commit 5a78ed7561f95d0f9bdeda031b52e2dc14e94973 parent 172f7336a14b3330d30f5f79ac35aabca01ac45b Author: Vincent Forest <vincent.forest@meso-star.com> Date: Thu, 16 Nov 2023 12:19:30 +0100 Delete the Star-Engine section This section was not only difficult to keep up to date, but also seemed perfectly dispensable, as its pages didn't add much to the README files of the various libraries. It seems more appropriate to list the gits repositories we maintain (for example, with self-hosting and the use of stagit), and let the user explore the various repositories. Diffstat:
43 files changed, 1 insertion(+), 1007 deletions(-)
diff --git a/Makefile b/Makefile @@ -16,7 +16,7 @@ include config.mk -SUBDIRS=art htrdr misc schiff solstice star-engine stardis +SUBDIRS=art htrdr misc schiff solstice stardis SCRIPTS=\ build_htaccess.sh\ diff --git a/star-engine/.gitignore b/star-engine/.gitignore @@ -1,11 +0,0 @@ -star-engine.html -star-engine-downloads.html -star-engine-release-notes.html.in -star-2d.html -star-3d.html -star-geom.html -star-sf.html -star-sp.html -star-uvm.html -star-vx.html -Star-Engine-*-GNU-Linux64/ diff --git a/star-engine/Makefile b/star-engine/Makefile @@ -1,229 +0,0 @@ -# Copyright (C) 2017-2023 |Méso|Star> (contact@meso-star.com) -# -# This program is free software: you can redistribute it and/or modify -# it under the terms of the GNU General Public License as published by -# the Free Software Foundation, either version 3 of the License, or -# (at your option) any later version. -# -# This program is distributed in the hope that it will be useful, -# but WITHOUT ANY WARRANTY; without even the implied warranty of -# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the -# GNU General Public License for more details. -# -# You should have received a copy of the GNU General Public License -# along with this program. If not, see <http://www.gnu.org/licenses/>. -.POSIX: - -include ../config.mk - -STAR_ENGINE_VERSION=0.14.0 -STAR_ENGINE_DIR=Star-Engine-$(STAR_ENGINE_VERSION)-GNU-Linux64 -STAR_ENGINE_ARCH=downloads/$(STAR_ENGINE_DIR).tar.gz - -STAR_2D_HEADER=$(STAR_ENGINE_DIR)/include/star/s2d_version.h -STAR_3D_HEADER=$(STAR_ENGINE_DIR)/include/star/s3d_version.h -STAR_SP_HEADER=$(STAR_ENGINE_DIR)/include/star/ssp_version.h -STAR_SF_HEADER=$(STAR_ENGINE_DIR)/include/star/ssf_version.h -STAR_VX_HEADER=$(STAR_ENGINE_DIR)/include/star/svx_version.h -STAR_UVM_HEADER=$(STAR_ENGINE_DIR)/include/star/suvm_version.h -STAR_GEOM_HEADER=\ - $(STAR_ENGINE_DIR)/include/aw_version.h\ - $(STAR_ENGINE_DIR)/include/star/s3daw_version.h\ - $(STAR_ENGINE_DIR)/include/star/s3dstl_version.h\ - $(STAR_ENGINE_DIR)/include/star/s3dut_version.h\ - $(STAR_ENGINE_DIR)/include/star/sstl_version.h -STAR_ENGINE_HEADERS=\ - $(STAR_2D_HEADER)\ - $(STAR_3D_HEADER)\ - $(STAR_SP_HEADER)\ - $(STAR_SF_HEADER)\ - $(STAR_VX_HEADER)\ - $(STAR_UVM_HEADER)\ - $(STAR_GEOM_HEADER) - -STAR_2D_README=$(STAR_ENGINE_DIR)/share/doc/star-2d/README.md -STAR_3D_README=$(STAR_ENGINE_DIR)/share/doc/star-3d/README.md -STAR_SP_README=$(STAR_ENGINE_DIR)/share/doc/star-sp/README.md -STAR_SF_README=$(STAR_ENGINE_DIR)/share/doc/star-sf/README.md -STAR_VX_README=$(STAR_ENGINE_DIR)/share/doc/star-vx/README.md -STAR_UVM_README=$(STAR_ENGINE_DIR)/share/doc/star-uvm/README.md -STAR_ENGINE_README=$(STAR_ENGINE_DIR)/share/doc/star-engine/README.md -STAR_ENGINE_READMES=\ - $(STAR_2D_README)\ - $(STAR_3D_README)\ - $(STAR_SP_README)\ - $(STAR_SF_README)\ - $(STAR_VX_README)\ - $(STAR_UVM_README)\ - $(STAR_ENGINE_README) - -STAR_ENGINE_PKG=\ - downloads/Star-Engine-0.14.0-Sources.zip\ - downloads/Star-Engine-0.14.0-GNU-Linux64.tar.gz\ - downloads/Star-Engine-0.13.0-Sources.zip\ - downloads/Star-Engine-0.13.0-GNU-Linux64.tar.gz\ - downloads/Star-Engine-0.12.0-Sources.zip\ - downloads/Star-Engine-0.12.0-GNU-Linux64.tar.gz\ - downloads/Star-Engine-0.11.0-Sources.zip\ - downloads/Star-Engine-0.11.0-GNU-Linux64.tar.gz\ - downloads/Star-Engine-0.10.0-Sources.zip\ - downloads/Star-Engine-0.10.0-GNU-Linux64.tar.gz\ - downloads/Star-Engine-0.9.0-Sources.zip\ - downloads/Star-Engine-0.9.0-GNU-Linux64.tar.gz\ - downloads/Star-Engine-0.8.1-Win64.zip\ - downloads/Star-Engine-0.8.1-Sources.zip\ - downloads/Star-Engine-0.8.1-GNU-Linux64.tar.gz\ - downloads/Star-Engine-0.8.0-Win64.zip\ - downloads/Star-Engine-0.8.0-Sources.zip\ - downloads/Star-Engine-0.8.0-GNU-Linux64.tar.gz\ - downloads/Star-Engine-0.7.0-Sources.zip\ - downloads/Star-Engine-0.7.0-GNU-Linux64.tar.gz\ - downloads/Star-Engine-0.6.0-Win64.zip\ - downloads/Star-Engine-0.6.0-Sources.zip\ - downloads/Star-Engine-0.6.0-GNU-Linux64.tar.gz\ - downloads/Star-Engine-0.5.1-Win64.zip\ - downloads/Star-Engine-0.5.1-Sources.zip\ - downloads/Star-Engine-0.5.1-GNU-Linux64.tar.gz -STAR_ENGINE_SIG=$(STAR_ENGINE_PKG:=.sig) - -IMG=\ - foam.jpg\ - cumulative.svg\ - polar.svg\ - octree.jpg\ - super_shape.jpg - -HTML=\ - star-engine.html\ - star-engine-downloads.html\ - star-2d.html\ - star-3d.html\ - star-sp.html\ - star-sf.html\ - star-vx.html\ - star-uvm.html\ - star-geom.html - -build: .sig - @$(MAKE) -fMakefile -f .sig build_all - -build_all: $(HTML) - -clean: - @echo "Cleaning generated files" - @rm -f $(HTML) $(HTML:=.err) .sig .lint - -distclean: clean - @echo "Cleaning PGP signatures" - @rm -f $(STAR_ENGINE_SIG) - -install: build - @rsync -avzrR --delete-after --progress \ - $(HTML)\ - $(IMG)\ - $(STAR_ENGINE_PKG)\ - $(STAR_ENGINE_SIG)\ - $(PREFIX)/star-engine/ - -star_engine_build.sh: ../meso-menu.sh - @touch "$@" - -################################################################################ -# html -################################################################################ -star-engine.html: star-engine.html.in star_engine_build.sh Makefile - @echo "Building $@" - @$(SHELL) star_engine_build.sh overview $(STAR_ENGINE_VERSION) > $@ - -star-engine-downloads.html:\ - $(STAR_ENGINE_SIG)\ - $(STAR_ENGINE_README)\ - star_engine_build.sh - @echo "Building $@" - @$(SHELL) star_engine_build.sh downloads $(STAR_ENGINE_README) > $@ - -star-2d.html:\ - star-2d.html.in\ - $(STAR_2D_HEADER)\ - $(STAR_2D_README)\ - star_engine_build.sh - @echo "Building $@" - @$(SHELL) star_engine_build.sh component Star-2D $(STAR_2D_README) $(STAR_2D_HEADER) > $@ - -star-3d.html:\ - star-3d.html.in\ - $(STAR_3D_HEADER)\ - $(STAR_3D_README)\ - star_engine_build.sh\ - foam.jpg - @echo "Building $@" - @$(SHELL) star_engine_build.sh component Star-3D $(STAR_3D_README) $(STAR_3D_HEADER) > $@ - -star-sp.html:\ - star-sp.html.in\ - $(STAR_SP_HEADER)\ - $(STAR_SP_README)\ - star_engine_build.sh \ - cumulative.svg - @echo "Building $@" - @$(SHELL) star_engine_build.sh component Star-SP $(STAR_SP_README) $(STAR_SP_HEADER) > $@ - -star-sf.html:\ - star-sf.html.in\ - $(STAR_SF_HEADER)\ - $(STAR_SF_README)\ - star_engine_build.sh\ - polar.svg - @echo "Building $@" - @$(SHELL) star_engine_build.sh component Star-SF $(STAR_SF_README) $(STAR_SF_HEADER) > $@ - -star-vx.html:\ - star-vx.html.in\ - $(STAR_VX_HEADER)\ - $(STAR_VX_README)\ - star_engine_build.sh\ - octree.jpg - @echo "Building $@" - @$(SHELL) star_engine_build.sh component Star-VX $(STAR_VX_README) $(STAR_VX_HEADER) > $@ - -star-uvm.html:\ - star-uvm.html.in\ - $(STAR_UVM_HEADER)\ - $(STAR_2D_README)\ - star_engine_build.sh - @echo "Building $@" - @$(SHELL) star_engine_build.sh component Star-UVM $(STAR_UVM_README) $(STAR_UVM_HEADER) > $@ - -star-geom.html:\ - star-geom.html.in\ - $(STAR_GEOM_HEADER)\ - star_engine_build.sh\ - super_shape.jpg - @echo "Building $@" - @$(SHELL) star_engine_build.sh star_geom $(STAR_GEOM_HEADER) > $@ - -$(STAR_ENGINE_HEADERS) $(STAR_ENGINE_READMES): - @echo "Extracting data from $(STAR_ENGINE_ARCH)" - @tar -xz -f $(STAR_ENGINE_ARCH) $(STAR_ENGINE_HEADERS) $(STAR_ENGINE_READMES) - -################################################################################ -# Check files -################################################################################ -lint: build .lint - @$(MAKE) -fMakefile -f .lint lint_all - -lint_all: lint_shells $(HTML:=.lint) - -lint_shells: - @echo "Checking star_engine_build.sh" && shellcheck -o all -x star_engine_build.sh - -################################################################################ -# Miscellaneous targets -################################################################################ -.sig: Makefile ../configure_targets.sh - @echo "Setup .sig" - @$(SHELL) ../configure_targets.sh sig $(STAR_ENGINE_PKG) > .sig - -.lint: Makefile ../configure_targets.sh - @echo "Setup .lint" - @$(SHELL) ../configure_targets.sh lint $(HTML) > .lint diff --git a/star-engine/cumulative.svg b/star-engine/cumulative.svg @@ -1 +0,0 @@ -#$# git-wad f0b87b3b28c8e554579c037142c66f3c7b8a441d89d4d4397971f0af9d7ab2d3 35310 -\ No newline 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b/star-engine/octree.jpg @@ -1 +0,0 @@ -#$# git-wad 0dd36589a7ad60e20642bb89b8a0f5f9c2f8ec4fb8f15300227f5f652182e787 380694 -\ No newline at end of file diff --git a/star-engine/polar.svg b/star-engine/polar.svg @@ -1 +0,0 @@ -#$# git-wad f9fef1da10906b3231c26a644fc77ba2de89b29cd4792724327d30e70a198101 21053 -\ No newline at end of file diff --git a/star-engine/star-2d.html.in b/star-engine/star-2d.html.in @@ -1,36 +0,0 @@ -<header> - <h1>Star-2D - <span class=subtitle>Manage 2D geometries</span> - </h1> -</header> - -<div class="news"> - <p><b>Star-2D ${VERSION} is available</b></p> - <ul> - <li>Get source code: - <a href=https://gitlab.com/meso-star/star-2d/tree/${VERSION}>git</a> - </li> - </ul> -</div> - -<p>The Star-2D library implements the functionalities provided by <a -href="star-3d.html">Star-3D</a> for <b>2D shapes represented by a list of -segments</b>. It is actually the counterpart of Star-3D for 2D geometries. Its -main targets are programmers that have to deal with <b>complex 2D -environments</b>.