; midi/midi.i ifnd MIDI_MIDI_I MIDI_MIDI_I set 1 ; Definitions pertaining to MIDI are derived from MIDI 1.0 Detailed ; Specification v4.0 (published by the Internation MIDI Association) ; and is current as of June, 1988. ; v2.0 - 23-Oct-88 ifnd EXEC_LISTS_I include "exec/lists.i" endc ifnd EXEC_PORTS_I include "exec/ports.i" endc MIDINAME macro dc.b 'midi.library',0 endm MIDIVERSION equ 7 ; Routes RIM_MAXCOUNT equ 3 STRUCTURE RIMatch,0 UBYTE rim_Flags ; flag bits defined below STRUCT rim_Match,RIM_MAXCOUNT LABEL sizeof_RIMatch RIMF_COUNTBITS equ $03 ; mask for # of match values (0 for match all) BITDEF RIM,EXTID,6 ; indicates all 3 bytes of rim_match = one 3 byte manuf. id BITDEF RIM,EXCLUDE,7 ; reverses logic of RIMatch so that all except those specified pass STRUCTURE MRouteInfo,0 UWORD ri_MsgFlags UWORD ri_ChanFlags BYTE ri_ChanOffset BYTE ri_NoteOffset STRUCT ri_SysExMatch,sizeof_RIMatch STRUCT ri_CtrlMatch,sizeof_RIMatch LABEL sizeof_MRouteInfo ; Midi Msg Type Flags for RouteInfo and returned by MidiMsgType MMF_CHAN equ $00ff BITDEF MM,NOTEOFF,0 BITDEF MM,NOTEON,1 BITDEF MM,POLYPRESS,2 BITDEF MM,CTRL,3 BITDEF MM,PROG,4 BITDEF MM,CHANPRESS,5 BITDEF MM,PITCHBEND,6 BITDEF MM,MODE,7 BITDEF MM,SYSCOM,8 BITDEF MM,SYSRT,9 BITDEF MM,SYSEX,10 MMF_ALL equ $07ff ; all normal messages STRUCTURE MRoutePtr,MLN_SIZE APTR rp_Route LABEL sizeof_MRoutePtr STRUCTURE MRoute,0 APTR mr_Source APTR mr_Dest STRUCT mr_SRoutePtr,sizeof_MRoutePtr STRUCT mr_DRoutePtr,sizeof_MRoutePtr STRUCT mr_RouteInfo,sizeof_MRouteInfo LABEL sizeof_MRoute ; Nodes STRUCTURE MSource,LN_SIZE APTR ms_Image STRUCT ms_RPList,MLH_SIZE APTR ms_UserData UWORD ms_RouteMsgFlags UWORD ms_RouteChanFlags LABEL sizeof_MSource ; Node Types for MSource nodes NT_MSOURCE equ $20 NT_RESMSOURCE equ $21 STRUCTURE MDest,LN_SIZE APTR md_Image STRUCT md_RPList,MLH_SIZE APTR md_DestPort APTR md_UserData STRUCT md_DefaultRouteInfo,sizeof_MRouteInfo LABEL sizeof_MDest ; Node Types for MDest nodes NT_MDEST equ $22 NT_RESMDEST equ $23 ; MIDI Packet STRUCTURE MidiPacket,MN_SIZE ; packet received by GetMidiPacket() UWORD mpkt_Type ; MMF_ bits for this message (as returned by MidiMsgType()) UWORD mpkt_Length ; length of msg in bytes (as returned by MidiMsgLength()) STRUCT mpkt_reserved,4 ; reserved for future expansion STRUCT mpkt_MidiMsg,4 ; actual MIDI message LABEL sizeof_MidiPacket ; Public List Change Signal STRUCTURE MListSignal,MLN_SIZE APTR mls_SigTask UBYTE mls_SigBit UBYTE mls_Flags LABEL sizeof_MListSignal ; user flags BITDEF MLS,SOURCE,0 BITDEF MLS,DEST,1 ; MIDI message definitions ; Status Bytes ; Channel Voice Messages (1sssnnnn) MS_NOTEOFF equ $80 MS_NOTEON equ $90 MS_POLYPRESS equ $A0 MS_CTRL equ $B0 MS_MODE equ $B0 MS_PROG equ $C0 MS_CHANPRESS equ $D0 MS_PITCHBEND equ $E0 ; System Common Messages MS_SYSEX equ $F0 MS_QTRFRAME equ $F1 MS_SONGPOS equ $F2 MS_SONGSELECT equ $F3 MS_TUNEREQ equ $F6 MS_EOX equ $F7 ; System Real Time Messages MS_CLOCK equ $F8 MS_START equ $FA MS_CONTINUE equ $FB MS_STOP equ $FC MS_ACTVSENSE equ $FE MS_RESET equ $FF ; Miscellaneous MIDDLEC equ 60 ; middle C note value DEFAULTVELOCITY equ 64 ; default Note On or Off velocity PITCHBENDCENTER equ $2000 ; pitch bend center position as a 14 bit word MCLKSPERQTR equ 24 ; MIDI clocks per qtr-note MCLKSPERSP equ 6 ; MIDI clocks per song position index MCCENTER equ 64 ; center value for controllers like Pan and Balance ; Standard Controllers ; continuous 14 bit - MSB: 0-1f, LSB: 20-3f MC_MODWHEEL equ $01 MC_BREATH equ $02 MC_FOOT equ $04 MC_PORTATIME equ $05 MC_DATAENTRY equ $06 MC_VOLUME equ $07 MC_BALANCE equ $08 MC_PAN equ $0a MC_EXPRESSION equ $0b MC_GENERAL1 equ $10 MC_GENERAL2 equ $11 MC_GENERAL3 equ $12 MC_GENERAL4 equ $13 ; continuous 7 bit (switches: 0-3f=off, 40-7f=on) MC_SUSTAIN equ $40 MC_PORTA equ $41 MC_SUSTENUTO equ $42 MC_SOFTPEDAL equ $43 MC_HOLD2 equ $45 MC_GENERAL5 equ $50 MC_GENERAL6 equ $51 MC_GENERAL7 equ $52 MC_GENERAL8 equ $53 MC_EXTDEPTH equ $5b MC_TREMOLODEPTH equ $5c MC_CHORUSDEPTH equ $5d MC_CELESTEDEPTH equ $5e MC_PHASERDEPTH equ $5f ; parameters MC_DATAINCR equ $60 MC_DATADECR equ $61 MC_NRPNL equ $62 MC_NRPNH equ $63 MC_RPNL equ $64 MC_RPNH equ $65 MM_MAX equ $78 ; Channel Modes MM_MIN equ $79 MM_RESETCTRL equ $79 MM_LOCAL equ $7a MM_ALLOFF equ $7b MM_OMNIOFF equ $7c MM_OMNION equ $7d MM_MONO equ $7e MM_POLY equ $7f ; Registered Parameter Numbers ; These are 16 bit values that need to be separated into two bytes for use ; with the MC_RPNH & MC_RPNL messages using 8 bit math (as opposed to 7 ; bit math). This is done so that the defines match the numbers from the ; MMA. See MIDI 1.0 Detailed Spec v4.0 pp 12, 23 for more info. MRP_PBSENS equ $0000 MRP_FINETUNE equ $0001 MRP_COURSETUNE equ $0002 ; MTC Quarter Frame messages ; Qtr Frame message is F1 0nnndddd where ; ; nnn is a message type defined below ; dddd is 4 bit data nibble for those message types ; ; Each pair of nibbles is combined by the receiver into a single byte. ; There are masks and type values defined for some of these data bytes ; below. ; message types MTCQ_FRAMEL equ $00 MTCQ_FRAMEH equ $10 MTCQ_SECL equ $20 MTCQ_SECH equ $30 MTCQ_MINL equ $40 MTCQ_MINH equ $50 MTCQ_HOURL equ $60 MTCQ_HOURH equ $70 ; also contains time code type ; message masks MTCQ_TYPEMASK equ $70 ; mask for type bits in message MTCQ_DATAMASK equ $0f ; mask for data bits in message ; hour byte MTCH_TYPEMASK equ $60 ; mask for time code type MTCH_HOURMASK equ $1f ; hours mask (range 0-23) ; time code type values for hour byte MTCT_24FPS equ $00 MTCT_25FPS equ $20 MTCT_30FPS_DROP equ $40 MTCT_30FPS_NONDROP equ $60 ; Sys/Ex ID numbers ; Now includes 3 byte extension for the American Group. This new ; format uses a $00 as the sys/ex id followed by two additional bytes ; that actually identify the manufacturer. These new extended id ; constants are 32 bit values (24 significant bits) that you will have ; to break apart manually. ; You can match or filter off one of the extended id's when using the ; RIMF_EXTID bit described above. ; American Group MID_XAMERICA equ $00 MID_SEQUENTIAL equ $01 MID_IDP equ $02 MID_OCTAVEPLATEAU equ $03 MID_MOOG equ $04 MID_PASSPORT equ $05 MID_LEXICON equ $06 MID_KURZWEIL equ $07 MID_FENDER equ $08 MID_AKG equ $0a MID_VOYCE equ $0b MID_WAVEFRAME equ $0c MID_ADA equ $0d MID_GARFIELD equ $0e MID_ENSONIQ equ $0f MID_OBERHEIM equ $10 MID_APPLE equ $11 MID_GREYMATTER equ $12 MID_PALMTREE equ $14 MID_JLCOOPER equ $15 MID_LOWREY equ $16 MID_ADAMSSMITH equ $17 MID_EMU equ $18 MID_HARMONY equ $19 MID_ART equ $1a MID_BALDWIN equ $1b MID_EVENTIDE equ $1c MID_INVENTRONICS equ $1d MID_CLARITY equ $1f MIDX_DIGITALMUSIC equ $000007 MIDX_IOTA equ $000008 MIDX_IVL equ $00000b MIDX_SOUTHERNMUSIC equ $00000c MIDX_LAKEBUTLER equ $00000d MIDX_DOD equ $000010 MIDX_PERFECTFRET equ $000014 MIDX_OPCODE equ $000016 MIDX_SPATIALSOUND equ $000018 MIDX_KMX equ $000019 MIDX_AXXES equ $000020 ; European Group MID_PASSAC equ $20 MID_SIEL equ $21 MID_SYNTHAXE equ $22 MID_HOHNER equ $24 MID_TWISTER equ $25 MID_SOLTON equ $26 MID_JELLINGHAUS equ $27 MID_SOUTHWORTH equ $28 MID_PPG equ $29 MID_JEN equ $2a MID_SSL equ $2b MID_AUDIOVERITRIEB equ $2c MID_ELKA equ $2f MID_DYNACORD equ $30 ; Japanese Group MID_KAWAI equ $40 MID_ROLAND equ $41 MID_KORG equ $42 MID_YAMAHA equ $43 MID_CASIO equ $44 MID_MORIDAIRA equ $45 MID_KAMIYA equ $46 MID_AKAI equ $47 MID_JAPANVICTOR equ $48 MID_MEISOSHA equ $49 MID_HOSHINOGAKKI equ $4a MID_FUJITSU equ $4b MID_SONY equ $4c MID_NISSHINONPA equ $4d MID_SYSTEMPRODUCT equ $4f ; Universal ID Numbers MID_NC equ $7d MID_NRT equ $7e MID_RT equ $7f endc