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authorRichard Knight <q@1bpm.net>2021-10-31 04:35:16 +0000
committerRichard Knight <q@1bpm.net>2021-10-31 04:35:16 +0000
commit4a2d04c8cd3b4640084b41ca65a54a6615625ce9 (patch)
treede4439781c46e99f52944e0eb586abc6ae30e0ef /BUG3/bid.udo
parentff5405cc2fd290d3d6715fb58e1ee5a6569b85e0 (diff)
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beta completion of BUG3
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diff --git a/BUG3/bid.udo b/BUG3/bid.udo
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+#ifndef UDO_BID
+#define UDO_BID ##
+/*
+ Debugger - Unfixed Bugs : BUG #3
+
+ Bug Infested Directive file parser v1 and tools
+
+ Designed to create a reusable loop based score format in the Unfixed Bugs project and beyond.
+*/
+
+
+#define BID_VERSION #1.0#
+
+#include "txt_tools.udo"
+
+; globals
+gibid_tempo init -1 ; beats per minute
+gibid_beattime init -1 ; time of one beat in second
+gibid_maxsection init -1 ; max number of sections
+gibid_chordfn init -1 ; current chord ftable
+gkbid_chordlength init -1 ; current chord length
+
+; BID internals
+gibid_sectionlengths ftgen 0, 0, -64, -7, 0 ; section lengths
+gibid_sections[][] init 64, 64 ; section pointers to data
+gibid_sectiondata[][] init 99, 6 ; section data, ftables contained
+
+gibid_chordgroups[][] init 16, 12 ; chord groups, pointers to sectionchords by section
+gibid_sectionchords[] init 16 ; ftables of section chords
+
+gibid_currentchordnum = 0 ; current chord number
+gibid_lastchordgroup = -1 ; last chord group
+gibid_lastsection = -1 ; last section
+
+gSbid_sequenced[] init 1 ; internal tracking of sequenced elements
+gibid_sequenceinit init 1 ; internal tracking of sequenced init
+gibid_swingtime init -1 ; swing time calculated from percent
+
+/*
+ Get BID instrument index, creating new reference if specified.
+ Internal use only.
+
+ index _bid_gettextindex Sname, [iaddifnotexists = -1]
+
+ index BID instrument index
+
+ Sname name to look up or create
+ iaddifnotexists 1=create , default=fatal if not exists
+*/
+opcode _bid_gettextindex, i, Sj
+ Sname, iaddifnotexists xin
+ ifinalindex = -1
+ index = 0
+ while (index < lenarray(gSbid_sequenced)) do
+ if (strcmp(gSbid_sequenced[index], Sname) == 0) then
+ ifinalindex = index
+ igoto complete
+ endif
+ index += 1
+ od
+
+ if (iaddifnotexists == 1) then
+ if (gibid_sequenceinit == 1) then
+ gibid_sequenceinit = 0
+ SequencedNew[] fillarray Sname
+ ifinalindex = 0
+ else
+ SequencedNew[] init lenarray(gSbid_sequenced) + 1
+ index = 0
+ while (index < lenarray(gSbid_sequenced)) do
+ SequencedNew[index] = gSbid_sequenced[index]
+ index += 1
+ od
+ SequencedNew[index] = Sname
+ ifinalindex = index
+ endif
+ gSbid_sequenced = SequencedNew
+ igoto complete
+ else
+ tt_notify_fatal(sprintf("Sequenced index for '%s' not found", Sname))
+ endif
+
+complete:
+ xout ifinalindex
+endop
+
+
+
+/*
+ Parse a row of comma-separated numerical values of either patterns or chords.
+ Internal use only.
+
+ inum _bid_parserowitems Sline, ix1, ix2, imode
+
+ inum number of elements found parsed
+
+ Sline input line
+ ix1 array dimension 1 index
+ ix2 array dimension 2 index
+ imode 0=count elements; 1=write patterns; 2=write chords
+*/
+opcode _bid_parserowitems, i, Siii
+ Sline, ix1, ix2, imode xin
+ inum = 0
+ while (strlen(Sline) > 0) do
+ icomma = strindex(Sline, ",")
+ Stemp = strsub(Sline, 0, icomma)
+ icomma = (icomma == -1) ? 0 : icomma
+ Sline = strsub(Sline, icomma + 1)
+ if (imode == 1) then
+ tabw_i strtod(Stemp), inum, gibid_sectiondata[ix1][ix2]
+ elseif (imode == 2) then
+ tabw_i strtod(Stemp), inum, gibid_chordgroups[ix1][ix2]
+ endif
+ inum += 1
+ od
+ xout inum
+endop
+
+
+/*
+ Read BID data for specified element and trigger accordingly.