</p> - -<p>The Star-2D API is roughly the same of the <a -href="star-3d.html">Star-3D</a> one. It provides <b>uniform sampling</b> and -<b>ray-tracing</b> operators while still relying on <a -href="https://software.intel.com/en-us/rendering-framework">Intel(R) Rendering -Framework:</a> <a href=https://embree.github.io>Embree</a> to ensure high -ray-tracing efficiency.</p> - -<p>It also supports multiple scene <b>views</b>. Each view stores the current -data of a scene that can be then sampled and ray-traced. A view is insensitive -to scene updates following its creation. This means that several views can -store different state of a same scene, giving to the caller a great flexibility -to manage its geometric data.</p> - -${RELEASE_NOTES} - diff --git a/star-engine/star-3d.html.in b/star-engine/star-3d.html.in @@ -1,58 +0,0 @@ -<header> - <h1>Star-3D - <span class=subtitle>Manage 3D geometries</span> - </h1> -</header> - -<div class="news"> - <p><b>Star-3D ${VERSION} is available</b></p> - <ul> - <li>Get source code: - <a href=https://gitlab.com/meso-star/star-3d/tree/${VERSION}>git</a> - </li> - </ul> -</div> - -<p>The Star-3D C library <b>manages surfacic geometries</b> and provides -operators to access them efficiently by <b>uniform sampling</b>, -<b>ray-tracing</b> or a <b>closest point query</b>. To ensure the efficiency of -these operators, Star-3D internally relies on <a -href="https://software.intel.com/en-us/rendering-framework">Intel(R) Rendering -Framework:</a> <a href=https://embree.github.io>Embree</a> that provides highly -optimized acceleration structures as well as traversal kernels for a wide range -of data workloads. The main targets of Star-3D are programmers that want to -efficiently handle <b>complex and arbitrary 3D content</b>.</p> - -<div class="img" style="width: 15em; padding-top: 1em"> - <a href="foam.jpg"> - <img src="foam.jpg" alt="Foam"> - </a> - <div class="caption"> - Illustration of a foam geometry of 694,793 triangles. This geometry was used - in a Monte-Carlo solver powered by Star-3D to compute <a - href="https://hal.archives-ouvertes.fr/hal-02096305/document">coupled - conducto-radiative heat-transferts</a>. - </div> -</div> - -<p>The main concept exposed in Star-3D is the <b>shape</b>. A shape represents a -3D object such as a triangular mesh or a sphere, whose data are user defined -and can be updated at any time. A virtual environment is built by attaching one -or several shapes to a <b>scene</b>. A scene can be <b>instantiated</b> into -one or several shapes that can be then attached to a scene as any regular -shapes. Each instance has its own position and orientation while the -instantiated geometry is stored once even though it is instantiated several -times. This feature can thus be used to create extremely complex environment -with a low memory footprint.</p> - -<p>To access the scene data through uniform sampling or ray-tracing, one has to -create a <b>view</b> of the scene. On its creation, the view internally builds -data structures required by the aforementioned access operators. These data -structures are built from the scene geometry as defined at the moment of the -view creation; a view is thus insensitive to scene updates following its -creation. This means that several views can be used to register different -states of the same scene, giving to the caller a great flexibility to manage the -scene data.</p> - -${RELEASE_NOTES} - diff --git a/star-engine/star-engine.html.in b/star-engine/star-engine.html.in @@ -1,197 +0,0 @@ -<header> - <h1>Star-Engine - <span class=subtitle> - A framework for Monte-Carlo solvers - </span> - </h1> -</header> - -<div class="news"> - <p><b>Download Star-Engine ${VERSION}</b></p> - <ul> - <li>GNU/Linux: - <a href="downloads/Star-Engine-${VERSION}-GNU-Linux64.tar.gz">tarball</a> / - <a href="downloads/Star-Engine-${VERSION}-GNU-Linux64.tar.gz.sig">pgp</a></li> - ${WINDOWS} - <li>Sources: - <a href="downloads/Star-Engine-${VERSION}-Sources.zip">zip</a> / - <a href="downloads/Star-Engine-${VERSION}-Sources.zip.sig">pgp</a></li> - </ul> -</div> - -<p>The purpose of Star-Engine is to provide a <b>development environment</b> -for engineers and researchers who wish to use the <b>Monte-Carlo</b> method in -order to perform numerical simulations. The Monte-Carlo method is indeed the -only numerical method suitable to solve <b>high-dimensional</b> integrals even -if an <b>highly complex 3D scene</b> or many <b>coupled phenomena</b> have to be -considered. - -<p>On paper, such complex situations are easily handled: physicists will -essentially translate the <b>integral</b> they need to solve into a -mathematical form that can be read as a Monte-Carlo algorithm. But then, -developing the associated simulation code might be very difficult, if even -possible, because mathematical expressions do not provide any clue on data -management concerns, or on how to address the development environment -constraints. One good example would be a common integral over a surface: while -it could be quite easy to write this integral, coding a fast and accurate -function that can be used for any given surface is no small feat.