JP2004094073A - Tone parameter generator, tone parameter generation method, and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a tone parameter generator, a tone parameter generation method, and a program for making editing of a tone parameter easy even for hobby use. <P>SOLUTION: The tone parameter generator has: a block engaging part 100 having a plurality of recessed parts 10, 12, 14, etc., for engaging blocks 15, 25, 35, 45; first detection parts which are installed corresponding to the respective recessed parts of the block engaging parts for detecting whether or not the blocks are engaged with respective recessed parts; and a first tone parameter generation part which generates the tone parameter on the basis of a detection result of the first detection part. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to a timbre parameter generation device, a timbre parameter generation method, and a program suitable for generating a tone signal.
[0002]
[Prior art]
As in the electronic picture book shown in FIG. 1, there is one that generates sound adapted to the contents of the book depending on the position indicated by the electronic pen 410. The sound is emitted based on the data recorded in the cartridge 550. The hardware of the electronic picture book is common, and the book itself and the cartridge are replaced.
On the other hand, there is a software application that operates on a personal computer and generates arbitrary timbre data by the FM tone generator method.
[0003]
[Problems to be solved by the invention]
However, in the case of an electronic picture book, there is a problem that it is recorded on a cartridge and can only reproduce a predetermined tone.
On the other hand, in a software application operating on a personal computer, parameter setting is complicated and sophisticated, and there is a problem that operation is difficult for hobby use. In addition, the software application has only a function of editing a tone, and it is necessary to purchase an expensive personal computer and a sound card to generate sound.
The present invention has been made in view of the above-described circumstances, and an object of the present invention is to provide a timbre parameter generation device, a timbre parameter generation method, and a program in which timbre parameters can be easily edited even for hobbies.
[0004]
[Means for Solving the Problems]
In order to solve the above problems, the present invention is characterized by having the following configuration. The contents in parentheses are examples.
In the timbre parameter generation device according to the first aspect, a block fitting portion (block area) having a plurality of recesses for fitting a block (block piece) corresponds to a plurality of recesses of the block fitting portion. A first detection unit (block area sensor) that detects whether the block is fitted into each of the recesses, and a first detection unit that generates a timbre parameter based on a detection result of the first detection unit. And a timbre parameter generation unit.
Further, in the tone color parameter generation device according to the second aspect, a first display control unit that displays a plurality of blocks and a plurality of recesses for fitting these blocks on a display device (liquid crystal display panel); A second display control unit that moves the block to the vicinity of a recess desired by the user among the plurality of recesses in conjunction with a user operation (operation of a pointing device); Having a first detection step of detecting which of the recesses is displayed near which, and a first timbre parameter generation unit for generating a timbre parameter based on a detection result of the first detection step. Features.
Further, in the timbre parameter generation device according to claim 3, the first timbre parameter generation unit synthesizes a tone using a plurality of waveforms generated from a plurality of waveform generation sources (operators). It may be characterized in that a connection algorithm of a plurality of waveform generation sources in (FM sound source system) is generated.
Further, in the timbre parameter generation device according to the fourth aspect, an installation section on which a standardized book-shaped member (picture book) can be installed, and which page of the book-shaped member is open is detected. A second detection unit (page detection unit), a third detection unit (position detection unit) for detecting the position of the electronic pen operated by the user, and a program attached to the standardized book-like member. The apparatus may further include a book-shaped member installation section having an audio generation section that generates an audio corresponding to a detection result of the second and third detection sections.
Further, in the timbre parameter generation device according to claim 5, the book-like member installation unit is configured to perform the second processing when the standardized book-like member and an accompanying program are for generating a predetermined timbre parameter. The image processing apparatus further includes a second timbre parameter generation unit that generates timbre parameters corresponding to the detection results of the second and third detection units.
Further, in the timbre parameter generation device according to the sixth aspect, the second timbre parameter generation unit includes a plurality of tone color generation methods for synthesizing a musical tone using waveforms generated from a plurality of waveform generation sources (operators). And generating a parameter to be supplied to each of the waveform generation sources.
The timbre parameter generation device according to claim 7 further includes a storage unit (memory card) for storing the timbre parameters generated by the first and second timbre parameter generation units.
