Reposition spatially jit.repos performs cell positioning on an input matrix received in its left inlet using the input from a second input matrix received in its right Inlet as a spatial map. Cycling '74 Jitter Jitter Spatial in TEXT_HERE in2 TEXT_HERE out TEXT_HERE dumpout TEXT_HERE long char char long float32 float64 Boundary mode Boundary mode for values outside the range (0, width) (0, height) (default = 3 (clip))
0 = ignore: Values that exceed the limits are ignored.
1 = clear: Values that exceed the limits are set to 0.
2 = wrap: Values that exceed the limits are wrapped around to the opposite limit with a modulo operation.
3 = clip: Values are limited not to exceed width or height.
4 = fold: Values that exceed the limits are folded back in the opposite direction Number of bits of interpolation for spatial mapping The number of bits considered as fraction for spatial mapping values (default = 0) Offset mode flag Offset mode flag (default = 0 (absolute offsets))
0 = spatial map values specified as absolute offsets
1 = spatial map specified as relative offsets X value offset for spatial map matrix The offset added to the x values in the spatial map matrix (default = 0) Y value offset for spatial map matrix The offset added to the y values in the spatial map matrix (default = 0) The spatial map should be a 2 plane matrix, where plane 0 specifies the x offset and plane 1 specifies the y offset. You can do Fractional repositioning by setting the interpbits attribute to a non-zero value -- the spatial map values are considered to be fixed point values with a fractional component of interpbits.