</p> - -<p>Star-Engine provides such practical solutions: it can be seen as a bridge -between a Monte-Carlo algorithm that exists only as a mathematical expression -and the actual numerical simulation code that uses this algorithm in order to -evaluate the solution.</p> - -<p>Star-Engine is <b>a collection of C libraries</b> available for the x86-64 -architecture on GNU/Linux as well as Microsoft Windows 7 and later. Refer to -the <code>Components</code> menu for an overview of its main libraries.</p> - -<h2>Related projects</h2> - -<p>The following applications make use of Star-Engine to implement Monte-Carlo -solvers for a wide range of purposes. Refer to the their associated -documentation for more informations.</p> - -<ul> - <li><a href="../high-tune/high-tune.html">High-Tune: Renderer</a>: image - renderer of cloudy atmospheres</li> - <li><a href="../schiff/schiff.html">Schiff</a>: computes the radiative properties of - soft particles,</li> - <li><a href="../solstice/solstice.html">Solstice</a>: simulates concentrated solar - plants,</li> - <li><a href="../stardis/stardis.html">Stardis</a>: solves coupled thermal problems,</li> - <li><a href="https://gitlab.com/meso-star/star-4v_s.git">Star-4V/S</a>: - evaluates an invariant property of diffuse random walks,</li> - <li><a href="https://gitlab.com/meso-star/star-gf.git">Star-GebhartFactor</a>: - computes the <a href="https://en.wikipedia.org/wiki/Gebhart_factor">Gebhart - factor</a> between 3D primitives.</li> -</ul> - -<h2>Install</h2> - -<p>Although we can install and use each of the components of the Star-Engine -separately, the easiest way is to deploy them as they are packaged in a -specific version of the Star-Engine which guarantees their reciprocal -compatibility.</p> - -<p>One way to install the Star-Engine is to <a -href="star-engine-downloads.html">download</a> a <b>pre-compiled</b> version -and check its integrity against its <a href=../misc/pgp_signatures.html>PGP -signature</a> before extracting it. - -<p>You can alternatively <b>compile</b> the Star-Engine directly from its -sources. On GNU/Linux, first make sure that you have installed <a -href=https://git-scm.com>git</a>, <a href="https://cmake.org">CMake</a> 3.1 or -higher and <a href=https://gcc.gnu.org>GNU Compiler Colection</a> 4.8 or -higher. Then, in a GNU/Bash shell, type the following commands:</p> - -<pre class="code"> -~ $ git clone -b ${VERSION} \ - https://gitlab.com/meso-star/star-engine.git \ - Star-Engine-${VERSION} -~ $ mkdir Star-Engine-${VERSION}/build -~ $ cd Star-Engine-${VERSION}/build -~/Star-Engine-${VERSION}/build $ cmake ../cmake -~/Star-Engine-${VERSION}/build $ make -</pre> - -<p>These commands install the Star-Engine at the root of your home directory in -the <code>Star-Engine-${VERSION}/local</code> sub-directory. Visit the -Star-Engine <a href="https://gitlab.com/meso-star/star-engine">git -repository</a> for a complete description of the build process and available -options.</p> - -<p>Once installed, the directory in which the Star-Engine is deployed looks -like a classic Unix file system hierarchy:</p> - -<ul> - <li>The <code>bin</code> directory stands for binary and contains the - programs deployed with Star-Engine.</li> - <li><code>etc</code> stores the configuration files. Its name stands for - <i>etcetera</i>. For instance, on GNU/Linux it contains the - <code>star-engine.profile</code> bash script that when "sourced" setups the - environment of the current shell for the development of Star-Engine based - applications.</li> - <li>The <code>include</code> directory contains the header files of the - Star-Engine libraries. Theses files should be included in your C/C++ - application through the <code>#include</code> directive.</li> - <li>The <code>lib</code> directory stores the Star-Engine libraries.</li> - <li>Finally, the <code>share</code> directory contains architecture - independent data, like the licenses of the installed libraries.</li> -</ul> - -<h2>Quick start</h2> - -<p>Once the Star-Engine is deployed, you can develop C/C++ applications using -its libraries. Consider a GNU/Linux environment and a project with a single -source file named <code>main.c</code> that uses the Star-Engine's <a -href=https://gitlab.com/meso-star/star-sp.git>Star-SamPling library</a> to -generate random numbers. To build the project executable, you must first -register the Star-Engine installation in the current shell by sourcing its -"profile".