WALDORF MICROWAVE SYSTEM EXCLUSIVE DOCUMENTATION (c) Waldorf Electronics Microwave System Software Version 2.00 Revision 00 March, 1st, 1994 ----------------------------------------------------------------------- Preface ------- This document is prepared under great caution in a most precise manner. Several experts took care in sorting and checking the available information the best way possible. However, we cannot guarantee that all information is absolutely correct, nor can we guarantee that there won't be changes due to further software enhancements. General info ------------ Sys-Ex dumps and requests will always be in the following format: F0h IDW DEV IDM --------data--------- CHKSUM F7h where F0h : Status for System Exclusive IDW : Waldorf MIDI ID = 3Eh IDE : Equipment ID = 00h for MicroWave DEV : Device number, 00h to 7Eh, 7Fh = global IDM : Message ID data : whatever data bytes, 00h to 7Fh CHKSUM : Sum of all data bytes truncated to 7 bits. The addition is done in 8 bit format, the result is masked to 7 bits (00h to 7Fh). IMPORTANT: The MIDI status bytes as well as the ID's are not used for computing the checksum. If there are no data bytes in the message (simple request), the checksum will always be 00h. F7h : End of System Exclusive transmission To verify a message, all ID's, the checksum, the EOX-status and the total length of the message are used. An unknown message will lead to no reaction; it will be ignored completely. There is no provision for implementing a handshake protocol. Upon sending a request the transmitter of the request must not wait explicitly for a dump since there is no error message issued if a transmission error occurs. The transmitter of a request must be prepared to recieve a dump at any time. Just exactly when the dump will be sent is dependent on the current CPU state of the system. A Sys-Ex message must always be terminated by an EOX (7Fh). In case it is not, the Sys-Ex message will either be regarded as uncomplete or ignored. The following status byte then won't be recognized. In all dumps there may be unused data bytes. Those data-bytes represent reserved, but yet unused parameters. It is advised to administer those parameters in all applications, but without displaying them to the user. This means, that for instance a single sound-dump contains 180 data-bytes of which only around 160 are used. In an editor- or librarian-program the unused bytes should be recognized and administered at any operation, since those data may become valid parameters in future MicroWave software releases. Besides that, even though the values of those data bytes are currently unimportant, zeros should be used. Data formats ------------ If not indicated differently, a data byte consists of a regular MIDI data byte. (00h..7Fh). Otherwise: ASCII: A MIDI data byte in the range of 20h..7Fh. BYTE : Two consecutive nibbles form an 8-bit byte. The MS nibble is sent first. WORD : Four consecutive nibbles form a 16-bit word. The MS nibble is sent first. No other data formats will be provided. Within a single message data formats may be mixed. Detailed information -------------------- The difference between dumps and requests is determined by a high or low bit 6. This means: requests occupy IDM-numbers 00h to 3Fh, while the corresponding dumps have IDM-numbers 40h to 7Fh. As you can see, a dump always has the same IDM-number as it's request, the difference being a high (set) bit 6. IDM Mnemonic/Function IDM Mnemonic/Function ------------------------------------------------------------------ 00 VERR Version Number and Date 40 VERD Version Number and Date Request Dump 01 DEVR Device Status Request 41 DEVD Device Status Dump 02 BPRR BPR Dump Request 42 BPRD BPR Dump (BPR = Basic Program) 03 ARPR ARR Dump Request 43 ARPD Arrangement Dump (without BPRs) 04 WAVR Wave Dump Request 44 WAVD Wave Dump (withoutWaveControlTbl) 05 WCOR Wave Controltab. Request 45 WCOD Wave Controltab. Dump 06 TUNR Tuning Table Dump Req. 46 TUND Tuning Table Dump 07 VELR Velocity Table Dump Req. 47 VELD Velocity Table Dump 08 BPCR BPR Change Map Dump Req. 48 BPCD BPR Change Map Dump 09 APCR ARR Change Map Dump Req. 49 APCD ARR Change Map Dump 0A GLBR Global Parameter Request 4A GLBD Global Parameter Dump 0B ABPR Arr. Bank Program Request 4B ABPD Arr. Bank Program Dump 0Ch ... 0Fh / 4Ch ... 4Fh are currently unused 10 BPBR BPR Bank Dump Request 50 BPBD BPR Bank Dump 11 ARBR ARR Bank Dump Request 51 ARPD ARR Bank Dump 12 TABR Table Dump Request 52 TABD Table Dump 13 UWVR Userwavetable Request 53 UWVD Userwavetable Dump 14 CRTR Cartridge Dump Req. 54 CRTD Cartridge Dump 15 ARRR ARR Dump Request 55 ARRD Arrangement Dump (with BPRs) 16h ... 3Fh / 56 ... 6Fh are currently unused. The following IDM's doesn't have corresponding requests. The Microwave doesn't send these IDM's but it recognizes them. They are useful for Editors or Remote Controls. 70 STRA Store arrangement 71 STRB Store BPR 72 RCLA Recall arrangement 73 RCLB Recall BPR 74 CMPA Compare arrangement 75 CMPB Compare BPR 76 BTNM Button/dial message The following IDM's doesn't have corresponding requests. They will be sent by changing a parameter on the Microwave with Overflow Mode is set to "Lnk". 60 RTBP Real Time BPR Edit 61 RTAR Real Time ARR Edit 62 RTGL Real Time Global Parameter Edit 63 RTTT Realtime tuning table edit 64 RTVT Realtime velocity table edit Changes in V2.0: ---------------- Accordingly to some new parameters and changed functionality of existing parameters, the format or content of some SysEx messages has been changed in V2.0. The following messages have been changed in V2.0: 41h DEVD (Device Status Dump) 42h BPRD (Sound Dump) 43h ARPD (Arrangement Program Dump) 05h WCOR (Wave Control Table Dump Request) 4Bh ABPD (Arrangement Sound Program Dump) 50h BPBD (Sound Program (BPR) Bank Dump) 51h ARBD (Multi Program (ARR) Bank Dump) 54h CRTD (Cartridge Dump) 55h ARRD (Arrangement Dump) 60h RTBP (Real Time BPR Edit) 61h RTAR (Real Time Arrangement Edit) Description of messages ----------------------- VERR ---------------------------------- IDM: 00h (Version Number and Date request) Requests version number and date of the software. VERD -------------------------------------- IDM: 40h (Version Number and Date Dump) Contains version number and date of software. Uses standard 7bit ASCII format, no delimiters. If the MicroWave recieves that message, it won't react. And why should it. