It might happen, that the resource data con not be found. Build the whole thing and try the examples. To make 3D graphics available download irrlicht-1.8.4 and build the Mac libIrllicht.a and repeat the configuration process with the irrlicht stuff activated.Which modules can be built on the Mac? It is ChronoEngine, ChronoEngine_FEA, ChronoEngine_irrlicht, ChronoEngine_vehicle and ChronoEngine_postprocess.But you can already use chrono in side your own software. Up to no 3D-graphics examples have been built. All test programs should work now and give you textual infomation in your terminal app, some generate data files too. After the next start for the terminal app the dylibs can be found automatically. Insert the line 'export DYLD_LIBRARY_PATH=$HOME/Chrono/lib64' without the (')!! in. But be warned: vi is not everybody's darling. The best way is to generate a file named $HOME/.profile or to open it if it already exists with a text editor, I use TextWrangler for this purpose or 'vi' in terminal app. When you quit the terminal app the information about the dyld path is lost. Type 'export DYLD_LIBRARY_PATH=$HOME/Chrono/lib64' in the terminal app and try to start the example programs again. This happens, if you installed chrono for example in $HOME/Chrono to avoid to fiddle around with administrator rights. Maybe the programs don't work because the dynamic linked libraries con not be found. Type 'cd 'where_ever_your_installed_chrono/bin' and try to start the example programs. If the build was successful, install it to the CMAKE_INSTALL_PREFIX directory you have configured. Build it by call of make in the terminal app. Configure your chrono version with CMake.Download the chrono sources with SourceTree.With SourceTree you can download the actual sources of chrono. For MacOS you have to configure Unix Makefiles, Xcode project files are actually not supported. CMake allows you to configure chrono for the mac. It looks pretty much like the windows version you find in the documentation sit of the chrono project. The whole process of building is based on these tools usable via the terminal app. The command line tools have also to be installed. You should have MacOS 10.11.x (El Capitan) or 10.12.x (Sierra) with Xcode installed, earlier versions don't support c++11 too well.Read htop documentations man page using the man command or help command. For more info see htop project home page here. It has a colorful display and provides information per core and threads too. ![]() You learned that how to get htop for Mac OS X (macOS) to watch and manage system resources efficiently. $ htop -u vivek How to show process in tree view ![]() $ htop -pid=2345,555,667,4242 How to show only the processes of a given user named vivek $ htop -no-color Want to get info only for the given PIDs? How to set delay between updates, in tenths of seconds ![]() For example, press function (fn) + F9 to kill the process. Once tagged you can operate on processes like kill or see tree using function keys. ![]() Up, Down, Left, Right arrow keys – Select and scroll as per given direction.You can use the following keyboard shortcuts: Simply type the htop at your bash prompt: You just installed htop on macOS using Homebrew. Open the Terminal app on your macOS and type the following brew command to install htop: You should be certain that you trust any software you grant root privileges. Htop requires root privileges to correctly display all running processes, Improved top (interactive process viewer )īuild using homebrew ncurses (enables mouse scroll )
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