Objects			page : 1 2
jit.str.regexp	External		Use PERL-compatible regular expressions on Jitter matrices The jit.str.regexp object performs regular expression analysis to Jitter matrices, with optional substitution. To specify a regular expression, the re attribute is used. Substitutions may be specified with thesubstitute attribute.
jstrigger	External		Sequential evaluation of Javascript expressions The jstrigger object combines the trigger and expr objects using Javascript. Unlike either of these objects, you can create and output lists in response to input. The jstrigger object is less efficient than the trigger object, but if you are trying to express a complex sequence of operations, you may be able to express a solution without resorting to real Javascript, Java, or C code.
Lexpr	External		An object do series expansion on lists. An object do series expansion on lists. The members of the list are processed sequentially and a result is computed that can include other members of the list or the results of previous computations.
logic & | && ||	External		logical operators The logical operations are bitwise-and (&), bitwise-or (|), logical-and (&&), logical-or (||). They work as in the C programming language: | and & do a bit-by-bit "or" or "and" of two numbers (expressed in binary for the task). || returns 1 if either input is nonzero, 0 otherwise, and && returns one if both inputs are nonzero, 0 otherwise.
radians->hz	Abstraction		radians to hertz converter This utility converts values expressed in radians — between zero and pi (pi=3.1415926535897932) — to Hertz values between 0 and half the sampling rate. Like its cousin, hz->radians, it adapts automatically to the current sampling rate. When a signal is connected to the object's left inlet, the signal's sampling-rate will be used in the radian to Hz calculation. If no signal is connected, MSP’s global (default) sampling rate will be used. Currently, MSP does not allow multiple sampling rates, but this feature might be supported in the future.
regexp	External		Use PERL-style regular expressions to process input. use PERL-compatible regular expressions to parse or make substitutions within symbols and lists.
sadam.envelopeGenerator	External		Expr-based envelope generator for [function] objects. sadam.enveopeGenerator will generate a sequence of x-y pairs that can be used as control points for an envelope represented in a function object based on a given expression. The expr-based expression may only contain float parameters. The first parameter of the expression is the 'running parameter' which runs between 0 and the duration of the desired envelope. The results are scaled to fit into a given y-range.
sxformat	External		Format a system-exclusive MIDI message using expr sxformat can make it easier to send system-exclusive parameter change messages. It takes as arguments a list of numbers which are sent out sequentially. In addition, you may use one or more "expr"-style statements, which start with the word "is", which will be evaluated, with the result being sent out. "is" statements need to be separated by slashes. The format of sxformat arguments is similar to statements in a "lib" object script.
v.+=	External		v.+= accumulates input pixel values. v.+= accumulates input pixel values. The accumulators are the same component size as the incoming streams and the result is clipped to the maximum value expressible by that component size, so in most cases it is desirable to use a v.float32 or v.int32 prior to the v.+= in order to have accumulated sums of larger values.
v.-	External		single stream: subtract an int from each pixel (Darkness) dual stream: subtract stream 2 from stream 1 single stream: subtract an int from each pixel (Darkness) dual stream: subtract stream 2 from stream 1 In single stream mode, v.- subtracts an int or float from each pixel in the video stream. For yuv images, v.- subtracts the integer only from the y (brightness) component. Streams with int16, int32 and float32 components are processed in their existing component sizes. In dual stream mode, v.- subtracts each pixel in stream 2 from the corresponding pixel in stream 1. If the first stream is int8 then the second stream is forced to int8 as well. If the first stream is float32 then the second stream is forced to float32. When signed output is chosen, the brightness of the output stream is expressed in an unusual way for easier display and processing, with middle gray (128) representing no difference. -128 is represented as 0, 0 is represented as 128 and 128 is represented as 255.
Vdronk	Abstraction		Vdronk is my implementation of the Max drunk object. Dronk can produce the same number twice. Arguments and inlets 2 and 3 have the same meaning as drunk. Defaults for these arguments are 128 and 1. The output will be between 0 and the value expressed in argument 1 (inlet 2) inclusive. Argument 2 (inlet 3) is the "stagger" interval and is also inclusive. This behavior is different from drunk. For example: if the wander interval is 2 and the previous output was 7, the next output can be 5, 6, 7, 8, or 9.
vexpr	External		Evaluate a math expression for a list of different inputs, Vector version of the expr object vexpr is identical to expr but allows lists to be sent to each inlet. It then evaluates the expression with the first item in each list, then with the second item in each list, and so on, until the last item in the smallest list it has received. For information about expr, see the expr help file.
xray.dynamicexpr	Javascript (js)		a MUCH easier way to do dynamic expr messages to the jit.expr object than is show in the help file.
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Libraries
Jitter	debug: SELECT prenom, nom FROM auteurs RIGHT JOIN auteur_libraries USING (id_auteur) WHERE auteur_libraries.id_library='11' Cycling74	Jitter is a set of 135 brilliant new video, matrix, and 3D graphics objects for the Max graphical programming environment. The Jitter objects extend the functionality of Max4/MSP2 with flexible means to generate and manipulate matrix data -- any data that can be expressed in rows and columns, such as video and still images, 3D geometry, as well as text, spreadsheet data, particle systems, voxels, or audio. Jitter is useful to anyone interested in real-time video processing, custom effects, 2D/3D graphics, audio/visual interaction, data visualization, and analysis