</p> - -<pre class="code"> -~ $ source <STAR_ENGINE_DIR>/etc/star-engine.profile -</pre> - -<p>where <code><STAR_ENGINE_DIR></code> is the Star-Engine install -directory. This script updates the environment variables of the current shell -with the install information of the Star-Engine. The updated environment -variables are: <code>LD_LIBRARY_PATH</code>, <code>PATH</code>, -<code>MANPATH</code>, <code>CPATH</code> and <code>LIBRARY_PATH</code>. Once -this is done, assuming that <b>G</b>NU <b>C</b>ompiler <b>C</b>ollection is -installed on the system, one can compile the program with a common invocation -of <code>gcc</code>.</p> - -<pre class="code"> -~ $ gcc main.c -lssp -</pre> - -<p>where <code>ssp</code> is the name of the <b>S</b>tar-<b>S</b>am<b>P</b>ling -library in the <code><STAR_ENGINE_DIR>/lib</code> directory.</p> - -<p>Note that this procedure is only practical for simple projects. For more -advanced software one should rely on a build system like <a -href="https://www.gnu.org/software/make/">GNU Make</a> or <a -href="https://cmake.org/">CMake</a> (see below).</p> - -<h3>CMake build system</h3> - -<p>Star-Engine comes with CMake packages that provide programmers using the -CMake build system with a seamless integration of the Star-Engine libraries in -their software. In order to use these packages, add the Star-Engine install -directory to the CMake search paths at the CMake configuration step. Then use -the CMake package mechanism to use the required Star-Engine libraries.</p> - -<p>For instance, consider a project relying on the <a -href=https://gitlab.com/meso-star/star-3d.git>Star-3D</a> and the <a -href=https://gitlab.com/meso-star/star-sp.git>Star-SamPling</a> libraries of -the Star-Engine, with a single source file <code>main.c</code> and a -<code>CMakeLists.txt</code> file defined as follow:</p> - -<pre class="code"> -project(my_project C) - -# Use CMake packages to check and add project dependencies -find_package(Star3D REQUIRED) -find_package(StarSP REQUIRED) -include_directories(${Star3D_INCLUDE_DIR} ${StarSP_INCLUDE_DIR}) - -# Define the program to build -add_executable(my_program main.c) - -# Link the program against the Star-Engine libraries on which it depends -target_link_libraries(my_program StarSP Star3D) -</pre> - -<p>One can generate the CMake project with the following command:</p> - -<pre class="code"> -cmake -G<CMAKE_GENERATOR> -DCMAKE_PREFIX_PATH=<STAR_ENGINE_DIR> <MY_PROJECT_DIR> -</pre> - -<p>where <code><CMAKE_GENERATOR></code> is the build system to use (for -instance <code>"Unix Makefiles"</code>), <code><STAR_ENGINE_DIR></code> -is the Star-Engine install location and <code><MY_PROJECT_DIR></code> is -the directory where the aforementioned <code>CMakeLists.txt</code> file is -stored.</p> - diff --git a/star-engine/star-geom.html.in b/star-engine/star-geom.html.in @@ -1,86 +0,0 @@ -<header> - <h1>Geometric data - <span class=subtitle>Generate and load geometric data</span> - </h1> -</header> - -<div class="news"> - <p><b>Repositories</b></p> - <ul> - <li> - AW ${AW_VERSION}: - <a href=https://gitlab.com/vaplv/loader_aw/tree/${AW_VERSION}>git</a> - </li><li> - Star-3DAW ${S3DAW_VERSION}: - <a href=https://gitlab.com/meso-star/star-3daw/tree/${S3DAW_VERSION}>git</a> - </li><li> - Star-3DSTL ${S3DSTL_VERSION}: - <a href=https://gitlab.com/meso-star/star-3dstl/tree/${S3DSTL_VERSION}>git</a> - </li><li> - Star-3DUT ${S3DUT_VERSION}: - <a href=https://gitlab.com/meso-star/star-3dut/tree/${S3DUT_VERSION}>git</a> - </li><li> - Star-STL ${SSTL_VERSION}: - <a href=https://gitlab.com/meso-star/star-stl/tree/${SSTL_VERSION}>git</a> - </li> - </ul> -</div> - -<p>To help in dealing with complex geometric data, Star-Engine provides a set -of <b>utility libraries</b> to generate shapes or to load them from files.</p> - -<p><a href="https://gitlab.com/meso-star/star-3dut">Star-3DUtilityToolkit</a> -is a C library that provides a collection of functions to <b>generate -triangular meshes</b> of several shapes. For instance one can build -[hemi]spheres, cylinders, cuboids or super shapes, all with an optional -thickness, <i>etc.</i> The resulting triangular meshes are structured as a -list of <b>indexed vertices</b> that can be directly accessed by the -caller.