ceres/1.14.0/linux

required dependencies

sudo apt-get install libgoogle-glog-dev libatlas-base-dev libeigen3-dev libsuitesparse-dev

boost/1.71.0/android

Configuration

ABI : arm64-v8a
NDK : android-ndk-r19c (19.2.5345600)
Conan profile used :

[settings]
os=Android
os_build=Linux
arch=armv8
arch_build=x86_64
compiler=clang
compiler.version=8
compiler.libcxx=libc++
build_type=Release
os.api_level=21
compiler.cppstd=17
[options]
*:shared=True
*:bzip2=False
*:b2=False
*:zlib=False
*:skip_lib_rename=True
[build_requires]
[env]

Build step

• Clone conan-docker-tools
• Run ./android-clang_8-armv8/run.sh to configure Docker environment
• Build Conan Boost recipe from conan-io/conan-center-index : conan create conanfile.py boost/1.71.0@conan/stable --profile SolARAndroid --build missing

boost/1.70.0/linux

inno setup updated to 0.6.0

boost/1.70.0/android

inno setup updated to 0.6.0

SolARFramework installer for Ubuntu 18.04

installation of SolAR Framework on Ubuntu 18.04

• download both files SolARFramework-0.6.0.tar.xz and SolARFrameworkInstall-0.6.0.sh

• open a terminal and go to the directory where you have saved SolARFramework-0.6.0.tar.xz and SolARFrameworkInstall-0.6.0.sh

• run the following commands

foo@bar:~$ chmod 755 SolARFrameworkInstall-0.6.0.sh
foo@bar:~$ ./SolARFrameworkInstall-0.6.0.sh all

• note that you can run

foo@bar:~$ ./SolARFrameworkInstall-0.6.0.sh

to get instructions on how to use the installer.

• as a result, a SolARFramework directory should now be present under your HOME directory. This directory should contain

foo@bar:~$ ls SolARFramework
build-scripts  samples  sources SolARLibraries

• in your terminal you can now run samples (executable) contained under the samples/ folder
• you can also browse SolAR sources under the sources folder
• you will be able to update your source tree, running the following command:

foo@bar:~$ ./build-scripts/updateGit.sh develop

• finally you will be able to compile the source code:

foo@bar:~$ ./build-scripts/cmake-build.sh all

• note that in order to run samples your LD_LIBRARY_PATH needs to contain current directory ("./"). This can be performed by running the following command:

foo@bar:~$ export LD_LIBRARY_PATH=.:$LD_LIBRARY_PATH

XPCF Version 2.5.1 for Android

xpcf_2.5.1_arm64-v8a_shared_release.zip

XPCF version 2.5.0 for Windows

xpcf/2.5.0/win

inno setup updated to 0.6.0

XPCF Version 2.5.0 for Linux

with remoting.

XPCF Version 2.5.0 for Android

xpcf/2.5.0/android

inno setup updated to 0.6.0

XPCF 2.5.0 Alpha for Windows

xpcf/2.5.0-alpha/win

inno setup updated to 0.6.0