setting zone id of outlet_vent to 7.

     Setting zone id of nswall_top to 8.

    Done.

    Setting surface_body (mixture) ... Done.

    Setting interior-surface_body (mixture) ... Done.

    Setting nswall (mixture) ... Done.

    Setting inlet (mixture) ... Done.

    Setting outlet_vent (mixture) ... Done.

    Setting nswall_top (mixture) ... Done.

       parallel,

    Done.

    Preparing mesh for display...

    Done.

    *********

    And although all the tabs (e.g. File, Domain, Physics, User-Defined...) and items in the tool bar or outline is responsive to the keyboard and mouse input, the preview window keeps on showing gibberish at all times:


  • mmadoremmadore Ansys Employee Posts: 717

    @hkboondoggle Could you please try adding "-driver x11" to your Fluent command?

  • hkboondogglehkboondoggle Member Posts: 19

    Thanks for reaching back Matt. Though I am not sure how to add the phrase into Fluent command.

    I ended up inserting it into the Environment tab of in the Fluent launcher. It also gave out the gibberish preview window as well.


  • hkboondogglehkboondoggle Member Posts: 19

    By the way, is there a documentation for operating the License Manager in silent mode? I find only one for the installation and nothing else in the customer portal.

    Thanks!

  • mmadoremmadore Ansys Employee Posts: 717

    @hkboondoggle Regarding the license manager, please refer to this section of ANSYS Help.

    https://ansyshelp.ansys.com/account/secured?returnurl=/Views/Secured/corp/v211/en/installation/installlic.html


    I will get back to you on the Fluent issue.

  • mmadoremmadore Ansys Employee Posts: 717

    @hkboondoggle Regarding the graphic window in Fluent, are you accessing this over a remote viz utility? If so, which utility and version. Please see our supported Remote Display and VDI listing here: https://www.ansys.com/-/media/ansys/corporate/files/pdf/solutions/it-professionals/platform-support/remote-display-and-virtual-desktop-support-2021-r1.pdf?la=en&hash=A0A10CB1AD545ACBEC69B57DCE129E5540E7E63C


    Please send the output of these commands.

    glxinfo -display :0 | grep -i opengl.version

    export LIBGL_DEBUG=verbose glxgears

    export LIBGL_DEBUG=verbose glxinfo

    lspci -vnn | grep VGA -A 12

    nvidia-smi

    nvidia-settings -q NvidiaDriverVersion

    nvidia-settings -q all


    Thanks,

    Matt

  • hkboondogglehkboondoggle Member Posts: 19

    @mmadore Negative, that is exact output by the monitor connected to Ubuntu machine. I only "print screen" locally from the Ubuntu machine and no remote viz utility is involved.

    The following is the command output as requested:

    *********

    [email protected]:/ansys_inc/v202/CFX/bin$ glxinfo -display :0 | grep -i opengl.version
    Invalid MIT-MAGIC-COOKIE-1 keyError: unable to open display :0
    [email protected]:/ansys_inc/v202/CFX/bin$ glxinfo | grep -i opengl.version
    OpenGL version string: 2.1 Mesa 7.7.1
    [email protected]:/ansys_inc/v202/CFX/bin$ export LIBGL_DEBUG=verbose glxgears
    [email protected]:/ansys_inc/v202/CFX/bin$ export LIBGL_DEBUG=verbose glxinfo
    [email protected]:/ansys_inc/v202/CFX/bin$ lspci -vnn | grep VGA -A 12
    2b:00.0 VGA compatible controller [0300]: NVIDIA Corporation GP108 [GeForce GT 1030] [10de:1d01] (rev a1) (prog-if 00 [VGA controller])
    	Subsystem: ASUSTeK Computer Inc. GP108 [GeForce GT 1030] [1043:85f4]
    	Flags: bus master, fast devsel, latency 0, IRQ 83
    	Memory at fb000000 (32-bit, non-prefetchable) [size=16M]
    	Memory at d0000000 (64-bit, prefetchable) [size=256M]
    	Memory at e0000000 (64-bit, prefetchable) [size=32M]
    	I/O ports at f000 [size=128]
    	Expansion ROM at fc000000 [virtual] [disabled] [size=512K]
    	Capabilities: <access denied>
    	Kernel driver in use: nvidia
    	Kernel modules: nvidiafb, nouveau, nvidia_drm, nvidia
    
    
    2b:00.1 Audio device [0403]: NVIDIA Corporation GP108 High Definition Audio Controller [10de:0fb8] (rev a1)
    [email protected]:/ansys_inc/v202/CFX/bin$ nvidia-smi
    Wed Feb 10 09:01:52 2021       
    +-----------------------------------------------------------------------------+
    | NVIDIA-SMI 450.102.04   Driver Version: 450.102.04   CUDA Version: 11.0     |
    |-------------------------------+----------------------+----------------------+
    | GPU  Name        Persistence-M| Bus-Id        Disp.A | Volatile Uncorr. ECC |
    | Fan  Temp  Perf  Pwr:Usage/Cap|         Memory-Usage | GPU-Util  Compute M. |
    |                               |                      |               MIG M. |
    |===============================+======================+======================|
    |   0  GeForce GT 1030     Off  | 00000000:2B:00.0  On |                  N/A |
    | N/A   32C    P0    N/A /  30W |    202MiB /  1994MiB |      0%      Default |
    |                               |                      |                  N/A |
    +-------------------------------+----------------------+----------------------+
                                                                                   
    +-----------------------------------------------------------------------------+
    | Processes:                                                                  |
    |  GPU   GI   CI        PID   Type   Process name                  GPU Memory |
    |        ID   ID                                                   Usage      |
    |=============================================================================|
    |    0   N/A  N/A      1122      G   /usr/lib/xorg/Xorg                 23MiB |
    |    0   N/A  N/A      1822      G   /usr/lib/xorg/Xorg                 79MiB |
    |    0   N/A  N/A      1956      G   /usr/bin/gnome-shell               92MiB |
    +-----------------------------------------------------------------------------+
    
    [email protected]:/ansys_inc/v202/CFX/bin$ nvidia-settings -q NvidiaDriverVersion
    
    
      Attribute 'NvidiaDriverVersion' (ASRC-CalSer01:1.0): 450.102.04
      Attribute 'NvidiaDriverVersion' (ASRC-CalSer01:1[gpu:0]): 450.102.04
    
    
    [email protected]:/ansys_inc/v202/CFX/bin$ nvidia-settings -q all
    
    
    Attributes queryable via ASRC-CalSer01:1.0:
    
    
      Attribute 'OperatingSystem' (ASRC-CalSer01:1.0): 0.
        The valid values for 'OperatingSystem' are in the range 0 - 2 (inclusive).
        'OperatingSystem' is a read-only attribute.
        'OperatingSystem' can use the following target types: X Screen, GPU.
    
    
      Attribute 'NvidiaDriverVersion' (ASRC-CalSer01:1.0): 450.102.04 
        'NvidiaDriverVersion' is a string attribute.
        'NvidiaDriverVersion' is a read-only attribute.
        'NvidiaDriverVersion' can use the following target types: X Screen, GPU.
    
