JP2000267664A - Playing data processing system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a playing data processing system capable of simultaneously setting the function setting the operation of an operator element such as a multi-functional type foot switch together with the setting of an electronic musical instrument main body. SOLUTION: At the a function setting, the correspondence relation between a main body switch event based on the operation of the switch operator of the electronic musical instrument main body 10 and an FC switch event based on the operation of the switch operator of a foot controller(FC) 11 is decided on the side of the main body 10 and setting information indicating the correspondence relation is set altogether on the side of the FC 11 through the MIDI output terminal CBo of a B sequence. At the time of playing using the FC 11, the FC switch event is transmitted to the side of the main body 10 through the MIDI input terminal CBi of the B sequence as a node event. In the main body 10, on the basis of the above-mentioned correspondence relation, a processing equivalent to the processing of the main body switch event corresponding to the received FC switch event is performed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a performance data processing system, and more particularly, to a performance data processing device main body and a performance control data generating device such as a multifunctional foot switch. The present invention relates to a performance data processing system that can be set.

[0002]

2. Description of the Related Art Conventionally, in an electronic musical instrument including a keyboard, a sequencer, a rhythm machine, a sound source, a personal computer (PC) having a performance data processing function, etc., while playing a main manual performance operator such as a keyboard. Cannot use his hands, so he uses foot controls to perform necessary operations during the performance. Typical examples of conventional foot operators include, for example, a sustain pedal and a foot volume pedal.

[0003] Thereafter, as the functions of electronic musical instruments increase, these controls alone become insufficient, and functions of the musical instrument itself are assigned to sustain pedals and foot volumes conventionally used. As a method of assigning such a function, for example, when a pedal event is detected on the instrument main body side, switching is performed so as to realize another function assigned in place of the sustain effect or the volume adjustment function. There is something.

[0004] However, even in this case, only one other function can be assigned to the pedal, and usually only one foot switch can be connected to the musical instrument. Therefore, in recent years, a foot switch device having a plurality of operators to which a plurality of functions can be assigned has been considered, and this foot switch device has been used by being connected to a musical instrument body in a MIDI format. Thus, it has become possible to realize a plurality of function operations by foot operation.

[0005] To assign a function operation specific to the model of the electronic musical instrument to the multifunctional foot controller as described above, a MIDI system exclusive message including an ID code of the specific model is used. When the exclusive message is received by the instrument itself,
The corresponding operation is performed.

Here, the reason that the system exclusive must be used is that all other messages are specified in MIDI, and that a message having general versatility uses an exclusive message according to the specification. Because it is decided. Therefore, it is necessary to set each of the operators of the foot controller so as to output a system exclusive in response to an operation of each of the operators. Therefore, setting these system exclusive messages for each of the controls on the foot controller is a very time-consuming task.

On the other hand, since the foot controller is desired to be reduced in size, the display attached to the foot controller does not have a large amount of information, and there is no one that has sufficient setting operation devices. Therefore, such a setting operation is very troublesome and troublesome. Moreover, the system exclusive message has a large amount of data and is not general, and at present, a foot controller which can easily set and output the message is rarely found.

[0008]

In view of such inconveniences, the present invention sets the function settings of a performance control data generation device such as a multi-function foot switch together with the settings of the electronic musical instrument main body at a time. It is an object of the present invention to provide a performance data processing system capable of performing the same.

[0009]

According to a first aspect of the present invention, a performance data processing device including a plurality of main body operators for generating main body control data for controlling performance data, and controlling performance data. Means for determining a correspondence relationship between the slave unit control data and the main body control data in a performance data processing system comprising a plurality of slave unit operators for generating slave unit control data for the performance control data generating apparatus. And means for setting the determined correspondence in the performance control data generating apparatus at once.

According to a second feature of the present invention, a performance data processing device including a plurality of main body operators for generating main body control data for controlling performance data, and a slave unit control for controlling the performance data A performance data processing system comprising: a performance control data generation device having a plurality of child device operators for generating data; a means for associating child device control data with main body control data; Thus, there is provided a performance data processing system comprising: means for performing performance data processing corresponding to the control content represented by the main body control data associated with the slave unit control data.

