Generate a time-varying function over the space of a multichannel signal Add breakpoints to the mc.gradient~ to specify a function where both the domain and range go from 0 to 1. The output range is mapped across the space of a multichannel signal. Connect a phasor~ or another time-varying single- or multichannel signal to the mc.gradient~ object to drive its output. Cycling '74 MSP MC Driving function Use a single- or multichannel function that varies from 0-1 to drive the output of mc.gradient~. The Driving Phase, list Sets Function TEXT_HERE Output TEXT_HERE Channel value in response to chanval message TEXT_HERE Output function values for input A float between 0 and 1 produces a list of output values for the input position. Number of channels Change the number of channels in the output multichannel signal. The output channel count will not change until the audio is restarted. The default value of the chans attribute is 0 meaning the object's argument determines the number of output channels. Converted to float TEXT_HERE Query function values at position Return the function values for each channel at the specified x-position in the range 0.0 - 1.0. Add Breakpoint The list message adds a new breakpoint. Up to 4 values can be used to specify the x postion, upper y value, lower y value, and phase offset of the breakpoint. If the list contains two values, it creates a breakpoint with a fixed y value at the x postion. An optional third value specifies the lower y value range and a fourth value can be used to specify the phase value (default 0.). If the supplied x value matches an existing breakpoint, that breakpoint will be modified. Value of channel at input position Returns the value of the output function for a given channel and input position. Removes all breakpoints in the function The clear message removes all breakpoints in the current function, restoring it to the default state. Print the function to the Max console. The printfunction message prints the current function to the console. Driving function (0-1) A single channel signal controls all breakpoints. A multichannel signal maps each channel to a separate breakpoint as they are ordered from left to right, wrapping if the number of input channels is greater than the number of breakpoints. Output Channels Sets the number of channels in the multichannel output signal Oscillation Mode Determines the direction of oscillation over the functions domain. Options are up, down, and up/down. Currently only up mode is supported. Values Increase Oscillation values in the Y-range increase over the functions domain. Values Decrease Oscillation values in the Y-range decrease over the functions domain (not currently supported). Palindrome Mode Oscillation values in the Y-range move up then down over the functions domain (not currently supported).