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5..14 Ascii Version Number and Date ( VVRRYYMMDD ) V=Version R=Revision Y=year M=month D=day 15 CHKSUM 16 F7h (EOX) DEVR -------------------------------- IDM: 01h (Device Status Request) Requests device status dump. DEVD -------------------------------- IDM: 41h (Device Status Dump) is sent upon reception of a DEVR. If a DEVD is recieved, the data it contains become valid. Since there is a new device parameter in V2.0 (SysEx Transmission Speed), the length of this dump changed. To keep compatibility, the 2.0 firmware still accepts the old format, but always sends the new format. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 Overflow Mode (off = 0, on = 1) 6 MIDI Out=Thru (0=off, 1=on, if Overflow = off) 7 Device Number (0...126) Device Number 127 must never be sent ! 8 Sys Ex Transmission Speed (0=fast, 1=slow) 9 CHKSUM over data bytes 5...8 10 F7h (EOX) BPRR ----------------------------- IDM: 02h (Sound Dump Request) Requests a dump of the active sound program. If a certain sound program shall be dumped, you must first sent the according program-change command (C0h PRG#). This request is only useful in Single-mode, since in Multi-mode a program change command might either call a different sound for an Instrument or a different Multi-program, depending on a parameter (PC-mode) of each Multi- program. Besides, the active sound program is always that of the last Instrument selected. Therefore it is unpredictable, which sound-data will be sent by a MicroWave set to Multi-mode. Therefore you must switch the MicroWave to Single (MIDI-Poly)-mode before requesting a sound dump. BPRD --------------------- IDM: 42h (Sound Dump) After recieving a BPRR the MicroWave will sent the data of the active sound- program. If this sound resides in one of the eight edit buffers, the data of the edited version will be sent. When recieving a sound-dump, the MicroWave first switches into Poly Mode. Then it checks if the currently active sound resides in an edit buffer. In that case the sound-program will be dumped to the very same edit buffer. If the currently active sound does not reside in an edit buffer, the sound- program will ALWAYS be dumped to the first edit buffer; at the same time an auto-edit procedure will be executed. That means that the original sound at the active memory location remains unaltered, even though the r cieved sound-dump will be connected directly to the sound-generation process. Under all circumstances a sound-dump is ALWAYS just temporary, meaning it only resides in an edit buffer but not in internal- or card-memory. If the recieved sound-dump shall be saved permanently, you must do it by hand at the front panel. Otherwise the sound-dump will be erased after powering down or even after recieving the following sound-dump. If automatic switching from Multi to Poly Mode is not desired, BPRD can be replaced by ABPD, which works also in Poly Mode. The format of this dump hasn't changed in V2.0, but some in earlier versions reserved parameters got functionality now. These are marked with an asterix (*). Other parameters are changed in their range in V2.0. These are marked with a plus sign (+). Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5 Osc 1 Octave (0=-2, 10h=-1, 20h=0, 30h=+1, 40h=+2) 6 Osc 1 Semitone (0...120, 1 Semitone equals a value of 8) 7 Osc 1 Detune (0...127, equals Detune -64...+63 ) 8 Osc 1 Bend Range (0...12 Semitones) 9 Osc 1 Pitch Mode (0=normal, 1=fixed) + 10 Osc 1 Modifier 1 Source (0...23, see Modifier Table) + 11 Osc 1 Modifier 1 Control (0...23, " " " ) 12 Osc 1 Modifier 1 Amount (0...127, equals -64...+63) 13 Osc 1 Modifier 2 Source (0...15, see Modifier Table) 14 Osc 1 Modifier 2 Amount (0...127, equals 64...+63) 15 Osc 1 Modifier 2 Quantize (0...7) 16 Osc 2 Octave 17 Osc 2 Semitone 18 Osc 2 Detune 19 Osc 2 Bend Range 20 Osc 2 Pitch Mode + 21 Osc 2 Modifier 1 Source + 22 Osc 2 Modifier 1 Control 23 Osc 2 Modifier 1 Amount + 24 Osc 2 Modifier 2 Source 25 Osc 2 Modifier 2 Amount 26 Osc 2 Modifier 2 Quantize 27 Osc 2 Link Mode (0 = off, 1 = on, ON takes over all Modifier values of OSC 1) + 28 Wave 1 & 2 Wavetable (0...80) 29 Wave 1 Startwave (0...63) 30 Wave 1 Startsample (0...127, 0 equals free running) 31 Wave 1 Envelope Amount (0...127, equals -64...+63) 32 Wave 1 Envelope Velocity (0...127, equals -64...+63) 33 Wave 1 Keytrack Amount (0...127, equals -64...+63) + 34 Wave 1 Modifier 1 Source (0...23, see Modifier Table) + 35 Wave 1 Modifier 1 Control (0...23, " " " ) 36 Wave 1 Modifier 1 Amount (0...127, equals -64...+63) + 37 Wave 1 Modifier 2 Source (0...23, see Modifier Table) 38 Wave 1 Modifier 2 Amount (0...127, equals -64...+63) 39 Wave 1 Mode (0=stepped, 1=smooth) 40 --------unused---------- 41 Wave 2 Startwave 42 Wave 2 Startsample 43 Wave 2 Envelope Amount 44 Wave 2 Envelope Velocity 45 Wave 2 Keytrack Amount + 46 Wave 2 Modifier 1 Source + 47 Wave 2 Modifier 1 Control 48 Wave 2 Modifier 1 Amount + 49 Wave 2 Modifier 2 Source 50 Wave 2 Modifier 2 Amount 51 Wave 2 Mode 52 Wave 2 Link Mode (0 = off, 1 = on, ON takes over all Modifier values of Wave 1) 53 Wave 1 Volume (0...112, in steps of 16, => 0...7) 54 Wave 2 Volume (0...112), see above 55 Noise Volume (0...112), see above 56 Sound Volume (0...127) 57 Volume Envelope Amount (0...127, equals -64...+63) 58 Volume Envelope Velocity (0...127, equals -64...+63) 59 Volume Keytrack Amount (0...127, equals -64...+63) + 60 Volume Modifier 1 Source (0...23, see Modifier Table) + 61 Volume Modifier 1 Control (0...23, " " " ) 62 Volume Modifier 1 Amount (0...127, equals -64...+63) + 63 Volume Modifier 2 Source (0...23, see Modifier Table) 64 Volume Modifier 2 Amount (0...127, equals -64...