As we all know, the TV station organizes a large-scale live music evening party that requires a lot of instrumental music, vocal music, and dancers. For the audio system, the live broadcast scene is more prone to problems (there are multiple cameras on the video site, the director can switch which camera's good lens is free; and the audio system has only one signal for the director to use on site). In order to achieve a live broadcast, it is generally safe to take pre-recorded recordings and play audio tapes at the same time. Whether it is vocal music or dance, many instrumentalists need to do a lot of pre-recording work in the studio, investing a lot of manpower, financial resources and time. After adopting MIDI technology , it will save a lot of manpower, financial resources and time, and can improve work efficiency several times.
The basic concept of MIDI technology The full name of MIDI (Music "Millet" is the musical instrument digital interface, which is a digital interface for musical instruments.
MIDI is just a communication standard that was established by electronic musical instrument manufacturers to determine how computer music programs, synthesizers, and other electronic audio devices exchange information and control signals.
The MIDI system is actually a performance system for composition, orchestration, and electronic simulation. The data that is transferred from one MIDI device to another is MIDI information. MIDI data is not a digital audio waveform, but a music code or electronic score.
Music directors of TV evenings can use MIDI functions to assist in music creation, or to generate music data media by MI-DI standard, or to play directly on music.
If you have an advanced MIDI software library on your computer, you can create music, music scores, programming, music adjustments, sound amplitude, rhythm speed, coordination between voices, and reverberation by MIDI. Control is complete.
Using MIDI technology to connect electronic synthesizers, electronic rhythm machines (electronic drum machines) and other electronic sound sources with the sequencer, you can play a variety of acoustic effects with superb sounds and timbre changes, as well as a variety of performances. The key data is stored, which greatly improves the ability and conditions of music performance.
The cable used to connect various MIDI devices is a 5-core cable, which is often referred to as a MIDI cable.
How the MIDI System Works The core of the MIDI Composer and Verifier system is a software called a sequencer. This software can be installed on a personal computer or in a dedicated hardware. The sequencer is actually a word porcessor that can be used to record, play, and edit songs played by various MIDI instruments. The sequencer does not really record sound. It only records and plays MIDI information. The information from the MIDI instrument is like the score on the paper. It can't directly generate music. MIDI itself can't produce music. , but it contains all the instructions needed to generate music, such as what instrument to use, what notes to play, how fast to play, how strong to play, and so on.
The sequencer can be either hardware or software. It works like a multitrack recorder in a professional studio. It can record many independent sounds in the sequencer. The only difference is that the sequencer only records the MIDI data when playing. It does not record sound; it can be recorded on track orbit, or it can be modified on a track. When you play keyboard music, the sequencer records the MIDI data from the keyboard. Once you have stored the required data, you can play the song you just made. If you think that the part of this part is good, you can add other parts, and the newly added part will be completely synchronized with the first part when playing.
As a sequencer for a single device, the number of tracks is relatively small, about 8 to 16 tracks, and as a serializer for computer software, there are almost as many as 50,000 notes and 64 to 200 tracks.
Unlike tapes, serializers are limited only by hardware-efficient RAM (Rndom access memory) and storage capacity, so composing and distributing devices do not have to worry about "tape" not enough. One of the great advantages of MIDI technology is that the amount of data it sends to and from the computer is quite small. A digital audio file containing one minute of stereo requires about 10 megabytes (equivalent to the capacity of seven floppy disks). However, a minute of MIDI music files. This also means that the data transmitted between the instrument and the computer is very low, which means that the lowest-end computer can also run and record MIDI files.
By using a MIDI sequencer, the cost of composition and orchestration can be greatly reduced, without the need for a huge band to play. Music directors can create songs at home, match them, and no longer need a big band to record in one part of a voice in the studio. Simply use the computer or keyboard in the studio to input all the information of each part of the MIDI sequencer stored in the keyboard to the recorder.
The MIDI program is designed to convert the music or music tracks to be converted into MIDI control languages ​​according to the rhythm, speed, technical measures, etc., so that under the control of these MIDI commands, various sound sources are appropriate. At the time of the day, the desired sound is played with the specified tone, time value, intensity, and the like. In the recording system, it is also necessary to control the recording of these sounds. The range that MIDI adapts to is only electro-acoustic music or music that simulates other instruments.
The generation and application of MIDI technology greatly reduces the cost of creating music, saves a lot of expenses for band players, shortens working hours in the studio, and improves work efficiency. The composing, orchestration and recording of a whole TV literary evening requires only one music director, and a sound engineer can complete the instrumental music, orchestration, performance and recording work. Sichuan TV's comprehensive literary live show "Wizard World" and all the background music (including vocal music, dance, essays, etc.) in the TV party are basically made using MIDI technology , many of which have won many awards.
