JP3741063B2 - Digital recorder and program thereof - Google Patents

Description

[0001]
[Technical field to which the invention belongs]
The present invention relates to a digital recorder including clip recording means for recording a predetermined time by loop overwriting and a program thereof.
[0002]
[Prior art]
2. Description of the Related Art Conventionally, a multi-track digital recorder is known in which a plurality of tracks constituting a music are recorded to digitally record a multi-track song on a hard disk or other storage medium. When recording, the musical sound played for each track is digitally recorded.
[0003]
[Problems to be solved by the invention]
By the way, when recording music with a multi-track digital recorder, if a part of a song is recorded on the corresponding track, if the performer makes a mistake in the performance, the recording will be re-executed. There was also the problem of having to re-operate.
[0004]
SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide a digital recorder and a program therefor, in which even if a player makes a mistake in the performance on the way, the recording operation is not repeated every time.
[0005]
[Means for Solving the Problems]
In order to achieve the above object, the digital recorder of the present invention sets a storage area for a specified time in the storage means, and records the performance sound by loop overwriting in the storage area, and the clip recording means Control means capable of reproducing or copying a desired range of the storage area recorded by the method to a destination track, and recording the recording data of the storage area as a sound source material on each track, Like creating a song with tracks The performance sound is sample data, and a storage area capable of recording the performance sound sample data for a specified time is set in the storage means, and the performance sound is recorded in the storage area by loop overwriting. At the time, as an accompaniment sound corresponding to the performance sound for a specified time, a track of the already recorded multi-track is reproduced, and the performance sound is recorded while updating a recording pointer, The recording pointer at the end of recording according to the end operation is set as the initial value of the end address, the address calculated based on the time specified from the end address is set as the initial value of the start address, The start address and the end address can be changed to arbitrary positions, and the start address is changed according to a copy instruction. Said the recorded performance sound in the section up to the end address, can be copied to the specified track of the multi-track from Like that.
[0006]
In the digital recorder of the present invention, the clip recording means records the performance sound of the selected recording channel in the storage area, and can be copied to a track designating a desired range of the storage area. Also good.
[0007]
Next, the digital recorder program of the present invention that can achieve the above object is a digital recorder program that can be executed by a computer, and sets a storage area for a specified time in a storage means, and loops to the storage area. A clip recording step for recording by overwriting, and a copy step for specifying a desired range of the storage area recorded by the clip recording means and copying to any one of the tracks of the multitrack, The performance sound is sample data, and a storage area capable of recording the performance sound sample data for a specified time is set in the storage means, and specified when recording the performance sound by loop overwriting in the storage area. As an accompaniment sound corresponding to the performance sound for a certain amount of time, a track of the already recorded multi-track is played, and the performance sound is recorded while the recording pointer is updated. The recording pointer at the end of recording is set as the initial value of the end address, the address calculated based on the time specified from the end address is set as the initial value of the start address, and the start address and The end address can be changed to an arbitrary position, and the end address is changed from the start address according to a reproduction instruction. Recorded performance sound in the interval of up to address is copied to the specified track of the multi-track, By recording the recording data in the storage area on each track as a sound source material, a multi-track song is created.
[0008]
In the digital recorder program of the present invention, the performance sound of the selected recording channel is recorded in the storage area in the clip recording step, and the desired range of the recorded storage area is recorded in the copy step. It may be possible to copy to a specified track.
[0009]
According to the present invention, a recording area for an arbitrarily set time is set in a storage means such as a hard disk, and the performance input sound is continuously recorded there by a loop overwrite (ring buffer operation) until an end instruction is given. After the end of recording, the recording content for the last set time is recorded in the recording area. It is possible to set a desired start point and end point within this range, and to reproduce between them. In addition, the designated section or all sections can be transferred and copied to one of the tracks of the multitrack.
As a result, once the performer starts the recording operation, the latest performance for the set time is always recorded. Therefore, when the performance that is satisfactory to the performer is achieved, the recording is terminated, so that a satisfactory performance can be recorded without re-recording operation of the recorder for each performance. In this case, the recording waveform recorded in the recording area may be mixed with another recording waveform, or a musical sound waveform edited by using it alone as a sound source material may be recorded on each track in the multitrack.
