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Important Informations
Important Informations
Important Informations
Important Informations
! ! ! !
GROUNDING INSTRUCTIONS
GROUNDING INSTRUCTIONS
GROUNDING INSTRUCTIONS
GROUNDING INSTRUCTIONS
The product which is equipped with a three wire grounding type line plug must be grounded!
For the USA: This device must be grounded!
For the U.K.: This Apparatus must be earthed!
Read all instructions below and the Owners's Manual bevor using the device.
Before the use in a foreign country consult your retailer or MIDITEMP.
Protect the unit from strong impact. (Do not drop it!)
Never place heavy objects on the device.
Do not use this product near water (e.g. a swimming pool, a washbowl, or the like).
The device should be located so that it does not interfere with its proper ventilation.
The device should be located away from heat sources (p.e. radiators or other products
producing heat). Never use it in overheated or damp locations, or in strong direct sunlight.
Always use only the original connection cables. The power-supply cord should be unplugges
from the outlet when left unused for a long period of time.
The electronic components in the device are extremly sensitive to sudden voltage fluctuations.
You are therefore advised not to use it during electrical storms, or where the main supply is
suspect. Whenever the possibility of lightning in your area is suspected, pull the plug on the
power cord out of the outlet.
Do not open or perform any internal modifications on the device. It contains no user-servicable
parts, and should be opened by authorized personnel only. Never open the casing yourself to
attempt a repair, because there is a risc of electric shock which could cause irreparable damage
to both you and the device.
Always grasp only the plug on the power cord when plugging into, or unplugging from, an
outlet or this device.
Try to prevent cords and cables from becoming entangled. All cords and cables should be
outside of the reach of children.
Never handle the power cord or ist plugs with wet hands.
Before moving the unit make sure all connections and cords are disconnected.
Before cleaning the device turn off the power and unplug the power cord from the outlet.
When using the device with a rack or stand recommended by MIDITEMP, the rack or stand must
be carefully placed so it is level and sure to remain stable. If not using a rack or stand you have
to make sure the device is placed on a surface which properly supports the device, and keeps it
from wobbling.
Avoid damaging the power- and the remote-controller-cord. Do not bend it excessively, step on
it, place heavy objects on it, etc. A damaged cord can easily become a shock or fire hazard.
Never use cords after they have been damaged!
In households with small children, an adult should provide supervision until the child is capable
of following all the rules essential for the safe operation of the device.
Do not force the power-supply cord of the device to share an outlet with an unreasonable
number of other devices. Be especially careful when using extension cords – do not exceed the
total power rating (watts/amperes) for the extension cord. Excessive loads can cause the
insulation on the cord to heat up and eventually melt through.
IMPORTANT SAFETY INSTRUCTIONS
IMPORTANT SAFETY INSTRUCTIONS
IMPORTANT SAFETY INSTRUCTIONS
IMPORTANT SAFETY INSTRUCTIONS
! ! ! !
Always observe the following:
Always observe the following:
Always observe the following:
Always observe the following:
MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
! ! ! !
! ! ! !
1

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Summarization of Contents

Important Informations
IMPORTANT SAFETY INSTRUCTIONS
Essential safety guidelines for operating the device to prevent hazards and ensure safe usage.
GROUNDING INSTRUCTIONS
Mandatory grounding procedures for electrical safety and proper device operation.
Always observe the following:
Crucial operational rules and precautions to follow for safe interaction with the device.
INTRODUCTION
Welcome aboard!
A welcoming message to the user, introducing the product and its features.
The Sequencer
Details on the 64-track sequencer, its capabilities, and stage performance utility.
The MATRIX (Midi-Router)
Explanation of the MIOC Midi processor for real-time data rerouting and masterkeyboard tasks.
The Wave Player
Information on playing AIFF or WAVE files with specified sampling rates and resolutions.
Daughterboards / Wavetables
Describes plug-and-play compatibility with GM daughterboards and internal access.
