Maps input range of values to output range Maps an input range of values and to an output range of values. Similar to scale, but clips values to the ranges, and does not allow inverted scaling. Cycling '74 Max Math Input to be scaled TEXT_HERE Input Minimum TEXT_HERE Input Maximum TEXT_HERE Output Minimum TEXT_HERE Output Maximum TEXT_HERE Scaled Output TEXT_HERE Minimum input value The minimum input value. If the low values is higher than the corresponding high value, the two values are reversed to preserve the high-low relationship. Maximum input value The maximum input value. If the low values is higher than the corresponding high value, the two values are reversed to preserve the high-low relationship. Minimum output value The minimum output value. If the low values is higher than the corresponding high value, the two values are reversed to preserve the high-low relationship. The zmap object will clip to the boundaries of the output range. Maximum output value The maximum output value. If the low values is higher than the corresponding high value, the two values are reversed to preserve the high-low relationship. The zmap object will clip to the boundaries of the output range. Function depends on inlet Converted to float. Scale and cause output In left inlet: The incoming value is scaled according to the mapping provided by the arguments, or values received in the other inlets.
Note: The preservation of the high-low relationship is different from the behavior of the scale object, which lets you do reverse scaling. Also, note that the zmap object will clip to the boundaries of the output range. Scale all elements of a list In left inlet: A list of numbers sent to the left inlet will trigger the output of a list consisting of the results of performing the specified scaling operation on each item in the input list. Set minimum input value In second inlet: Sets the low input value. If the value is higher than the high input value, the two values are reversed to preserve the high-low relationship. Set maximum input value In third inlet: Sets the high input value. If the value is lower than the low input value, the two values are reversed to preserve the high-low relationship. Set minimum output value In fourth inlet: Sets the low output value. If the value is higher than the high output value, the two values are reversed to preserve the high-low relationship. Set maximum output value In right inlet: Sets the high output value. If the value is higher than the high output value, the two values are reversed to preserve the high-low relationship. When zmap receives a value in its leftmost inlet, that value is scaled to the indicated output range of values.