[0010]
DETAILED DESCRIPTION OF THE INVENTION
FIG. 1 is a functional block diagram showing a schematic configuration of a multi-track digital recorder according to an embodiment of the present invention.
The digital recorder 1 shown in FIG. 1 is a digital recorder with a 4-track digital mixer, the input is input of four channels IN1, IN2, IN3, and IN4, and the output is a stereo output composed of OUT1 and OUT2. It is said that. A digital signal converted by the analog / digital converter is input from the inputs IN1 to IN4, and an analog signal converted by the digital / analog converter is output from the outputs OUT1 and OUT2. In FIG. An analog / digital converter and a digital / analog converter are not shown.
[0011]
The mixer unit 2 is supplied with four-channel input sound data from the inputs IN1 to IN4 and digitally recorded four-channel reproduced sound data PLAY1, PLAY2, PLAY3, and PLAY4 reproduced by the digital recording player unit 3. ing. The mixer unit 2 can select and mix the four-channel input sound data input from the inputs IN1 to IN4 and the four-channel reproduction sound data PLAY1 to PLAY4. It is also possible to add effects when mixing. For example, the mixer unit 2 can perform mixing with panning so that the sound image position of each channel changes during digital recording. The mixing data output from the mixer unit 2 is finally mixed down to stereo sound data in the mixer unit 2 and output.
[0012]
The stereo outputs OUT1 and OUT2 output from the mixer unit 2 in this way are transferred from the hard disk (HDD) or RAM (Random Access Memory) under the control of the digital recording player unit 3 before being converted into analog signals. Digitally recorded in the form of a song on the storage means 4 or CD-R (CD Recordable) 5. This song is composed of four tracks that can be quadruple, and the configuration of the song that is digitally recorded is as shown in FIG. That is, the song has four tracks of TRACK 1 to TRACK 4 that can be played in four (the playback sound output of each track corresponds to the above-mentioned PLAY 1 to PLAY 4), the song name associated with the song, the setting state of various effects, etc., the basic volume It is composed of mixing operation information (MIXING MANUPULATION DATA) that collects basic data such as, and sound clip data (SOUND CLIP DATA) that can be used as a sound source material to be described later. Note that the performance sounds, which are stereo outputs output from the mixer section 2, are recorded in TRACK1 to TRACK4, respectively.
[0013]
The digital recorder 1 according to the present invention can perform digital recording without performing re-recording setting operation for each performance until a satisfactory performance is achieved by performing sound clip recording. ing. Therefore, sound clip recording will be described with reference to FIG. When performing sound clip recording, a recording channel is selected and a set time T for recording is selected. The set time T is, for example, from the beginning of the m-th measure of the song to the end of the n-th measure (m ≧ n), and specifies the time position and period for recording the sound clip in the song. (Number) and the song's set tempo value, it is easy to understand musically. Basically, m indicates the first measure, and n is considered to be the number of the last measure of the song. If the song has already been recorded, any m and n are assumed within that period. May be.
[0014]
Then, by setting a set time T for recording, a storage area AB that can be recorded for a set time T, for example, on the RAM of the storage means 4 is set as a sound clip buffer (SCBUFF) as shown in FIG. When sound clip recording is executed, input sound sample data from the selected inputs IN1 to IN4 are recorded in the sound clip buffer. At this time, the recording pointer on the sound clip buffer circulates in the storage areas A-B, and the player loops the input sound sample data in the sound clip buffer until a satisfactory performance is achieved as shown in FIG. Continue recording while overwriting. That is, by using the ring buffer writing method, the recording pointer is circulated, and the loop overwriting with the input sound sample data is executed in the sound clip buffer composed of the storage areas AB.