Further, in the timbre parameter generation device according to claim 8, the storage unit is detachable.
Further, in the timbre parameter generation device according to claim 9, the timbre parameters generated by the first and second timbre parameter generation units are output to the outside and the timbre parameters are input from the outside. An interface (mobile phone connection cable) is further provided.
Further, in the timbre parameter generating device according to the tenth aspect, a pitch information generating unit for generating pitch information (pitch information), the pitch information generated by the pitch information generating unit, A tone generator that synthesizes a tone based on the tone color parameter generated by the second tone color parameter generator and synthesizes a tone using waveforms generated from a plurality of waveform sources; .
The timbre parameter generation device according to claim 11, further comprising an assigning unit that allocates the timbre parameters generated by the first and second timbre parameter generation units to desired sound effects, event sounds, and operation sounds. And
Further, in the timbre parameter generation method according to the twelfth aspect, a first display control step of displaying a plurality of blocks and a plurality of recesses for fitting these blocks on a display device, and interlocking with a user operation And a second display control step of moving the block to the vicinity of a recess desired by the user among the plurality of recesses, and in which of the plurality of recesses each of the plurality of blocks is displayed And a first timbre parameter generation step of generating a timbre parameter based on the detection result of the first detection step. 14. The timbre parameter generation method according to claim 13, wherein the first timbre parameter generation step includes a plurality of waveforms in a tone generator system that synthesizes a tone using a plurality of waveforms generated from a plurality of waveform generation sources. It may be characterized in that a connection algorithm of a source is generated.
According to a fourth aspect of the present invention, there is provided a program for executing the tone color parameter generating method according to the twelfth aspect.
[0005]
BEST MODE FOR CARRYING OUT THE INVENTION
1. Configuration of the embodiment
(1) External configuration
The external configuration of the timbre parameter generation device of the present embodiment will be described with reference to the external view of FIG.
In the figure, reference numeral 100 denotes a block area in which four recesses 10, 12, 14, 16, 20, 22,... Are formed in total of four in each of the vertical and horizontal directions, and block pieces 15, 25, 35, and 45 are arbitrary. (See FIG. 2B). Each block piece simulates the FM sound source function. Reference numeral 80 denotes a symbol expressing the function of the speaker. A completion switch 90 is pressed when the block editing is completed.
[0006]
The connection between the blocks is described in advance in the block area. The output end of the recess 10, the output end of the recess 20, the output end of the recess 30, and the output end of the recess 40 are connected so as to be mixed, the input end of the recess 12, the input end of the recess 22, and the input end of the recess 32. And the input end of the recess 42. The output end of the recess 12 is connected to the input end of the recess 14, the output end of the recess 22 is connected to the input end of the recess 24, the output end of the recess 32 is connected to the input end of the recess 34, The output end of the recess 42 and the input end of the recess 44 are connected. Further, the output end of the concave portion 14, the output end of the concave portion 24, the output end of the concave portion 34, and the output end of the concave portion 44 are connected so as to be mixed, and the input end of the concave portion 16, the input end of the concave portion 26, and the The input end and the input end of the recess 46 are connected. The output end of the concave portion 16 and the output end of the concave portion 26 are connected so as to be mixed, and are connected to a speaker.
[0007]
Reference numeral 200 denotes a book-like member installation unit (picture book installation unit), which includes a book-like member (picture book) including a plurality of pages and an installation unit that can install the book-like member. Note that the book-like member installation section includes a sound generation section such as a speaker. In FIG. 3, reference numerals 250, 252, 254, and 256 represent respective pages of the book-like member, and parameters and the like of an operator who operates each block piece are set. Reference numeral 240 denotes an area for defining the oscillation speed, in which parameters (pitch information) for varying the oscillation frequency are set. An area 245 defines an envelope of a sound source, and parameters of a maximum volume, an attack time, a decay time, a sustain level, and a release time are determined here. A completion switch 265 is pressed when the parameter editing is completed.
[0008]
Referring again to FIG. 2A, reference numeral 300 denotes a performance operator such as a keyboard, which generates a KEY_ON signal and a KEY_OFF signal each time any key provided thereon is operated. Reference numeral 500 denotes a memory card interface into which a removable memory card 3000 is inserted. The memory card 3000 records the generated sound source parameters and exchanges data with another sound source device. Reference numeral 2000 denotes a mobile phone, which is connected via a dedicated cable. Then, the generated tone color parameter is used as a ringtone melody.