    
      Attribute 'NvControlVersion' (ASRC-CalSer01:1.0): 1.29 
        'NvControlVersion' is a string attribute.
        'NvControlVersion' is a read-only attribute.
        'NvControlVersion' can use the following target types: X Screen.
    
    
      Attribute 'GLXServerVersion' (ASRC-CalSer01:1.0): 1.4 Mesa 7.7.1 
        'GLXServerVersion' is a string attribute.
        'GLXServerVersion' is a read-only attribute.
        'GLXServerVersion' can use the following target types: X Screen.
    
    
      Attribute 'GLXClientVersion' (ASRC-CalSer01:1.0): 1.4 Mesa 7.7.1 
        'GLXClientVersion' is a string attribute.
        'GLXClientVersion' is a read-only attribute.
        'GLXClientVersion' can use the following target types: X Screen.
    
    
      Attribute 'OpenGLVersion' (ASRC-CalSer01:1.0): 2.1 Mesa 7.7.1 
        'OpenGLVersion' is a string attribute.
        'OpenGLVersion' is a read-only attribute.
        'OpenGLVersion' can use the following target types: X Screen.
    
    
      Attribute 'XRandRVersion' (ASRC-CalSer01:1.0): 1.6 
        'XRandRVersion' is a string attribute.
        'XRandRVersion' is a read-only attribute.
        'XRandRVersion' can use the following target types: X Screen.
    
    
      Attribute 'XF86VidModeVersion' (ASRC-CalSer01:1.0): 2.2 
        'XF86VidModeVersion' is a string attribute.
        'XF86VidModeVersion' is a read-only attribute.
        'XF86VidModeVersion' can use the following target types: X Screen.
    
    
      Attribute 'XvVersion' (ASRC-CalSer01:1.0): 2.2 
        'XvVersion' is a string attribute.
        'XvVersion' is a read-only attribute.
        'XvVersion' can use the following target types: X Screen.
    
    
      Attribute 'TwinView' (ASRC-CalSer01:1.0): 0.
        'TwinView' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'TwinView' is a read-only attribute.
        'TwinView' can use the following target types: X Screen.
    
    
      Attribute 'ConnectedDisplays' (ASRC-CalSer01:1.0): 0x00000100.
        'ConnectedDisplays' is a bitmask attribute.
        'ConnectedDisplays' is a read-only attribute.
        'ConnectedDisplays' can use the following target types: X Screen, GPU.
    
    
      Attribute 'EnabledDisplays' (ASRC-CalSer01:1.0): 0x00000100.
        'EnabledDisplays' is a bitmask attribute.
        'EnabledDisplays' is a read-only attribute.
        'EnabledDisplays' can use the following target types: X Screen, GPU.
    
    
      Attribute 'AssociatedDisplays' (ASRC-CalSer01:1.0): 0x00000300.
        'AssociatedDisplays' is a bitmask attribute.
        'AssociatedDisplays' can use the following target types: X Screen.
    
    
      Attribute 'InitialPixmapPlacement' (ASRC-CalSer01:1.0): 2.
        The valid values for 'InitialPixmapPlacement' are in the range 0 - 4 (inclusive).
        'InitialPixmapPlacement' can use the following target types: X Screen.
    
    
      Attribute 'MultiGpuDisplayOwner' (ASRC-CalSer01:1.0): 0.
        'MultiGpuDisplayOwner' is an integer attribute.
        'MultiGpuDisplayOwner' is a read-only attribute.
        'MultiGpuDisplayOwner' can use the following target types: X Screen.
    
    
      Attribute 'GlyphCache' (ASRC-CalSer01:1.0): 1.
        'GlyphCache' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'GlyphCache' can use the following target types: X Screen.
    
    
      Attribute 'Depth30Allowed' (ASRC-CalSer01:1.0): 1.
        'Depth30Allowed' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'Depth30Allowed' is a read-only attribute.
        'Depth30Allowed' can use the following target types: X Screen, GPU.
    
    
      Attribute 'NoScanout' (ASRC-CalSer01:1.0): 0.
        'NoScanout' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'NoScanout' is a read-only attribute.
        'NoScanout' can use the following target types: X Screen, GPU.
    
    
      Attribute 'XServerUniqueId' (ASRC-CalSer01:1.0): -291048087.
        'XServerUniqueId' is an integer attribute.
        'XServerUniqueId' is a read-only attribute.
        'XServerUniqueId' can use the following target types: X Screen.
    

    *********

  • hkboondogglehkboondoggle Member Posts: 19

    *********

      Attribute 'PixmapCache' (ASRC-CalSer01:1.0): 1.
        'PixmapCache' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'PixmapCache' can use the following target types: X Screen.
    
    
      Attribute 'PixmapCacheRoundSizeKB' (ASRC-CalSer01:1.0): 1024.
        The valid values for 'PixmapCacheRoundSizeKB' are in the range 4 - 1048576 (inclusive).
        'PixmapCacheRoundSizeKB' can use the following target types: X Screen.
    
    
      Attribute 'AccelerateTrapezoids' (ASRC-CalSer01:1.0): 1.
        'AccelerateTrapezoids' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'AccelerateTrapezoids' can use the following target types: X Screen.
    
    
      Attribute 'ScreenPosition' (ASRC-CalSer01:1.0): x=0, y=0, width=1440, height=900 
        'ScreenPosition' is a string attribute.
        'ScreenPosition' is a read-only attribute.
        'ScreenPosition' can use the following target types: X Screen.
    
    
      Attribute 'SyncToVBlank' (ASRC-CalSer01:1.0): 1.
        'SyncToVBlank' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'SyncToVBlank' can use the following target types: X Screen.
    
    
      Attribute 'LogAniso' (ASRC-CalSer01:1.0): 0.
        The valid values for 'LogAniso' are in the range 0 - 4 (inclusive).
        'LogAniso' can use the following target types: X Screen.
    
    
      Attribute 'FSAA' (ASRC-CalSer01:1.0): 0.
        Valid values for 'FSAA' are: 0, 1, 5, 9, 10 and 11.
        'FSAA' can use the following target types: X Screen.
    
    
      Attribute 'TextureClamping' (ASRC-CalSer01:1.0): 1.
        'TextureClamping' is an integer attribute.
        'TextureClamping' can use the following target types: X Screen.
    
    
      Attribute 'FXAA' (ASRC-CalSer01:1.0): 0.
        'FXAA' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'FXAA' can use the following target types: X Screen.
    
    
      Attribute 'AllowFlipping' (ASRC-CalSer01:1.0): 1.
        'AllowFlipping' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'AllowFlipping' can use the following target types: X Screen.
    
    
      Attribute 'FSAAAppControlled' (ASRC-CalSer01:1.0): 1.
        'FSAAAppControlled' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'FSAAAppControlled' can use the following target types: X Screen.
    
    
      Attribute 'LogAnisoAppControlled' (ASRC-CalSer01:1.0): 1.
        'LogAnisoAppControlled' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'LogAnisoAppControlled' can use the following target types: X Screen.
    
    
      Attribute 'OpenGLImageSettings' (ASRC-CalSer01:1.0): 1.
        The valid values for 'OpenGLImageSettings' are in the range 0 - 3 (inclusive).
        'OpenGLImageSettings' can use the following target types: X Screen.
    