The above-described performance data processing apparatus is typically an electronic musical instrument main body including a keyboard, a sequencer, a rhythm machine, a sound source, a personal computer having a performance data processing function, and the like.
This is a multi-function foot switch or a musical operation device for generating musical tone control data similar thereto. That is, according to the present invention, correspondence between the main body switch event caused by the operation of the panel switch manipulator of the electronic musical instrument main body and the slave unit switch event caused by the manipulator of another performance manipulating device such as a foot controller connected to the main body. A performance data processing system capable of setting relationships in a lump is provided, and when music control data representing a slave unit switch event is received from a performance operator device, the system is associated with the slave unit switch event. A performance data processing system capable of performing a process corresponding to a main body switch event process is provided.

[Operation] Since the present invention has the above-described configuration, it is not necessary to use a system exclusive, and to output a general MIDI device without using a system exclusive when setting a switch event correspondence relationship and using a slave unit switch event. Note events that can be used can be used. Therefore, versatility can be given to the message, and the data amount can be reduced. In addition, since most setting operations for other performance operation devices such as a foot controller can be performed on the musical instrument main body side, operability can be greatly improved.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments of the present invention will be described below in detail with reference to the drawings. The following embodiment is merely an example, and various modifications can be made without departing from the spirit of the present invention.

[Hardware Configuration] Referring to FIG.
Here, a block diagram of a hardware configuration of a performance data processing system according to an embodiment of the present invention is shown. In this example, the system is a central processing unit (CPU)
1, a read-only memory (ROM) 2, a random access memory (RAM) 3, an input device 4, a display device 5, a sound source device 6, a MIDI interface (I / F) 7, an external storage device 8, and the like. 1 to 8 are connected to each other via a bus 9 to form an electronic musical instrument main body 10;
A performance data processing system is configured together with the foot controller 11 connected to the MIDII / F7 as another MIDI device.

The CPU 1, which controls the entire system, performs various controls in accordance with a predetermined program. In particular, the CPU 1 centrally performs processing of performance control data relating to a foot controller described later. The ROM 2 stores predetermined control programs for controlling the system. These control programs include basic performance data processing, a processing program relating to the function setting and use of the foot controller according to the present invention, and the like. Various tables and data can be included. The RAM 3 is used as a work area for storing data and parameters necessary for these processes, and for temporarily storing various registers and flags, various data being processed, and the like.

The input device 4 is used to set various performance data control functions, such as performance operators of the keyboard device 4k and various modes, parameters and effects, as shown in the example of the main body panel configuration in FIG. Is provided on the panel of the electronic musical instrument main body 10. These controls 4s include an edit switch (MS1), a recording switch (MS2), a system switch (MS3), and a numeric keypad group (M
S4 to MS15), switch operators such as a voice switch (SM16), a song mode switch (SM17) and the like. The main body panel is further provided with a “foot controller setting mode” switch 4fs and a “foot controller use mode” switch 4fu. The display device 5 includes a display 5d and various indicators (not shown). These displays 5d and indicators are operated and operated together with various operators 4s of the input device 4 as shown in FIG. Display panel (body panel)
Alternatively, a part of the operation element 4s may be operably displayed on the display 5d.

The tone generator 6 is for generating musical tones based on performance data including rhythm data processed by this system, and may be constituted by a hard tone generator such as a tone generator LSI or a soft tone generator. But it doesn't matter.

The MID II / F 7 is an interface connected to the foot controller 11 for communicating between the electronic musical instrument main body 10 and the foot controller 11 in a MIDI format. FIG. 2B shows a configuration example of the rear panel of the electronic musical instrument main body 10. In addition to a power switch and an audio output terminal, according to the present invention, an A / B2 data input / output terminal set is provided. B series is MI
DI data input (MIDI IN) terminals CBi and MI
A DI data output (MIDI OUT) terminal CBo is included, and each terminal is connected to a MIDI data output (MIDI OUT) terminal and a MIDI data input (MIDI IN) terminal of the foot controller 11, respectively. Enable intercommunication. The A series is for communication with a MIDI device other than the foot controller 11, and includes a MIDI input terminal CAi and a MIDI output terminal CAo. Of course, when the foot controller 11 is not used,
Normal MIDI information transmission with other MIDI devices can also be performed using the B series.

The external storage device 8 includes a hard disk drive (HDD), a compact disk read only memory (CD-ROM) drive, a floppy disk drive (FDD), a magneto-optical (MO) disk drive, and a digital multipurpose disk (DVD). ) It is composed of a storage device such as a drive, and can store various control programs and various data. Therefore, programs and data necessary for processing the performance data can be read from the external storage device 8 into the RAM 3 as well as utilizing the ROM 2, and the processing results are recorded in the external storage device 8 as necessary. You can keep it.