[0009]
(2) Hardware configuration
The hardware configuration of the tone control device of the present embodiment will be described with reference to FIG.
In the figure, the performance operator 300, the memory card interface 500, the memory card 3000, and the mobile phone 2000 are as described above.
Reference numeral 150 denotes a block area sensor, which is provided in each of the concave portions 12, 14, 16,... In the block area 100, and detects insertion of the block pieces 15, 25,. Reference numeral 200 denotes a book-like member installation unit, an installation unit 210 that can install a standardized book-like member, a page detection unit 220 that detects which page of the book-like member is open, and a user A position detection unit 230 that detects the position of the electronic pen operated by the user, and a sound that generates a sound corresponding to the detection result of the page detection unit 220 and the position detection unit 230 according to a program attached to a standardized book-shaped member. And a generator 290. The sound generator 290 includes a D / A converter 260, an amplifier 270, and a speaker 280. An electronic pen 400 detects pen position information by contact with the position detection unit 230.
[0010]
Reference numeral 600 denotes a sound source unit, which is configured by a DSP that realizes functions of a plurality of sound source units (operators) 650. As shown in FIG. 5, each operator generates a programmable data generator 640 for generating modulation data, an adder 620 for mixing pitch data and modulation data, a SIN table 610 in which sine wave data is recorded, and generates envelope data. It comprises an envelope generator 630 and a multiplier 625 and digitally generates an audio signal. A plurality of registers for storing operator parameters are provided in the tone generator.
[0011]
Reference numeral 800 denotes an interface unit, which is a completion switch 90 (see FIG. 2B) provided in the block area 100, a completion switch 265 (see FIG. 3) provided in the book-like member installation unit 200, and a mobile phone 2000. Interface is provided. Illumination switches are used as the completion switches 90 and 265, and light up when editing is completed. Reference numeral 700 denotes a CPU, which controls each unit. A ROM 710 stores a control program. A RAM 720 is used as a work memory and temporarily stores various parameters. Reference numeral 900 denotes a bus line that connects each unit.
[0012]
3. Operation of the embodiment
(1) Block editing
The FM sound source is a voice memory that changes the oscillation frequency (pitch) by changing the speed of reading a waveform memory (SIN table) in which a sine wave waveform is written, and changes the phase by changing the reading order. Generate waveforms digitally. To generate a waveform, a sound source algorithm is formed by connecting sound source units (operators) 650 in block / serial / parallel.
[0013]
For example, in FIG. 8A, block diagram (1) shows a configuration in which the output of the operator OP1 is fed back to the input, and the output is further input in series as modulation data of the operator OP2. Block diagram {circle around (2)} has a configuration in which the output of the operator OP1 is fed back to the input, and the output signal and the output signal of the operator OP2 are mixed and output in parallel. The block diagram {circle around (3)} shows that the output of the operator OP3 is fed back to the input, the output and the output of the operator OP4 are mixed, the mixed output is mixed with the output of the operator OP2, and the operator OP1 is further operated. Are mixed in parallel with each other and output in parallel. Block diagram (4) is connected in series so that the output signal of the operator OP2 is input to the operator OP3. Further, the output of the operator OP3 is connected in parallel so that the signal of the output of the operator OP1 fed back to the input is mixed, and further connected in series to the operator OP4.
[0014]
Block diagram {circle around (5)} shows that the output of the operator OP1 is fed back to the input, the output is further connected in series so as to be input to the operator OP2, and the output of the operator OP2 is further connected in series so as to be input to the operator OP3. , And are connected in series such that the output is input to the operator OP4. Block diagram (6) shows an output signal connected in series so that the output of the operator OP1 is fed back to the input, the output of the operator OP2 is fed back to the input, and the output of the operator OP3 is fed back to the input. In this configuration, the output signals of the operator OP4 connected in series to be input to the operator OP4 are connected in parallel so as to be mixed.