SCSI Interface
Details on connecting external storage devices via SCSI for enhanced functionality.
Songtext display (Lyrics-/karaoke-function)
Explains how to display lyrics synchronized with songs for karaoke-style use.
FORNET network
Information on interconnecting MIOC units for expanded MIDI port capabilities.
Update Service
Instructions on how to update the operating system via floppy disk or internet.
Chapter II - Basic operation
Setting up a system
Guide on connecting multiple MIDI inputs and configuring the system for optimal use.
Remote controller
Details on connecting and using the cable remote controller for system operation.
1. Buttons and controls
Overview of the remote controller's buttons, LEDs, display, and data wheel functions.
2. Display
Explanation of the LCD display layout, operational levels, and parameter indication.
3. Selecting Programs
Procedure for switching between Matrix or Song Programs using number keys and confirmation.
4. Numbering your Songs
Description of the three different numbering modes for organizing Standard Midi Files.
5. Selecting functions
How to recall and select functions using the menu, number keys, and data wheel.
6. Activating MIDI inputs and outputs generally
Guide to activating MIDI ports using keys, LEDs, and the MIDI EYE display for status.
6. Finding your way around Matrix Banks
Explanation of the organization of Memory Banks, Groups, and Programs for efficient use.
6.1 Example: Organizing Matrix programs
Illustrates program organization for live band and home songwriting scenarios.
7. General rules of naming
Guidelines for naming files and directories, including character input and navigation.
8. PANIC - Transparent MIDI Reset (TMR)
Function to reset MIDI instruments, resolve hanging notes, and prevent data loss.
9. Disk functions (general)
Overview of storage functions like TMR, LOA, SAV, COP, ERA, DIR, and CD for file management.
9.1 Change storage drive (CD)
Procedure for selecting the active storage device (A-F) for disk operations.
9.2 Load Songs, Matrix programs, Waves (LOA; LDB; LOA)
Instructions for loading songs, matrix banks, and wave files from storage devices.
9.3 Save Songs, Matrix programs, Waves (SAV; SVB; SAV)
Procedure for saving songs, matrix programs, and wave files to storage media.
9.4 Copy file (COP)
How to copy files between storage devices, including selecting destination and source files.
9.5 Erase files (ERA)
Steps for erasing individual files from storage devices and confirming the action.
9.6 Creating a folder (MKD)
Procedure for creating new directories on storage media for file organization.
9.7 Deleting a folder (RMD)
Instructions on how to delete empty folders from storage devices.
9.8 Alternative call for MKD/RMD
Shortcuts for creating and removing directories directly from other disk functions.
9.9 Directory of a storage device (DIR)
How to view the contents of a storage device without modifying it.
9.10 Backup of a storage device (BAK)
Procedure for copying the complete contents of one storage device to another.
9.11 Switch off hard disk drive motor (OFF)
How to switch off the hard disk drive motor to conserve power when not in use.
9.12 Audio-CD-Player using an internal/external CD-ROM-drive
Guide to using the CD-ROM drive as an audio CD player, including playback controls.
Chapter III - Configuration
1. Double Click Time (DCT)
Setting the minimum time required for the device to recognize a double-click action.
2. Display Layout (DSP)
Configuring the display to show up to four Matrix or Song banks simultaneously.
3. Naming Midi Inputs and Outputs (NAM)
Assigning custom names to MIDI ports for easier identification in functions.
4. Device ID (ID)
Allocating a name and identification letter for networking multiple devices.
5. Send “all notes off“ after program change (ANO)
Setting whether all notes are switched off upon program change to prevent hanging notes.
6. Setting footswitch functions (FS)
Configuring the functions assigned to footswitches for hands-free control.
7. Recognizing the footswitch polarity (+/-)
Learning and setting the polarity of connected footswitches for correct operation.
8. Reset/ Initialisation of the entire memory (INI)
Function to erase and reset all internal RAM memories to default factory settings.
9. The Device Drive Manager (DRV)
Utility for installing, releasing, assigning IDs, and formatting storage devices.