+
+ bid_seq Splayer, kposition, ksection
+
+ Splayer name of BID element
+ kposition position in pattern provided by master sequencer
+ ksection section in composition provided by master sequencer
+
+*/
+opcode bid_seq, 0, Skk
+ Splayer, kpos, ksection xin
+ Sinstrument = sprintf("play_%s", Splayer)
+ instrindex = _bid_gettextindex(Splayer)
+ kdata = gibid_sections[ksection][instrindex]
+
+ if (kdata != -1) then ; null section
+ kon = tablekt:k(kpos, gibid_sectiondata[kdata][0])
+
+ if (kon == 1) then
+ kchance = tablekt:k(kpos, gibid_sectiondata[kdata][3])
+ if (random:k(0, 1) < kchance) then
+ ktime = (kpos % 2 == 0) ? 0 : gibid_swingtime
+ kdur = tablekt:k(kpos, gibid_sectiondata[kdata][1])
+ ;kamp = tablekt:k(kpos, gisectiondata[kdata][2])
+ event "i", Sinstrument, ktime, kdur, kpos, kdata
+ endif
+ endif
+ endif
+endop
+
+
+/*
+ Get a parameter for the specified pattern position.
+ ipos and idataindex are provided as p4 and p5 to instruments scheduled by bid_seq,
+ hence can typically used as bid_getparameter(p4, p5, iparameter)
+
+ idata bid_getparameter ipos, idataindex, iparameter
+
+ idata the resulting value
+
+ ipos position in pattern
+ idataindex section specific data index; pointer to ftable
+ iparameter parameter index as in BID file; defaults include 0=on/off, 1=duration, 2=amp, 3=chance
+
+*/
+opcode bid_getparameter, i, iii
+ ipos, idataindex, iparameter xin
+ xout tab_i(ipos, gibid_sectiondata[idataindex][iparameter])
+endop
+
+
+/*
+ Get a section length in beats
+
+ klength bid_getsectionlength ksection
+
+ klength length in beats
+
+ ksection section to look up
+*/
+opcode bid_getsectionlength, k, k
+ ksection xin
+ xout tab:k(ksection, gibid_sectionlengths)
+endop
+
+/*
+ Parse a row of comma-separated values to either section patterns or chord storage.
+ Scans row, assigns ftable of appropriate length and then fills ftable.
+ Internal use only.
+
+ _bid_parserow Sline, ix1, ix2, imode
+
+ Sline line to parse
+ ix1 array dimension 1 index of target storage
+ ix2 array dimension 2 index of target storage
+ imode 1=section patterns, 2=chords
+*/
+opcode _bid_parserow, 0, Siii
+ Sline, ix1, ix2, imode xin
+ isize = _bid_parserowitems(Sline, ix1, ix2, 0)
+ if (imode == 1) then
+ gibid_sectiondata[ix1][ix2] ftgen 0, 0, -isize, -7, 0
+ elseif (imode == 2) then
+ gibid_chordgroups[ix1][ix2] ftgen 0, 0, -isize, -7, 0
+ endif
+ isize = _bid_parserowitems(Sline, ix1, ix2, imode)
+endop
+
+
+
+/*
+ Parse a line from a BID string
+ Internal use only.
+
+ idataout[] _bid_parseline Sline, idatain[]
+
+ idataout[] state data
+
+ Sline line to parse
+ idatain[] state data
+
+*/
+opcode _bid_parseline, i[], Si[]
+ Sline, idata[] xin
+ iparameter = idata[0]
+ isection = idata[1]
+ ichordnum = idata[2]
+ isectiondataindex = idata[3]
+ imode = idata[4]
+
+ if (strlen(Sline) > 0) then
+ Sfirstchar = strsub(Sline, 0, 1)
+
+ ; comment
+ if (strcmp(Sfirstchar, ";") == 0) then
+ ; no action
+
+ ; version check
+ elseif (strcmp(Sfirstchar, "v") == 0) then
+ imode = 0
+ iversion = strtod(strsub(Sline, 2))
+ if (iversion != $BID_VERSION) then
+ tt_notify(sprintf("Incompatible BID file version: got %.2f , expected %.2f", iversion, $BID_VERSION))
+ exitnow
+ endif
+
+ ; section header
+ elseif (strcmp(Sfirstchar, "s") == 0) then
+ imode = 1
+ icomma = strindex(Sline, ",")
+ isectionnum = strtod(strsub(Sline, 2, icomma))
+ Sub = strsub(Sline, icomma+1)
+ icomma = strindex(Sub, ",")
+ isectionlength = strtod(strsub(Sub, 0, icomma))
+ ichordgroup = strtod(strsub(Sub, icomma+1))
+ gibid_sectionchords[isectionnum] = ichordgroup
+ tabw_i isectionlength, isectionnum, gibid_sectionlengths
+
+ ; tempo
+ elseif (strcmp(Sfirstchar, "b") == 0) then
+ imode = -1
+ icomma = strindex(Sline, ",")
+ gibid_tempo = strtod(strsub(Sline, 2, icomma))
+ gibid_beattime = 60 / gibid_tempo