[0015]
In the block diagram {circle around (7)}, the output of the operator OP2 is connected in series with the input of the operator OP3, and the output of the operator OP3 is connected in series with the input of the operator OP4. The output signal of the operator OP4 is connected in parallel with the output signal of the operator OP1 whose output is fed back to the input. In the block diagram (8), the output of the operator OP2 is connected in series so as to be input to the operator OP3, and further, the output of the operator OP3 and the output of the operator OP4 are connected in parallel so as to be mixed. Further, the mixed output signal and the output signal of the operator OP1 whose output is fed back to the input are further connected in parallel so as to be mixed.
[0016]
The tone color parameter generation device of the present embodiment performs block editing by inserting block pieces 15, 25,... Into concave portions 10, 20, 30,. The block pieces are arranged as shown in FIG. The feedback of the output to the input is specified when each operator sets parameters.
[0017]
In the block diagram {circle around (1)}, since the operators OP1 and OP2 are connected in series, for example, the block piece 15 of the operator OP1 is fitted into the recess 10 and the block piece 25 of the operator OP2 is fitted into the recess 12. In the block diagram {circle around (2)}, since the operators OP1 and OP2 are connected in parallel and the outputs are mixed, for example, the block piece 15 of the operator OP1 is in the recess 10 and the block piece 25 of the operator OP2 is in the recess 20. It is fitted.
[0018]
Regarding the block diagram {circle around (3)}, since the operators OP1, OP2, OP3, and OP4 are connected in parallel and the outputs are mixed, for example, the block piece 15 of the operator OP1 is placed in the concave portion 10 and the operator OP2 is placed in the concave portion. The block piece 25 is fitted into the recess 20, the block piece 35 of the operator OP 3 is fitted into the recess 30, and the block piece 45 of the operator OP 4 is fitted into the recess 40.
[0019]
Regarding the block diagram (4), the operator OP2 and the operator OP3 are connected in series, the operator OP3 and the operator OP1 are mixed, and the mixed output is connected to the input of the operator OP4. The block piece 15 of the operator OP2 is fitted in the recess 24, the block piece 35 of the operator OP3 is fitted in the recess 24, and the block piece 45 of the operator OP4 is fitted in the recess 16.
[0020]
In the block diagram (5), since the operators OP1, OP2, OP3, and OP4 are connected in series, for example, the block piece 15 of the operator OP1 is in the concave portion 10, and the block piece 25 of the operator OP2 is in the concave portion 12. Then, the block piece 35 of the operator OP3 is fitted into the concave portion 14, and the block piece 45 of the operator OP4 is fitted into the concave portion 16.
[0021]
Regarding the block diagram (6), the operators OP1 and OP2 are connected in series, the operators OP3 and OP4 are connected in series, and the output of the operator OP2 and the output of the operator OP4 are mixed. The block piece 15 is fitted into the recess 12, the block piece 25 of the operator OP2 is fitted into the recess 14, the block piece 35 of the operator OP3 is fitted into the recess 22, and the block piece 45 of the operator OP4 is fitted into the recess 24.
[0022]
Regarding the block diagram {circle around (7)}, the operator OP2, the operator OP3, and the operator OP4 are connected in series, and the output of the operator OP4 and the output of the operator OP1 are mixed. The block piece 35 of the operator OP3 is fitted into the recess 24, the block piece 45 of the operator OP4 is fitted into the recess 26, and the block piece 15 of the operator OP1 is fitted into the recess 16.
[0023]
As for the block diagram (8), the operators OP2 and OP3 are connected in series, the output of the operator OP3 is mixed with the output of the operator OP4, and the mixed output is mixed with the output of the operator OP1. The block piece 25 of the operator OP3 is fitted in the recess 24, the block piece 45 of the operator OP4 is fitted in the recess 34, and the block piece 15 of the operator OP1 is fitted in the recess 14.
[0024]
(2) Parameter editing
The parameter editing is a task of setting parameters of each operator, and also specifies whether each operator returns. The parameter editing is performed by detecting position information when the electronic pen 400 contacts the position detection unit 230 in the book-shaped member installation unit 200. The operator parameters include a sound pitch (pitch information), a maximum volume of an envelope, an attack time, a decay time, a sustain level, and a release time. The pitch of the sound and the maximum volume are set by bringing the electronic pen into contact with the buttons 212, 214,. Each of the attack time, the decay time, the sustain level, and the release time has an elliptical area, and is set by designating its position. Here, the attack time is the time from when the sound starts to reach the maximum volume, the decay time is the time from the maximum volume to the continuous volume, and the sustain level is the volume of the continuous sound. Yes, the release time is the time from the volume of the sustained sound until it attenuates.
