Planifolia (from the second name of the orchid 'Vanilla planifolia') is a set of Pure Data abstractions designed to work without any compiled externals.
The abstractions implement a series of useful operations like arbitrary unary and binary operations in lists and arrays, quicksort, logical operators to check equality of arbitrary datatypes, easy OSC formatting/routing/sending/receiveing, etc. It also comes with toggle-based matrix GUI (designed to work with iemmatrix objects) and a matrix based step sequencer with some non usual features (independent tempo, beat and duration patterns, col/row/colrow modes, nice colors, etc).
Some bugs may still be there... ;)
| abstraction | description |
|---|---|
[any.==] |
compares datatypes |
[array.binop] |
binary operations in arrays |
[array.rand] |
random populates an arrays |
[array.unop] |
unary operations in arrays |
[ls.binop] |
binary operations in list |
[ls.butlast] |
list but the last element |
[ls.choose] |
random choose an element of the list |
[ls.circgroup] |
groups elements into a circular list |
[ls.getRotate] / [ls.get] |
N rotated element of a list |
[ls.group] |
groups elements into a list |
[ls.iter] |
list iteration |
[ls.last] |
last element of the list |
[ls.max] |
greatest element of a list |
[ls.mean] |
mean of the floats in a list |
[ls.min] |
minimum element in a list |
[ls.mode] |
mode of a list |
[ls.nearest] |
gets closest value, index and difference in a list by giving a target value |
[ls.quicksort] |
quicksort algorithm implemented as a vanilla abstraction |
[ls.removeAt] |
removes element at index |
[ls.rotate] |
N rotation of a list |
[ls.scramble] / [ls.shuffle] |
randomize elements in a list |
[ls.ser.arithm] |
build an artithmetic series list |
[ls.splice] |
replaces element in a list with anothe list |
[ls.sum] |
sums elements in a list |
[ls.unop] |
perform arbitrary unary operations in elements of a list |
[mtxgui] |
vanilla matrix interface |
[mtxstep] |
vanilla step sequencer with some non-usual features |
[osc.in] |
simple way to receive OSC messages (UDP/binary, -f -u -b) |
[osc.io] / [osc.out] |
simple one-way or two-way OSC communication (over UDP/binary) |
[osc.match] / [osc.route] |
simple osc message matching/routing |
[packOSC] |
alias for [slash.oscformat] |
[slash.oscformat] |
tool to formating slash-styled osc lists |
[slash.oscroute] |
tool to routing slash-styled osc lists |
[slash.rawlist] |
removes slashes and returns raw list of osc address elements and message arguments |
[symbol.==] |
test if two symbols are equal |
[symbol.split] |
splits a symbol according to a char |
[symbol.value] / [symbol.v] |
stores a symbol value, just like [value] does for floats |
Brazilian percussion samples were gently provided by Chico Correa.