![]() The compiled binaries are in LuxCore-opencl/bin/, the compiled libraries (e.g. (-j specifies number of threads for the compilation process) In case you edit any source files and want to recompile quickly, go to the LuxCore sources directory and run make: In case you update the LuxCore repository (by using git pull), re-run the last stage (5) of the build script: # Go back to LinuxCompile folder and compile To update to the latest sources, use standard git commands: 19.10), you can compile LuxCore with the following commands: Most libraries that LuxCore depends on are embedded into the LuxCore executables. And I'm not getting that from AMD based rigs.See the Readme file here: Linux Static link environmentĪ static link environment is used to create binaries for releases. I get that from my Qualcomm based Google phone and Intel based Chromebooks. I need TOTAL system support from my rigs and FOR my rigs. But killer HPC and Supercomputer benchmarks from AMD don't cut it for me anymore. And I know that my components will have proper OEM support, PARTICULARLY since I plan on buying a system from Lenovo from their ThinkCentre line and their Thinkpad line. Even compared to the RTX 3060 Ti, the 3060 has a lot of grunt and has a lower TDP and runs cooler. ![]() But my next Linux box when I retire my AMD Bristol Ridge desktop and laptop will have an Intel CPU (probably Alder Ridge) and an Nvidia RTX GPU. I've already do most of my computing on ARM based products anymore, Android, Chromebook, and Apple. But you'll give up and just go buy an Intel/NNvidia after 5 minutes. Just go to Dell's Alienware site and try finding and speccing an AMD Alienware rig. And then their is the continued harassment and intimidation by Intel to make sure those OEMs who DO have AMD offerings make it hard for the consumer to find them much less properly spec one out. And the OEMs know this and follow through with shit support and board specs. Not even a vaporware announcement.ĪMD has become a Server, HPC, Supercomputer and Console Gaming company. But to make matters worse, Intel actually had NPU IP and hardware ready to go in their "Tiles" Architecture. through Radeon either RDNA or CDNA will be hamstrung by the state of OpenCL and ROCm vs Intel's OneAPI and Nvidia's CUDA. And they won't still with the introduction of ZEN 4. And will probably have shit BIOS settings, broken ACPI tables and a hamstrung IOMMU as well, like before.Īlso, AMD has NO. or even evident A.I. And that turd ball rolls into Linux even harder.Īnd now comes word that AMD is NOT going to roll out the Zen 3 Cenzanne APU for DYI, only OEMs. In the consumer world AMD just gets shit on. Not to mention poorer battery life with AMD based laptops, particularly with Linux. Not to mention improper or non working AMD wake from sleep. Unfortunately with the combined might of Intel and Nvidia along with their industry leading software and compiler support, OEMs are much more likely to sell you a moderately priced laptop or desktop that doesn't have a cut rate BIOS with broken ACPI tables and a broken IOMMU as almost EVERY AMD PC and laptop I've purchased from OEMs like HP and Lenovo and Dell. The only way to get good deals on components is to choose an OEM with economies of scale. Prices have skyrocketed and supply has been constrained. And increasingly neither is the PC world. The non PC world, ie, Apple and Google with Android and ChromeOS are not DYI worlds. I'm actually throwing up in my mouth a little as I write this. For me, as a fanbois of AMD going back to my first PC in 1990, a Tanden laptop which had an AMD 286 at 12 mhz, after ditching my trusty Commodore 64, and hopping that laptop up with a Cyrix math co-processor, and having AMD CPU's, GPUs and eventually APUs in every PC and laptop for the next 30 years.I think I will be transitioning over to Intel and Nvidia.
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