[0025]
(3) Operation of the timbre parameter generation device
The operation of the timbre parameter generation device of the present embodiment will be described with reference to FIGS.
▲ 1 ▼ Edit operator
The operator edit routine shown in FIG. 6 is started at the same time when the power is turned on.
In step SP100, it is determined whether or not the block editing in the block area 100 has been completed. Specifically, it is determined whether the completion switch 90 has been pressed. If block editing has been performed and the completion switch 90 has not been pressed, “NO” is determined, and the determination is repeated. On the other hand, when the block editing is completed and the completion switch 90 is pressed, “YES” is determined, and the process proceeds to step SP105.
[0026]
In step SP105, a sound source algorithm is detected from the block area. Specifically, the presence / absence of a block piece and the type of the block are determined by the block area sensors 150 individually provided in the concave portions 12, 14, 16,. Then, the process proceeds to step SP110.
[0027]
In step SP110, the algorithm is checked. Specifically, it is determined whether or not a blank is formed between the block pieces. If a blank is formed, “NO” is determined, the process returns to step SP100, and block editing is repeated. On the other hand, if no blank is formed, “YES” is determined, and the process proceeds to step SP115. At the same time, the completion switch 90 is turned on to notify the user of the completion of the block editing.
[0028]
In step SP115, it is determined whether or not the parameter editing is completed in the book-shaped member installation unit 200. Specifically, it is determined whether the completion switch 265 has been pressed. If parameter editing has been performed and the completion switch 265 has not been pressed, “NO” is determined, and the determination is repeated. On the other hand, when the parameter editing is completed and the completion switch 265 is pressed, “YES” is determined, and the process proceeds to step SP120. In step SP120, the parameter is updated. Then, the process proceeds to step SP125.
[0029]
In step SP125, a parameter check is performed. Specifically, it is determined whether there is any omission in the parameter specification of each operator. If there is any omission, it is determined as “NO”, the process returns to step SP115, and the parameter editing is repeated. On the other hand, if there is no leakage, “YES” is determined, and the process proceeds to step SP130. At the same time, the completion switch 265 is turned on to notify the user of the completion of the parameter editing. In step SP130, the operator algorithm and the operator parameters are written in the tone color parameter RAM (memory card), and this routine ends.
[0030]
▲ 2 ▼ Pronunciation processing
When the above-described operator editing routine ends, a sound generation routine shown in FIG. 7 starts.
In step SP200, it is determined whether or not the KEY_ON signal has been sent from the operation of the performance operator 300. If the KEY_ON signal has not been sent, “NO” is determined, and the process proceeds to step SP210. On the other hand, when the KEY_ON signal is transmitted, “YES” is determined, and the process proceeds to step SP205. In step SP205, writing to the tone color parameter register and the NOTE_ON register is performed. By this processing, sound is emitted according to the edited algorithm and parameters. Then, the process proceeds to step SP210.
[0031]
In step SP210, it is determined whether or not the KEY_OFF signal has been sent by operating the performance operator 300. If the KEY_OFF signal is not sent, “NO” is determined and the determination in step SP200 is repeated. On the other hand, when the KEY_OFF signal is transmitted, “YES” is determined, and the process proceeds to step SP215. In step SP215, writing to the KEY_OFF register is performed. Thereby, the sound emission ends, and the determination in step SP200 is repeated.
[0032]
As described above, according to the present embodiment, the algorithm and the timbre parameters can be easily edited, and the timbre editing can be enjoyed with a sense of play. Therefore, the present embodiment can be used as an educational device for children.
[0033]
4. Application examples
{Circle around (1)} It is preferable to add a sound effect when turning a page. In such a case, the created tone color data can be assigned as a sound effect, an event sound at the time of parameter setting, or an operation sound.
{Circle over (2)} It is preferable that a typical tone such as a piano or guitar can be produced as a sample sound. In such a case, the parameters of each tone can also be stored in the ROM 710.