+63) 65 Filter Cutoff Frequency (0...127) 66 Filter Resonance (Q) (0...127) 67 Cutoff Envelope Amount (0...127, equals -64...+63) 68 Cutoff Envelope Velocity (0...127, equals -64...+63) 69 Cutoff Keytrack Amount (0...127, equals -64...+63) + 70 Cutoff Modifier 1 Source (0...23, see Modifier Table) + 71 Cutoff Modifier 1 Control (0...23, " " " ) 72 Cutoff Modifier 1 Amount (0...127, equals -64...+63) + 73 Cutoff Modifier 2 Source (0...23, see Modifier Table) 74 Cutoff Modifier 2 Amount (0...127, equals -64...+63) + 75 Reson. Modifier 1 Source (0...23, see Modifier Table) 76 Reson. Modifier 1 Amount (0...127, equals -64...+63) 77 Vol Envel Attack Time (0...127) 78 Vol Envel Decay Time (0...127) 79 Vol Envel Sustain Level (0...127) 80 Vol Envel Release Time (0...127) + 81 Vol Envel Attack Modifier Source (0...23, see Modifier Table) 82 Vol Envel Attack Modifier Amount (0...127, equals -64...+63) + 83 Vol Envel Decay Modifier Source (0...23, see Modifier Table) 84 Vol Envel Decay Modifier Amount (0...127, equals -64...+63) + 85 Vol Envel Sustain Modif. Source (0...23, see Modifier Table) 86 Vol Envel Sustain Modif. Amount (0...127, equals -64...+63) + 87 Vol Envel Release Modif. Source (0...23, see Modifier Table) 88 Vol Envel Release Modif. Amount (0...127, equals -64...+63) 89 ----------unused--------- 90 Fltr Envel Delay Time (0...127) 91 Fltr Envel Attack Time (0...127) 92 Fltr Envel Decay Time (0...127) 93 Fltr Envel Sustain Level (0...127) 94 Fltr Envel Release Time (0...127) + 95 Fltr Envel Delay Modif. Source (0...23, see Modifier Table) 96 Fltr Envel Delay Modif. Amount (0...127, equals -64...+63) + 97 Fltr Envel Attack Modif. Source (0...23, see Modifier Table) 98 Fltr Envel Attack Modif. Amount (0...127, equals -64...+63) + 99 Fltr Envel Decay Modif. Source (0...23, see Modifier Table) 100 Fltr Envel Decay Modif. Amount (0...127, equals -64...+63) + 101 Fltr Envel Sustain Modif. Source (0...23, see Modifier Table) 102 Fltr Envel Sustain Modif. Amount (0...127, equals -64...+63) + 103 Fltr Envel Release Modif. Source (0...23, see Modifier Table) 104 Fltr Envel Release Modif. Amount (0...127, equals -64...+63) 105 ----------unused----------- 106 Wav Envel Time 1 (0...127) 107 Wav Envel Level 1 (0...127) 108 Wav Envel Time 2 (0...127) 109 Wav Envel Level 2 (0...127) 110 Wav Envel Time 3 (0...127) 111 Wav Envel Level 3 (0...127) 112 Wav Envel Time 4 (0...127) 113 Wav Envel Level 4 (0...127) 114 Wav Envel Time 5 (0...127) 115 Wav Envel Level 5 (0...127) 116 Wav Envel Time 6 (0...127) 117 Wav Envel Level 6 (0...127) 118 Wav Envel Time 7 (0...127) 119 Wav Envel Level 7 (0...127) 120 Wav Envel Time 8 (0...127) 121 Wav Envel Level 8 (0...127) + 122 Wav Envel Time Modifier Source (0...23, see Modifier table) 123 Wav Envel Time Modifier Amount (0...127, equals -64...+63) + 124 Wav Envel Level Modifier Source (0...23, see Modifier Table) 125 Wav Envel Level Modifier Amount (0...127, equals -64...+63) 126 Wav Envel Key Off Point (0...7) 127 Wav Envel Loop Start Point (0...7) 128 Wav Envel Loop Mode (0 = off, 1 = on) 129 LFO 1 Rate (0...127) + 130 LFO 1 Shape (0=sin, 1=saw, 2=pulse, 3=random, 4=sample&hold) 131 LFO 1 Symmetry (0...127, equals -64...+63) 132 LFO 1 Humanize (0...4, 0 = off) + 133 LFO 1 Rate Modifier Source (0...23, see Modifier table) 134 LFO 1 Rate Modifier Amount (0...127, equals -64...+63) + 135 LFO 1 Level Modifier Source (0...23, see Modifier table) 136 LFO 1 Sync (0 = off, 1 = on) 137 LFO 1 Delay (0...127, 0=off, 1=retrigger, 2...127=delay&retrig) 138 LFO 1 Attack (0...127) 139 LFO 1 Decay (0...127, 0=uses Vol Env., 1...126=Decay Time, 127=infinite) 140 LFO 2 Rate (0...127) + 141 LFO 2 Shape (0=sin, 1=saw, 2=pulse, 3=random, 4=sample&hold) 142 LFO 2 Symmetry (0...127, equals -64...+63) 143 LFO 2 Humanize (0...4, 0=off) * 144 LFO 2 Phase Shift (0=independent, 1...90 equals 2...180 degree) 145 -----------unused----------- 146 Panning (0...127, equals L64...M00...R63) + 147 Pan Modifier Source (0...23, see Modifier table) 148 Pan Modifier Amount (0...127, equals -64...+63) + 149 Glide (0...6, 0=off, 1=Glissando, 2=Portamento, 3=MIDI Glissando, 4=MIDI Portamento, 5=Fingered Glissano, 6=F. Portamento) 150 Glide Rate (0...127) 151 Glide Mode (0 = equal Time, 1= equal Distance) 152 Tuning Table (0...7, 0=pos, 1=neg, 2=slight detune, 3=honky tonk, 4...7 = User Tables 1...4) 153-168 Sound Name (16 Digits ASCII from 20h to 7fh, 7bit, no terminator) * 169 Wave 1 Level Modifier Source (0...23, see Modifier table) * 170 Wave 1 Level Modifier Amount (8...120 equals -7...+7) * 171 Wave 2 Level Modifier Source (0...23, see Modifier table) * 172 Wave 2 Level Modifier Amount (8...120 equals -7...+7) * 173 Noise Level Modifier Source (0...23, see Modifier table) * 174 Noise Level Modifier Amount (8...120 equals -7...+7) 175-183 ----------unused------------- 184 Valid Flag (always 55h, otherwise the sound is invalid) 185 CHKSUM over Bytes 5...184 186 F7h (EOX) Modifier Table: 0= LFO 1 1= LFO 2 2= Vol. Envelope 3= Fltr Envelope 4= Wave Envelope 5= LFO1 Envelope 6= Keytrack 7= Velocity 8= Release Velocity 9= Aftertouch 10= Poly Pressure 11= Pitch Bender 12= Modulation Wheel 13= Sustain Pedal 14= Volume Controller 15= Panning Controller 16= Breath Controller 17= Controller W 18= Controller X 19= Controller Y 20= Controller Z 21= Maximum(fixed) 22= Minimum(fixed) * 23= MIDI Clock Rate ARPR ------------------------------------------ IDM: 03h (Arrangement Program Dump Request) Requests a dump of the active Arrangement program (Multi-program). If the MicroWave is set to Single (Poly) mode, the request will be ignored. If the MicroWave is set to Multi-mode, it will issue a dump of the active Multi-program, but without the corresponding Sound-programs. If you require a specific Multi-program to be dumped, you must select this Multi-program at the MicroWave itself. Simply sending a MIDI program change command might not lead to the expected result, since it might be applied to one or more Instruments to change their Sound-programs rather than switching the Multi-program itself. ARPD ------------------------------------ IDM: 43h (Arrangement Program Dump) Will be issued if the according request (ARPR) has been recieved and Multi-mode is currently selected. If the MicroWave recieves an ARPD, it first switches to Multi Mode. Then the dump will be directed to the Arrangement edit buffer, even if the active Multi-program does not already reside there. It also will be directly connected to the sound-generating process. Be aware that all data must be useful, even and especially that of yet unused Instruments. Otherwise a later change of the Multi-program might lead to system crashes. The format of this dump hasn't changed in V2.0, but some in earlier versions reserved parameters got functionality now. These are marked with an asterix (*). Other parameters are changed in their range in V2.0. These are marked with a plus sign (+). Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: Multi Program Master Parameters: 5 Master Volume of Arrangement (0...127) 6 MIDI Controller W (0...120) 7 MIDI Controller X (0...120) 8 MIDI Controller Y (0...120) 9 MIDI Controller Z (0...120) 10 Program Change Mode (0..2) (0=Multi Prg Change, 1=Sound Prg Change, 2=combined) 11 Instrument Count (0...7), amount of Instruments for this specific Program. 12 ----------unused------------ 13 ----------unused------------ 14 Valid Flag (always 55h, otherwise the Program is invalid) 15...30 Multi Program Name, 16 Digits Ascii 7 Bit (20h...7fh), no terminator. Multi Program Instrument #1 Parameters: 31 Instr. enable (0 = off, 1 = on, 2 = solo) 32 Instr. MIDI Channel (0...15 = MIDI channel 1...16) 33 Instr. Sound (BPR) (0...127 = Soundprog. A01...D32) 34 Instr. Key Limit Low (0...127) 35 Instr. Key Limit High (0...127) 36 Instr. Velocity Limit Low (1...127) 37 Instr. Velocity Limit High (1...127) 38 Instr. Velocity Curve (0...9) (0=lin. pos, 1=lin. neg., 2=exp. pos., 3=exp. neg., 4=crossfade pos., 5=crossfade neg., 6...9=usertable 1...4) 39 Instr. Transpose Offset (0...48, equals -24...0...+24) 40 Instr. Detune (0...127, equals -64...0...+63) 41 Instr. Tuning Table (0...7, 0 = pos, 1 = neg, 2 = slightly detune, 3 = honky tonk, 4...7 = Usertables) 42 Instr. Volume (0...127) 43 Instr. Panning (0...127, equals L64...M00...R63) + 44 Instr. Panning Mod On/Off (0 = off, 1 = On, 2=Reverse) 45 Instr. Routing (0...4, 0 = L+R, 1...4 = Out 1...4) 46 Instr. Program Change Filter (0=disable, 1=enable) 47 Instr. Pitch Wheel Filter 48 Instr. Modulation Wheel Filter 49 Instr. Aftertouch Filter 50 Instr. Poly Pressure Filter 51 Instr. Volume Controller Filter 52 Instr. Panning Controller Filter 53 Instr. Sustain Pedal Filter * 54 Instr. Voice Allocation Mode (0=dynamic, 1=retrigger, 2=low-note retrigger, 3=high-note retrigger, 4=single trigger, 5=low-note single trigger, 6=high note single trigger) 55 -------unused--------- 56...80 Instrument #2 Data 81...105 Instrument #3 Data 106...130 Instrument #4 Data 131...155 Instruemnt #5 Data 156...180 Instrument #6 Data 181...205 Instrument #7 Data 206...230 Instrument #8 Data 231 Checksum over Data Bytes 5...230 232 EOX (F7h) WAVR ---------------------------------------- IDM: 04h (Wave Dump Request) Requests a dump of a Wave without Wave Control table (a Wave is part of a Wavetable. Each Wavetable may consist of up to 61 different Waves plus saw, square and triangle waveform). Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5..8 Request Wave Number (0...505), where Waves 0...245 are Rom-Waves, 246...306 are internal Userwaves, 307...367 are Card-Waves, 368...421 are Rom-Waves 422...505 are reserved Rom-Waves (yet invalid) Format: WORD 9 Checksum bber Datenbytes 5...8 10 EOX (F7h) WAVD --------------------------------------------- IDM: 44h (Wave Dump) Will be sent after a WAVR request has been recieved, if the wavenumber is not greater than 505. When recieving a Wave dump, wavenumbers 0..245 and 368..505 will be ignored, since those Waves are not editable. Other valid Waves will be dumped to the slot ot their corresponding number. Already existing Waves will be erased and replaced. If the Wave is directed to the card, you better have inserted a card; otherwise your data will pollute byte-heaven. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5.....8 Wave Number 246...367 im Format WORD 9...136 Wave Samples 0...63 im Format BYTE 137 Checksum over Bytes 5...136 138 EOX (F7h) WCOR ------------------------------------------ IDM: 05h (Wave Control Table Dump Request) Requests a dump of a Wave Control table. Control tables 28..31 and 56...75 cannot be requested since they are generated arithmetically; also, they do not contain dumpable Waves. Tables 00..27 are ROM tables, 28..31 arithmetically generated, 32..43 internal user RAM tables, 44..55 Card-RAM tables, 56..75 arithmetically generated, 76..87 ROM tables Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5 Control Table # (0...27, 32...55, 76...87) 6 CHKSUM (=Byte 5) 7 EOX (F7h) WCOD ------------------------------------------------ IDM: 45h (Wave Control Table Dump) Will be issued if a WCOR request has been recieved that did not request tables 28..31. When recieving a WCOD Wavetables 00..31 and 56..87 will be ignored since they are not editable. Tables 32..55 will be directed to a RAM-slot corresponding to their number (44..55 reside on cartridge). Already existing tables will be erased and replaced. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5 Control Table # (32...55) 6..261 61 Wavenumbers (0...505, -1) in Format WORD If the wavenumber equals -1, this waveposition will be interpolated between the previous and following defined position. Tablepositions 61,62,63 must stay undefined (-1). Tablepositions 0 and 60 must be defined with a valid Wave. 262 CHKSUM over Bytes 5...261 263 EOX (F7h) About creating a wavetable-editor: ---------------------------------- In order to write your own Wavetable-editor you must know a bit about the structure of a MicroWave Wavetable. A Wavetable can be thought of as beeing created by two different entities: 1. The 64 Waves of a Wavetable The Waves contain the actual sound-information, the spectrum that shall be played by the MicroWaves oscillators. 