Script OpenGL and Jitter with Lua. jit.gl.lua provides and interface to both OpenGL and Jitter through the Lua scripting language. jit.gl.lua is similar to the js object for JavaScript. Cycling '74 Jitter messages to this 3d object TEXT_HERE TEXT_HERE script outlet TEXT_HERE matrix output if enabled TEXT_HERE Send an int to the msg_int function. Send an int to the msg_int function. Send an int to the msg_float function. Send an int to the msg_float function. Send an int to the msg_list function. Send an int to the msg_list function. Call a function with arbitrary arguments. Call a function with arbitrary arguments. Explicitly call a function with arbitrary arguments. Explicitly call a function with arbitrary arguments. TEXT_HERE TEXT_HERE Double-click to open Lua editing window TEXT_HERE Called on patcher load When the loadbang message is triggered, jit.gl.lua will look for a loadbang() function in the currently running Lua script and call it. Open a window for Lua editing Opens the text window where the object's Lua source file can be edited. Read a Lua script TEXT_HERE Close the editing window Closes the text window where the object's Lua source file is edited. Script arguments any symbols or numbers can be entered that will be assigned to the Lua variable 'args'. args[1] is the first typed-in argument. Enable autowatching of the loaded script file. Enable autowatching of the loaded script file. The file to load. The file to load. Garbage collection flag. Garbage collection flag. The number of inlets. The number of inlets. The index of the last inlet used. With scripts with multiple inlets, this attribute tracks what inlet was last used by an incoming message, enabling scripts to generate different behavior depending on what inlet a message is sent to. Matrix Output TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE The number of outlets. The number of outlets. The path of the loaded script. The path of the loaded script. This object requires one argument: the name of a drawing context. A named drawing context is a named instance of a jit.window, jit.pwindow, or jit.matrix object that has an instance of the jit.gl.render object associated with it. Additionally it can reference the name of a jit.gl.node sub-context. This value may also be set via the OB3D drawto attribute. If no argument is present, the object is implicitly added to the first valid drawing context or sub-context found in the current patch or by searching up the patcher hierarchy.