{Circle around (3)} It is preferable that data can be transferred to and from another sound source device, and the data can be reproduced by a personal computer or the like. In such a case, the created tone color data can be stored in the removable memory card 3000.
(4) It is preferable to be able to modify and edit the incoming melody of the mobile phone. In such a case, it is possible to input the incoming melody of the mobile phone 2000 via the memory card 3000 (storage unit) or a dedicated cable and use it for correction / editing of the tone parameter portion.
{Circle around (5)} It is preferable to use a tone signal generated on the book-shaped member as a ring tone. In such a case, the data can be transmitted via a dedicated cable (input / output interface) of the mobile phone 2000.
[0034]
5. Modified example
The present invention is not limited to the embodiments described above, and various modifications are possible, for example, as described below, and all are included in the scope of the present invention.
(1) In the above embodiment, block editing was performed by fitting a block piece into a recess in the block area. However, the block area was configured using a liquid crystal display panel, and the recess and the block piece were displayed on a screen. The block piece may be moved using an electronic pen or a pointing device.
The tone color parameter generation method (tone color parameter generation device) in this case includes an image display control process (image display control unit) configured by a liquid crystal display panel (display device). Further, there is provided a movement display control step (movement display control unit) for moving the block piece to the vicinity of the depression desired by the user among the plurality of depressions using the electronic pen or the pointing device. Further, a position detecting step (position detecting section) for detecting which of the plurality of block pieces is displayed near which of the plurality of concave portions, and a tone color parameter is generated based on a detection result of the position detecting section. It has a tone color parameter generation step (tone color parameter generation unit).
(2) In the above embodiment, the parameters of the operator are set using the book-shaped member installation unit 200, but the setting screen may be displayed on the liquid crystal display panel and set using an electronic pen or a pointing device. .
(3) Although the present embodiment is used for editing the algorithm and parameters of the FM sound source, it may be used for editing other sound sources.
(4) In the above embodiment, the function of executing the timbre parameter generation method is realized by a program stored in the ROM 710. A similar function can be realized by a program. The timbre parameters obtained by executing the application program or the timbre parameter generation method may be stored in a storage medium such as a CD-ROM or a flexible disk and distributed, or may be distributed through a telecommunication line.
[0035]
【The invention's effect】
As described above, according to the first aspect of the present invention, since the first tone color parameter is generated by fitting a block into a plurality of recesses, editing of the first tone color parameter is easy. It is.
Further, according to the second aspect of the present invention, since the first tone color parameter is generated by moving the block to the vicinity of the recess desired by the user among the plurality of recesses, the first tone color parameter is generated. Editing is easy.
Further, according to the twelfth aspect of the present invention, the first tone color parameter is generated by moving the block to the vicinity of the recess desired by the user among the plurality of recesses. Editing is easy.
[Brief description of the drawings]
FIG. 1 is a diagram showing a conventional electronic picture book.
FIG. 2 is a diagram showing an external view and a block area of an embodiment of the present invention.
FIG. 3 is a diagram illustrating a book-shaped member installation unit.
FIG. 4 is a block diagram of a timbre parameter generation device according to an embodiment of the present invention.
FIG. 5 is a configuration diagram of an FM operator.
FIG. 6 is a flowchart of an operator editing routine.
FIG. 7 is a flowchart of a sound generation routine.
FIG. 8 is a block diagram of an operator algorithm and a diagram showing block editing.