[0015]
If the song has a four-track configuration as shown in FIG. 3, any of the four channels corresponding to each track is selected and recorded. In addition, for a channel for which recording is not selected, the recording waveform data recorded on the corresponding track can be reproduced at the time of recording. For example, after recording accompaniment on channels 1 and 2 corresponding to the first and second tracks, if channel 3 is selected as a recording channel and sound clip recording is performed, accompaniment corresponding to storage areas AB of set time T A sound (corresponding to the accompaniment sound from the m-th measure to the n-th measure in the above example) is repeatedly reproduced from the tracks 1 and 2 and the performance from the channel 3 is performed while listening to the reproduced accompaniment sound. Sound can be recorded in the sound clip buffer.
[0016]
Here, when satisfactory performance is achieved, recording to the sound clip buffer is stopped. The address value completed at this time becomes the end address (REC END), and the address value obtained by subtracting only the address value corresponding to the set time T from the end address (REC END) becomes the start address (REC TOP). After recording, a start point ST and an end point END can be set at desired positions in the sound clip buffer as shown in FIG. When set, only the section between the start point ST and the end point END can be reproduced by the digital recording player unit 3, and the input sound sample data recorded between the start point ST and the end point END. Can be confirmed. Furthermore, the input sound sample data recorded in the section between the start point ST and the end point END can be copied as performance sound constituting the song to the destination track of the channel selected for recording. It is also possible to play back the recorded data of the entire section recorded in the sound clip buffer and copy it to the designated track.
[0017]
For example, performance sounds such as a rhythm part, a bass part, and a guitar part can be recorded on each of the four tracks constituting the song. When creating a new song, if you want to perform these parts by yourself, for example, select channel 1 corresponding to the first track (TRACK1) in the new song as the recording channel, and execute sound clip recording. The performance of the rhythm part, etc., to be accompanied is performed, and the performance sound of the accompaniment is recorded in the sound clip buffer. When a satisfactory rhythm part is played, recording to the sound clip buffer is stopped. Next, the entire performance sound recorded in the sound clip buffer is copied to the track 1 corresponding to the channel 1. In this case, the start point ST and the end point END may be set in the sound clip buffer, and the performance sound in the set section T1 may be copied to the first track. The sound clip data on the sound clip buffer can be written in the sound clip data (SOUND CLIP DATA) area of the new song so that the sound clip data can be used as a sound source material. In this way, for example, a rhythm part that is an accompaniment sound can be created. In addition, a sampling pad or metronome can be played during recording. In this case, the tempo / time signature follows the value of the rhythm map at the position of the song immediately before the start of recording. However, if it is not recorded on any track immediately after creating a new song, it can be set to any value.
[0018]
Next, the next channel 2 of the new song is played in the same manner and recorded in the sound clip buffer. When the sound clip recording is executed, the accompaniment sound of the rhythm part, for example, corresponding to the storage area AB of the set time T is repeatedly reproduced from the track 1, and the performance from the channel 2 is heard while listening to the reproduced accompaniment sound. Sound can be recorded in the sound clip buffer. Here, when satisfactory channel 2 performance is achieved, recording to the sound clip buffer is stopped. Next, by performing the same operation, the performance sound on the sound clip buffer is recorded on the second track (TRACK2) corresponding to channel 2 of the new song.
[0019]
Similarly, by playing the guitar part etc. and recording the guitar part etc. on the third track (TRACK3) and the fourth track (TRACK4) of the new song, the new song is completed. Even in this case, when the sound clip recording is executed, the accompaniment sounds corresponding to the storage areas AB of the set time T are repeatedly reproduced from the tracks 1 and 2 and the channel is heard while listening to the reproduced accompaniment sounds. The performance sound from 3 or 4 can be recorded in the sound clip buffer. As described above, you can use sound clip recording to record all parts, or you can use sound clip recording to add new parts to an already completed song. In this case, the same convenience can be obtained.
[0020]
Next, FIG. 4 is a block diagram showing the configuration of the digital recorder according to the present invention.
In the digital recorder 1 shown in FIG. 4, the CPU 10 is a central processing unit (Central Processing Unit) that controls operations of digital recording and sound clip recording in the digital recorder 1 by executing a digital recorder program and other various programs. . The ROM 11 is a ROM (Read Only Memory) in which programs for digital recording and sound clip recording executed by the CPU 10 and various data are stored. A RAM 12 is a system memory in the digital recorder 1, and is a RAM (Random Access Memory) in which a sound clip buffer, a work area of the CPU 10, and the like are set.