FIG. 3 shows a data transfer relationship between the electronic musical instrument main body 10 and the foot controller 11. As described above, the musical instrument main body 10 is provided with the MIDI terminals for the A and B series. This is because when the foot controller 11 is used, the event is transmitted using a note event, so that the receiving instrument body 10 on the receiving side determines whether the event is an original note event or an event from the foot controller 11. This is so that it can be identified. Therefore, information transmission with the foot controller 11 is performed using the B sequence, and normal musical sound transmission with other MIDI devices is performed using the A sequence.

That is, the MIDI of the A series of the musical instrument body 10
The input / output terminals CAi and CAo are connected to the foot controller 1
1 with the MIDI device other than 1
Used to transmit DI information. On the other hand, regarding the B series, in the “foot controller setting mode”, the function assignment setting information can be transmitted from the main body 10 to the foot controller 11 via the MIDI output terminal CBo. Event information based on operation of the foot controller 11 can be transmitted to the main body 10 via the MIDI input terminal CBi as a note event.

The foot controller 11 is called a "multi-function foot switch", and a plurality (m) of switch operators SS1, SS2, SS3, called "foot switches".
…, SSm. These controls SS1 to SS
m is a large number (n) of performance data equivalent to the functions obtained by operating the various operators MS1, MS2,... of the input device 4 of the electronic musical instrument main body 10 by multiplexing a plurality of functions using page switching or the like. Control functions FS1, FS2, F
S3,..., FSn (n> m) can be realized, and for that purpose, a microcontroller and a built-in memory are provided. In addition, a display such as an indicator for performing a simple display such as an operation display is mounted as needed.

In the present invention, in the "foot controller setting mode", the musical instrument main body 10 performs assignment setting for the performance data control functions FS1 to FSn (n> m) by the operators SS1 to SSm of the foot controller 11, and performs the setting. The setting information obtained is transmitted to the MIDI output terminal C of the B series.
The data is transmitted to the foot controller 11 via Bo. In the “foot controller use mode”, the function information (FS1 to FSn) based on the operation of the operators SS1 to SSm of the foot controller 11 is used as key-on event format note event information via the B-series MIDI input terminal CBi. It is transmitted to the musical instrument main body 10 side.

[Foot controller setting mode] FIG.
9 shows a processing flow for setting a foot controller function according to an embodiment of the present invention. When the foot controller (FC) 11 is connected to the electronic musical instrument main body 10 as shown in FIG. 3 and the “foot controller setting mode” switch 4fs of the input device 4 is operated, an operation step S1 is performed.
The mode of the electronic musical instrument main body 10 is switched to the "foot controller setting mode" by the processing described above. First, in step S2, it is checked whether the foot controller 11 is correctly connected to the musical instrument main body 10 as shown in FIG.
In this checking operation, a predetermined transmission command is transmitted from the musical instrument body 10 to the foot controller 11 via the B-series MIDI output terminal CBo, and a predetermined return command is received from the foot controller 11 to the B-series MIDI input terminal CBi. If so, it is determined that the connection with the foot controller 11 has been made correctly.

If it is confirmed in step S3 that the connection state is correct, the flow proceeds to step S4. If not, the flow proceeds to step S5 to indicate that the connection to the display 5d of the main body panel (display device 5) is not normal. Is displayed, and the foot controller (FC) setting mode ends.

When the operation proceeds to step S4, the performance data control function (hereinafter, referred to as "FC switch") based on the operation of the operators SS1 to SSm on the foot controller 11 side with the assistance of the display 5d on the main body panel. FS1 to FSn and the electronic musical instrument body 1
A performance data control function (hereinafter, referred to as a “main body switch event”) based on the operation of the 0-side operator 4s (MS1, MS2,...) (Including various operation modes such as a single operation and a cooperative operation of a plurality of operators). ) Is associated with the note event. FIG. 5A shows an example of an assignment screen on the display 5d at the time of performing this processing, and includes a note event number (NOTE NUM.) And a note event number.
The number of the FC switch event on the foot controller 11 side (FCSW NUM.) And the number of the main body switch event on the electronic musical instrument main body 10 side (PANEL SW NU.)
M. ) Is performed to perform this processing.

