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Radicles
Radicles
Extension
Main Radicles Class
See also:
PostWindow
,
Window
Description
Main Radicles class
Examples
//RADICLES MAIN doc //created new code document fade //post radicles fadeTime fade 1 //set fadeTime to 1 //libraries imp Main //loads library imp [Main, FedPlugs] //loads an array of libraries imp All //loads all libraries //server boot //boot server //ASSEMBLAGE //assemblage start asm 1 //trackNum (mixer doesn't work) asm 2 1 // trackNum, busNum asm 2 1 1 //trackNum, busNum, chanNum asm 2 1 [[1,2],2,2] //trackNum, busNum, chanNumArr asm 2 1 1 pan2 //trackNum, busNum, chanNum, spaceType asm 2 1 [1,2,2] bal2 //trackNum, busNum, chanNumArr //mix UI mix nomix //mixer mixnames prec //prepare recording rec //record srec //start recording t add //add track b add //add bus t add 2 ///adds stereo track b add 1 ///adds mono bus t addn 2 //adds 2 tracks b addn 2 2 //adds two stereo buses t rmv //remove track b rmv //remove bus t rmvn 2 //remove 2 tracks b rmvn [2,4] //remove tracks 2 and 4 //mix control: vol t 1 -20 vollag t 1 0.1 pan b 1 -0.5 panlag b 1 1 trim t 2 -10 trimlag 2 1 //and vol 1 -10 vollag 1 -10 pan 7 -0.5 panlag 7 1 trim 1 -10 trimlag 1 1 //with dashes for more tracks vol t 1-6 -20 vollag t 1-3 0.1 pan b 1-3 -0.5 panlag b 1-3 1 1 trim t 1-3 -10 trimlag t 1-3 1 vol 1-6 -10 vollag 1-6 -10 pan 1-6 -1 panlag 1-6 1 trim 1-6 -10 trimlag 1-6 2 //with arrays for specific tracks vol t [1,3,5] -20 vollag t [1,3,5] 0.1 pan b [1,3] -0.5 panlag b [1,3] 1 trim t [1,3] -10 trimlag t [1,3] 1 vol [1,2,4,6] -10 vollag [1,2,4,6] -10 pan [1,2,4,6] -0.5 panlag [1,2,4,6] 1 //bulks vol t 0 //all tracks to 0 vol b 0 //all buses to 0 vol m 0 //master to 0 vol 0 //all tracks to 0 pan t 0.5 //all tracks to 0 panlag 1 //lag all pans to 1 trim t -10 trimlag 1 //lag all trims to 1 /* CHECK REMOVING BUSES - BUG?*/ asm rmvsnd track 1 2 asm snd track 1 0 //remove track 1, bus 1 asm snd track 1 1 0 //remove track 1, bus 1 asm snd track 1 2 0 //remove track 1, bus 2 //sends: snd t 1 1 //send in track 1, slot 1, bus 1 snd t 1 2 2 //send in track 1, slot 2, bus 2 snd t 1 2 2 -10 //send in track 1, slot 2, bus 2, vol -10 snd 2 1 snd 2 2 2 snd 2 2 2 -10 sndry t 2 2 2 //send (no master) in track 2, slot 2, bus 2 sndry 2 2 2 sndry 2 2 2 -10 setsnd t 1 0 //set track 1, val 0 setsnd t 1 1 0 //set track 1, slot 1, val 0 setsnd t 1 1 0 1 //set track 1, slot 1, val 0, lag 1 setsnd 2 2 -10 //set mixtrack 2, slot 2, val setsnd 2 2 -10 1 //set mixtrack 2, slot 2, val, lag //fxs fx t 1 pch fx t 1 2 harm fx b 1 pch [0, 0.5, 1, 0.1] fx b 1 2 harm [pitchRatio1, 0.5, pitchRatio2, 1.5] fx 1 pch fx 1 2 pch fx m pch //set fx pch to master slot 1 fx m 2 harm //set fx harm to master slot 2 fxset t 1 1 fxset t 1 1 1 fxset t 1 1 1 0.5 fxset t 1 1 pitchRatio 0.5 fxset m 1 fxset m 1 1 //try this fxset m 1 1 0.5 fxset m 1 pitchRatio 0.5 fxset m 1 [1,1.8,2,0.8] fxset m 1 2 [1,1.8,2,0.8] fxset t 1 1 [1,1.8,2,0.8] fxset 1 1 //with mixtrack num fxset 1 1 1 fxset 1 1 1 0.5 fxset 1 1 pitchRatio 0.5 fxset 1 1 [1,0.8,2,1.0] fxs //posts available effects setfx //posts active effects setfx 1 setfx 1 1 setfx 1 1 0.5 setfx 1 pitchRatio 0.5 //lags fxlag t 1 1 fxlag t 1 1 1 fxlag t 1 1 1 0.5 fxlag t 1 1 pitchRatio 0.5 fxlag m 1 fxlag m 1 1 //try this fxlag m 1 1 0.5 fxlag m 1 pitchRatio 0.5 fxlag m 1 [1,1.8,2,0.8] fxlag m 1 2 [1,1.8,2,0.8] fxlag t 1 1 [1,1.8,2,0.8] fxlag 1 1 //with mixtrack num fxlag 1 1 1 fxlag 1 1 1 0.5 fxlag 1 1 pitchRatio 0.5 fxlag 1 1 [1,0.8,2,1.0] lagfx 1 lagfx 1 1 lagfx 1 1 0.5 lagfx 1 pitchRatio 0.5 fxlagn t 1 2 10 //lag all parameters in filter fxlagn [[track,1,1,[1,2,2,1.1]], [track,1,2,[1,0.8,2,1.1]]]//array of tracks to lag //remove filters fxclear t 1 fxclear t 1 2 fxclear 1 1 //multitrack clearfx 1 //getspec fxgetspec t 1 1 1 fxgetspec t 1 1 pitchRatio fxgetspec m 1 1 fxgetspec m 1 pitchRatio fxgetspec 1 1 fxgetspec 1 pitchRatio getfxspec 1 1 getfxspec 1 pitchRatio //get fx information fxget m 1 fxget t 1 fxget t 1 1 fxget m 1 1 fxget m 1 pitchRatio fxget t 1 1 1 fxget t 1 1 pitchRatio fxgetlag m 1 fxgetlag t 1 1 fxget 1 //multitrack num fxget 1 1 fxget 1 1 1 fxget 1 1 pitchRatio fxgetlag 1 fxgetlag 1 1 getfx 1 getfx 1 1 getfx 1 pitchRatio getlagfx 1 //mixer buttons mute t 1 unmute t 1 recen t 1 recdis t 1 solo t 1 unsolo 1 //mixer I/Os inmenu 1 2 getinmenu 1 getinmenu t 1 outmenu 1 1 //mixTrack, master as out outmenu t 1 0 //0 = not master, 1 = master getoutmenu 1 getoutmenu t 1 dirinrec [0,1] mapouts [1,2] //BLOCKS blk add blk clock blk ply blk bpm blk sstart blk ndef blk blocks blk clear blk add 2 //channels (adds one block with specified channels) blk addn 4 //number (adds the given number of blocks) blk remove 1 //block (removes block 1) blk stop 1 //block (stops block 1) blk bpm 1 //sets bpm to 1 blk tempo 1 //sets bpm to 1 blk sdiv 2 //divitions by 2 blk addn 2 2 //number, channels (adds 2 blocks of 2 channels) blk stop 1 0.5 //block, fadeOut (stops block 1 with 0.5 fade) blk play 1 sine //block, blockName (play block 1 with sine synthdef) blk ply 1 sine //block, blockName (play block 1 with sine synthdef) blk ply 1 sine [freq 400] //block, blockName (play block 1 with sine synthdef) with extraArgs blk ply 1 pattern nobuf test1 blk ply 1 pattern nobuf [[note, seq, [10, 6, 2, 2]], [dur, 0.5], [instrument, perkysine]] blk ply 1 