2. The Wave-Controltable The Controltable governs how the Waves are ordered. It takes, so to say, the administrative part of the Waves. Therefore, in order to make your own Wavetables, you must: 1. create certain Waves, sent them to the MicroWave via a WAVD to a specific, valid location (slots 246-367). 2. set up a Wave Control Table that incorporates your Waves and send it as a WCOD to a valid location to the MicroWave. Creating Waves: You must create 64 Bytes of sample-data per Wave. This sample data will represent the positive cycle of your desired spectrum. These bytes may origin from whatever you like, additive synthesis, samples, random functions etc. The MicroWave will perform all necessary functions to set pitch and create a valid spectrum out of your sample-data all by itself. The sample data you must send is sent as the data-bytes of the WAVD. Creating a Wavetable: The Wavetable is defined by the Wave Control Table. Basically, it states to what positions of the Wavetables which Waves must be loaded. This way, you could load up to 61 distinct Waves into a single Wavetable. Remember. though, the last three positions of a Wavetable (61,62,63) are predefined and will always be tri, sqr and saw. The numbers of the Waves that shall be loaded to the table-positions are sent as the data-bytes of the WCOD. However, you can specify only 64 Waves yourself, but up to 12 Wavetables. How do you 'compress' the Wave-data? You can, but by no means must set a valid Wave-number for each table position. Rather, you can specify a couple of positions of the Wavetable and leave the others 'free' (by assigning a -1 to their corresponding positions). In that case the MicroWave will perform some additional magic and fill these positions by interpolating between the two adjacent spectra. This means that you only must specify the extremes of your Wavetable as Waves, send those few Waves to the MicroWave at the correct positions and have the MicroWave fill the 'empty' positions by itself. Great, isn't it? However, one thing to remember: You MUST specify valid Waves for Wavetable-positions 0 and 60. If not, your MicroWave will takle a little break... A Wave Control Table might look something like this: POS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 .. 59 60 WAV 246 -1 -1 -1 -1 -1 -1 -1 -1 247 -1 -1 -1 -1 -1 -1 248 .. -1 250 Wavetable-positions 61,62 and 63 MUST be set to -1. You may use internal and cartridge Waves at random, but be aware that a card may not be inserted. TUNR -------------------------------------------- IDM: 06h (Tuning Table Dump Request) Requests a dump of a user Tuning table. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5 Tuning Table # (0...3) 6 CHKSUM (=Byte 5) 7 EOX (F7h) TUND ------------------------------------------------------ IDM: 46h (User Tuning Table Dump) Will be issued after recieving a TUNR request. When recieving a Tuning table dump, the table will be stored according to it's number. Already existing tables will be erased and replaced. Tables 0..1 are internal RAM tables, 2..3 are Card-RAM tables. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5 Tuning Table # (0...3) 6...261 Tablepositions 0...127, first Semitone (0...127), followed by Detune (0...127, equals -64...0...+63) 262 CHKSUM over Bytes 5...261 263 EOX (F7h) VELR --------------------------------------------- IDM: 07h (Velocity Table Dump Request) Requests a dump of a user Velocity table. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5 Velocity Table # (0...3) 6 CHKSUM (=Byte 5) 7 EOX (F7h) VELD ------------------------------------------------------------ IDM: 47h (User-Velocity Table Dump) Will be issued after recieving a VELR request. When recieving a Velocity table dump, the table will be stored according to it's number. Already existing tables will be erased and replaced. Tables 0..1 are internal RAM tables, 2..3 are Card-RAM tables. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5 Velocity Table # (0...3) 6 ---------unused--------- 7...133 Tablepositions 1...127, Velocity 1...127 134 CHKSUM over Bytes 5...133 135 EOX (F7h) BPCR ----------------------------------------------- IDM: 08h (Sound Program Change Map Dump Request) Requests a dump of the Sound program change map. BPCD -------------------------------------------------- IDM: 48h (Sound Program Change Map Dump) Will be issued after recieving a BPCR request. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5...132 Tablepositions 0...127, Sound Program (BPR) 0...127, equals Prog. A01...D32 133 CHKSUM over Bytes 5...132 134 EOX (F7h) APCR -------------------------------------------------- IDM: 09h (Multi Program Change Map Dump Request) Requests a dump of a Multi program change map. APCD --------------------------------------------------- IDM: 49h (Multi Program Change Map Dump) Will be issued after recieving a APCR request. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5...132 Tablepositions 0...127, Multi Program (ARR) 0...127, equals Prog. A01...D32 133 CHKSUM over Bytes 5...132 134 EOX (F7h) GLBR -------------------------------------------------- IDM: 0Ah (Global Parameter Request) Requests the MicroWave to send a Global Parameter Dump (GLBD). GLBD -------------------------------------------------- IDM: 4Ah (Global Parameter Dump) Will be issued if a Global Parameter Request (GLBR) is sent to the MicroWave. When receiving a GLBD dump all Global Parameters will be replaced by the contents of the GLBD dump. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Global Parameters 5 Mastervolume (0...127) 6 Stereo width (0...127, 0=mono, 127=full) 7 Mastertune (0...127, equals -64...