    
      Attribute 'FSAAAppEnhanced' (ASRC-CalSer01:1.0): 0.
        'FSAAAppEnhanced' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'FSAAAppEnhanced' can use the following target types: X Screen.
    
    
      Attribute 'SliMosaicModeAvailable' (ASRC-CalSer01:1.0): 0.
        'SliMosaicModeAvailable' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'SliMosaicModeAvailable' is a read-only attribute.
        'SliMosaicModeAvailable' can use the following target types: X Screen, GPU.
    
    
      Attribute 'ShowGraphicsVisualIndicator' (ASRC-CalSer01:1.0): 0.
        'ShowGraphicsVisualIndicator' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'ShowGraphicsVisualIndicator' can use the following target types: X Screen.
    
    
      Attribute 'BusType' (ASRC-CalSer01:1.0): 2.
        The valid values for 'BusType' are in the range 0 - 3 (inclusive).
        'BusType' is a read-only attribute.
        'BusType' can use the following target types: X Screen, GPU.
    
    
      Attribute 'PCIEMaxLinkSpeed' (ASRC-CalSer01:1.0): 8000.
        'PCIEMaxLinkSpeed' is an integer attribute.
        'PCIEMaxLinkSpeed' is a read-only attribute.
        'PCIEMaxLinkSpeed' can use the following target types: X Screen, GPU.
    
    
      Attribute 'PCIEMaxLinkWidth' (ASRC-CalSer01:1.0): 4.
        The valid values for 'PCIEMaxLinkWidth' are in the range 1 - 16 (inclusive).
        'PCIEMaxLinkWidth' is a read-only attribute.
        'PCIEMaxLinkWidth' can use the following target types: X Screen, GPU.
    
    
      Attribute 'PCIECurrentLinkSpeed' (ASRC-CalSer01:1.0): 2500.
        'PCIECurrentLinkSpeed' is an integer attribute.
        'PCIECurrentLinkSpeed' is a read-only attribute.
        'PCIECurrentLinkSpeed' can use the following target types: X Screen, GPU.
    
    
      Attribute 'PCIECurrentLinkWidth' (ASRC-CalSer01:1.0): 4.
        'PCIECurrentLinkWidth' is an integer attribute.
        'PCIECurrentLinkWidth' is a read-only attribute.
        'PCIECurrentLinkWidth' can use the following target types: X Screen, GPU.
    
    
      Attribute 'VideoRam' (ASRC-CalSer01:1.0): 2097152.
        'VideoRam' is an integer attribute.
        'VideoRam' is a read-only attribute.
        'VideoRam' can use the following target types: X Screen, GPU.
    
    
      Attribute 'Irq' (ASRC-CalSer01:1.0): 83.
        'Irq' is an integer attribute.
        'Irq' is a read-only attribute.
        'Irq' can use the following target types: X Screen, GPU.
    
    
      Attribute 'CUDACores' (ASRC-CalSer01:1.0): 384.
        'CUDACores' is an integer attribute.
        'CUDACores' is a read-only attribute.
        'CUDACores' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUMemoryInterface' (ASRC-CalSer01:1.0): 64.
        'GPUMemoryInterface' is an integer attribute.
        'GPUMemoryInterface' is a read-only attribute.
        'GPUMemoryInterface' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUCoreTemp' (ASRC-CalSer01:1.0): 28.
        'GPUCoreTemp' is an integer attribute.
        'GPUCoreTemp' is a read-only attribute.
        'GPUCoreTemp' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUCurrentClockFreqs' (ASRC-CalSer01:1.0): 139,405.
        'GPUCurrentClockFreqs' is a packed integer attribute.
        'GPUCurrentClockFreqs' is a read-only attribute.
        'GPUCurrentClockFreqs' can use the following target types: X Screen, GPU.
    
    
      Attribute 'BusRate' (ASRC-CalSer01:1.0): 4.
        The valid values for 'BusRate' are in the range 1 - 16 (inclusive).
        'BusRate' is a read-only attribute.
        'BusRate' can use the following target types: X Screen, GPU.
    
    
      Attribute 'PCIEGen' (ASRC-CalSer01:1.0): 3.
        'PCIEGen' is an integer attribute.
        'PCIEGen' is a read-only attribute.
        'PCIEGen' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUErrors' (ASRC-CalSer01:1.0): 0.
        'GPUErrors' is an integer attribute.
        'GPUErrors' is a read-only attribute.
        'GPUErrors' can use the following target types: X Screen.
    
    
      Attribute 'GPUPowerSource' (ASRC-CalSer01:1.0): 0.
        'GPUPowerSource' is an integer attribute.
        'GPUPowerSource' is a read-only attribute.
        'GPUPowerSource' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUCurrentPerfLevel' (ASRC-CalSer01:1.0): 0.
        'GPUCurrentPerfLevel' is an integer attribute.
        'GPUCurrentPerfLevel' is a read-only attribute.
        'GPUCurrentPerfLevel' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUAdaptiveClockState' (ASRC-CalSer01:1.0): 1.
        'GPUAdaptiveClockState' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'GPUAdaptiveClockState' is a read-only attribute.
        'GPUAdaptiveClockState' can use the following target types: X Screen, GPU.
    
    
      Attribute 'ECCConfigurationSupported' (ASRC-CalSer01:1.0): 0.
        'ECCConfigurationSupported' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'ECCConfigurationSupported' is a read-only attribute.
        'ECCConfigurationSupported' can use the following target types: X Screen, GPU.
    

    *********

  • hkboondogglehkboondoggle Member Posts: 19

    *********

      Attribute 'GPUCurrentClockFreqsString' (ASRC-CalSer01:1.0): nvclock=139, nvclockmin=139, nvclockmax=607, nvclockeditable=1, memclock=405,
      memclockmin=405, memclockmax=405, memclockeditable=1, memTransferRate=810, memTransferRatemin=810, memTransferRatemax=810,
      memTransferRateeditable=1 
        'GPUCurrentClockFreqsString' is a string attribute.
        'GPUCurrentClockFreqsString' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUPerfModes' (ASRC-CalSer01:1.0): perf=0, nvclock=139, nvclockmin=139, nvclockmax=607, nvclockeditable=1, memclock=405,
      memclockmin=405, memclockmax=405, memclockeditable=1, memTransferRate=810, memTransferRatemin=810, memTransferRatemax=810,
      memTransferRateeditable=1 ; perf=1, nvclock=139, nvclockmin=139, nvclockmax=1911, nvclockeditable=1, memclock=810, memclockmin=810,
      memclockmax=810, memclockeditable=1, memTransferRate=1620, memTransferRatemin=1620, memTransferRatemax=1620, memTransferRateeditable=1 ; perf=2,
      nvclock=139, nvclockmin=139, nvclockmax=1911, nvclockeditable=1, memclock=3004, memclockmin=3004, memclockmax=3004, memclockeditable=1,
      memTransferRate=6008, memTransferRatemin=6008, memTransferRatemax=6008, memTransferRateeditable=1 
        'GPUPerfModes' is a string attribute.
        'GPUPerfModes' is a read-only attribute.
        'GPUPerfModes' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUSlowdownTempThreshold' (ASRC-CalSer01:1.0): 99.
        'GPUSlowdownTempThreshold' is an integer attribute.
        'GPUSlowdownTempThreshold' is a read-only attribute.
        'GPUSlowdownTempThreshold' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUShutdownTempThreshold' (ASRC-CalSer01:1.0): 102.
        'GPUShutdownTempThreshold' is an integer attribute.
        'GPUShutdownTempThreshold' is a read-only attribute.
        'GPUShutdownTempThreshold' can use the following target types: X Screen, GPU.
    