[0021]
The HDD 13 is a hard disk drive having a hard disk, and is a mass storage means in which a sound clip buffer is set instead of the RAM 12 or a created song is stored. CD-R5 is a CD-R drive capable of digitally recording a song on a CD-R disc. This is a disk drive for reading / writing the removable set disk 14. The LCD 14 is a liquid crystal display on which various information is displayed during sound clip processing and digital recording. The panel operator group 15 is various repetitive buttons provided on the panel of the digital recorder 1 for controlling recording and reproduction, and various instructions can be given to the digital recorder 1 by operating these buttons. The DSP (Digital Signal Processor) 16 is a microprocessor dedicated to digital signal processing that implements the mixer unit 2. The ADC / DAC 17 is an analog / digital / digital / analog conversion unit that converts four input sounds into digital signals to make inputs IN1 to IN4, and converts the stereo outputs OUT1 and OUT2 into analog signals and outputs them. A communication interface (COMM I / F) 18 is a network interface for connecting to a server computer via a communication network such as a LAN (Local Area Network), the Internet, or a telephone line. The bus 19 is a CPU bus that interconnects the above-described units including an address bus, a control bus, and a data bus.
[0022]
Next, a configuration example of the panel of the digital recorder 1 according to the present invention is shown in FIG.
As shown in FIG. 6, the panel of the digital recorder 1 according to the present invention is provided with an LCD 14 and a panel operator group 15. The panel operation unit group 15 includes four channel (CH1 to CH4) volume operation units 21, 22, 23, 24, a stereo output volume operation unit 25, and various types of operations shown in the figure for digital recording and sound clip processing. It consists of operation buttons. The volume controls 21, 22, 23, and 24 are slide volume type controls that perform recording level adjustment when selected as a recording channel and adjust playback level when selected as a playback channel. The operation buttons are provided with a fast forward button (FF), a rewind button (REW), a move button (RTZ) for moving to a sound clip recording start position, and a stop button (STOP). A selection button (SEL) is provided above the volume controls 21, 22, 23, and 24 so that a recording channel can be selected.
[0023]
Further, the clip button (CLIP) is a button for starting a sound clip. When the clip button is operated and the button is lit in green, the record button (REC) and the play button (PLAY) button are operated together. As a result, recording into the sound clip buffer is started. In the recording state, the clip button is lit red to indicate that recording is in progress. In addition, when the clip button is lit in green, the play from the sound clip buffer is started by operating the play button (PLAY) button. Further, by operating a copy button (COPY), the recorded data can be copied to a track corresponding to the selected recording channel in the song. At this time, if the screen of the LCD 14 is a sound clip screen as shown in FIG. 5 and [CLIP] is normally displayed, the recording data of all sections in the sound clip buffer is copied, and [CLIP] In the reverse display, the recording data of the section T1 between the start point ST and the end point END in the sound clip buffer is copied. The display state of [CLIP] is reversed every time the cursor is moved and the ENTER key is operated. The cursor can be moved arbitrarily with the direction keys.
[0024]
Next, FIG. 7 shows a flowchart of sound clip processing executed when sound clip recording is performed in the digital recorder 1 of the present invention.
In the sound clip process, it is determined in step S10 whether the SC START flag is set to “0” and recording is not being performed. If the SC START flag is set to “0” and it is determined that recording is not in progress, the process proceeds to step S11, and the recording button (REC) and play button (PLAY) button are operated together to record the sound clip. It is determined whether or not a start operation has been performed. Here, if it is determined that the record button (REC) + play button (PLAY) button has been operated, the process proceeds to step S12, and the initial setting of the sound clip is performed. In the initial setting, by setting a recording set time T, the storage area AB for the recording buffer time length T is secured in the RAM or the like of the storage means 4 as a sound clip buffer (SCBUFF). The pointer is initialized. Next, in step S13, the SC START flag is set to "1", the sound clip is being recorded, and the process returns. If it is determined in step S11 that the sound clip recording start operation has not been performed, the process directly returns.