+63, 0=440 Hz) MIDI Parameters 8 MIDI Channel (0...16, 0=omni, 1...16 = channels 1...16) 9 Controller W (0...120) 10 Controller X (0...120) 11 Controller Y (0...120) 12 Controller Z (0...120) 13 Program Change Enable (0=off, 1=on) 14 Pitch Wheel Enable (0=off, 1=on) 15 Modulation Wheel Enable (0=off, 1=on) 16 Aftertouch Enable (0=off, 1=on) 17 Polyphonic Key Pressure Enable (0=off, 1=on) 18 Volume Controller Enable (0=off, 1=on) 19 Panning Controller Enable (0=off, 1=on) 20 Sustain Pedal Enable (0=off, 1=on) 21 Program Change Maps Enable (0=off, 1=on) 22 Program Change Voice Shutdown (0=off, 1=on) 23 CHKSUM over Databytes 5...22 24 F7h (EOX) ABPR -------------------------------------------------- IDM: 0Bh (Arrangement Sound Program Request) Requests the MicroWave to send the ABPD dump of the specified instrument of the currently selected Multi program. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 Instrument # (0...7) 6 CHKSUM (= Instrument No.) 7 F7h (EOX) ABPD -------------------------------------------------- IDM: 4Bh (Arrangement Sound Program Dump) Will be issued by the MicroWave after receiving an ABPR request. Also sent if the MicroWave is set to Overflow-Link Mode and the sound number of an instrument has been changed. If received, the sound program contained by the dump is copied to an edit buffer and then used for the specified instrument of the currently selected Multi program. If the MicroWave is in Poly mode, the instrument number will be ignored. This message has been changed accordingly to the BPRD message in V2.0. See BPRD for a description. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5 Instrument No. (0...7) 6...185 see BPRD description 186 CHKSUM over bytes 6...185 187 F7h (EOX) BPBR ------------------------------------------------------ IDM: 10h (Sound Program (BPR) Bank Dump Request) Requests the entire contents of the internal Sound-program RAM. BPBD ----------------------------------------------------- IDM: 50h (Sound Program (BPR) Bank Dump) Will be issued when a BPBR request has been recieved. When a BPBD is arriving, all internal Sound-programs will be erased and replaced by the dump. ALL OLD SOUND-DATA WILL BE LOST! PERIOD! The validity-check takes place WHILE storing the incomming data. If an error is detected, it will be shown on the display. In this case you MUST send a BPBD again, since the data in the Sound-program memory is most likely useless. This message has been changed accordingly to the BPRD message in V2.0. See BPRD for a description. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: (64 * 180 Bytes) 5...184 Sound Program (BPR) A01 as explained under BPRD 185...364 Sound Program (BPR) A02 365..11524 Sound Program (BPR) A03...B32 11525 CHKSUM over Bytes 5...11524 11526 EOX (F7h) ARBR --------------------------------------------------- IDM: 11h (Multi Program (ARR) Bank Dump Request) Requests the entire contents of the internal Multi-program RAM. ARBD -------------------------------------------------- IDM: 51h (Multi Program (ARR) Bank Dump) Will be issued when a ARBR request has been recieved. When a ARBD is arriving, all internal Multi-programs will be erased and replaced by the dump. ALL OLD MULTI-PROGRAM-DATA WILL BE LOST! PERIOD! The validity-check takes place WHILE storing the incomming data. If an error is detected, it will be shown on the display. In this case you MUST send a ARBD again, since the data in the Multi-program memory is most likely useless. This message has been changed accordingly to the ARPD message in V2.0. See ARPD for a description. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: (64 * 226 Bytes) 5...230 Multi Program (ARR) A01 as explained under ARPD 231...456 Multi Program (ARR) A02 457..14468 Multi Program (ARR) A03...B32 14469 CHKSUM over Bytes 5...14468 14470 EOX (F7h) TABR ------------------------------------------------ IDM: 12h (User Table Dump Request) Requests a dump of all tables and maps in internal RAM. Those are: user-tuningtable 1, user-tuningtable 2, user-velocitytable 1, user-velocitytable 2, Sound program change map, Multi program change map TABD ----------------------------------------------------- IDM: 52h (User Table Dump) Will be issued when a TABR request has been recieved. When a TABD is arriving, all internal tables/maps will be erased and replaced by the dump. ALL OLD TABLE/MAP-DATA WILL BE LOST! PERIOD! The validity-check takes place WHILE storing the incomming data. If an error is detected, it will be shown on the display. In this case you MUST send a TABD again, since the data in the table/map-memory is most likely useless. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5...260 User Tuning Table 1 as explained under TUND 261...516 User Tuning Table 2 517...644 User Velocity Table 1 as explained under VELD 645...772 User Velocity Table 2 773...900 Sound Program Change Map as explained under BPCD 901..1028 Multi Program Change Map as explained under APCD 1029 CHKSUM over Bytes 5...1028 1030 EOX (F7h) UWVR ------------------------------------------------ IDM: 13h (User Wavetable and Waves Request) Requests a dump of all user-wavetables (Wave Control tables) and Waves residing in internal RAM. UWVD ------------------------------------------------------- IDM: 53h (Userwavetable and Waves Dump) Will be issued when a UWVR request has been recieved. When a UWVD is arriving, all internal user-wavetables and Waves will be erased and replaced by the dump. ALL OLD USER-WAVETABLE/WAVE-DATA WILL BE LOST! PERIOD! The validity-check takes place WHILE storing the incomming data. If an error is detected, it will be shown on the display. In this case you MUST send a UWVD again, since the data in the user-wavetable/Wave memory is most likely useless. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5...260 Userwavetable 1 (Wavetable 33) in Format WORD as explained under WCOD 261..516 Userwavetable 2 (Wavetable 34) in Format WORD 517..3076 Userwavetables 3...11 (Wavetables 35...46) in Format WORD 3077..3204 Userwave 1 (Wave 246) in Format BYTE as explained under WAVD 3205..3332 Userwave 2 (Wave 247) in Format BYTE 3333.10884 Userwave 3...61 (Waves 248..306) in Format BYTE 10885 CHKSUM over Bytes 5...10884 10886 EOX (F7h) CRTR ------------------------------------------------------ IDM: 14h (Cartridge Dump Request) Requests a dump of ALL data in internal RAM. CRTD ------------------------------------------------------ IDM: 54h (Cartridge Dump) Will be issued when a CRTR request has been recieved. When a CRTD is arriving, ALL INTERNAL MEMORY will be erased and replaced by the dump. ALL OLD DATA WILL BE LOST! PERIOD! The validity-check takes place WHILE storing the incomming data. If an error is detected, it will be shown on the display. In this case you MUST send a CRTD again, since the data in internal memory is most likely useless. This may cause a system-crash within a short period of time. This message has been changed accordingly to the ARPD, BPRD and DEVD messages in V2.0. This dump should be treated with utmost respect. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5...11524 Sound Programs (BPRs) 0...63 (A01...B32), see BPRD 11525.25988 Multi Programs (ARRs) 0...63 (A01...B32), see ARPD 25989.26500 User Tuning Tabels 1 and 2, see TUND 26501.26756 User Velocity Tabels 1 and 2, see VELD 26757.26884 Sound Program Change Map, see BPCD 26885.27012 Multi Program Change Map, see APCD 27013 Master Volume (0...127) 27014 Stereowidth (0(mono)...127(full)) 27015 Master Tuning (0...127, equals -64...0...+63) 27016 MIDI Base Channel (0 = omni, 1...16 = MIDI channel 1...16) 27017.27020 MIDI Controller W...Z in Poly Mode, (0...120) 27021.27028 MIDI Filters in Poly Mode, (0=off, 1=on) 27029 Program Patch Maps On/Off (0=off, 1=on) 27030 PC Shutdown On/Off, (0=off, 1=on) 27031.27076 -----------unused---------------- 27077.27079 Device Parameters, see DEVD 27080.27140 -----------unused----------- 27141.30212 User Wave Control Tables 1...12 in Format WORD, see WCOD 30213.38020 User Waves 1...62 in Format BYTE, see WAVD 38021 CHKSUM over Bytes 5...38020 38022 EOX (F7h) ARRR ----------------------------------------------- IDM: 15h (Arrangement Dump Request) Requests a dump of the active Arrangement (Multi-program) including the according Sound-programs. ARRD --------------------------------------------------- IDM: 55h (Arrangement Dump) Will be issued after a ARRR has been recieved and if Multi-mode is active. When recieving an ARRD first all editbuffers will be cleared. Then the recieved Multi-program is directed to the Multi-program edit buffer, the according Sound-programs to the Soundprogram-edit buffer. The dumped Multi- program will become the active Multi-program and plays the dumped Sound- programs. All data of the edit buffers will be lost. The validity-check takes place WHILE storing the incomming data. If an error is detected, it will be shown on the display. In this case you MUST send a ARRD again, since the data in internal memory is most likely useless. Especially an error in the Multi-program might lead to system-errors. The length of a dump will be different and is dependent on the number of Instruments defined in the Multi-program. For each defined Instrument the according Sound-program will be sent, even if the very same Sound-program has been sent before for another Instrument. It is the recievers obligation to check for multiple-sent Sound-programs. The MicroWave will accept multiple- sent Soundprograms only once and ignore doubles, since a Sound-program may reside only once in an edit buffer. This message has been changed accordingly to the ARPD message in V2.0. See ARPD for a description. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5...230 Multiprogram, see ARPD 231...n Sound-programs for Instrument 1...8, see BPRD, where n = number of Instruments * 180 + 230, but at least n = 410, since per Multi-program at least one Instrument must be defined. n+1 CHKSUM over Bytes 5...38274 n+2 EOX (F7h) RTBP -------------------------------------------------- IDM: 60h (Real Time BPR Edit) Will be issued if the MicroWave is set to Overflow-Link mode and a BPR parameter has been changed via the MicroWave's user interface. When receiving a RTBP dump the sound program (BPR) used by the specified instrument no. will be loaded into an edit buffer. If there's no free buffer, a currently unused one will be overwritten. Be aware that by identifying each BPR with it's instrument no. you can edit each and every parameter of every BPR of the entire Multi program concurrently without loosing any data. This message has been changed accordingly to the BPRD message in V2.0. See BPRD for a description. In Poly mode the instrument no. will be ignored. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5 Instrument No. (0...7) 6,7 BPR parameter no. (0...179) in format BYTE Unused parameters shouldn't be changed. A change of the valid-flag will be ignored. See BPRD for reference of parameters to parameter numbers. 8 Parameter value (0...127). See BPRD for reference. 9 CHKSUM over databytes 5...8 10 F7h (EOX) RTAR -------------------------------------------------- IDM: 61h (Real Time Arrangement Edit) Will be issued if the MicroWave is in Overflow-Link mode and an ARR parameter has been changed via the MicroWave's user interface. When receiving a RTAR dump the current Multi program will be loaded into an edit buffer. If there is no empty buffer, a currently unused one will be overwritten. This message has been changed accordingly to the ARPD message in V2.0. See ARPD for a description. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5,6 ARR parameter number (0...255) in format BYTE. Unused parameters shouldn't be changed. A change of the valid flag will be ignored. See ARPD for reference of parameters to parameter numbers. 7 Parameter value (0...127). See ARPD for reference. 8 CHKSUM over databytes 5...7 9 F7h (EOX) RTGL -------------------------------------------------- IDM: 62h (Real Time Global Parameter Edit) Will be issued if the MicroWave is in Overflow-Link mode and a Global- or MIDI parameter has been changed via the MicroWave's user interface. If the MicroWave receives a RTGL dump the specified parameter will be set to it's new value. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM Data: 5 Global or MIDI parameter number (0...17) 0...2: Global parameters 3..17: MIDI parameters See GLBD for reference of parameters to parameter numbers 6 Parameter value (0...127). See ARPD for reference. 