    
      Attribute 'FrameLockAvailable' (ASRC-CalSer01:1.0; display device: TV-0): 0.
        'FrameLockAvailable' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'FrameLockAvailable' is a read-only attribute.
        'FrameLockAvailable' is display device specific.
        'FrameLockAvailable' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'FrameLockFirmwareUnsupported' (ASRC-CalSer01:1.0): 0.
        'FrameLockFirmwareUnsupported' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'FrameLockFirmwareUnsupported' is a read-only attribute.
        'FrameLockFirmwareUnsupported' can use the following target types: X Screen, GPU.
    
    
      Attribute 'DigitalVibrance' (ASRC-CalSer01:1.0; display device: TV-0): 0.
        The valid values for 'DigitalVibrance' are in the range -1024 - 1023 (inclusive).
        'DigitalVibrance' is display device specific.
        'DigitalVibrance' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'ImageSharpeningDefault' (ASRC-CalSer01:1.0; display device: TV-0): 127.
        'ImageSharpeningDefault' is an integer attribute.
        'ImageSharpeningDefault' is a read-only attribute.
        'ImageSharpeningDefault' is display device specific.
        'ImageSharpeningDefault' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'RefreshRate' (ASRC-CalSer01:1.0; display device: TV-0): 59.89 Hz.
        'RefreshRate' is an integer attribute.
        'RefreshRate' is a read-only attribute.
        'RefreshRate' is display device specific.
        'RefreshRate' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'RefreshRate3' (ASRC-CalSer01:1.0; display device: TV-0): 59.887 Hz.
        'RefreshRate3' is an integer attribute.
        'RefreshRate3' is a read-only attribute.
        'RefreshRate3' is display device specific.
        'RefreshRate3' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'ColorSpace' (ASRC-CalSer01:1.0; display device: TV-0): 0.
        Valid values for 'ColorSpace' are: 0.
        'ColorSpace' is display device specific.
        'ColorSpace' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'ColorRange' (ASRC-CalSer01:1.0; display device: TV-0): 0.
        Valid values for 'ColorRange' are: 0 and 1.
        'ColorRange' is display device specific.
        'ColorRange' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'CurrentColorSpace' (ASRC-CalSer01:1.0; display device: TV-0): 0.
        Valid values for 'CurrentColorSpace' are: 0 and 3.
        'CurrentColorSpace' is a read-only attribute.
        'CurrentColorSpace' is display device specific.
        'CurrentColorSpace' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'CurrentColorRange' (ASRC-CalSer01:1.0; display device: TV-0): 0.
        Valid values for 'CurrentColorRange' are: 0 and 1.
        'CurrentColorRange' is a read-only attribute.
        'CurrentColorRange' is display device specific.
        'CurrentColorRange' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'CurrentMetaModeID' (ASRC-CalSer01:1.0): 50.
        'CurrentMetaModeID' is an integer attribute.
        'CurrentMetaModeID' can use the following target types: X Screen.
    
    
      Attribute 'CurrentMetaMode' (ASRC-CalSer01:1.0): id=50, switchable=yes, source=xconfig :: DPY-0: nvidia-auto-select @1440x900 +0+0
      {ViewPortIn=1440x900, ViewPortOut=1440x900+0+0} 
        'CurrentMetaMode' is a string attribute.
        'CurrentMetaMode' can use the following target types: X Screen.
    
    
      Attribute 'XineramaInfoOrder' (ASRC-CalSer01:1.0): DFP 
        'XineramaInfoOrder' is a string attribute.
        'XineramaInfoOrder' can use the following target types: X Screen.
    
    
      Attribute 'XVideoSyncToDisplay' (ASRC-CalSer01:1.0): 0x00000100.
        'XVideoSyncToDisplay' is a bitmask attribute.
        'XVideoSyncToDisplay' can use the following target types: X Screen.
    
    
      Attribute 'XVideoSyncToDisplayID' (ASRC-CalSer01:1.0): -1.
        'XVideoSyncToDisplayID' is an integer attribute.
        'XVideoSyncToDisplayID' can use the following target types: X Screen.
    
    
      Attribute 'CurrentXVideoSyncToDisplayID' (ASRC-CalSer01:1.0): 0.
        'CurrentXVideoSyncToDisplayID' is an integer attribute.
        'CurrentXVideoSyncToDisplayID' is a read-only attribute.
        'CurrentXVideoSyncToDisplayID' can use the following target types: X Screen.
    
    
    Attributes queryable via ASRC-CalSer01:1[gpu:0]:
    
    
      Attribute 'OperatingSystem' (ASRC-CalSer01:1[gpu:0]): 0.
        The valid values for 'OperatingSystem' are in the range 0 - 2 (inclusive).
        'OperatingSystem' is a read-only attribute.
        'OperatingSystem' can use the following target types: X Screen, GPU.
    
    
      Attribute 'NvidiaDriverVersion' (ASRC-CalSer01:1[gpu:0]): 450.102.04 
        'NvidiaDriverVersion' is a string attribute.
        'NvidiaDriverVersion' is a read-only attribute.
        'NvidiaDriverVersion' can use the following target types: X Screen, GPU.
    
    
      Attribute 'ConnectedDisplays' (ASRC-CalSer01:1[gpu:0]): 0x00000100.
        'ConnectedDisplays' is a bitmask attribute.
        'ConnectedDisplays' is a read-only attribute.
        'ConnectedDisplays' can use the following target types: X Screen, GPU.
    
    
      Attribute 'EnabledDisplays' (ASRC-CalSer01:1[gpu:0]): 0x00000100.
        'EnabledDisplays' is a bitmask attribute.
        'EnabledDisplays' is a read-only attribute.
        'EnabledDisplays' can use the following target types: X Screen, GPU.
    
    
      Attribute 'Depth30Allowed' (ASRC-CalSer01:1[gpu:0]): 1.
        'Depth30Allowed' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'Depth30Allowed' is a read-only attribute.
        'Depth30Allowed' can use the following target types: X Screen, GPU.
    
    
      Attribute 'NoScanout' (ASRC-CalSer01:1[gpu:0]): 0.
        'NoScanout' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'NoScanout' is a read-only attribute.
        'NoScanout' can use the following target types: X Screen, GPU.
    

    *********

  • hkboondogglehkboondoggle Member Posts: 19

    *********

     Attribute 'SliMosaicModeAvailable' (ASRC-CalSer01:1[gpu:0]): 0.
        'SliMosaicModeAvailable' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'SliMosaicModeAvailable' is a read-only attribute.
        'SliMosaicModeAvailable' can use the following target types: X Screen, GPU.
    
    
      Attribute 'BusType' (ASRC-CalSer01:1[gpu:0]): 2.
        The valid values for 'BusType' are in the range 0 - 3 (inclusive).
        'BusType' is a read-only attribute.
        'BusType' can use the following target types: X Screen, GPU.
    
