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bucephalusish	Patch		This one was inspired by an Aphex Twin track called "Bucephalus Bouncing Ball". A periodic clicking sound can be made to gradually change frequency over a specified amount of time. This one was inspired by an Aphex Twin track called "Bucephalus Bouncing Ball". A periodic clicking sound can be made to gradually change frequency over a specified amount of time. NOTE: be sure to set the "from", "to", and "in" number boxes before clicking the top button the first time, or you will get massive errors.
DfxHexagonalPixellate.maxpat	External		Abstraction
hexlist	External		8bit ascii to hex list
jit.tiffany	External		Arbitrary rectangular resampling The jit.tiffany object performs an arbitrary rectangular resampling of a matrix. Thexrange and yrange values represent a percentage of the total matrix size, and are used as an upward limit on facet sizes when jit.tiffany assigns them randomly. The jit.tiffanyobject will generate random values across the x, y or x and y (respectively) axes, limited by the xrange and yrange attributes unless you explicitly specify values using the x, y, or xy messages. Values you do not specify will be randomly generated
Lhex	External		An object to display numbers in a list as hexadecimal.
Llong	External		An object to convert hex symbols to ints
lp.kg	External		Map I Ching values to nonstandard ranges One common way to consult the I Ching when there are less than 64 alternatives is to ask the I Ching how much weight to assign the individual choices. The I Ching is consulted for each of the choices wanted, and the hexagram values chosen are assigned as weights to each choice. Then a range of hexagram values proportional to the weight of each choice will be assigned. Thereafter, when a hexagram number is chosen from the I Ching, it is mapped to the choice with the relevant range. This process is computed for both "present" and "future" I Ching values. In lp.kg the choices are numbered starting at one.
Lsx	External		Creates sysex strings using persistent hex format.
och.hex2d	Abstraction		Converts decimal numbers from 0 to 255 into two digit hexadecimal numbers. Converts decimal numbers from 0 to 255 into two digit hexadecimal numbers.
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