Variable range signal folding Use the pong~ object to clip, fold, or wrap its input within the range of a low value and a high value. Cycling '74 MSP MSP Modifiers (signal/float) Input TEXT_HERE (signal/float) Lo val TEXT_HERE (signal/float) Hi val TEXT_HERE (signal) Output TEXT_HERE Set fold, wrap, or clip mode. An optional argument is used to set the mode of the pong~. A 0 sets signal folding (the default), a 1 sets signal wrapping, and a 2 sets signal clipping (see the mode message). Low range value When used with the optional mode argument, the low range value for the pong~ object can be specified by a float argument. If only one argument is given following the mode argument (e.g., pong~ 0 .1), it specifies the low range value of the pong~ object above which folding occurs, and the high range value is set to 1.0 (the default). Hight range value When used with the optional mode argument, the high range value for the pong~ object can be specified by a float argument. Function depends on inlet In left inlet: All incoming signal, int, or float values which exceed the high or low value ranges specified by arguments to the pong~ object are either folded back into this range, wrapped, or clipped according to the mode of the pong~ object.

In center or right inlet: The pong~ object accepts low and high range values for the range outside of which folding occurs. The center inlet specifies the low value range below which folding occurs, and the right inlet specifies the high range limit.

If the current low range value is greater than the high range value, their behavior is swapped. Function depends on inlet In left inlet: All incoming signal, int, or float values which exceed the high or low value ranges specified by arguments to the pong~ object are either folded back into this range, wrapped, or clipped according to the mode of the pong~ object.

In center or right inlet: The pong~ object accepts low and high range values for the range outside of which folding occurs. The center inlet specifies the low value range below which folding occurs, and the right inlet specifies the high range limit.

If the current low range value is greater than the high range value, their behavior is swapped. Function depends on inlet In left inlet: All incoming signal, int, or float values which exceed the high or low value ranges specified by arguments to the pong~ object are either folded back into this range, wrapped, or clipped according to the mode of the pong~ object.

In center or right inlet: The pong~ object accepts low and high range values for the range outside of which folding occurs. The center inlet specifies the low value range below which folding occurs, and the right inlet specifies the high range limit.

If the current low range value is greater than the high range value, their behavior is swapped. Behaviour of limiting when input exceeds range Behaviour of limiting when input exceeds range. TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE The range within which to keep values The range within which to keep values. Values outside of this range will be subject to a limiting algorithm chosen by the mode attribute. The optional arguments are <mode> <lo val> <hi val>. mode 0 is fold, mode 1 is wrap, and mode 2 is clip. The default mode is fold. The default range is zero to one. If <hi val> is greater than <lo val>, their behavior is swapped. All inlets accept both signals and floats. The mode message may be used to switch between fold, wrap, and clip modes. It is useful for performing modulo arithmetic, as well as foldover or wraparound distortion. The folded signal or float value.