For example, the FC of the foot controller 11
The switch event (n) is input by designating its number with ten keys MS4 to MS13 on the main body panel. The number of the note event is determined by depressing the keyboard 4k of the main body 10, and the main body switch event is generated by operating the operator 4s (MS1, MS2,
..) Are determined to predetermined numbers. Accordingly, by pressing the keyboard 4k while pressing the operator 4s on the main body 10 in a state where the FC switch event is input with the ten keys, the FC switch event, the main body switch event, and the note number are associated.
A set of corresponding data can be obtained.

The assignment screen of FIG. 5A shows the FC switch event number (total number of events = 100) (“0” to
The maximum value "99" is designated as "99"), and at the same time the "C1" key (note number = "24") of the keyboard 4k is pressed, the edit switch MS1 is pressed simultaneously (main body switch event number = "01"). The setting state when the n-th set of corresponding data is obtained is shown, and the contents of the note event number and the main body switch event number are added in parentheses. In addition, the channel (CHANNE)
L) and velocity (VELOCITY) have no special meaning in this display example, and are given default values “05” and “127” (= 7F), respectively.

Since the FC switch event number on the foot controller 11 side corresponds to a group number indicating the number of the corresponding data, the number of the corresponding data to be created is set. Can be used for Also, newly set (or update) the correspondence
For FC switch events that do not need to be used, predetermined initial values are adopted as corresponding note events and body switch events. As such an initial value, it is preferable to prepare a plurality of templates in advance and select from them.

In this manner, the n FC switch event numbers (in this example, the minimum value = "0" to the maximum value = "9")
9 "), the correspondence between n sets of FC switch events, note events, and body switch events is set by associating the note event numbers with the body switch event numbers. When all n correspondence settings are completed, the set n is set. The set of correspondence data is temporarily stored in a predetermined buffer area of the RAM 3. At this time, an n-set correspondence list showing these correspondences is displayed (not shown) on the display 5d, and the setting state is set. Can be confirmed.

When the list is checked, the correspondence between the n sets of note event numbers and the body switch event numbers is stored in the RAM 3 as a "note event / body switch event" correspondence table NM as shown in FIG. Is stored. For example, regarding the setting of FIG.
When the note number “24” is instructed, the switch event (event number “01”) when the edit switch MS1 on the main body panel is pressed is recognized.
The main body switch event number and the note event number are stored in association with each other. Further, by this confirmation operation, a transmission screen (not shown) is displayed on the display 5d, and the process proceeds to the next step S6.

In step S6, when the user gives a transmission instruction by operating the transmission button on the transmission screen, n note events are temporarily stored in the buffer area of the RAM 3 based on the n sets of corresponding data. Bulk data corresponding to the FC switch event is created based on the position information, and the bulk data is transmitted from the electronic musical instrument main body 10 to the foot controller 1 via the B-series MIDI output terminal CBo.
Send them all at once.

FIG. 5B shows an example of bulk data.
Each column of the bulk data is represented by a numerical value (hexadecimal) in the order of channel (CH), note event (NT), and velocity (VL), and the position from the top column of each column represents the number of the main body switch event. Provide location information.
For example, when the correspondence of the 100th set is set as shown in FIG. 5A, the note event of the note number “24” is transmitted to the foot controller 11 as the data located at the 100th position of the bulk. . That is, the order of the transmitted note events (NT) is determined by the foot controller 11.
FC switch event numbers.

Here, the note event is the electronic musical instrument main body 1
Since the 0 side has already been made to correspond to the main body switch event, the FC switch event represented by the position information of the bulk data is made to correspond to the main body switch event using the note event as the mediation information.
Then, the foot controller 11 sequentially assigns note event numbers of the received bulk data in ascending order of its own FC switch event, and as shown in FIG. 6, assigns this to the “FC switch event / note event” correspondence table SN. And stored in the built-in memory.

This correspondence table is used in a “foot controller use mode” described later. Taking the bulk data of FIG. 5 (2) and the table SN of FIG. 6 as an example, the FC represented by the second position from the top of the bulk data
Assuming that the FC switch event corresponding to the switch event number “1” is the pressing operation of the operation element SS2, the note event number “52” at the second position indicates the operation of the foot controller 11 in the “foot controller use mode”. It is used to transmit the note event number “52” when the child SS2 is pressed.