    
      Attribute 'PCIEMaxLinkSpeed' (ASRC-CalSer01:1[gpu:0]): 8000.
        'PCIEMaxLinkSpeed' is an integer attribute.
        'PCIEMaxLinkSpeed' is a read-only attribute.
        'PCIEMaxLinkSpeed' can use the following target types: X Screen, GPU.
    
    
      Attribute 'PCIEMaxLinkWidth' (ASRC-CalSer01:1[gpu:0]): 4.
        The valid values for 'PCIEMaxLinkWidth' are in the range 1 - 16 (inclusive).
        'PCIEMaxLinkWidth' is a read-only attribute.
        'PCIEMaxLinkWidth' can use the following target types: X Screen, GPU.
    
    
      Attribute 'PCIECurrentLinkSpeed' (ASRC-CalSer01:1[gpu:0]): 2500.
        'PCIECurrentLinkSpeed' is an integer attribute.
        'PCIECurrentLinkSpeed' is a read-only attribute.
        'PCIECurrentLinkSpeed' can use the following target types: X Screen, GPU.
    
    
      Attribute 'PCIECurrentLinkWidth' (ASRC-CalSer01:1[gpu:0]): 4.
        'PCIECurrentLinkWidth' is an integer attribute.
        'PCIECurrentLinkWidth' is a read-only attribute.
        'PCIECurrentLinkWidth' can use the following target types: X Screen, GPU.
    
    
      Attribute 'VideoRam' (ASRC-CalSer01:1[gpu:0]): 2097152.
        'VideoRam' is an integer attribute.
        'VideoRam' is a read-only attribute.
        'VideoRam' can use the following target types: X Screen, GPU.
    
    
      Attribute 'TotalDedicatedGPUMemory' (ASRC-CalSer01:1[gpu:0]): 1994.
        'TotalDedicatedGPUMemory' is an integer attribute.
        'TotalDedicatedGPUMemory' is a read-only attribute.
        'TotalDedicatedGPUMemory' can use the following target types: GPU.
    
    
      Attribute 'UsedDedicatedGPUMemory' (ASRC-CalSer01:1[gpu:0]): 202.
        'UsedDedicatedGPUMemory' is an integer attribute.
        'UsedDedicatedGPUMemory' is a read-only attribute.
        'UsedDedicatedGPUMemory' can use the following target types: GPU.
    
    
      Attribute 'Irq' (ASRC-CalSer01:1[gpu:0]): 83.
        'Irq' is an integer attribute.
        'Irq' is a read-only attribute.
        'Irq' can use the following target types: X Screen, GPU.
    
    
      Attribute 'CUDACores' (ASRC-CalSer01:1[gpu:0]): 384.
        'CUDACores' is an integer attribute.
        'CUDACores' is a read-only attribute.
        'CUDACores' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUMemoryInterface' (ASRC-CalSer01:1[gpu:0]): 64.
        'GPUMemoryInterface' is an integer attribute.
        'GPUMemoryInterface' is a read-only attribute.
        'GPUMemoryInterface' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUCoreTemp' (ASRC-CalSer01:1[gpu:0]): 28.
        'GPUCoreTemp' is an integer attribute.
        'GPUCoreTemp' is a read-only attribute.
        'GPUCoreTemp' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUCurrentClockFreqs' (ASRC-CalSer01:1[gpu:0]): 139,405.
        'GPUCurrentClockFreqs' is a packed integer attribute.
        'GPUCurrentClockFreqs' is a read-only attribute.
        'GPUCurrentClockFreqs' can use the following target types: X Screen, GPU.
    
    
      Attribute 'BusRate' (ASRC-CalSer01:1[gpu:0]): 4.
        The valid values for 'BusRate' are in the range 1 - 16 (inclusive).
        'BusRate' is a read-only attribute.
        'BusRate' can use the following target types: X Screen, GPU.
    
    
      Attribute 'PCIDomain' (ASRC-CalSer01:1[gpu:0]): 0.
        'PCIDomain' is an integer attribute.
        'PCIDomain' is a read-only attribute.
        'PCIDomain' can use the following target types: GPU.
    
    
      Attribute 'PCIBus' (ASRC-CalSer01:1[gpu:0]): 43.
        'PCIBus' is an integer attribute.
        'PCIBus' is a read-only attribute.
        'PCIBus' can use the following target types: GPU.
    
    
      Attribute 'PCIDevice' (ASRC-CalSer01:1[gpu:0]): 0.
        'PCIDevice' is an integer attribute.
        'PCIDevice' is a read-only attribute.
        'PCIDevice' can use the following target types: GPU.
    
    
      Attribute 'PCIFunc' (ASRC-CalSer01:1[gpu:0]): 0.
        'PCIFunc' is an integer attribute.
        'PCIFunc' is a read-only attribute.
        'PCIFunc' can use the following target types: GPU.
    
    
      Attribute 'PCIID' (ASRC-CalSer01:1[gpu:0]): 4318,7425.
        'PCIID' is a packed integer attribute.
        'PCIID' is a read-only attribute.
        'PCIID' can use the following target types: GPU.
    
    
      Attribute 'PCIEGen' (ASRC-CalSer01:1[gpu:0]): 3.
        'PCIEGen' is an integer attribute.
        'PCIEGen' is a read-only attribute.
        'PCIEGen' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUPowerSource' (ASRC-CalSer01:1[gpu:0]): 0.
        'GPUPowerSource' is an integer attribute.
        'GPUPowerSource' is a read-only attribute.
        'GPUPowerSource' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUCurrentPerfLevel' (ASRC-CalSer01:1[gpu:0]): 0.
        'GPUCurrentPerfLevel' is an integer attribute.
        'GPUCurrentPerfLevel' is a read-only attribute.
        'GPUCurrentPerfLevel' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUAdaptiveClockState' (ASRC-CalSer01:1[gpu:0]): 1.
        'GPUAdaptiveClockState' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'GPUAdaptiveClockState' is a read-only attribute.
        'GPUAdaptiveClockState' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUPowerMizerMode' (ASRC-CalSer01:1[gpu:0]): 2.
        Valid values for 'GPUPowerMizerMode' are: 0, 1 and 2.
        'GPUPowerMizerMode' can use the following target types: GPU.
    
    
      Attribute 'GPUPowerMizerDefaultMode' (ASRC-CalSer01:1[gpu:0]): 0.
        'GPUPowerMizerDefaultMode' is an integer attribute.
        'GPUPowerMizerDefaultMode' is a read-only attribute.
        'GPUPowerMizerDefaultMode' can use the following target types: GPU.
    
    
      Attribute 'ECCSupported' (ASRC-CalSer01:1[gpu:0]): 0.
        'ECCSupported' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'ECCSupported' is a read-only attribute.
        'ECCSupported' can use the following target types: GPU.
    
    
      Attribute 'ECCConfigurationSupported' (ASRC-CalSer01:1[gpu:0]): 0.
        'ECCConfigurationSupported' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'ECCConfigurationSupported' is a read-only attribute.
        'ECCConfigurationSupported' can use the following target types: X Screen, GPU.
    