[Explanation of symbols]
10, 12, 14, 16, 20, 22, 24, 26, 30, 32, 34, 36, 40, 42, 44, 46 ... recessed parts, 15, 25, 35, 45 ... block pieces (blocks), 80 ... Symbols representing speaker functions, 90: completion switch, 100: block area, 150: block area sensor, 200: book-shaped member installation section, 212, 214, 216, 218: designation of oscillation speed (pitch) Buttons, 222, 22, 226, 228: Buttons for specifying sound volume, 210: Installation section, 220: Page detection section, 230: Position detection section, 240: Area (sound) for specifying oscillation speed (pitch) High information generating section), 245: Area for specifying envelope, 250, 252, 254, 256: Pages of book-shaped member (picture book), 260: D / A converter, 265: Complete Switch, 270 amplifier, 280 speaker, 290 sound generator, 300 performance operator, 400, 410 electronic pen, 500 memory card interface, 550 cartridge, 600 sound generator, 610 SIN table, 620 ... Adder, 625, multiplier, 630, envelope generator, 640, programmable generator, 650, operator (waveform generation source), 655, MIDI signal, 700, CPU, 710, ROM, 720, RAM, 725, parameter RAM, 750: state storage, 755: operator algorithm from block area (first tone parameter, connection algorithm), 760: parameter from book-like member installation section (second tone parameter), 765: KEY_ON register, 770: tone Para Tarejisuta, 800 ... I / F section, 900 ... bus line, 2000 ... mobile phone, 3000 ... memory card (storage unit)

Claims (14)

A block fitting portion having a plurality of recesses for fitting the block,
A first detection unit that is installed corresponding to each of the plurality of recesses of the block fitting unit and detects whether the block is fitted into each of the recesses;
A first timbre parameter generation unit for generating a timbre parameter based on a detection result of the first detection unit. A first display control unit that displays a plurality of blocks and a plurality of recesses for fitting these blocks on a display device;
A second display control unit configured to move the block to the vicinity of a recess desired by the user among the plurality of recesses in conjunction with a user operation;
A first detection step of detecting in which of the plurality of recesses each of the plurality of blocks is displayed,
A first timbre parameter generation unit configured to generate a timbre parameter based on a detection result of the first detection process. The first timbre parameter generation unit includes:
3. A timbre according to claim 1, wherein an algorithm for connecting a plurality of waveform sources in a tone generator system for synthesizing a musical tone using a plurality of waveforms generated from a plurality of waveform sources is generated. Parameter generator. An installation unit capable of installing a standardized book-like member,
A second detection unit that detects which page of the book-shaped member is open,
A third detection unit that detects a position of the electronic pen operated by the user,
It further comprises a book-like member installation unit having a sound generation unit that generates a sound corresponding to the detection result of the second and third detection units according to a program attached to the standardized book-like member. 4. The timbre parameter generation device according to claim 1, wherein: The book-shaped member installation section,
A second timbre parameter for generating a timbre parameter corresponding to a detection result in the second and third detection units when the standardized book-like member and the accompanying program are for generating a predetermined timbre parameter; The timbre parameter generation device according to claim 4, further comprising a generation unit. The second timbre parameter generation unit includes:
6. The timbre parameter generation device according to claim 5, wherein parameters to be supplied to each of the plurality of waveform generation sources in a tone generator system that synthesizes musical tones using waveforms generated from the plurality of waveform generation sources are generated. 7. The timbre parameter generation device according to claim 6, further comprising a storage unit that stores the timbre parameters generated by the first and second timbre parameter generation units. The timbre parameter generation device according to claim 7, wherein the storage unit is detachable. 7. The timbre according to claim 6, further comprising an input / output interface for outputting the timbre parameters generated by the first and second timbre parameter generation units to the outside and inputting the timbre parameters from the outside. Parameter generator. A pitch information generating unit for generating pitch information,
Waveforms generated from a plurality of waveform generating sources for synthesizing a musical tone based on the pitch information generated by the pitch information generating section and the timbre parameters generated by the first and second timbre parameter generating sections. 7. The timbre parameter generation device according to claim 6, further comprising a tone generator unit that synthesizes a tone using the tone generator. 5. The timbre parameter generation device according to claim 4, further comprising an allocation unit that allocates the timbre parameters generated by the first and second timbre parameter generation units to desired sound effects, event sounds, and operation sounds. A first display control step of displaying on a display device a plurality of blocks and a plurality of recesses for fitting these blocks;
A second display control step of moving the block to the vicinity of a recess desired by the user among the plurality of recesses in conjunction with a user operation;
A first detection step of detecting in which of the plurality of recesses each of the plurality of blocks is displayed,
A first timbre parameter generation step of generating a timbre parameter based on the detection result of the first detection step. The first timbre parameter generation step includes:
13. The timbre parameter generation method according to claim 12, wherein a connection algorithm of a plurality of waveform sources is generated in a sound source system in which a tone is synthesized using a plurality of waveforms generated from a plurality of waveform sources. A program for executing the tone color parameter generation method according to claim 12.

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