</p> - -<div class="img" style="width: 15em; padding-top: 1em"> - <a href="super_shape.jpg"> - <img src="super_shape.jpg" alt="Super Shape" - style="width: 80%; display:block; margin-left: auto; margin-right: auto;"> - </a> - <div class="caption"> - Truncated thick super shape generated by the <a - href="https://gitlab.com/meso-star/star-3dut">Star-3DUT</a> library. - </div> -</div> - -<p>The <a href="https://gitlab.com/vaplv/loader_aw">AW</a> and <a -href="https://gitlab.com/meso-star/star-stl">Star-STL</a> libraries load meshes -saved in the Alias Wavefront <b>OBJ</b> file format and <b>STereo -Lithography</b> file format, respectively. The loaded data are exposed to the -user according to the file format logic: the OBJ meshes are grouped with -respect to different criteria (material group, smooth group, <i>etc.</i>) while -the mesh of an STL is exposed as a list of triangles. - -<p>The <a href="https://gitlab.com/meso-star/star-3daw">Star-3DAW</a> and <a -href="https://gitlab.com/meso-star/star-3dstl">Star-3DSTL</a> libraries use the -two aforementioned libraries to load geometric data from an OBJ or an STL file, -respectively, to create <a href="star-3d.html">Star-3D</a> shapes. These shapes -can then be directly used in Star-3D to be ray-traced or sampled.</p> - -<h2>Licenses</h2> - -<ul> - <li>AW copyright © 2014-2017, 2020, 2021 - <a href="mailto:vaplv@posteo.net">Vincent Forest</a>.</li> - <li>Star-3DAW copyright © 2015, 2016, 2020, 2021 - <a href="https://www.meso-star.com/">|Meso|Star></a>.</li> - <li>Star-3DSTL copyright © 2015-2018, 2021 - <a href="https://www.meso-star.com/">|Meso|Star></a>.</li> - <li>Star-3DUT copyright © 2016, 2017, 2020, 2021 - <a href="https://www.meso-star.com/">|Meso|Star></a>.</li> - <li>Star-STL copyright © 2015, 2016, 2019, 2021 - <a href="https://www.meso-star.com/">|Meso|Star></a>.</li> -</ul> - -<p>These libraries are free software: Star-STL, Star-3DAW and Star-STL are -released under the <a -href="https://cecill.info/licences/Licence_CeCILL_V2.1-en.html">CeCILL v2.1</a> -license while Star-3DUT and AW are release under the <a -href="https://www.gnu.org/licenses/gpl-3.0.html">GPLv3</a> license. You are -welcome to redistribute them under certain conditions; refer to their license -for details.</p> diff --git a/star-engine/star-sf.html.in b/star-engine/star-sf.html.in @@ -1,49 +0,0 @@ -<header> - <h1>Star-ScatteringFunctions - <span class=subtitle> - Simulate scattering effects at surfaces and in volumes - </span> - </h1> -</header> - -<div class="news"> - <p><b>Star-SF ${VERSION} is available</b></p> - <ul> - <li>Get source code: - <a href=https://gitlab.com/meso-star/star-sf/tree/${VERSION}>git</a> - </li> - </ul> -</div> - -<p>Star-ScatteringFunctions is a C library that provides abstractions to -describe <b>scattering effects at a surface</b> through Bidirectional -Scattering Distribution Functions (BSDF), microfacet distributions and fresnel -terms, and in a volume with <b>phase functions</b>. The main targets of Star-SF -are programmers that have to evaluate or sample these scattering effects.</p> - -<div class="img" style="width: 18em; padding-top: 1em"> - <a href="polar.svg"> - <img src="polar.svg" alt="Phase function"> - </a> - <div class="caption"> - 2D illustration of a phase function: probability to scatter in any - direction - </div> -</div> - - -<p>The Star-SF API makes no reference to the implementation of the -aforementioned data structures. In addition, it publicly exposes their -<b>interfaces</b>. Consequently, users cannot only switch the BSDF, -microfacet distribution, fresnel term or phase function without any impact on -their application source code, but they can also provide their own implementation -of these structures while still relying on Star-SF in their simulation code.</p> - -<p>Beyond the legacy <b>specular</b> and <b>lambertion</b> reflections, Star-SF -implements several scattering functions, from the ones simulating <b>glossy -reflections</b> through microfacet distributions to BSDFs that handle specular -effects of an interface between <b>dieliectric media</b>. For volumetric -scattering, Star-SF provides built-in implementation of the Henyey & -Greenstein and Rayleigh phase functions.</p> - -${RELEASE_NOTES} diff --git a/star-engine/star-sp.html.in b/star-engine/star-sp.html.in @@ -1,58 +0,0 @@ -<header> - <h1>Star-SamPling - <span class=subtitle> - Random number generators & random variates - </span> - </h1> -</header> - -<div class="news"> - <p><b>Star-SP ${VERSION} is available</b></p> - <ul> - <li>Get source code: - <a href=https://gitlab.com/meso-star/star-sp/tree/${VERSION}>git</a> - </li> - </ul> -</div> - -<p>The Star-SamPling library provides a set of <b>random number generators</b> -as well as a large collection of <b>random variates</b>. Its API is pure C and -the exposed functions make no reference to the actual generator used. One can -thus easely switch the generator without any impact on the application source -code.