![]() Check the vivado log messages for more details There are no block design hardware handoff files. Generate Bitstream and export again, or do not request a bitstream to be included in export.Ģ. A bitstream might not have been generated. The hardware handoff file (.sysdef) does not exist. Could you point me to some data processing using Open CV - is there a guideline of how to achieve this frame streaming from PL into PS and installing OpenCV into PS? Subsequently my interest would be to read the stream captured on the PL into the PS and apply some video processing onto it and output the processed video stream via HDMI. When in JTAG I have only a red led LD13 PGOOD, and when configuration is QSPI I have PGOOD LD13 on, DONE LD12 on LD6 changing color, and also LD0,LD1,LD2,LD3 flickering and LD4 pulsing. Īnd another question: how should be the configuration of JP5 ? QSPI or JTAG ? Please see the screenshot attached - I do not have Run -> Run. Then, from the top menu, select Run -> Run -> Launch on Hardware (System Debugger). Left click on the pcam_vdma_hdmi project. I have difficulties in executing the following sequence mentioned above:ĥ. From what I know HLS includes the OpenCV interfaces.įinallyI succeeded exporting the HW to SDK by repeating the steps with Zybo Pcam repo and the dependency towards vivado library and took an appropriate commit (as posted in this comment An alternative is to write down your own video processing algorithm in HLS and from there you can export it as an ip in Vivado. You can find the complet functional project on this link:įor video processing you can use Vivado HLS. I exported the bitstream file in the handoff folder and I regenerated the bsp file in SDK. I deactivated the Debug Module within MIPI_CSI_2 IP and I run create bitstream.ĥ. In this way I could generate the project using our old tcl Vivado flow. After this, I moved back with 3 commits in the master branch. After that, I updated the Vivado library repository folder using the following repository: ģ. First, I cloned the ZYBO Z7 DEMO project from here: Ģ. ![]() Underneath you can see all the steps that I went through.ġ. If you dont do that, the project will not fit in the z10 variant. Also, before you generate the bit file you must deactivate the DEBUG module from MIPI_CSI_2_RX_0 ip. The next step is to export your design into the handoff folder and regenerate the bsp file in SDK. In order to successfully generate the bitstream file, you need to select the Zc010 device and after that, you must update your IPs, generate their output products and finally generate the bitstream. Your problems are probably related to the fact that you generated your IP’s output products before you changed the target device. Hi opened your Vivado project and I faced the same issues. I used the instructions from the GitHub page to create the image in SDK to load on the board and now I have a working Pcam 5c on a Zybo Z7-10. src/bd/system/ip/system_DVIClocking_0_0/system_DVIClocking_0_0.xciĪfter changing these entries to the correct values, restarting Vivado, the Synthesis, implementation and bitstream generation processes all completed successfully. xci file for the DVIClocking did not get updated and still shown the old part as well as Vivado 2016.4. However, this ended up producing this DVIClocking error:ĭigilent zybo module "system_DVIClocking_0_0" not foundĪfter fighting with this for way too long, I noticed the Current Part for the DVIClocking IP under the IP Status column still shown the xc7z020 part and not the xc7z010 part like the rest of the IPs. I did down load the Zybo Z7-20 Pcam 5C Demo Vivado 2017.4 but instead of replacing the vivado-library files, I just used the default that came with the. I took a different approach to the instructions described by Ionut in October of last year. A BUFIO can drive only clock pins of IO tileĬan someone please point me in the right direction? ![]() BUFIO instance 'SerialClkBuffer' is driving 'I' pin of instance 'SerialClk_OBUF_inst'. ![]() When I try to implement I get the following error: "make_wrapper -files -top -force"Īdd_files -norecurse -quiet -fileset sources_1 Please run report_ip_status for more details and recommendations on how to fix this issue.ĮRROR: 'make_wrapper' failed due to earlier errors. After downloading and extracting Zybo-Z7-20-pcam-5c-master.zip and vivado-library-master.zip I am executing the following steps:Ĭp -r vivado-library-master/ip/* Zybo-Z7-20-pcam-5c-master/repo/vivado-library/Ĭreate_project.tcl produces the following output with error:ĮRROR: Unable to generate top-level wrapper HDL for the BD-design 'system.bd' is locked. The readme states "Created for Vivado 2017.4". I am using Vivado 2017.4 on Linux and am trying to build the pcam demo project.
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