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| Lab 3 - Installing prerequisite software | ||
| ======================================== | ||
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| Lab machines (Linux) | ||
| -------------------- | ||
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| The compiler, CMake, GLM, and GLFW3 should already be installed. | ||
| Skip to "Building and Running the Lab/Assignment" below. | ||
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| Lab machines (Windows) | ||
| ---------------------- | ||
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| Visual Studio is installed, and solution files are provided, but you must install `GLM` and `GLFW3` locally. | ||
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| First, navigate to `Document` and enter the `Visual Studio 2017` folder. | ||
| In this folder, create a folder called `SDKs`. | ||
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| Next, download `glm-0.9.8.5.zip` at [this location](https://github.com/g-truc/glm/releases/tag/0.9.8.5). | ||
| Extract the `glm` folder into your `SDKs` folder, then rename it to `glm-0.9.8.5`. | ||
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| Finally, download `glfw-3.2.1.bin.WIN64.zip` at [this location](https://github.com/glfw/glfw/releases/tag/3.2.1). | ||
| Extract the `glfw-3.2.1.bin.WIN64` folder into your `SDKs` folder. | ||
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| Skip to "Building and Running the Lab/Assignment" below. | ||
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| Ubuntu Linux | ||
| ------------ | ||
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| You'll need the following if you don't have them already. | ||
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| > sudo apt-get update | ||
| > sudo apt-get install g++ | ||
| > sudo apt-get install cmake | ||
| > sudo apt-get install freeglut3-dev | ||
| > sudo apt-get install libxrandr-dev | ||
| > sudo apt-get install libxinerama-dev | ||
| > sudo apt-get install libxcursor-dev | ||
| > sudo apt-get install libglfw3-dev | ||
| > sudo apt-get install libglfw3-dev | ||
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| Mac OS X | ||
| -------- | ||
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| You can use homebrew/macports or install these manually. | ||
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| - Xcode developer tools. You'll need to log in with your Apple ID. | ||
| - CMake (<http://cmake.org/download/>) | ||
| - [GLM](http://brewformulas.org/Glm) | ||
| - [GLFW3](http://brewformulas.org/glfw) | ||
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| Make sure the commands `g++` and `cmake` work from the command prompt. | ||
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| Windows | ||
| ------- | ||
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| First, download **Visual Studio Community 2017**. | ||
| Make sure to install the C++ development tools. | ||
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| At this point, you can choose to follow the "Lab machines (Windows)" instructions above. | ||
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| Or, if you would rather do CMake (or if you have a different version of Visual Studio and don't want to change), | ||
| follow these steps: | ||
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| Download these: | ||
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| - CMake (<http://cmake.org/download/>). Make sure to add CMake to the system | ||
| path when asked to do so. | ||
| - [vcpkg](https://github.com/Microsoft/vcpkg) | ||
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| Make sure the command `cmake` works from the command prompt. | ||
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| Now use `vcpkg` to install `glm` and `glfw3` | ||
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| Building and Running the Lab/Assignment | ||
| ======================================= | ||
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| All platforms (except Lab windows) | ||
| ---------------------------------- | ||
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| We'll perform an "out-of- source" build, which means that the binary files | ||
| will not be in the same directory as the source files. In the folder that | ||
| contains CMakeLists.txt, run the following. | ||
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| > mkdir build | ||
| > cd build | ||
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| Then run one of the following *from the build folder*, depending on your | ||
| choice of platform and IDE. | ||
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| OSX & Linux Makefile | ||
| -------------------- | ||
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| > cmake .. | ||
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| This will generate a Makefile that you can use to compile your code. To | ||
| compile the code, run the generated Makefile. | ||
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| > make -j4 | ||
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| The `-j` argument speeds up the compilation by multithreading the compiler. | ||
| This will generate an executable, which you can run by typing | ||
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| > ./Lab3 ../resources | ||
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| To build in release mode, use `ccmake ..` and change `CMAKE_BUILD_TYPE` to | ||
| `Release`. Press 'c' to configure then 'g' to generate. Now `make -j4` will | ||
| build in release mode. | ||
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| To change the compiler, read [this | ||
| page](http://cmake.org/Wiki/CMake_FAQ#How_do_I_use_a_different_compiler.3F). | ||
| The best way is to use environment variables before calling cmake. For | ||
| example, to use the Intel C++ compiler: | ||
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| > which icpc # copy the path | ||
| > CXX=/path/to/icpc cmake .. | ||
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| OSX Xcode | ||
| --------- | ||
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| > cmake -G Xcode .. | ||
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| This will generate `Lab3.xcodeproj` project that you can open with Xcode. | ||
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| - To run, change the target to `Lab00` by going to Product -> Scheme -> Lab00. | ||
| Then click on the play button or press Command+R to run the application. | ||
| - Edit the scheme to add command-line arguments (`../../resources`) or to run | ||
| in release mode. | ||
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| Windows Visual Studio 2017 | ||
| -------------------------- | ||
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| The provided `.sln` should work out of the box, provided you installed the two dependencies. | ||
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| - To build and run the project, right-click on `Lab3` in the project explorer | ||
| and then click on "Set as Startup Project." Then press F7 (Build Solution) | ||
| and then F5 (Start Debugging). | ||
| - To add a commandline argument, right-click on `Lab3` in | ||
| the project explorer and then click on "Properties" and then click on | ||
| "Debugging." | ||
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| Windows Visual Studio 2015 | ||
| -------------------------- | ||
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| Or on your own machine, if you would prefer to use CMake. | ||
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| Use [vcpkg](https://github.com/Microsoft/vcpkg) to install `glfw3` and `glm`. | ||
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| > cmake .. | ||
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| By default on Windows, CMake will generate a Visual Studio solution file, | ||
| `Lab00.sln`, which you can open by double-clicking. If you get a version | ||
| mismatch, you may have to specify your visual studio version, for example: | ||
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| > cmake -G "Visual Studio 14 2015" .. | ||
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| Other versions of Visual Studio are listed on the CMake page | ||
| (<http://cmake.org/cmake/help/latest/manual/cmake-generators.7.html>). | ||
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| - To build and run the project, right-click on `Lab3` in the project explorer | ||
| and then click on "Set as Startup Project." Then press F7 (Build Solution) | ||
| and then F5 (Start Debugging). | ||
| - To add a commandline argument, right-click on `Lab3` in | ||
| the project explorer and then click on "Properties" and then click on | ||
| "Debugging." | ||
| Two Object Demo | ||
| =============== | ||
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| Based on lab03. | ||
| For build instructions, see **Lab 3**. |