play marilyn1 [rate, 1.2, amp, 0.8] blk ply 1 loop marilyn1 [rate, 0.8, amp, 0.8] //shortcuts pl 1 marilyn1 //play lp 1 marilyn1 //loop pl 1 marilyn1 [1, 0.9] //play w/ extraArgs lp 1 marilyn1 [1, 1.1] //loop w/ extraArgs in 2 <> blk 1 //audio input 2 to block 1 in 2 1 //same as above: audio input 2 to block 1 st 1 //stop block 1 st 1 2 //stop block 1 with fade of 2 secs st 1-4 //stop blocks 1 to 4 st 1-4 2 //stop blocks 1 to 4 with fade of 2 secs st [2,4] //stop blocks 2 and 4 st [2,4] 2 //stop blocks 2 and 4 with fade of 2 secs blkn 4 //add 4 blocks blkn 4 2 //add 4 blocks of 2 channels //before pattern blk clock blk tempo 80 pn 1 test1 pn 2 [[note, seq, [10, 6, 2, 2]], [dur, 0.5], [instrument, perkysine]] //setting blocks blksetn 1 [freq, 10] blklagn 1 [freq, 1] blkxsetn 1 [freq, 10] //routing blk 1 <> 1 //rounting? block 1 into track 1 str str num str num blk 2-4 <> 2 //blocks 2,3,4 into track 2 blk 1-4 <> 2-5 //blocks 1,2,3,4 insto tracks 2,3,4,5 ndef perkySine <> 2 //ndef called perkySine goes into track 2 //MODULATION mods //list of mod types modspec //list of mod spec types //base mods mod play1 freq sin [200,400] mod play1 freq sin freq1 mod play1 freq sin freq1 [freq, 1] //check upmap -> currently not working with default value. fix modmap so that unmod play1 freq unmod play1 freq 1000 getmods unmod 1 unmod 1 100 //fx mods fxset t 1 2 1 sin //mod fxset t 1 2 pitchRatio sin_(freq, 1, mul: 0.5) //mod with extraArgs fxset m 2 1 sin //mod fxset m 2 pitchRatio sin //mod fxset 1 1 1 sin //mod fxset 1 1 pitchRatio sin_(freq, 10) //mod setfx 1 1 sin setfx 1 pitchRatio sin_(freq, 2) //change mod values modfxget t 1 2 pitchRatio modfxget t 1 2 1 modfxget m 2 pitchRatio modfxget m 2 1 modfxget 1 1 modfxget 1 pitchRatio modgetfx 1 1 modgetfx 1 pitchRatio modfxset t 1 2 pitchRatio [freq, 1, mul, 0.1] modfxset t 1 2 1 [freq, 1] modfxset m 2 pitchRatio [freq, 1] modfxset m 2 1 [freq, 1] modfxset 1 1 [freq, 1] modfxset 1 pitchRatio [freq, 1] modsetfx 1 1 [freq, 1] modsetfx 1 pitchRatio [freq, 1] //unmodfxs: unmodfx t 1 2 pitchRatio unmodfx t 1 2 1 unmodfx m 2 pitchRatio unmodfx m 2 1 unmodfx 1 1 unmodfx 1 pitchRatio fxunmod 1 1 fxunmod 1 pitchRatio //continue here blkset 1 1 lfn1_(freq, 10) //mod blkset 1 rate sin //mod blkgetspec 1 1 //posts spec blkgetspec rate 1 //posts spec modblkget 1 rate modblkset 1 rate [freq, 1] unmodblk 1 1 unmodblk 1 rate //mixer mods vol t 1 sin_(freq, 10) pan b 1 sin trim t 2 sin vol 1 sin_(freq, 10) pan 7 sin trim 1 sin //with dashes for more tracks vol t 1-6 sin_(freq, 3) pan b 1-3 sin trim t 1-3 sin vol 1-6 sin_(freq, 3) pan 1-6 sin trim 1-6 sin //with arrays for specific tracks vol t [1,3,5] sin_(freq, 3) pan