9.1 Connecting an IDE-/SCSI drive
Procedure for installing or releasing storage devices and assigning drive letters.
9.1.1 Install a drive (INS)
Steps to install a drive by selecting a letter and entering the SCSI ID.
9.1.2 Release a drive (REL)
Procedure for releasing an installed drive, returning the letter to an unused state.
9.2 Using multiple partitions on a drive
Using this function to partition and format drives, especially IOMEGA ZIP drives.
9.3 Using a Smart Media Card
Information on using Smart Media Cards as storage devices and their ID 'Z'.
9.4 Format the IDE- or SCSI medium (FMT)
Preparing storage media for use by wiping existing data and formatting.
9.5 Initialize partition table (INI)
Initializing a partition table on drives without partitions, similar to multiple partition setup.
9.6 Setting the SCSI-ID of the MULTIPLAYER (HID)
Setting the SCSI ID for the MULTIPLAYER, essential for connecting to computers.
9.7 Switching SCSI parity on/off (PAR)
Switching SCSI parity on or off, used for troubleshooting SCSI connection issues.
10. Formatting floppy disks
Procedure for formatting floppy disks to 720kB or 1.44MB.
11. Load (update) a new operating system (UPD)
Instructions for loading a new operating system version into the MULTIPLAYER's Flash ROM.
12. Reserving memory for the Waveplayer (WVM)
Reserving waveform memory space for the Waveplayer, which affects Midifileplayer memory.
13. Setting the size of the pre-loaded Wave parts (WVP)
Defining the size of preloaded Wave parts for immediate playback, linked to WVM.
14. Delay of the booting process (DLY)
Setting the system's wait time for booting connected drives, useful for loading issues.
15. Night Mode (NIT)
Activating night mode to improve display visibility in low lighting conditions.
16. Song numbering mode (SNM)
Setting the display mode for song numbering (Standard Bank/Prg, 3-digit, 4-digit).
17. Miscellaneous ... (MSC)
Accessing various subfunctions like TMR, K0+/K0-, PK+/PK-, SJ+/SJ-, CP+/CP-, AD+/AD-.
18. Configuring a password (PW)
Setting a 4-digit code to lock the MULTIPLAYER and secure specific functions.
19. Locking the device (LOK)
Locking the device with a code to prevent unauthorized access or changes.
20. Exclude MIDI chanels during TMR (XMR)
Excluding specific MIDI outs from TMR or 'all notes off' commands during Matrix changes.
21. Processing order of send data commands
Changing the processing order of Program Change, Volume, and SysEx data.
22. Equalizer settings for the DS-48 (Soundcard)
Adjusting the 4-band equalizer settings for the MIDITEMP DS-48 Wavetable card.
23. AUDIO functions (Soundcard, Wave & CD)
Configuring audio output for Card, Wave, and CD, including volume and track assignments.
Chapter IV - Sequencer
1. General
Overview of the MULTIPLAYER's Standard MIDI File handling and its role as a playback machine.
1.0 Playback the first Midisong with the MULTIPLAYER:
Step-by-step guide to loading and playing the first song for initial testing.
1.1 Select a Song
Procedure for selecting a new Song memory place or switching songs via MIDI.
1.2 Select a Song Bank
Explanation of Song Bank organization and selection, with 56 banks and 128 programs each.
1.3 Load a Song
Instructions for loading songs, potentially replacing existing ones, and their settings.
1.3.1 Loading a Song during playback
How to load individual songs into memory even while another song is playing.
1.4 Like a CD player ...
Describes handling the sequencer like a CD player for starting, stopping, and stepping through songs.
2. File Assignment (ASG)
Key function for allocating Songs to Program memories, sorting, and quick loading.
2.1 The Assign file
Details the contents of an Assign file, including songs, settings, paths, and waves.
2.2 File work with the Assign file
How the MULTIPLAYER boots with an Assign file and how to manually load one.