[0025]
Further, when the SC START flag is set to “1” in step S10 and it is determined that the sound clip is being recorded, the process branches to step S14 to check whether or not the sound clip end operation has been performed by operating the stop button (STOP). To be judged. Here, if it is determined that the sound clip ending operation has not been performed, the process branches to step S19, and the input sound sample data is recorded in the sound clip buffer (SCBUFF). In this case, as shown in FIG. 2, the input sound sample data is recorded in an overwrite loop, and the recording pointer is updated during recording. Next, if the recording is continued but the sound clip is not ended during that time, the input sound sample data is overwritten and loop recorded in the sound clip buffer (SCBUFF) in the next sound clip processing. It becomes like this.
[0026]
If it is determined in step S14 that the sound clip end operation has been performed, the process proceeds to step S15, where recording of the input sound sample data to the sound clip buffer (SCBUFF) is ended, and the recording pointer value at this time is set as the end address. (RECEND) is stored in the register. Next, in step S16, the start address value which is the recording start position is calculated from the end address (RECEND) value and the time length T set in the sound clip buffer (SCBUFF), and is calculated and stored in the register as the start address (RECTOP). Remember me. In step S17, the start address (RECTOP) value is stored in the start point register as a start point value (STARTPOINT), and the end address (RECEND) value is stored in the end point register as an end point value (ENDPOINT). Next, in step S18, the SC START flag indicating that recording is in progress is reset to "0" and the process returns.
[0027]
Next, FIG. 8 shows a flowchart of sound clip reproduction processing executed in the digital recorder 1 of the present invention.
In the sound clip reproduction process, in step S21, it is determined whether or not the CLIP PLAY flag indicating the reproduction is set to “0”. Here, if the CLIP PLAY flag is set to “0” and it is determined that playback is not in progress, the process proceeds to step S22, and a setting change operation corresponding process that can change the settings of the start point value (STARTPOINT) and the end point value (ENDPOINT) is performed. Executed. Here, an arbitrary section T1 can be set by changing the values of the start point ST and the end point END shown in FIG. In this case, the sound clip screen shown in FIG. 5 is displayed on the LCD 14, and the start position value (STARTPOINT) and the end position mark (E) 31 are moved by moving the cursor to the start position mark (S) and the end position mark (E) 31, respectively. The setting of the end point value (ENDPOINT) can be changed. In this case, the start point value (STARTPOINT) and the end point value (ENDPOINT) are indicated by the number of bars and the number of beats as shown as the clip point 32. For example, in FIG. 5, the start point value (STARTPOINT) is indicated as “001” and the number of beats is [4], the end point value (ENDPOINT) is indicated as “095” and the number of beats is [4]. It is shown. The display on the right side of the screen is a level meter 33.
[0028]
When the setting change operation handling process ends, the start point value (STARTPOINT) set in step S23 is stored in the play pointer register as a play pointer value (PLAYPOINTER). Next, in step S24, it is determined whether or not there is a sound clip reproduction operation. Here, if the play button (PLAY) button is operated, it is determined as YES, and the CLIP PLAY flag indicating that playback is in progress is set to “1” in step S25, and the process returns. If the play button (PLAY) button is not operated, the process is returned as it is.
If the CLIP PLAY flag indicating that playback is in progress is set to "1" in step S21 and it is determined that playback is in progress, the process branches to step S26 to determine whether or not a playback stop (CLIP STOP) operation has been performed. . Here, if it is determined that a playback stop (CLIP STOP) operation has been performed, the process proceeds to step S27 where playback is terminated and the CLIP PLAY flag is reset to “0” and the process returns.