7 CHKSUM over databytes 5,6 8 F7h (EOX) RTTT -------------------------------------------------- IDM: 63h (Realtime Tuning Table Edit) The RTTT SysEx message will be issued in Link Mode whenever a Tuning Table parameter has been edited via the MicroWave's user interface. When received, the specified table and parameter will be set to the value contained by the message. Tuning Table changes are recognized only by new Note-On messages. Table updates will not change the pitch of already active voices. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 Tuning Table no. (0...3 = TT1...4) 6,7 Parameter no. in format BYTE (0...255) 8 Parameter value (0...127) 9 CHKSUM over data bytes 5...8 10 F7h (EOX) RTVT -------------------------------------------------- IDM: 64h (Realtime Velocity Table Edit) The RTVT SysEx message will be issued in Link Mode whenever a Velocity Table parameter has been edited via the MicroWave's user interface. When received, the specified table and parameter will be set to the value contained by the message. Velocity Table changes are recognized only by new Note-On messages. Table updates will not change the velocity of already active voices. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 Tuning Table no. (0...3 = TT1...4) 6 Parameter no. (1...127) 7 Parameter value (1...127) 8 CHKSUM over data bytes 5...7 9 F7h (EOX) STRA -------------------------------------------------- IDM: 70h (Store ARR Command) The STRA SysEx command causes the MicroWave to store the current Multi program (ARR) into a specified program memory location. Upon completion the MicroWave will return to its current operating mode. If the MicroWave is in poly mode, this message will have no effect. No acknowledge or warning message will be issued, even if the store command failed. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 Destination program no. (0...127) 6 CHKSUM (= data byte 5) 7 F7h (EOX) STRB -------------------------------------------------- IDM: 71h (Store BPR Command) The STRB SysEx command causes the MicroWave to store the sound program (BPR) of the specified instrument of the current Multi program (ARR) into a specified program memory location. Upon completion the MicroWave will return to its current operating mode. If the MicroWave is in poly mode, the instrument number will be ignored, ie. the current sound program will be stored. No acknowledge or warning message will be issued, even if the store command failed. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 Instrument no. of which the BPR should be stored. (0...7) 6 Destination program no. (0...127) 7 CHKSUM of data bytes 5 and 6 8 F7h (EOX) RCLA -------------------------------------------------- IDM: 72h (Recall ARR Command) The RCLA SysEx command causes the MicroWave to recall the original version of the current Multi program (ARR). If the current multi program isn't edited, the command has no effect. Otherwise, the editbuffer will be cleared and any previously edits made on that multi program are lost. If the MicroWave is in poly mode this command has no effect. No acknowledge or warning message will be issued. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 CHKSUM (= 0) 6 F7h (EOX) RCLB -------------------------------------------------- IDM: 73h (Recall BPR Command) The RCLB SysEx command causes the MicroWave to recall the original version of the sound program (BPR) used by the specified instrument of the current Multi program (ARR). If this sound program isn't edited, the command has no effect. Otherwise, the editbuffer used by this sound program will be cleared and any previously edits made on that sound program are lost. If the MicroWave is in poly mode, the instrument number will be ignored, ie. the current sound program will be recalled. No acknowledge or warning message will be issued. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 Instrument no. (0...7) 6 CHKSUM (= byte 5) 7 F7h (EOX) CMPA -------------------------------------------------- IDM: 74h (Compare ARR Command) The CMPA SysEx command causes the MicroWave to swap the original and edited versions of the current Multi program (ARR). If the current multi program isn't edited, the command has no effect. Note that it isn't possible to edit a multi program while it is in the compare mode. Issue the CMPA command again to enter edit mode again. If the MicroWave is in poly mode, this command has no effect. No acknowledge or warning message will be issued. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 CHKSUM (= 0) 6 F7h (EOX) CMPB -------------------------------------------------- IDM: 75h (Compare BPR Command) The CMPB SysEx command causes the MicroWave to swap the original and edited versions of the sound program of the specified instrument of the current Multi program (ARR). If the current sound program isn't edited, the command has no effect. Note that it isn't possible to edit a sound program while it is in the compare mode. Issue the CMPB command again to enter edit mode again. If the MicroWave is in poly mode, the instrument number will be ignored, ie. the original and edited versions of the current sound program will be swapped. No acknowledge or warning message will be issued. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 Instrument no. (0...7) 6 CHKSUM (= byte 5) 7 F7h (EOX) BTNM -------------------------------------------------- IDM: 76h (Button Message) This message is intended for those who want to implement a remote control facility for the MicroWave. Please note that there is no way to find out in what page the MicroWave currently is, except after powering up. Byte # Value 0 F0h (EXC) 1 IDW 2 IDE 3 DEV 4 IDM 5 Button No. 0 = Shift 1 = Store 2 = Compare 3 = Recall 4 = Mode 5 = OK 6 = Dial 6 Direction 0 = Button down (pressed) or Dial left 1 = Button up (released) or Dial right 7 CHKSUM over data bytes 5 and 6 8 F7h (EOX) ----------------------------------------------------------------- End of System Exclusive Implementation March, 1st, 1994 (c) by Waldorf Electronics, West Germany