2.2.1 Load new Assignment (LOA)
Procedure for loading a different Assign file by hand, which erases current songs in memory.
2.2.2 Merge Assignment (MER)
Adding an Assignment from disk to the temporary memory, creating a combined Assign.
2.2.3 Save Assignment (SAV)
Saving current session settings as an 'ASSIGN FILE' to preserve them after power off.
2.2.4 Showing the storage path of the current entry (PTH)
Displaying the file path for selected Songs, Jobs, or Waves for troubleshooting.
2.3 Functions of the Assign menu
Overview of functions within the Assign menu for managing songs and their assignments.
2.3.1 Assign to file (ASG)
Allocating a Song memory place to a song using file names for fast Assign creation.
2.3.2 Move a Song in the assignment (MOV)
Easily moving assigned songs between memory places to sort the Assign file.
2.3.3 Clear Assignment (CLR)
Canceling the assignment of a song memory place, removing it from the playlist.
2.3.4 Delete Program (DEL)
Moving subsequent song memory places down one number after deletion.
2.3.5 Insert Program (INS)
Creating an empty song memory place by shifting subsequent places up.
2.3.6 Sort Programs alphabetically (SRT)
Sorting songs alphabetically based on file names within the memory area.
2.3.7 Default Output Assign (DOA)
Setting personal default MIDI output assignments for newly loaded songs.
To copy the User Output Assign to all Songs of a Bank:
Applying the current User Output Assign to all songs within the selected bank.
To clear an User Output Assign:
Clearing the User Output Assign, reverting to the system's default.
2.4 Working on the Assign file in your computer
Editing Assign files using a computer's word processor and ASCII format.
2.5 Automatic loading of Songs with Assignment
Information displayed for songs regarding assignment status and loading.
2.5.1 Loading a single Song within the Assignment
Loading a specific song from the storage device immediately into memory.
2.5.2 Loading all Songs of an Assignment (LDA)
Loading all songs from an Assign file into internal memory, especially for floppy disks.
2.6 Automatic erasure of Songs from internal memory
How the MULTIPLAYER automatically erases played songs to free up memory space.
2.6 Erasing an Assign file from disk (ERA)
Reference to the 'Erase Files' function for removing Assign files from disk.
3. Sequencer functions
3.1 Recording a Song
Procedure for recording songs using MIDI inputs, including setting resolution and sync.
3.1.1 Resolution (Division) (DIV)
Setting the note division for recording accuracy, from 1/96 to 1/1536 resolution.
3.1.2 Record Song (REC)
Steps for recording songs, selecting MIDI inputs, sync type, and tempo.
3.1.3 Permanent Record
Recording incoming data during playback, allowing acceptance and saving of songs.
3.1.4 Recording MIDI Events (SysEx, PC, CC ...)
Recording MIDI data like Program Changes, SysEx, and Control Changes into tracks.
3.1.5 Track numbers
Explanation of track numbering based on MIDI inputs and recording order.
3.1.6 Keep tracks (REC)
Accepting recorded tracks after recording, necessary to prevent loss.
3.1.7 Naming tracks (NAM)
Assigning custom, descriptive names to tracks for better organization and display.
3.1.8 Couple Matrix Program with Song (MXP)
Linking Matrix Programs to Songs for automatic activation when a song is selected.
3.1.9 Outset of the Loop function (LOP)
Storing whether the loop function is active or not for each song memory place.
3.1.10 Configuration menu (CNF)
Accessing the configuration menu, identical to double-clicking mode keys.
3.2 Dump functions
Storing, managing, and transmitting System Exclusive information.
3.2.1 Universal Dump
Using SysEx files for tone parameters and system exclusive data, handled like Song files.
3.2.2 Dump Request
Using specific commands to request data dumps from MIDI instruments.
3.2.3 Saving, Loading and Sending Dump Requests
Operations for saving, loading, and sending SysEx files similar to Song operations.
3.3 Synchronisation (SYN)
Synchronizing the MULTIPLAYER with other devices using MIDI Clock or internal sync.