If the channel information and the velocity information have no particular meaning, it may be omitted at the time of bulk transmission and only the note event information may be stored. Then, the amount of transfer data can be reduced. However, meaning can be given, and the velocity information may be used as the body switch event count indication value. For example, in the case of FIG. 5B, the velocity (VL) = “03” at the first position (representing the FC switch event number “0”) indicates that the main body panel switch corresponding to the note event number “36” Indicates that it was pressed three times in a row. This simplifies the handling of a switch that switches the performance data control function each time the button is pressed.

FIG. 6 shows the flow of data set for the foot controller (FC) function in the "foot controller setting mode". The correspondence between the FC switch event, the note event, and the body switch event is divided into a “FC switch event / note event” correspondence table SN and a “note event / body switch event” correspondence table NM. , NM are stored in the storage areas of the foot controller 11 and the electronic musical instrument main body 10, respectively.

[Foot Controller Use Mode] FIGS. 7 and 8 show a processing flow when using the foot controller according to one embodiment of the present invention. FIG. 7 shows the processing on the foot controller 11 side. The electronic musical instrument body 1
The processing on the 0 side is shown. Foot controller (F
C) 11 is connected to the electronic musical instrument main body 10 as shown in FIG. 3, and when the “foot controller use mode” switch 4fu of the input device 4 is operated, the operation mode of the electronic musical instrument main body 10 is changed to the “foot controller use mode”. In this mode, note information transmitted from the foot controller 11 to the MIDI input terminal CBi of the B series of the musical instrument body 10 can be received as an FC switch event.

On the electronic musical instrument main body 10 side, the operation of the switch 4fu is first detected in step P1 (FIG. 8), and the mode of the musical instrument main body 10 is switched to the "foot controller setting mode". Here, after the switch 4fu is operated, the switch 4fu is operated again, or the exit (EXIT) key or the cancel button on the foot controller use mode screen (not shown) of the display 5d is operated, so that the FC 4FU is operated. When exiting from the use mode, the note event sent to the input terminal CBi is handled as normal performance data. In step P2, it is checked whether the foot controller 11 is correctly connected to the musical instrument main body 10 as shown in FIG. 3, as in step S2.
If it is confirmed in step P3 that the connection state is correct, the process proceeds to step P4. If not, the process proceeds to step P5 to display that the connection is not normal on the display 5d of the main body panel, and the foot controller (F
C) End the use mode.

On the other hand, on the foot controller (FC) 11 side, when the operators SS1 to SSm are operated, the step P
6 (FIG. 7), an FC switch event based on this operation is detected. In step P7, an FC switch event number corresponding to the detected FC switch event is obtained, and the flow proceeds to step P8.

In step P8, the “FC switch event /
The note event number, channel, and velocity corresponding to the acquired FC switch event number are read as note event data with reference to the "note event" correspondence table SN. At this time, if the channel and velocity are stored in the correspondence table SN as meaningful, the corresponding channel and velocity data are read. However, when only the note event number is stored as in the table SN of FIG. 6, the channel and velocity are set to predetermined default values (for example, “05”, “127” (= 7F)).
Add to the corresponding note event number.

In the next step P9, the note event data read out in step P8 is transmitted from the MIDI output (OUT) terminal of the foot controller 11 to the electronic musical instrument main body 1.
0 to the B-series MIDI input (IN) terminal CBi,
The process proceeds to the processing step P4 (FIG. 8) on the device body 10 side.

When the electronic musical instrument main body 10 detects that note event data from the foot controller 11 has been received at the B-series MIDI input terminal CBi at step P4, the electronic musical instrument body 10 stores the data in a predetermined storage area of the RAM 3. Referring to the "note event / body switch event" correspondence table NM, the body switch event number corresponding to the note event number of the received data is read, and the routine goes to Step P10.

In step P10, the main body switch event (operator 4s on the main body panel) corresponding to the main body switch event number read out in the electronic musical instrument main body 10.
Perform the same operation as the performance data control function when the is operated. For example, when the operator 4s on the main body panel is operated, the number of the main body switch event based on the operation is R.
Since it is stored in the detection buffer in AM3 and performs an operation corresponding to the main body switch event,
The operation in step P10 can be executed by a method such as storing the read main body switch event number in this detection buffer.

In the next step P11, the switch 4fu
It is determined whether or not there is a command to end the foot controller use mode by re-operating or operating the exit (EXIT) key or cancel button on the foot controller use mode screen (not shown). When there is no command, the process returns to step P4, and the foot controller 1
Wait for the next note event information from 1 to arrive. Also,
When the end command is issued, the operation in the FC use mode is ended.