[0029]
Further, if it is determined in step S26 that the playback stop (CLIP STOP) operation has not been performed, the process proceeds to step S28, and samples are sequentially read from the sound clip buffer (SCBUFF) and played back. At the same time, the play pointer value (PLAYPOINTER) is updated according to the reproduction. Next, in step S29, it is determined whether or not the play pointer value (PLAYPOINTER) has reached the set end point value (ENDPOINT). Here, when it is determined that the play pointer value (PLAYPOINTER) has reached the end point value (ENDPOINT), all samples in the section T1 have been read and reproduced, so that the process proceeds to step S27. At the same time, playback is terminated and the CLIP PLAY flag is reset to “0” and the process returns. If it is determined that the play pointer value (PLAYPOINTER) has not reached the end point value (ENDPOINT), all the samples in the section T1 have not been read out and played back. In the sound clip playback process, a continuous recording sample is read from the sound clip buffer (SCBUFF) and played back.
[0030]
Next, FIG. 9 shows a flowchart of copy processing executed in the digital recorder 1 of the present invention.
In the copying process, it is determined whether or not the sound clip buffer (SCBUFF) has been recorded in step S30. If it is determined that the recording has been completed, the process proceeds to step S31 and the copy destination track in the song as shown in FIG. Is specified. In this track designation process, the cursor can be designated by operating the ENTER key with the direction key on the screen displayed on the LCD 14 and the cursor on the copy destination track. Next, in step S32, it is determined whether or not there has been an operation for copying all sections recorded in the sound clip buffer (SCBUFF). As described above, the operation of copying the entire section is to operate the copy button (COPY) when the screen of the LCD 14 is a sound clip screen as shown in FIG. 5 and [CLIP] is normally displayed. Is done. If it is determined that the copying operation for all sections has been performed, the process proceeds to step S33, and the recording data of all sections recorded in the sound clip buffer (SCBUFF) is copied to the designated track. Then return.
[0031]
If it is determined in step S30 that the sound clip buffer (SCBUFF) has not been recorded, the process returns.
Further, if it is determined in step S32 that the copying operation for all sections has not been performed, the process branches to step S34 and the start point value (STARTPOINT) and end point values set in the sound clip reproduction process described above are performed. It is determined whether or not there is a copy operation in the section T1 between (ENDPOINT). The operation for copying the section T1 is to operate the copy button (COPY) when the screen of the LCD 14 is a sound clip screen as shown in FIG. 5 and [CLIP] is highlighted. Is done. Here, if it is determined that the copy operation of the section T1 has been performed, the process proceeds to step S35, and the start point value (STARTPOINT) and end point values recorded in the sound clip buffer (SCBUFF) in the designated track. The recording data of the section T1 between (ENDPOINT) is copied. Then return. On the other hand, if it is determined in step S34 that the copy operation for the section T1 has not been performed, the process directly returns.
[0032]
When copying the recorded data of the entire track recorded in the sound clip buffer (SCBUFF) to the specified track, or the section T1 between the start point value (STARTPOINT) and the end point value (ENDPOINT), You may make it record by mixing with the recording data already recorded on the said track | truck. In this case, the recording data recorded on the track is reproduced by the digital recording player unit 3 and supplied to the mixer unit 2, and predetermined recording data recorded in the sound clip buffer (SCBUFF) in the mixer unit 2 A stereo digital mixing signal output from the mixer unit 2 may be recorded on the track. At this time, the temporal positional relationship between the recording data of the track to be mixed and the recording data of the sound clip may be arbitrarily set. In addition, when copying the recording data of the whole section recorded in the sound clip buffer (SCBUFF) to the specified track, or the section T1 between the start point value (STARTPOINT) and the end point value (ENDPOINT), You may make it record immediately after that so that it may connect with the recording data already recorded on the said track | truck.
[0033]
【The invention's effect】
Since the present invention is configured as described above, a recording area for an arbitrary set time is set in a storage means such as a hard disk, and until there is an instruction to end the performance input sound by loop overwriting (ring buffer operation). Record continuously. After the end of recording, the recording content for the last set time is recorded in the recording area. It is possible to set a desired start point and end point within this range, and to reproduce between them. In addition, the designated section or all sections can be transferred and copied to one of the tracks of the multitrack.
As a result, once the performer starts the recording operation, the latest performance for the set time is always recorded. Therefore, when the performance that is satisfactory to the performer is achieved, the recording is terminated, so that a satisfactory performance can be recorded without re-recording operation of the recorder for each performance. In this case, the recording waveform recorded in the recording area may be mixed with other recording waveforms, or may be used alone as a sound source material and recorded on each track in the multitrack.
