# Copyright 1999-2023 Gentoo Authors # Distributed under the terms of the GNU General Public License v2 EAPI=8 # This version corresponds to OpenVDB 11.0.0. inherit cmake cuda flag-o-matic DESCRIPTION="A lightweight GPU friendly version of VDB initially targeting rendering applications." HOMEPAGE="https://github.com/AcademySoftwareFoundation/openvdb/tree/feature/nanovdb/nanovdb" LICENSE="MPL-2.0" # For versioning, see # https://github.com/AcademySoftwareFoundation/openvdb/blob/v10.0.1/nanovdb/nanovdb/NanoVDB.h#L104 SLOT="0/$(ver_cut 1-2 ${PV})" CUDA_TARGETS_COMPAT=( sm_30 sm_35 sm_50 sm_52 sm_61 sm_70 sm_75 sm_86 sm_87 sm_89 sm_90 ) KEYWORDS="~amd64" IUSE+=" ${CUDA_TARGETS_COMPAT[@]/#/cuda_targets_} benchmark +blosc cuda debug doc examples interactive-renderer -log4cplus -magicavoxel +intrinsics +opencl optix +opengl openexr +openvdb +system-glfw +tbb test test-renderer tools +zlib " REQUIRED_USE+=" benchmark? ( openvdb ) blosc? ( openvdb ) cuda? ( || ( ${CUDA_TARGETS_COMPAT[@]/#/cuda_targets_} ) ) interactive-renderer? ( tools ) log4cplus? ( openvdb ) magicavoxel? ( examples ) openexr? ( openvdb ) openvdb? ( tbb zlib ) test? ( openvdb tbb ) test-renderer? ( test ) " # For dependencies, see # https://github.com/AcademySoftwareFoundation/openvdb/blob/v10.0.1/doc/dependencies.txt EGIT_COMMIT="77f28d16114949dfbe2937aa2dae1379f6d2b653" GH_ORG_URI="https://github.com/AcademySoftwareFoundation" GTEST_PV="1.11.0" OGT_COMMIT="e1743d37cf7a8128568769cf71cf598166c2cd30" OGT_DFN="ogt-${OGT_COMMIT:0:7}.tar.gz" DEPEND_GTEST=" >=dev-cpp/gtest-${GTEST_PV} " DEPEND+=" benchmark? ( ${DEPEND_GTEST} ) blosc? ( >=dev-libs/c-blosc-1.17 ) cuda? ( || ( =dev-util/nvidia-cuda-toolkit-11*:= =dev-util/nvidia-cuda-toolkit-12*:= ) ) opencl? ( virtual/opencl ) opengl? ( virtual/opengl ) openvdb? ( >=dev-libs/boost-1.68 >=media-gfx/openvdb-10 >=media-libs/openexr-3.1.5-r1 ) optix? ( >=dev-libs/optix-7 ) tbb? ( >=dev-cpp/tbb-2021:0= ) tools? ( >=media-libs/glfw-3.3 media-libs/mesa[egl(+)] interactive-renderer? ( system-glfw? ( >=media-libs/glfw-3.1 ) ) ) zlib? ( >=sys-libs/zlib-1.2.7 ) " RDEPEND+=" ${DEPEND} " BDEPEND+=" >=dev-build/cmake-3.15 doc? ( >=app-doc/doxygen-1.8.8 ) test? ( ${DEPEND_GTEST} test-renderer? ( media-gfx/imagemagick[png] ) ) || ( >=sys-devel/gcc-6.3.1 >=llvm-core/clang-3.8 >=dev-lang/icc-17 ) " SRC_URI=" ${GH_ORG_URI}/openvdb/archive/${EGIT_COMMIT}.tar.gz -> ${PN}-${PV}-${EGIT_COMMIT:0:7}.tar.gz https://github.com/jpaver/opengametools/archive/${OGT_COMMIT}.tar.gz -> ${OGT_DFN} " RESTRICT="mirror" PATCHES_=( "${FILESDIR}/${PN}-32.3.3_p20211029-cmake-use-tarballs.patch" ) S="${WORKDIR}/openvdb-${EGIT_COMMIT}/${PN}/${PN}" S_OGT="${WORKDIR}/ogt-${OGT_COMMIT}" pkg_setup() { if use cuda ; then if [[ -z "${CUDA_TOOLKIT_ROOT_DIR}" ]] ; then ewarn ewarn "CUDA_TOOLKIT_ROOT_DIR should be set as a per-package environmental variable" ewarn export CUDA_TOOLKIT_ROOT_DIR="/opt/cuda" else if [[ ! -d "${CUDA_TOOLKIT_ROOT_DIR}/lib64" ]] ; then eerror eerror "${CUDA_TOOLKIT_ROOT_DIR}/lib64 is unreachable. Fix CUDA_TOOLKIT_ROOT_DIR" eerror die fi fi fi if use optix ; then if [[ -z "${OptiX_ROOT}" ]] ; then ewarn ewarn "OptiX_ROOT should be set as a per-package environmental variable" ewarn export OptiX_ROOT="${EPREFIX}"/opt/optix fi if [[ ! -f "${OptiX_ROOT}/include/optix.h" ]] ; then eerror eerror "${OptiX_ROOT}/include/optix.h is unreachable. Fix OptiX_ROOT" eerror die fi if [[ -z "${OptiX_INSTALL_DIR}" ]] ; then ewarn ewarn "OptiX_INSTALL_DIR should be set as a per-package environmental variable" ewarn export OptiX_INSTALL_DIR="${EPREFIX}"/opt/optix fi if [[ ! -d "${OptiX_INSTALL_DIR}/include" ]] ; then eerror eerror "${OptiX_INSTALL_DIR}/include is unreachable. Fix OptiX_INSTALL_DIR" eerror die fi fi if use test ; then if use opencl ; then if [[ "${FEATURES}" =~ "usersandbox" ]] ; then eerror eerror 'You must add FEATURES="-usersandbox" to run pass the