    
      Attribute 'BaseMosaic' (ASRC-CalSer01:1[gpu:0]): 0.
        Valid values for 'BaseMosaic' are: 0.
        'BaseMosaic' is a read-only attribute.
        'BaseMosaic' can use the following target types: GPU.
    
    
      Attribute 'MultiGpuMasterPossible' (ASRC-CalSer01:1[gpu:0]): 0.
        'MultiGpuMasterPossible' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'MultiGpuMasterPossible' is a read-only attribute.
        'MultiGpuMasterPossible' can use the following target types: GPU.
    

    *********

  • hkboondogglehkboondoggle Member Posts: 19

    *********

      Attribute 'VideoDecoderUtilization' (ASRC-CalSer01:1[gpu:0]): 0.
        'VideoDecoderUtilization' is an integer attribute.
        'VideoDecoderUtilization' is a read-only attribute.
        'VideoDecoderUtilization' can use the following target types: GPU.
    
    
      Attribute 'GPUCurrentClockFreqsString' (ASRC-CalSer01:1[gpu:0]): nvclock=139, nvclockmin=139, nvclockmax=607, nvclockeditable=1, memclock=405,
      memclockmin=405, memclockmax=405, memclockeditable=1, memTransferRate=810, memTransferRatemin=810, memTransferRatemax=810,
      memTransferRateeditable=1 
        'GPUCurrentClockFreqsString' is a string attribute.
        'GPUCurrentClockFreqsString' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUPerfModes' (ASRC-CalSer01:1[gpu:0]): perf=0, nvclock=139, nvclockmin=139, nvclockmax=607, nvclockeditable=1, memclock=405,
      memclockmin=405, memclockmax=405, memclockeditable=1, memTransferRate=810, memTransferRatemin=810, memTransferRatemax=810,
      memTransferRateeditable=1 ; perf=1, nvclock=139, nvclockmin=139, nvclockmax=1911, nvclockeditable=1, memclock=810, memclockmin=810,
      memclockmax=810, memclockeditable=1, memTransferRate=1620, memTransferRatemin=1620, memTransferRatemax=1620, memTransferRateeditable=1 ; perf=2,
      nvclock=139, nvclockmin=139, nvclockmax=1911, nvclockeditable=1, memclock=3004, memclockmin=3004, memclockmax=3004, memclockeditable=1,
      memTransferRate=6008, memTransferRatemin=6008, memTransferRatemax=6008, memTransferRateeditable=1 
        'GPUPerfModes' is a string attribute.
        'GPUPerfModes' is a read-only attribute.
        'GPUPerfModes' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GpuUUID' (ASRC-CalSer01:1[gpu:0]): GPU-232aa38e-5b91-af35-a57d-21d07084acea 
        'GpuUUID' is a string attribute.
        'GpuUUID' is a read-only attribute.
        'GpuUUID' can use the following target types: GPU.
    
    
      Attribute 'GPUUtilization' (ASRC-CalSer01:1[gpu:0]): graphics=10, memory=7, video=0, PCIe=7 
        'GPUUtilization' is a string attribute.
        'GPUUtilization' is a read-only attribute.
        'GPUUtilization' can use the following target types: GPU.
    
    
      Attribute 'GPUSlowdownTempThreshold' (ASRC-CalSer01:1[gpu:0]): 99.
        'GPUSlowdownTempThreshold' is an integer attribute.
        'GPUSlowdownTempThreshold' is a read-only attribute.
        'GPUSlowdownTempThreshold' can use the following target types: X Screen, GPU.
    
    
      Attribute 'GPUShutdownTempThreshold' (ASRC-CalSer01:1[gpu:0]): 102.
        'GPUShutdownTempThreshold' is an integer attribute.
        'GPUShutdownTempThreshold' is a read-only attribute.
        'GPUShutdownTempThreshold' can use the following target types: X Screen, GPU.
    
    
      Attribute 'FrameLockAvailable' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        'FrameLockAvailable' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'FrameLockAvailable' is a read-only attribute.
        'FrameLockAvailable' is display device specific.
        'FrameLockAvailable' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'FrameLockFirmwareUnsupported' (ASRC-CalSer01:1[gpu:0]): 0.
        'FrameLockFirmwareUnsupported' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'FrameLockFirmwareUnsupported' is a read-only attribute.
        'FrameLockFirmwareUnsupported' can use the following target types: X Screen, GPU.
    
    
      Attribute 'Dithering' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        'Dithering' is an integer attribute.
        'Dithering' is display device specific.
        'Dithering' can use the following target types: GPU, Display Device.
    
    
      Attribute 'CurrentDithering' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 1.
        'CurrentDithering' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'CurrentDithering' is a read-only attribute.
        'CurrentDithering' is display device specific.
        'CurrentDithering' can use the following target types: GPU, Display Device.
    
    
      Attribute 'DitheringMode' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        Valid values for 'DitheringMode' are: 0, 1, 2 and 3.
        'DitheringMode' is display device specific.
        'DitheringMode' can use the following target types: GPU, Display Device.
    
    
      Attribute 'CurrentDitheringMode' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 3.
        'CurrentDitheringMode' is an integer attribute.
        'CurrentDitheringMode' is a read-only attribute.
        'CurrentDitheringMode' is display device specific.
        'CurrentDitheringMode' can use the following target types: GPU, Display Device.
    
    
      Attribute 'DitheringDepth' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        'DitheringDepth' is an integer attribute.
        'DitheringDepth' is display device specific.
        'DitheringDepth' can use the following target types: GPU, Display Device.
    
    
      Attribute 'CurrentDitheringDepth' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 2.
        'CurrentDitheringDepth' is an integer attribute.
        'CurrentDitheringDepth' is a read-only attribute.
        'CurrentDitheringDepth' is display device specific.
        'CurrentDitheringDepth' can use the following target types: GPU, Display Device.
    
    
      Attribute 'DigitalVibrance' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        The valid values for 'DigitalVibrance' are in the range -1024 - 1023 (inclusive).
        'DigitalVibrance' is display device specific.
        'DigitalVibrance' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'ImageSharpeningDefault' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 127.
        'ImageSharpeningDefault' is an integer attribute.
        'ImageSharpeningDefault' is a read-only attribute.
        'ImageSharpeningDefault' is display device specific.
        'ImageSharpeningDefault' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'RefreshRate' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 59.89 Hz.
        'RefreshRate' is an integer attribute.
        'RefreshRate' is a read-only attribute.
        'RefreshRate' is display device specific.
        'RefreshRate' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'RefreshRate3' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 59.887 Hz.
        'RefreshRate3' is an integer attribute.
        'RefreshRate3' is a read-only attribute.
        'RefreshRate3' is display device specific.
        'RefreshRate3' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'ColorSpace' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        Valid values for 'ColorSpace' are: 0.
        'ColorSpace' is display device specific.
        'ColorSpace' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'ColorRange' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        Valid values for 'ColorRange' are: 0 and 1.
        'ColorRange' is display device specific.
        'ColorRange' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'CurrentColorSpace' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        Valid values for 'CurrentColorSpace' are: 0 and 3.
        'CurrentColorSpace' is a read-only attribute.
        'CurrentColorSpace' is display device specific.
        'CurrentColorSpace' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'CurrentColorRange' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        Valid values for 'CurrentColorRange' are: 0 and 1.
        'CurrentColorRange' is a read-only attribute.
        'CurrentColorRange' is display device specific.
        'CurrentColorRange' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'SynchronousPaletteUpdates' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        'SynchronousPaletteUpdates' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'SynchronousPaletteUpdates' is display device specific.
        'SynchronousPaletteUpdates' can use the following target types: GPU, Display Device.
    

