Objects			page : 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
prob	External		Build a transition table of probabilities, Make weighted random series of numbers Prob accepts lists of three numbers in its inlet. The third number represents the weight of the probability of going from states represented by the first two numbers. For example, 1 2 4 would mean that there is a weight of 4 in going from state 1 to state 2. When prob receives a bang, it makes a random jump from its current state to another state based on its current weighting of transitions. If a transition can be made, the new state is sent out the left outlet. If not, a bang is sent out the right outlet. For any particular state, the weights of all possible transition states are summed. Thus if a state could jump to three states that had weights of 3 4 and 1, the first one (3) would occur 37.5% of the time, the second 50% of the time, and the third 12.5%. Note that any state can make a transition to itself with a list of the form (state state weight).
qpan1~	Abstraction		quadraphonic panning element This quadraphonic panning element makes use of a two-dimensional field for four-channel panning. For smooth, equal-power gain changes from left-to-right and front-to-back, the panning is controlled at audio rate by modulating the phase inlet of four cosine oscillators whose frequency is zero Hertz.
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.
ramps	Patch		'ramps' is an abstraction to make loop of ascending and descending ramps setting time and interpolation values. If the interpolation segment is not a multiple of the range size it is rounded to nearest value. 'ramps' is an abstraction to make loop of ascending and descending ramps setting time and interpolation values. If the interpolation segment is not a multiple of the range size it is rounded to nearest value. Arguments 1) loop (first inlet): the number 1 generates a loop of ascending and descending ramps; 2) on-off (second inlet): start and stop the ramps; 3) metro: (third inlett) metronome time in milliseconds; 4) interpol: (fourth inlet) interpolation value; 5) maxvalue (fifth inlet): high threshold of the ramp; 6) offset (sixth inlet): optional initial value for the ramp. Note that if the offset value is egual or greater then the 'maxvalue' argument you can generate only descending ramps. Outlet 1) Left outlet outputs the ramps int; 2) Right outlet outputs a bang with every zero transition .
random-pan~	Abstraction		random pan A mono signal send into the left inlet is turned into a pseudo-stereo signal by applying a slight time-variant delay. The strength of this effect can be controlled by the strength parameter sent to the rightmost inlet (a float between 0 and 1) - this parameter is also the function's argument.
random-ramp	Abstraction		Generates randomly fluctuating envelope shapes of a given dynamic scale Generates randomly fluctuating envelope shapes of a given dynamic scale (defined by a min and a max velocity and a certain number of values) within a time scale (defined by a min and a max ramp time and a certain number of values). A rhythm bang set to the left inlet outputs a velocity value. A stop message sent to the same inlet will stop the whole process.
rate~	External		Time-scale a phasor~ Time-scale a phasor~. rate~ accepts an input signal from a phasor~ and time scales it by a multiplier received as a float in its right inlet.
reanimate	Abstraction		Sends out a bang on right outlet after x miliseconds if there has been no input bang in left inlet during x miliseconds. Sends out a bang on right outlet after x miliseconds if there has been no input bang in left inlet during x miliseconds. Bangs which are sent to the left inlet are simply passed through. A "stop" message in left input stops the reanimation.
repeat-ED	Abstraction		sends out a certain number of rhythm bangs Int in left inlet sends out a certain number of rhythm bangs with an entry delay (ED) given in right inlet.
replace	Abstraction		Replaces an element of a list Replaces an element of a list with a replacement list/element in the position sent to the rightmost inlet . When the position number (= index) is bigger than the list size, the replacement will substitute the last element of the list. A bang or a list sent to the leftmost inlet triggers the output.
rh.palipan	Abstraction		This abstraction allows you to display two integer values between 11 and 99 as a palindrome. rh.palipan is useful for randomizing panning or any other parameters where two 'related' but separate integers are required. Input Left inlet bang triggers the random selection and and output. The middle inlet turns on a metronome for timed random output. The right inlet sets the metronome speed in milliseconds. Arguments The first argument (int) sets the metronome speed in milliseconds (optional). Output Left outlet is an integer value between 11 and 99. Middle outlet is an integer value which is the difference between the left and right integer values. Right outlet is an integer value between 11 and 99.
rota	Abstraction		random based object A bang in the left inlet starts cycling through the supply sent to the middle inlet before. A bang sent to the rightmost inlet resets the cycling mechanism.
roundto	Abstraction		A number sent to right inlet is rounded onto a certain "grid" sent to right inlet.
row-modus	Abstraction		dodecaphonic based object Puts a row (sent to the left inlet) into a chosen modus specified in the right inlet and output it as a "normalized" row (i.e. starting with pitch class c).
sadam.mutex	External		Mutual exclusion (semaphore) object. sadam.mutex will help you managing the access of shared resources in your patch using semaphores. A semaphore can be locked and released, and while locked, it will prevent messages from passing through. Each semaphore must have an unique name, and instances of sadam.mutex with the same name will access the same semaphore. Each mutex has two modes, they can be either locker or releaser instances to the same semaphore. A locker object will test for each incoming message whether the semaphore is locked and if not, it will lock the semaphore and pass the message to the appropriate outlet. Releaser objects will release the semaphore each time a message arrives to their inlet.
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Libraries
Panaiotis Objects	debug: SELECT prenom, nom FROM auteurs RIGHT JOIN auteur_libraries USING (id_auteur) WHERE auteur_libraries.id_library='122' Panaiotis	The Mac version is UB. These Max objects have been enhanced since the documentation to the left was written. Help files for the objects provide information on enhancements. The matrix object has been substantially upgraded. It now combines features of unpack, spray, funnel, append, and prepend into one object. This makes a great object to place between controllers and jit objects because it acts like a multi-prepend. There are new configuration commands and enhancements to the old: even, odd, mod,and range, among others). Most commands can be applied to inlets of outlets. There is also a mute function that adds another layer of control. Matrixctrl support has been enhanced. See the help file for full details and examples. Most other objects now fully support floats. RCer and autocount will count in float values, not just integers. Notegen16 is a 16 channel version of its predecessor: notegen. It is more generalized and much more efficient.