opencl test' eerror die else einfo 'Passed: FEATURES="-usersandbox"' fi fi fi } src_prepare() { default if use tbb && has_version -b ">=dev-cpp/tbb-2021.0" ; then eapply "${FILESDIR}/${PN}-32.3.3_p20211029-onetbb-split-header-location.patch" sed -i -e "s|__NANOVDB_USE_ONETBB__|1|g" "${S}/util/Range.h" || die fi cmake_src_prepare if use cuda ; then cuda_add_sandbox -w cuda_src_prepare fi } src_configure() { export NINJAOPTS="-j2" # Prevent counterproductive swapping. Observed a 3 GiB process. ewarn "Switch to clang + lld if it takes more than 1.5 hrs to build." # Completed build in 1 hr and 3 min in 32.x, but noticible stall with gcc. if use opencl ; then append-cppflags -DCL_TARGET_OPENCL_VERSION=120 fi CMAKE_BUILD_TYPE=$(usex debug 'Debug' 'Release') local mycmakeargs=( -DNANOVDB_ALLOW_FETCHCONTENT=OFF -DNANOVDB_BUILD_BENCHMARK=$(usex benchmark) -DNANOVDB_BUILD_EXAMPLES=$(usex examples) -DNANOVDB_BUILD_UNITTESTS=$(usex test) -DNANOVDB_BUILD_DOCS=$(usex doc) -DNANOVDB_BUILD_TOOLS=$(usex tools) -DNANOVDB_GTEST=$(usex test) -DNANOVDB_USE_BLOSC=$(usex blosc) -DNANOVDB_USE_CUDA=$(usex cuda) -DNANOVDB_USE_MAGICAVOXEL=$(usex magicavoxel) -DNANOVDB_USE_INTRINSICS=$(usex intrinsics) -DNANOVDB_USE_OPENCL=$(usex opencl) -DNANOVDB_USE_OPENGL=$(usex opengl) -DNANOVDB_USE_OPENVDB=$(usex openvdb) -DNANOVDB_USE_OPTIX=$(usex optix) -DNANOVDB_USE_TBB=$(usex tbb) -DNANOVDB_USE_ZLIB=$(usex zlib) -DUSE_BLOSC=$(usex blosc) -DUSE_EXR=$(usex openexr) -DUSE_LOG4CPLUS=$(usex log4cplus) ) if use cuda ; then for CT in ${CUDA_TARGETS_COMPAT[@]}; do use ${CT/#/cuda_targets_} && CUDA_TARGETS+="${CT#sm_*};" done mycmakeargs+=( -DCMAKE_CUDA_ARCHITECTURES="${CUDA_TARGETS%%;}" -DCMAKE_CUDA_FLAGS="$(cuda_gccdir -f | tr -d \")" ) fi if use magicavoxel ; then mycmakeargs+=( -DEOGT_SOURCE_DIR="${S_OGT}" ) fi cmake_src_configure } core_tests() { # keep in sync with ci/test_core.sh # Tests for nanovdb-25.0.0_pre20200924 # Date: Wed Jun 30 10:40:56 PM PDT 2021 (Unix time: 1625118056) #testOpenVDB result: #[==========] 17 tests from 1 test suite ran. (5545 ms total) #[ PASSED ] 17 tests. #testNanoVDB results: #[==========] 39 tests from 1 test suite ran. (1888 ms total) #[ PASSED ] 39 tests. cd "${BUILD_DIR}" || die einfo "Running core tests" cmake_src_test einfo "Running testOpenVDB" unittest/testOpenVDB || die echo einfo "Running testNanoVDB" unittest/testNanoVDB || die echo } video_card_sandbox_predict() { local d for d in /dev/dri/card*; do [[ -s "${d}" ]] && addpredict "${d}" done } render_tests() { einfo "Running render tests" # keep in sync with nanovdb/ci/test_render.sh # make gold image. local out_path="$(pwd)/out" mkdir -p "${out_path}" || die cmd/nanovdb_viewer -b -o "${out_path}/gold" -p host-mt --count 1 --turntable || die mogrify -format png "${out_path}/gold.0000.pfm" || die video_card_sandbox_predict if use cuda ; then cmd="$(pwd)/cmd/nanovdb_viewer -b --gold ${out_path}/gold -o ${out_path}/test-cuda -p cuda -n 1 --turntable" einfo "Running ${cmd}" ${cmd} || die fi cmd="cmd/nanovdb_viewer -b --gold ${out_path}/gold -o ${out_path}/test-c99 -p host-c99 -n 1 --turntable" einfo "Running ${cmd}" ${cmd} || die if false && use opengl ; then # opengl is not accessible cmd="$(pwd)/cmd/nanovdb_viewer -b --gold ${out_path}/gold -o ${out_path}/test-glsl -p glsl -n 1 --turntable" einfo "Running ${cmd}" ${cmd} || die fi # No platform TBB for viewer if use opencl ; then cmd="$(pwd)/cmd/nanovdb_viewer -b --gold ${out_path}/gold -o ${out_path}/test-opencl -p opencl -n 1 --turntable" einfo "Running ${cmd}" ${cmd} || die fi if use optix ; then cmd="$(pwd)/cmd/nanovdb_viewer -b --gold ${out_path}/gold -o ${out_path}/test-optix -p optix -n 1 --turntable" einfo "Running ${cmd}" ${cmd} || die fi } src_test() { core_tests use test-renderer && render_tests } src_install() { cmake_src_install cd "${S}" || die dodoc Readme.md cd "${S}/../.." || die docinto licenses dodoc LICENSE }