3.3.1 Inputs
Setting MIDI inputs for external MIDI Clock reception and sync commands.
3.3.2 Outputs
Setting MIDI outputs for external MIDI Clock transmission and sync commands.
3.4 Output Assignment (OUT)
Assigning songs or individual tracks to MIDI outputs for flexible routing.
3.4.1 Procedure
Step-by-step guide for assigning tracks to specific MIDI outputs.
3.5 Remove Songs from memory (RMV)
Erasing songs from internal memory to free up space, without affecting the Assignment.
3.6 Display remaining memory (MEM)
Displaying the amount of free memory available for songs and the Assign file.
4. The Performance mode
4.1 Bar counter (symbol !
Displaying the bar counter in Performance mode and navigating song positions.
4.2 Repeat loops and markers (LOP; SP1-SP4)
Storing up to four markers (SP1-SP4) within a song for loop points and spontaneous repeats.
4.3 GM Transpose of a Song (TRP)
Shifting the pitch of a song in semitones (-64/+63), excluding MIDI channel 10.
4.4 Tempo change (temporarily)
Temporarily changing the song tempo in real-time, not saved in song or assignment.
4.5 Edit functions (EDI)
Accessing functions to edit songs or MIDI files, including sound and tempo settings.
4.5.1 How to reach the different edit functions
Procedure for loading a song and selecting edit functions within the EDI menu.
4.5.2 Editing the sound-parameters of a Song
Editing track parameters like TRK, CHN, PRG, VOL, Control Changes, and clearing settings.
4.5.3 Tempo change
Changing tempo at specific bar positions, offering precise control over song playback speed.
4.5.4 Time signature
Setting the time signature, primarily affecting the bar counter display accuracy.
4.5.5 Delete tempo and time signature changes
Removing tempo and time signature changes from a song file.
5. Jobs
5.1 Commands
List of available commands for programming Jobs, including MXP, SQP, FSW, STA, etc.
5.2 Operation
Loading an Assign file and creating or editing Jobs using commands and numerical keys.
5.3 Starting a Job
Loading and starting a Job, indicated by 'JOB' in display; Matrix/Sequencer functions are blocked.
5.4 Jumping to specific Job commands
Starting a Job from a specific step within the chain instead of from the beginning.
5.5 Job runtime display
Display showing the current command step of a running Job.
5.6 Saving and loading a Job
Handling Jobs like Songs for saving and loading, with names stored in the Assign file.
5.7 Quit Job
Quitting an active Job by pressing EXIT; confirmation message appears.
5.8 Examples
Illustrative examples of Job chains demonstrating command sequences and logic.
Example 3
Demonstrates automatic song playback using 'WAIT FOR STOP' commands in a Job chain.
Example 5
Shows how a Job can be composed of a chain of MATRIX Programs activated by foot switch.
6. Karaoke settings (LYR)
6.1 Selecting Lyrics track (TRK)
Defining which track in a MIDI file contains lyrics events for display.
6.2 Selecting color (COL)
Changing the displayed backing color on the connected TV-set or monitor.
6.3 Selecting font (FNT)
Selecting the desired font style for displaying lyrics on screen.
6.4 Aktivate marker (MRK)
Activating or deactivating markers within the lyrics display setup.
6.5 Marker mode (TMM)
Switching between two alternatives for highlighting sung words in the lyrics display.
6.6 Aktivate space mode (SPC)
Setting whether a space is inserted between syllables during lyrics display.
6.7 Select new line mode (NWL)
Selecting the character used to signify a new line in the lyrics display.
CHAPTER V - The Matrix / MIDI Router
1. General
Overview of the Matrix functions, independent of the Sequencer, for processing MIDI data.
1.1 Selecting a Matrix program
Procedure for selecting Matrix programs within banks and by MIDI Program Change commands.
1.2 Installing a new Matrix bank
Steps to install a new Matrix bank, including selecting a group and program number.
1.3 Selecting an existing Matrix bank
Procedure for selecting an already installed Matrix bank and choosing a program.