+ iswingpercent = strtod(strsub(Sline, icomma+1))
+ gibid_swingtime = ((gibid_beattime/4)/100) * iswingpercent
+
+ ; chord group header
+ elseif (strcmp(Sfirstchar, "c") == 0) then
+ imode = 3
+ ichordgroup = strtod(strsub(Sline, 2))
+ ichordnum = 0
+
+ ; pattern header
+ elseif (strcmp(Sfirstchar, "i") == 0) then
+ imode = 4
+ iparameter = 0
+
+ icomma = strindex(Sline, ",")
+ instrindex = _bid_gettextindex(strsub(Sline, 2, icomma), 1)
+ Sub = strsub(Sline, icomma+1)
+ icomma2 = strindex(Sub, ",")
+ isection = strtod(strsub(Sub, 0, icomma2))
+ if (isection > gibid_maxsection) then
+ gibid_maxsection = isection
+ endif
+ if (icomma2 != -1) then ; repeat or null section
+ irepeatsection = strtod(strsub(Sub, icomma2+1))
+ if (irepeatsection == -1) then
+ inewsection = -1
+ else
+ inewsection = gibid_sections[irepeatsection][instrindex]
+ endif
+ gibid_sections[isection][instrindex] = inewsection
+ else
+ isectiondataindex += 1
+ gibid_sections[isection][instrindex] = isectiondataindex
+ endif
+
+ ; chord row
+ elseif (imode == 3) then
+ _bid_parserow(Sline, ichordgroup, ichordnum, 2)
+ ichordnum += 1
+
+ ; pattern row
+ elseif (imode == 4) then
+ _bid_parserow(Sline, isectiondataindex, iparameter, 1)
+ iparameter += 1
+ endif
+ endif
+ idata[0] = iparameter
+ idata[1] = isection
+ idata[2] = ichordnum
+ idata[3] = isectiondataindex
+ idata[4] = imode
+ xout idata
+endop
+
+
+/*
+ Parse a Bug Infested Directive Format string to global arrays, ftables and variables.
+ Handles patterns, tempo, chord groups and sections etc accordingly.
+
+ bid_loadtext Sfile, [imode = 0]
+
+ Stext directive data as string to parse
+*/
+opcode bid_loadtext, 0, S
+ Stext xin
+ idata[] fillarray -1, -1, -1, -1, -1
+read:
+ index = strindex(Stext, "\n")
+ if (index != -1) then
+ Sline = strsub(Stext, 0, index)
+ Stext = strsub(Stext, index + 1)
+ idata[] _bid_parseline Sline, idata
+
+ igoto read
+ else
+ igoto complete
+ endif
+
+complete:
+endop
+
+
+/*
+ Parse a Bug Infested Directive Format string to global arrays, ftables and variables.
+ Handles patterns, tempo, chord groups and sections etc accordingly.
+ Requires readfi support which is not available on all platforms. Platforms that do not support that
+ should set NOFILEIO.
+
+ bid_loadfile Sfile
+
+ Sfile directive file to parse
+*/
+opcode bid_loadfile, 0, S
+ Sfile xin
+#ifdef NOFILEIO
+ tt_notify_fatal("Attempting to use parsefile when NOFILEIO is set")
+#else
+ if (filevalid(Sfile) == 0) then
+ tt_notify(sprintf("Directive file cannot be found: '%s'", Sfile))
+ exitnow
+ endif
+ iparameter = -1
+ isection = -1
+ ichordnum = -1
+ isectiondataindex = -1
+ imode = -1
+read:
+ Sline, ilinenum readfi Sfile
+ Sline = tt_stripnewline(Sline)
+
+ idata[] _bid_parseline Sline, idata
+
+ if (ilinenum != -1) igoto read
+#endif
+endop
+
+
+
+/*
+ Set the current chord given a section
+ p4 the section number
+ p5 0=start at beginning, 1=increment chord index
+*/
+instr bid_setcurrentchord
+ isection = p4
+ ichordincrement = p5
+ if (isection > gibid_maxsection) then
+ turnoff
+ endif
+
+ ichordgroup = gibid_sectionchords[isection]
+ if (ichordgroup != gibid_lastchordgroup || isection != gibid_lastsection) then
+ gibid_currentchordnum = 0
+ gibid_lastchordgroup = ichordgroup
+ gibid_lastsection = isection
+ elseif (ichordincrement == 1) then
+ if (gibid_currentchordnum + 1 < lenarray(gibid_chordgroups, 2) - 1) then
+ if (gibid_chordgroups[ichordgroup][gibid_currentchordnum + 1] == 0) then
+ gibid_currentchordnum = 0
+ else
+ gibid_currentchordnum += 1
+ endif
+ else
+ gibid_currentchordnum = 0
+ endif
+ else
+ gibid_currentchordnum = 0
+ endif
+
+ ifn = gibid_chordgroups[ichordgroup][gibid_currentchordnum]
+
+ if (ifn > 0) then
+ gkbid_chordlength = tab:k(0, ifn)
+ gibid_chordfn = ifn
+ endif
+
+ if (timeinstk() > 2) then
+ turnoff
+ endif
+endin
+
+
+#end
+