    *********

  • hkboondogglehkboondoggle Member Posts: 19

    *********

      Attribute 'Hdmi3D' (ASRC-CalSer01:1[gpu:0]; display device: TV-0): 0.
        'Hdmi3D' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'Hdmi3D' is a read-only attribute.
        'Hdmi3D' is display device specific.
        'Hdmi3D' can use the following target types: GPU, Display Device.
    
    
    Attributes queryable via ASRC-CalSer01:1[fan:0]:
    
    
       Attribute 'GPUTargetFanSpeed' (ASRC-CalSer01:1[fan:0]): 0.
        The valid values for 'GPUTargetFanSpeed' are in the range 0 - 100 (inclusive).
        'GPUTargetFanSpeed' can use the following target types: Fan.
    
    
      Attribute 'GPUCurrentFanSpeed' (ASRC-CalSer01:1[fan:0]): 0.
        The valid values for 'GPUCurrentFanSpeed' are in the range 0 - 100 (inclusive).
        'GPUCurrentFanSpeed' is a read-only attribute.
        'GPUCurrentFanSpeed' can use the following target types: Fan.
    
    
      Attribute 'GPUFanControlType' (ASRC-CalSer01:1[fan:0]): 1.
        'GPUFanControlType' is an integer attribute.
        'GPUFanControlType' is a read-only attribute.
        'GPUFanControlType' can use the following target types: Fan.
    
    
      Attribute 'GPUFanTarget' (ASRC-CalSer01:1[fan:0]): 0x00000007.
        'GPUFanTarget' is a bitmask attribute.
        'GPUFanTarget' is a read-only attribute.
        'GPUFanTarget' can use the following target types: Fan.
    
    
    Attributes queryable via ASRC-CalSer01:1[thermalsensor:0]:
    
    
      Attribute 'ThermalSensorReading' (ASRC-CalSer01:1[thermalsensor:0]): 28.
        The valid values for 'ThermalSensorReading' are in the range 0 - 127 (inclusive).
        'ThermalSensorReading' is a read-only attribute.
        'ThermalSensorReading' can use the following target types: Thermal Sensor.
    
    
      Attribute 'ThermalSensorProvider' (ASRC-CalSer01:1[thermalsensor:0]): 1.
        'ThermalSensorProvider' is an integer attribute.
        'ThermalSensorProvider' is a read-only attribute.
        'ThermalSensorProvider' can use the following target types: Thermal Sensor.
    
    
      Attribute 'ThermalSensorTarget' (ASRC-CalSer01:1[thermalsensor:0]): 1.
        'ThermalSensorTarget' is an integer attribute.
        'ThermalSensorTarget' is a read-only attribute.
        'ThermalSensorTarget' can use the following target types: Thermal Sensor.
    
    
    Attributes queryable via ASRC-CalSer01:1[dpy:0]:
    
    
      Attribute 'FrameLockAvailable' (ASRC-CalSer01:1[dpy:0]): 0.
        'FrameLockAvailable' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'FrameLockAvailable' is a read-only attribute.
        'FrameLockAvailable' is display device specific.
        'FrameLockAvailable' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'Dithering' (ASRC-CalSer01:1[dpy:0]): 0.
        'Dithering' is an integer attribute.
        'Dithering' is display device specific.
        'Dithering' can use the following target types: GPU, Display Device.
    
    
      Attribute 'CurrentDithering' (ASRC-CalSer01:1[dpy:0]): 1.
        'CurrentDithering' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'CurrentDithering' is a read-only attribute.
        'CurrentDithering' is display device specific.
        'CurrentDithering' can use the following target types: GPU, Display Device.
    
    
      Attribute 'DitheringMode' (ASRC-CalSer01:1[dpy:0]): 0.
        Valid values for 'DitheringMode' are: 0, 1, 2 and 3.
        'DitheringMode' is display device specific.
        'DitheringMode' can use the following target types: GPU, Display Device.
    
    
      Attribute 'CurrentDitheringMode' (ASRC-CalSer01:1[dpy:0]): 3.
        'CurrentDitheringMode' is an integer attribute.
        'CurrentDitheringMode' is a read-only attribute.
        'CurrentDitheringMode' is display device specific.
        'CurrentDitheringMode' can use the following target types: GPU, Display Device.
    
    
      Attribute 'DitheringDepth' (ASRC-CalSer01:1[dpy:0]): 0.
        'DitheringDepth' is an integer attribute.
        'DitheringDepth' is display device specific.
        'DitheringDepth' can use the following target types: GPU, Display Device.
    
    
      Attribute 'CurrentDitheringDepth' (ASRC-CalSer01:1[dpy:0]): 2.
        'CurrentDitheringDepth' is an integer attribute.
        'CurrentDitheringDepth' is a read-only attribute.
        'CurrentDitheringDepth' is display device specific.
        'CurrentDitheringDepth' can use the following target types: GPU, Display Device.
    
    
      Attribute 'DigitalVibrance' (ASRC-CalSer01:1[dpy:0]): 0.
        The valid values for 'DigitalVibrance' are in the range -1024 - 1023 (inclusive).
        'DigitalVibrance' is display device specific.
        'DigitalVibrance' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'ImageSharpeningDefault' (ASRC-CalSer01:1[dpy:0]): 127.
        'ImageSharpeningDefault' is an integer attribute.
        'ImageSharpeningDefault' is a read-only attribute.
        'ImageSharpeningDefault' is display device specific.
        'ImageSharpeningDefault' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'RefreshRate' (ASRC-CalSer01:1[dpy:0]): 59.89 Hz.
        'RefreshRate' is an integer attribute.
        'RefreshRate' is a read-only attribute.
        'RefreshRate' is display device specific.
        'RefreshRate' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'RefreshRate3' (ASRC-CalSer01:1[dpy:0]): 59.887 Hz.
        'RefreshRate3' is an integer attribute.
        'RefreshRate3' is a read-only attribute.
        'RefreshRate3' is display device specific.
        'RefreshRate3' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'ColorSpace' (ASRC-CalSer01:1[dpy:0]): 0.
        Valid values for 'ColorSpace' are: 0.
        'ColorSpace' is display device specific.
        'ColorSpace' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'ColorRange' (ASRC-CalSer01:1[dpy:0]): 0.
        Valid values for 'ColorRange' are: 0 and 1.
        'ColorRange' is display device specific.
        'ColorRange' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'CurrentColorSpace' (ASRC-CalSer01:1[dpy:0]): 0.
        Valid values for 'CurrentColorSpace' are: 0 and 3.
        'CurrentColorSpace' is a read-only attribute.
        'CurrentColorSpace' is display device specific.
        'CurrentColorSpace' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'CurrentColorRange' (ASRC-CalSer01:1[dpy:0]): 0.
        Valid values for 'CurrentColorRange' are: 0 and 1.
        'CurrentColorRange' is a read-only attribute.
        'CurrentColorRange' is display device specific.
        'CurrentColorRange' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'SynchronousPaletteUpdates' (ASRC-CalSer01:1[dpy:0]): 0.
        'SynchronousPaletteUpdates' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'SynchronousPaletteUpdates' is display device specific.
        'SynchronousPaletteUpdates' can use the following target types: GPU, Display Device.
    