In the foot controller use mode, when the switch operators SS1 to SSm in the foot controller 11 are operated as described above, a note number corresponding to the FC switch event based on this operation is sent to the electronic musical instrument main body 10. Since the instrument body 10 stores the body switch event corresponding to the note number,
The same processing as when the operator 4s corresponding to the stored main body switch event is operated can be performed. Thereby, from the foot switches SS1 to SSm,
The same operation as operating the main body panel operator (or switch) 4s can be performed.

[Other Example of Embodiment] In the foot controller setting mode, the FC switch event is unique to the foot controller 11, and the corresponding body switch event cannot be set correspondingly by the body panel operator 4s. For the event, a default value predetermined as the corresponding note event and body switch event is associated, and stored in the “note event / body switch event” correspondence table NM. In this case, in the foot controller use mode,
The electronic musical instrument body 10 has an F
When note event data corresponding to the C switch event is received, performance data control can be performed based on the default value number of the main body switch event corresponding to the note event data.

[Effects of the Invention] As described above, according to the present invention, in the performance data processing apparatus main body such as an electronic musical instrument, the correspondence between the slave unit control data and the main body control data is determined, and The determined correspondence is collectively set for other performance control devices including the type foot switch. That is, it is possible to collectively set the correspondence between the main body switch event of the electronic musical instrument main body and the slave unit switch event of the performance operation device connected to the main body. Therefore, the function settings of the performance control device and the like can be set at the same time as the settings of the electronic musical instrument main body. Also, most of the setting operations for the performance operation device and the like can be performed on the musical instrument main body side, and the operability can be greatly improved.

According to the present invention, in the performance data processing apparatus main unit, the slave unit control data and the main unit control data are associated with each other. Performance data processing corresponding to the control content represented by the main body control data associated with the machine control data is performed. Therefore, in batch setting of control data (switch event) correspondence and use of slave unit control data (slave unit switch event), a note event that can be always output by a general MIDI device can be used. The versatility can be given to the message, and the effect of reducing the data amount can be obtained.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a hardware configuration of a performance data processing system according to an embodiment of the present invention.

FIG. 2 is a diagram showing a configuration example of a main body panel (operation and display panel) and a rear panel of the electronic musical instrument according to one embodiment of the present invention.

FIG. 3 is a diagram showing a data transfer relationship between the electronic musical instrument main body and a foot controller in one embodiment of the present invention.

FIG. 4 is a diagram showing a processing flow for setting a foot controller function according to an embodiment of the present invention.

FIG. 5 is a diagram showing an example of an assignment screen of a main body panel and bulk data in one embodiment of the present invention.

FIG. 6 is a diagram collectively showing a flow of data set in a foot controller setting mode according to an embodiment of the present invention.

FIG. 7 is a diagram showing a processing flow on a foot controller side in a processing flow when a foot controller is used according to an embodiment of the present invention.

FIG. 8 is a diagram showing a processing flow on the electronic musical instrument main body side in a processing flow when using the foot controller according to one embodiment of the present invention.

[Explanation of symbols]

4k keyboard unit, 4s Switch operators on the main body panel including various switch operators MS1, MS2, ..., 4fs "Foot controller setting mode" switch, 4fu "Foot controller use mode" switch, 5d display, CAi, CAo A series MIDI input terminal and output terminal, MIDI input terminal and output terminal of CBi, CBo B series, SS1 to SSm Switch operator (foot switch) of foot controller, SN "FC switch event / note event" correspondence table, NM "note event"・ Main body switch event correspondence table.

Claims (2)

[Claims] 1. A performance data processing device having a plurality of main body operators for generating main body control data for controlling performance data, and a plurality of slave unit control data for generating the main unit control data for controlling the performance data. A performance data processing system comprising a performance control data generation device having a slave operator; a means for determining a correspondence between the slave control data and the main body control data; Means for causing the generation device to set the performance data. 2. A performance data processing device having a plurality of main body operators for generating main body control data for controlling performance data, and a plurality of slave unit control data for generating the main unit control data for controlling the performance data. A performance data processing system comprising a performance control data generation device having a slave operator; a means for associating the slave control data with the main body control data; Means for performing performance data processing corresponding to the control content represented by the associated main body control data.