A buffer of mesh data on the GPU The jit.gl.buffer object is a named reference to a buffer of data stored on the GPU. The data is rendered via jit.gl.mesh, and jit.gl.tf is used to perform transform feedback effects. Cycling '74 glcore Jitter messages to this 3d object and matrix input TEXT_HERE TEXT_HERE jit.gl.buffer output TEXT_HERE dumpout TEXT_HERE Output Buffer Outputs the currently stored buffer out the left outlet as the message jit_gl_buffer followed by the buffer name. Instance Division Divides the buffer by the value and applies the values across the total number of instances (default = 1). For example, could be used to create color groups in a large array of mesh instances. Requires instanced enabled. Instance Enable Enabling allows the buffer texture to pass different values to each drawn instance of a mesh when using jit.gl.mesh to perform hardware instancing (default = 0). Map buffer contents to named jit.matrix object Takes the name of an existing jit.matrix object. When set the buffer data will be written to the named matrix every frame. The destination matrix will adapt dimensions and type appropriately to contain the contents of the buffer.

To clear the mapping send the map message with no arguments. Internal name of buffer Used internally to manage texture buffers. Output Name Mapping Required for use with jit.gl.tf, this name is used in the jit.gl.shader transform feedback shader code to process iterations of data on the buffer on the GPU. See the transform-feedback guide for more information. Texture Buffer Enable When enabled, the buffer is bound as a texture buffer, allowing for texture-style lookups in the shader code (default = 0). It is important to note that any normal textures will be bound first, and then texture buffers. Texture-buffers are accessed in the shader using the samplerBuffer sampler method. Input Type Sets the type of the buffer to bind to as a texture (position, normal, color, vertex_attr0, etc). When passed to a jit.gl.mesh (or through a jit.gl.tf, then to a jit.gl.mesh), it will bind the texture to the mesh object's corresponding internal buffer. TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE