Lines Matching refs:GL

84     "   The GL interacts with two classes of framebuffers: window-
86         The effects of GL commands on the window-system-provided
89         The initialization of a GL context itself occurs when the
90     window-system allocates a window for GL rendering and is influenced
95     "    The GL interacts with two classes of framebuffers: window
102         The effects of GL commands on the default framebuffer are
105     framebuffer the GL may access at any given time, and communicates to
106     the GL how those portions are structured. Therefore, there are no GL
107     commands to initialize a GL context or configure the default
112     the GL.
114     outside of the GL in conjunction with the window system, using
115     companion APIs, such as EGL. Allocation and initialization of GL
116     contexts is also done using these companion APIs. GL contexts can
120         It is possible to use a GL context without a default framebuffer,
129     respectively, of the window into which the GL is to do its
134     " If no default framebuffer is associated with the GL context (see
146     " If no default framebuffer is associated with the GL context, the
156     of the GL window."
161     associated with the GL context (see chapter 4), then width and
168     used as the draw or read framebuffer of the GL.
171     is associated with the GL context), it is deemed to be incomplete."