bertravels.blogg.se - Max msp gen

MAX MSP GEN CODE
MAX MSP GEN MAC

A listing of operators common to all Gen Jitter objects.

A listing of operators common to all the gen~ object.

A listing of operators common to all Gen objects.

Many of the same capabilities, each Gen object has functionality specific to its domain. The MSP Gen object is calledĮach of these Gen objects contains within it a Gen patcher.

Gen patchers are specialized for specific domains such as audio (MSP) and matrixĪnd texture processing (Jitter). The Gen patcher is a new kind of Max patcher where Gen technology is accessed. Gen represents a fundamental change in that relationship.

MAX MSP GEN CODE

Logic of the Max patcher in any fundamental way because the boundary between patcherĪnd code was still the object box. Object text-based coding became an important part of working with Max as it was no longerĬonfined to simply writing Max externals in C.

Interface for linking bits of functionality together. The patcher is the traditional Max environment - a graphical Gen refers to a technology in Max representing a new approach to the relationshipīetween patchers and code.

You want to be able to have a simple way to make use of the GPU for image processing both in visual and textual form.

replacement for jit.expr with performance and interface improvements.

consolidation of chained MSP operators or jit.ops and other MSP/Jitter objects that can be combined into one meta-object.

iso-surface generation with distance fields in jit.gen.

geometry manipulation and generation with jit.gen.

custom video processing filters as fast as C compiled externals with jit.pix, and graphics card accelerated with jit.gl.pix.

efficient frequency-domain processing such as spectral delays using gen~ inside pfft~.

sample-accurate buffer~ processing such as waveset distortions with gen~.

reverbs and physical models using networks of short feedback delays with gen~.

arbitrary new oscillator and filter designs using single-sample feedback loops with gen~.

MAX MSP GEN MAC

You want to design an algorithm that can run on the CPU or GPU, on Windows and Mac.You want to design new algorithms and see or hear them immediately.You want to avoid having to compile separate windows and macintosh versions or 32- and 64-bit binaries.You want to use a concise text based expression language (codebox) rather than visual programming or coding in GLSL.You want to program visually at a low level while getting the performance of compiled C or GLSL code.You want to create processes that can't be efficiently achieved with ordinary Max/MSP/Jitter objects.