1.4 Copying a Matrix program (COP)
How to copy a Matrix program from one memory place to another, potentially across banks.
1.5 Deleting Matrix programs (DEL)
Options for deleting selected programs or all programs within a bank.
1.6 Name a Matrix program (NAM)
Assigning a custom name to a Matrix program, up to 20 characters.
1.7 Dump functions (DMP)
Functions for transmitting bank data, names, SysEx, and controlling dump evaluation.
1.8 Configuration menu (CNF)
Accessing device configuration settings, identical to double-clicking mode keys.
2. MIDI connections
3. MIDI inputs and outputs
Checking MIDI connections and activity using the MIDI-eye display.
3.1 “MIDI-eye“ display
Visualizing MIDI activity at inputs/outputs with bargraph meters and active sensing display.
3.2 Switching MIDI inputs and outputs on/off
Activating/deactivating MIDI ports using number keys, blocking transmissions and sending 'All Notes Off'.
5. Routing (RTG)
5.1 Making and breaking connections
Linking inputs to outputs to create MIDI connections, involving merge and switch functions.
5.1.1 Connection settings; re-transmitting the original channel (omni; orig)
Setting 'omni' for all channels or 'orig' to maintain original channel for data transmission.
5.1.2 Multi Converting
Advanced MIDI patching allowing independent routing and conversion of each MIDI channel.
5.1.3 Checking connections (READ)
Using the 'Read' key to check selected input or output connections without altering settings.
6. Realtime MIDI processor
6.1 Calling up functions
Accessing processing functions within the Matrix part of the device for real-time manipulation.
6.2 Filter functions (FLT)
Setting up filters for inputs, outputs, and MIDI channels to filter specific data types.
6.2.1 Channel events
Filtering specific channel events like Notes, Program Change, Pitch Bend, and Controllers.
NOTES
Filtering notes and poly pressure events outside a specified range on the MIDI channel.
Note Events
Filtering Note ON, Note OFF, and Poly Pressure events on the selected MIDI channel.
Poly Pressure
Filtering specific controller events, program changes, and pitch bend.
Ctrl.# ...
Filtering individual controllers by selecting the controller number and setting values.
6.3 Split functions (SPL)
Splitting any MIDI keyboard input into up to 16 zones for independent processing.
6.3.1 Special handling of controllers
How controller events are handled separately from notes during splits, maintaining original channel.
6.4 Transpose (TRP)
Shifting the pitch of the whole keyboard or zones by up to 64 semitones.
6.5 Velocity functions (VEL)
Controlling the dynamic response of expanders using various velocity functions.
6.5.1 >Threshold<, >Below<, >Above<, >Offset< and >Position<
Altering velocity by five parameters: Threshold, Below Factor, Above Factor, Offset, Position.
Limiter effect at velocity 100:
Example of setting a limiter effect at velocity 100 to control output.
Compressor effect at velocity 20:
Example of a compressor effect at velocity 20 for dynamic control.
Simultaneous compressor-limiter effect:
Combining compressor and limiter effects using multiple stages for complex curves.
Fixed velocity of value 75:
Example of setting a fixed velocity output of 75.
Keyboard receives velocity 0-100:
Example of adjusting velocity response when keyboard input is limited to 0-100.
Keyboard sends velocity 0-100:
Example of adjusting velocity response when keyboard output is limited to 0-100.
6.5.2 Velocity switch
Addressing different expanders based on playing velocity (hard/soft touch).
6.5.3 Reverse velocity
Reversing velocity effect so soft touches produce loud sounds and vice versa.
6.6 Controller mapping (CTR)
Renumbering MIDI controllers to match different instrument requirements.
6.7 Program change (PRG)
Sending Program Change commands to expanders when changing Matrix Programs.
6.8 MIDI volume
Sending predetermined volume level commands to expanders upon Matrix Program changes.
6.9 Sending SysEx and other MIDI messages (SND)
Using Send Data function to send predetermined MIDI data bytes like SysEx codes.