    
      Attribute 'RandROutputID' (ASRC-CalSer01:1[dpy:0]): 443.
        'RandROutputID' is an integer attribute.
        'RandROutputID' is a read-only attribute.
        'RandROutputID' is display device specific.
        'RandROutputID' can use the following target types: Display Device.
    
    
      Attribute 'Hdmi3D' (ASRC-CalSer01:1[dpy:0]): 0.
        'Hdmi3D' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'Hdmi3D' is a read-only attribute.
        'Hdmi3D' is display device specific.
        'Hdmi3D' can use the following target types: GPU, Display Device.
    
    
      Attribute 'DisplayVRRMode' (ASRC-CalSer01:1[dpy:0]): 0.
        'DisplayVRRMode' is an integer attribute.
        'DisplayVRRMode' is a read-only attribute.
        'DisplayVRRMode' is display device specific.
        'DisplayVRRMode' can use the following target types: Display Device.
    

    *********

  • hkboondogglehkboondoggle Member Posts: 19

    *********

      Attribute 'DisplayVRRMinRefreshRate' (ASRC-CalSer01:1[dpy:0]): 0.
        The valid values for 'DisplayVRRMinRefreshRate' are in the range 0 - 0 (inclusive).
        'DisplayVRRMinRefreshRate' is a read-only attribute.
        'DisplayVRRMinRefreshRate' is display device specific.
        'DisplayVRRMinRefreshRate' can use the following target types: Display Device.
    
    
      Attribute 'DisplayVRREnabled' (ASRC-CalSer01:1[dpy:0]): 0.
        'DisplayVRREnabled' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'DisplayVRREnabled' is a read-only attribute.
        'DisplayVRREnabled' is display device specific.
        'DisplayVRREnabled' can use the following target types: Display Device.
    
    
    Attributes queryable via ASRC-CalSer01:1[dpy:1]:
    
    
      Attribute 'FrameLockAvailable' (ASRC-CalSer01:1[dpy:1]): 0.
        'FrameLockAvailable' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'FrameLockAvailable' is a read-only attribute.
        'FrameLockAvailable' is display device specific.
        'FrameLockAvailable' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'Dithering' (ASRC-CalSer01:1[dpy:1]): 0.
        'Dithering' is an integer attribute.
        'Dithering' is display device specific.
        'Dithering' can use the following target types: GPU, Display Device.
    
    
      Attribute 'CurrentDithering' (ASRC-CalSer01:1[dpy:1]): 0.
        'CurrentDithering' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'CurrentDithering' is a read-only attribute.
        'CurrentDithering' is display device specific.
        'CurrentDithering' can use the following target types: GPU, Display Device.
    
    
      Attribute 'DitheringMode' (ASRC-CalSer01:1[dpy:1]): 0.
        Valid values for 'DitheringMode' are: 0, 1, 2 and 3.
        'DitheringMode' is display device specific.
        'DitheringMode' can use the following target types: GPU, Display Device.
    
    
      Attribute 'CurrentDitheringMode' (ASRC-CalSer01:1[dpy:1]): 0.
        'CurrentDitheringMode' is an integer attribute.
        'CurrentDitheringMode' is a read-only attribute.
        'CurrentDitheringMode' is display device specific.
        'CurrentDitheringMode' can use the following target types: GPU, Display Device.
    
    
      Attribute 'DitheringDepth' (ASRC-CalSer01:1[dpy:1]): 0.
        'DitheringDepth' is an integer attribute.
        'DitheringDepth' is display device specific.
        'DitheringDepth' can use the following target types: GPU, Display Device.
    
    
      Attribute 'CurrentDitheringDepth' (ASRC-CalSer01:1[dpy:1]): 0.
        'CurrentDitheringDepth' is an integer attribute.
        'CurrentDitheringDepth' is a read-only attribute.
        'CurrentDitheringDepth' is display device specific.
        'CurrentDitheringDepth' can use the following target types: GPU, Display Device.
    
    
      Attribute 'ColorSpace' (ASRC-CalSer01:1[dpy:1]): 0.
        Valid values for 'ColorSpace' are: 0.
        'ColorSpace' is display device specific.
        'ColorSpace' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'ColorRange' (ASRC-CalSer01:1[dpy:1]): 0.
        Valid values for 'ColorRange' are: 0 and 1.
        'ColorRange' is display device specific.
        'ColorRange' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'CurrentColorSpace' (ASRC-CalSer01:1[dpy:1]): 0.
        Valid values for 'CurrentColorSpace' are: 0 and 3.
        'CurrentColorSpace' is a read-only attribute.
        'CurrentColorSpace' is display device specific.
        'CurrentColorSpace' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'CurrentColorRange' (ASRC-CalSer01:1[dpy:1]): 0.
        Valid values for 'CurrentColorRange' are: 0 and 1.
        'CurrentColorRange' is a read-only attribute.
        'CurrentColorRange' is display device specific.
        'CurrentColorRange' can use the following target types: X Screen, GPU, Display Device.
    
    
      Attribute 'SynchronousPaletteUpdates' (ASRC-CalSer01:1[dpy:1]): 0.
        'SynchronousPaletteUpdates' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'SynchronousPaletteUpdates' is display device specific.
        'SynchronousPaletteUpdates' can use the following target types: GPU, Display Device.
    
    
      Attribute 'RandROutputID' (ASRC-CalSer01:1[dpy:1]): 456.
        'RandROutputID' is an integer attribute.
        'RandROutputID' is a read-only attribute.
        'RandROutputID' is display device specific.
        'RandROutputID' can use the following target types: Display Device.
    
    
      Attribute 'DisplayVRRMode' (ASRC-CalSer01:1[dpy:1]): 0.
        'DisplayVRRMode' is an integer attribute.
        'DisplayVRRMode' is a read-only attribute.
        'DisplayVRRMode' is display device specific.
        'DisplayVRRMode' can use the following target types: Display Device.
    
    
      Attribute 'DisplayVRREnabled' (ASRC-CalSer01:1[dpy:1]): 0.
        'DisplayVRREnabled' is a boolean attribute; valid values are: 1 (on/true) and 0 (off/false).
        'DisplayVRREnabled' is a read-only attribute.
        'DisplayVRREnabled' is display device specific.
        'DisplayVRREnabled' can use the following target types: Display Device.
    

    *********

  • mmadoremmadore Ansys Employee Posts: 717

    @hkboondoggle the OS as you know is unsupported and untested, as is the graphics device which could be contributing to this issue. How will users be running on this setup? Will they be seated at the Ubuntu box? Will PrepPost be done locally with solving done on this machine, or everything will be done on this box?

  • hkboondogglehkboondoggle Member Posts: 19
    edited February 11

    @mmadore Currently, users have to physically seat at this Ubuntu box and carry out their tasks using Workbench on it locally.

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