</p> - -<p>Star-SamPling proposes generators <b>well suited for use in simulation</b>: -they have extremely long periods and low correlation. In addition of regular -generators such as Mersen Twister or RANLUX, it relies on the <a -href="https://www.deshawresearch.com/resources_random123.html">Random123 -library</a> to provide <b>"counter based" generators</b> that satisfy rigourous -statistical testing.</p> - -<div class="img" style="width: 18em; padding-top: 1em"> - <a href="cumulative.svg"> - <img src="cumulative.svg" alt="Cumulative"> - </a> - <div class="caption"> - Gaussian distribution and its cumulative used to generate a sample - according to this probability distribution function. - </div> -</div> - -<p>Beyond uniform distribution, Star-SamPling can be used to generate random -variates from exponental, gaussian or lognormal distributions. It also -implements uniform sampling of a triangle, a disk, a sphere, an hemisphere or a -circle as well as the cosine weighted sampling of an hemisphere or the sampling -of a sphere with respect to the Henyey & Greenstein function.</p> - -<p>Star-SamPling provides the notion of <b>proxy</b> of a random number -generator. A proxy is used to split the random numbers of a generator in a set -of <code>N</code> partitions, where <code>N</code> is a user defined parameter. -Each partition is assigned to a generator that is actually a regular generator -regarding the Star-SamPling API. The main benefit is that such generators can -be used by different processes that <b>concurrently</b> participate to the same -simulation since in such situation each process must ensure that it relies on -its own set of random numbers. Star-SamPling is thus well suited to parallel -computations that use <b>message passing</b> and/or <b>shared memory</b> -communication models. - -${RELEASE_NOTES} diff --git a/star-engine/star-uvm.html.in b/star-engine/star-uvm.html.in @@ -1,39 +0,0 @@ -<header> - <h1>Star-UnstructuredVolumetricMesh - <span class=subtitle>Manage unstructured volumetric meshes</span> - </h1> -</header> - -<div class="news"> - <p><b>Star-UVM ${VERSION} is available</b></p> - <ul> - <li>Get source code: - <a href=https://gitlab.com/meso-star/star-uvm/tree/${VERSION}>git</a> - </li> - </ul> -</div> - -<p>Star-UVM is a C library whose goal is to manage <b>unstructured volumetric -meshes</b> defined by a soup of <b>tetrahedra</b>. Once spatially partitioned, -the user can efficiently identify tetrahedra cut by an axis aligned box or -access the specific tetrahedron that encompasses a given position.</p> - -<p>Star-UVM relies internally on <a -href="https://software.intel.com/en-us/rendering-framework">Intel(R) Rendering -Framework:</a> <a href=https://embree.github.io>Embree</a> which provides -highly optimized acceleration structures for a wide variety of data workloads. -Star-UVM's main targets are programmers who want to efficiently manage -<b>complex and arbitrary volumetric 3D meshes</b>.</p> - -<p>Only geometric data is processed by Star-UVM. No assumption is made on their -associated properties. Either way, Star-UVM provides data, such as primitive -indices and barycentric coordinates, needed to retrieve the properties attached -to each tetrahedron. These properties can thus be managed externally without -arbitrary constraints imposed by Star-UVM on their size, alignment or type.</p> - -<h2>License</h2> - -<p>Copyright © 2020, 2021 <a href=https://www.meso-star.com>|Meso|Star></a>. -Star-UnstructuredVolumetricMesh is free software released under the GPL v3+ -license: GNU GPL version 3 or later. You are welcome to redistribute it under -certain conditions; refer to the COPYING file for details.</p> diff --git a/star-engine/star-vx.html.in b/star-engine/star-vx.html.in @@ -1,53 +0,0 @@ -<header> - <h1>Star-VoXel - <span class=subtitle>Manage volumetric data</span> - </h1> -</header> - -<div class="news"> - <p><b>Star-VX ${VERSION} is available</b></p> - <ul> - <li>Get source code: - <a href=https://gitlab.com/meso-star/star-vx/tree/${VERSION}>git</a> - </li> - </ul> -</div> - -<p>Star-VoXel is a C library whose purpose is to <b>manage volumetric -elements</b>, named voxels, structured as a set of axis aligned cuboids. This -library does not know anything about the volumetric data that it handles: it -only provides data structures that partition voxels according to user criteria. -It also implements efficient ways to <b>index voxels</b> into the space -partitioning data structures or to access them through <b>ray-tracing</b>.</p> - -<p>Star-VoXel implements 2 hierarchical data structures: the <b>binary tree</b> -and the <b>octree</b> that are used to partition 1D or 3D data, respectively. -For both structures, data are partitionned following a bottom-up strategy: the -caller submits the raw data to Star-VoXel that it recursively structures from -the leaf (the user data) to the root of the tree. - -<div class="img" style="width: 16em; padding: 1em"> - <a href="octree.jpg"> - <img src="octree.jpg" alt="Octree"> - </a> - <div class="caption"> - Octree built by Star-VoXel from cloud field data produced by a Large Eddy - Simulation. - </div> -</div> - - -<p>The policies used to merge input data as well as the merge operator itself are -defined by the caller; Star-VoXel settles for building the hierarchical -structure only.