6.9.1 Example: Local off, Local on
Example of sending 'LOCAL OFF' MIDI command to disable keyboard's internal sounds.
6.10 Remote selection of programs via MIDI (RMT)
6.10.1 Direct control of particular Banks
Setting MIDI channel and Bank for remote control, affecting Program Changes and Bank activation.
6.10.2 Controlling the active Bank in each Group
Controlling the active bank within a group via MIDI channel, changing Matrix Programs without changing banks.
6.10.3 Bank Select command before Program Change
Using Bank Select commands (Control 0) to select and activate banks before Program Changes.
6.10.4 Simultaneous control of several Banks
Allocating the same MIDI channel to Matrix and Song Banks for simultaneous call-up.
6.10.5 Combining control methods
6.11 Call another Matrix program with the Program (CAP)
Linking current Matrix Programs to other Matrix Programs or Songs for automatic activation.
6. Realtime MIDI processor
6.12 Trigger Waves by MIDI (WAV)
Sending MIDI data from inputs/outputs to the Wave Processor for triggering Waves.
7. Disc functions in Matrix mode
Save Matrix Bank
Reference to section 9.3 for saving Matrix Banks to disk.
Load Matrix Bank
Reference to section 9.2 for loading Matrix Banks from disk.
CHAPTER VI - Wave Player
1. General
General information about Wave files, loading, and memory requirements.
2. Wave Formats
Details on supported WAV and AIFF file formats, emphasizing uncompressed files.
3. Wave banks
Description of the eight Wave Banks (WVA-WVH) and their assignment to MIDI note numbers.
4. Triggering Waves
How Waves are triggered via MIDI Note On/Off events and processed by the Wave Player.
4.1. Global Wave processor
Setting global MIDI input/output, channel, and note zone for triggering Waves.
4.2 Wave processor of Matrix programs
Setting Wave processors within Matrix programs, including Wave Bank selection.
5. Procedure
Steps required before using the Wave Player, starting with memory reservation.
5.1 Reserve Memory for Waveplayer (WVM)
Reserving waveform memory space for the Waveplayer, which affects Midifileplayer memory.
5.2 Set MIDI channel and keyboard range
Setting the MIDI channel and keyboard range for playing Waves, with options for assignment deletion.
5.3 Load, select and play Waves
Loading Waves, assigning them to MIDI notes, and playing them back.
5.4 Songspecific Assign of Wave files
Assigning specific audio files (Waves) to songs for automatic loading upon song selection.
6. Wave utilities
Utilities for stopping Waves, removing them from memory, displaying paths, or clearing assignments.
APPENDIX
A Troubleshooting
Diagnosing and resolving issues like note cutting, controller reset, and SysEx transmission problems.
Automatic Assignment loading on power-up doesn’t work.
Troubleshooting failure of automatic assignment loading due to incorrect file naming.
The message “WRONG DISK FORMAT” appears.
Resolving 'WRONG DISK FORMAT' errors by using compatible disk types (720k/1.44MB).
The MULTIPLAYER won't load a song (or chooses the wrong drive).
Fixing issues where songs aren't loaded or the wrong drive is selected, often due to wrong path.
The MULTIPLAYER does not start up.
Troubleshooting failure to load operating system due to memory issues or SCSI connection problems.
The MULTIPLAYER doesn’t do anything – it is just “freezed“!
Resolving 'freezed' state by checking for mechanically stuck remote keys.
The MULTIPLAYER works well, but suddenly has no internal storage drive
Troubleshooting loss of internal storage drive access, possibly due to unplugged data cable.
The MULTIPLAYER suddenly stops the playback
Addressing sudden playback stops, often caused by unintended footswitch contact.
B Signal flow charts
B.1 One MIDI channel – from input to output
Diagram illustrating the path of a single MIDI channel through the system's processing stages.
B.2 Split
Diagram showing how a MIDI input can be split into multiple zones and routed.

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