It is recommended you install Cygwin if you wish to build cmgui on a windows machine as it makes the process much simpler. Once installed you can start up a shell and use all the usual linux commands (assuming you opted to install the relevant packages). You are probably better off looking at the more up to date Peter's notes on building cmguiĬygwin is a Linux-like environment for Windows. The following description was written towards the end of 2005 and is kept for posterity. need to be built for mingw if you do not consistently build for MinGW, you will receive a large number of linker errors at the end of compilation! This means that all additional libraries like wxwidgets, mesa etc. To achieve this, we note that MinGW is installed with cygwin and mingw binaries are built by passing the -mno-cygwin (''no cygwin'') switch to the GNU compilers and linker: the cmgui makefiles do this automatically under cygwin. Instead we build MinGW binaries which work directly with windows runtime libraries, i.e. However, we never build cygwin binaries which would would have an undesirable dependency on the cygwin1.dll, cygwin's emulation layer over windows. We commonly build cmgui for windows within the cygwin environment so we can use all the unix utilities we know and love. The most popular offerings of the GNU toolchain (compilers, linkers, runtimes) under windows are cygwin and mingw. Using cmgui: The Spectrum Editor Window.Visualizing element fields using iso-surfaces.Visualizing fields at points using glyphs.Visualizing fields using lines and cylinders.Creating an AVI from a series of images - Windows.Setting up a zinc development environment.Invisible cmgui elements in a new region.Create a surface data cloud from a mesh you have loaded into CmGUI.Writing out field values to a file from cmgui.Node, Line and Element numbering in exelem files.How to change your xi directions if you got it wrong first time around.
How to create muscles with correct xi directions for mechanics.
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