[Brief description of the drawings]
FIG. 1 is a functional block diagram showing a schematic configuration of a multitrack digital recorder according to an embodiment of the present invention.
FIG. 2 is a diagram for explaining sound clip processing in the multitrack digital recorder according to the embodiment of the present invention;
FIG. 3 is a diagram illustrating a configuration example of a song in the multitrack digital recorder according to the embodiment of the present invention.
FIG. 4 is a block diagram showing a configuration of a multi-track digital recorder according to an embodiment of the present invention.
FIG. 5 is a diagram showing a sound clip screen in the multi-track digital recorder according to the embodiment of the present invention.
FIG. 6 is a diagram showing an example of a panel configuration of the multi-track digital recorder according to the embodiment of the present invention.
FIG. 7 is a flowchart of sound clip processing in the multitrack digital recorder according to the embodiment of the present invention.
FIG. 8 is a flowchart of sound clip reproduction processing in the multitrack digital recorder according to the embodiment of the present invention.
FIG. 9 is a diagram showing a flowchart of copy processing in the multi-track digital recorder according to the embodiment of the present invention;
[Explanation of symbols]
1 digital recorder, 2 mixer section, 3 digital recording player section, 4 storage means, 5 CD-R, 10 CPU, 11 ROM, 12 RAM, 13 HDD, 14 LCD, 14 disk, 15 panel operator group, 16 DSP 17 ADC / DAC, 18 COMM I / F, 19 bus, 21, 22, 23, 24 Volume operator, 25 Volume operator, 31 Start position mark (S) and End position mark (E), 32 clip points, 33 Level meter

Claims (4)

Clip recording means for setting a storage area for a specified time in the storage means, and recording a performance sound by loop overwriting in the storage area;
Control means capable of reproducing a desired range of the storage area recorded by the clip recording means or copying it to a destination track;
By recording the recording data of the storage area on each track as a sound source material, a song composed of multitracks is created ,
The performance sound is sample data, and a storage area capable of recording the performance sound sample data for a specified time is set in the storage means, and specified when recording the performance sound by loop overwriting in the storage area. As an accompaniment sound corresponding to the performance sound for a certain amount of time, a track of the already recorded multi-track is played, and the performance sound is recorded while the recording pointer is updated. The recording pointer at the end of recording is set as the initial value of the end address, the address calculated based on the time specified from the end address is set as the initial value of the start address, and the start address and The end address can be changed to an arbitrary position, and the start address can be changed from the start address according to a copy instruction. Play sounds that are recorded in the section up de address, digital recorder, characterized in that it has to be copied to the designated track of said multi-track.   The performance sound of the selected recording channel is recorded in the storage area by the clip recording means, and can be copied to a specified track in the storage area. Digital recorder. A digital recorder program executable by a computer,
A clip recording step of setting a storage area for a specified time in a storage means, and recording the loop with overwriting in the storage area;
A copy step of designating a desired range of the storage area recorded by the clip recording means and copying to any one of the tracks of the multi-track,
The performance sound is sample data, and a storage area capable of recording the performance sound sample data for a specified time is set in the storage means, and specified when recording the performance sound by loop overwriting in the storage area. As an accompaniment sound corresponding to the performance sound for a certain amount of time, a track of the already recorded multi-track is played, and the performance sound is recorded while the recording pointer is updated. The recording pointer at the end of recording is set as the initial value of the end address, the address calculated based on the time specified from the end address is set as the initial value of the start address, and the start address and The end address can be changed to an arbitrary position, and the end address is changed from the start address according to a reproduction instruction. Recorded performance sound in the interval of up to address is copied to the specified track of the multi-track,
A digital recorder program characterized in that a multi-track song is created by recording recorded data in the storage area on each track as a sound source material.   In the clip recording step, the performance sound of the selected recording channel is recorded in the storage area, and in the copying step, a desired range of the recorded storage area can be copied to a designated track. The digital recorder program according to claim 3.

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