b [1,3] sin trim t [1,3] sin vol [1,2,4,6] sin_(freq, 3) pan [1,2,4,6] sin //bulks vol t sin_(freq, 3) //all tracks to sin vol b sin //all buses to sin vol m sin //master to sin pan t sin //all tracks to sin trim t sin //not implemented yet: modvolget modvolset //etc //send mods setsnd t 1 sin_(freq, 1) setsnd t 1 1 sin //set track 1, slot 1, mod setsnd 2 sin_(freq, 1) //set mixtrack 2, slot 1, mod setsnd 2 2 sin_(freq, 1) //set mixtrack 2, slot 2, mod //get and set send mods modsndget t 1 modsndget t 1 1 modsndget 1 modsndget 1 2 modsndset t 1 [freq, 1] modsndset t 1 1 [freq, 1] modsndset 1 [freq, 1] modsndset 1 2 [freq, 1] //unmods unmodsnd t 1 //unmod send at track 1 slot 1 unmodsnd 1 //unmod send at mixtrack 1 slot 1 unmodsnd t 1 2 //unmod track 1 slot 2 unmodsnd 1 2 //unmod mixtrack 1 slot 2 //hid as mods vol t 1 midicc_(1) //map midi cc num 1 to volume track 1 vol 2 midicc_(2) //map midi cc num 1 to vol 2 mixtrack //NDEF DIRECT ndefset track1 [freq, 1] ndefset lag 1 //lag all values of ndef ndefset lag 1 1 //lag all values of ndef ndefset lag 1 pitchRatio //lag all values of ndef //associations //this are expressed between round brackets "()" //when there is an arrow "->", then first statment is abstracted into second statment //$n1, $s1, $a1 and $f1 are variables specifying if its a number, string, array, function (fx $n1 pch -> pch $n1) //therefore here "pch 1", will be the same as and evaluate "fx 1 pch" (fede = fxset 1 1 0.5) //assign the cmd fxset 1 1 0.5 to the abstration "fede" //hid connect (midion 1 <> fx 1 pch) //midi noteOn num 1 will triger cmd "fx 1 pch" (midicc 6 <> fxset 1 1 1 $) //midicc num 6 will change $ val within cmd "fxset 1 1 1 val" (midicc 6 [0.5,2] <> fxset 1 1 1 $) //same but specified as array is the spec //some work to do on osc and hid with this net 1 127.0.0.1 57120 //creates a network address called net1 (osc chat net1 <> fxset 1 1 1 $) //route osc chat messages from net1 to fxset //make sure that worked: ~net1.sendMsg("/chat", 0.5); //check unmaping //some work to do hid with this //NEW FEATURES //implement features //queries getvol getpan gettrim //ideas for Tdef implementation as loop? l{rrand(0.1,2).postln}{0.1} //loop l{[rrand(0.1,2), 0.2]}{[0.1,2]} //loop t{rrand(0.1,2).postln}{0.1} //do once t{[rrand(0.1,2), 0.2]}{[0.1,2]} //do once //ideas of variable associations (~a1 = {rrand(0.1,4.0)}); vol 1 ~a1 //revise buffer freeing when same buffer... //don't implement yet: modfxset t 1 2 [freq, 10] modfxset t 1 pitchRatio [freq, 10] modfxset 1 2 [freq, 10] modfxset 1 pitchRatio [freq, 10] modsetfx 1 1 [freq, 1]
helpfile source:
HelpSource/Classes/Radicles.schelp
link::Radicles/Classes/Radicles::