</p> - -<p>The way data are accessed through indexing or ray-tracing can be finely -tuned by the caller. Beyond the probe position or the ray to trace, the user -can provide callbacks to stop the traversal at any hierarchy level, perform -computations at the traversed node, discard leafs, <i>etc.</i> This API gives -to the host application a <b>full control on the hierarchical data -structures</b> while its memory representation and its accessors are still -fully managed internally by Star-VoXel.</p> - -${RELEASE_NOTES} - diff --git a/star-engine/star_engine_build.sh b/star-engine/star_engine_build.sh @@ -1,128 +0,0 @@ -#!/bin/sh -e - -# Copyright (C) 2017-2023 |Méso|Star> (contact@meso-star.com) -# -# This program is free software: you can redistribute it and/or modify -# it under the terms of the GNU General Public License as published by -# the Free Software Foundation, either version 3 of the License, or -# (at your option) any later version. -# -# This program is distributed in the hope that it will be useful, -# but WITHOUT ANY WARRANTY; without even the implied warranty of -# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the -# GNU General Public License for more details. -# -# You should have received a copy of the GNU General Public License -# along with this program. If not, see <http://www.gnu.org/licenses/>. - -. ../meso-menu.sh - -overview() -{ - if [ $# -lt 1 ]; then - printf "Usage: %s overview <version>\n" "$0" - exit 1 - fi - - unset win - if [ -f "downloads/Star-Engine-$1-Win64.zip" ]; then - win="<li>Windows: \ - <a href=\"downloads/Star-Engine-$1-Win64.zip\">zip</a> / \ - <a href=\"downloads/Star-Engine-$1-Win64.zip.sig\">pgp</a></li></ul><ul>" - fi - - print_header -s Star-Engine -n Overview -r ../ - WINDOWS="${win}" VERSION="$1" envsubst < star-engine.html.in - print_footer -} - -downloads() -{ - if [ $# -lt 1 ]; then - printf "Usage: %s downloads <readme>\n" "$0" - exit 1 - fi - - release_notes=$(${markdown} "$1" | \ - sed -n '/^<h2>Release notes<\/h2>/,/^<h2>Licenses<\/h2>/p' | sed '$d') - - print_header -s Star-Engine -n Downloads -r ../ - echo "<header><h1>Download Star-Engine</h1></header>" - print_downloads Star-Engine - echo "${release_notes}" - print_footer -} - -header_version() -{ - header=$1 - major=$(sed -n 's/.*MAJOR \(.*\)$/\1/1p' < "${header}") - minor=$(sed -n 's/.*MINOR \(.*\)$/\1/1p' < "${header}") - patch=$(sed -n 's/.*PATCH \(.*\)$/\1/1p' < "${header}") - [ "${patch}" = "0" ] && echo "${major}.${minor}" || echo "${major}.${minor}.${patch}" -} - -component() -{ - if [ $# -lt 3 ]; then - printf "Usage: %s component <section> <readme> <header>\n" "$0" - exit 1 - fi - - section_lower=$(echo "$1" | tr "[:upper:]" "[:lower:]") - - release_notes=$(${markdown} "$2" \ - | sed -n '/^<h2>Release notes<\/h2>/,$p' \ - | sed 's/opyright (C)/opyright \©/g') - - print_header -s Star-Engine -n "$1" -r ../ - version=$(header_version "$3") - - VERSION="${version}" \ - RELEASE_NOTES="${release_notes}" \ - envsubst < "${section_lower}.html.in" - - print_footer -} - -star_geom() -{ - if [ $# -lt 5 ]; then - printf "Usage: %s star_geom <aw_version.h> <s3daw_version.h> \ - <s3dstl_version.h> <s3dut_version.h> <sstl_version.h>\n" "$0" - exit 1 - fi - - unset aw_version s3daw_version s3dstl_version s3dut_version sstl_version - for i in "$@"; do - case "${i}" in - *s3daw_version\.h) s3daw_version=$(header_version "${i}") ;; - *aw_version\.h) aw_version=$(header_version "${i}") ;; - *s3dstl_version\.h) s3dstl_version=$(header_version "${i}") ;; - *s3dut_version\.h) s3dut_version=$(header_version "${i}") ;; - *sstl_version\.h) sstl_version=$(header_version "${i}") ;; - *) printf "%s:star_geom: invalid argument \"%s\"" "$0" "${i}" >&2 ;; - esac - done - - if [ -z "${aw_version}" ] \ - || [ -z "${s3daw_version}" ] \ - || [ -z "${s3dstl_version}" ] \ - || [ -z "${s3dut_version}" ] \ - || [ -z "${sstl_version}" ]; then - printf "%s:star_geom: some submitted headers are invalid " "${0}" - echo "$@" - exit 1 - fi - - print_header -s Star-Engine -n Star-Geom -r ../ - AW_VERSION="${aw_version}" \ - S3DAW_VERSION="${s3daw_version}" \ - S3DSTL_VERSION="${s3dstl_version}" \ - S3DUT_VERSION="${s3dut_version}" \ - SSTL_VERSION="${sstl_version}" \ - envsubst < star-geom.html.in; - print_footer -} - -"$@" diff --git a/star-engine/super_shape.jpg b/star-engine/super_shape.jpg @@ -1 +0,0 @@ -#$# git-wad 53591fc9caf806d50ec3f3044e8f0338aa4a02d21cc1d10463d59ea5db614078 203506 -\ No newline at end of file