It can be seen that the music created and recorded by MIDI technology has profound music creation ability and will play an important role in the future TV stage.
As we all know, the TV station organizes a large-scale live music evening party that requires a lot of instrumental music, vocal music, and dancers. For the audio system, the live broadcast scene is more prone to problems (there are multiple cameras on the video site, the director can switch which camera's good lens is free; and the audio system has only one signal for the director to use on site). In order to achieve a live broadcast, it is generally safe to take pre-recorded recordings and play audio tapes at the same time. Whether it is vocal music or dance, many instrumentalists need to do a lot of pre-recording work in the studio, investing a lot of manpower, financial resources and time. After adopting MIDI technology , it will save a lot of manpower, financial resources and time, and can improve work efficiency several times.
The basic concept of MIDI technology The full name of MIDI (Music "Millet" is the musical instrument digital interface, which is a digital interface for musical instruments.
MIDI is just a communication standard that was established by electronic musical instrument manufacturers to determine how computer music programs, synthesizers, and other electronic audio devices exchange information and control signals.
The MIDI system is actually a performance system for composition, orchestration, and electronic simulation. The data that is transferred from one MIDI device to another is MIDI information. MIDI data is not a digital audio waveform, but a music code or electronic score.
Music directors of TV evenings can use MIDI functions to assist in music creation, or to generate music data media by MI-DI standard, or to play directly on music.
If you have an advanced MIDI software library on your computer, you can create music, music scores, programming, music adjustments, sound amplitude, rhythm speed, coordination between voices, and reverberation by MIDI. Control is complete.
Using MIDI technology to connect electronic synthesizers, electronic rhythm machines (electronic drum machines) and other electronic sound sources with the sequencer, you can play a variety of acoustic effects with superb sounds and timbre changes, as well as a variety of performances. The key data is stored, which greatly improves the ability and conditions of music performance.
The cable used to connect various MIDI devices is a 5-core cable, which is often referred to as a MIDI cable.
How the MIDI System Works The core of the MIDI Composer and Verifier system is a software called a sequencer. This software can be installed on a personal computer or in a dedicated hardware. The sequencer is actually a word porcessor that can be used to record, play, and edit songs played by various MIDI instruments. The sequencer does not really record sound. It only records and plays MIDI information. The information from the MIDI instrument is like the score on the paper. It can't directly generate music. MIDI itself can't produce music. , but it contains all the instructions needed to generate music, such as what instrument to use, what notes to play, how fast to play, how strong to play, and so on.
The sequencer can be either hardware or software. It works like a multitrack recorder in a professional studio. It can record many independent sounds in the sequencer. The only difference is that the sequencer only records the MIDI data when playing. It does not record sound; it can be recorded on track orbit, or it can be modified on a track. When you play keyboard music, the sequencer records the MIDI data from the keyboard. Once you have stored the required data, you can play the song you just made. If you think that the part of this part is good, you can add other parts, and the newly added part will be completely synchronized with the first part when playing.
As a sequencer for a single device, the number of tracks is relatively small, about 8 to 16 tracks, and as a serializer for computer software, there are almost as many as 50,000 notes and 64 to 200 tracks.
Unlike tapes, serializers are limited only by hardware-efficient RAM (Rndom access memory) and storage capacity, so composing and distributing devices do not have to worry about "tape" not enough. One of the great advantages of MIDI technology is that the amount of data it sends to and from the computer is quite small. A digital audio file containing one minute of stereo requires about 10 megabytes (equivalent to the capacity of seven floppy disks). However, a minute of MIDI music files. This also means that the data transmitted between the instrument and the computer is very low, which means that the lowest-end computer can also run and record MIDI files.
By using a MIDI sequencer, the cost of composition and orchestration can be greatly reduced, without the need for a huge band to play. Music directors can create songs at home, match them, and no longer need a big band to record in one part of a voice in the studio. Simply use the computer or keyboard in the studio to input all the information of each part of the MIDI sequencer stored in the keyboard to the recorder.
The MIDI program is designed to convert the music or music tracks to be converted into MIDI control languages ​​according to the rhythm, speed, technical measures, etc., so that under the control of these MIDI commands, various sound sources are appropriate. At the time of the day, the desired sound is played with the specified tone, time value, intensity, and the like. In the recording system, it is also necessary to control the recording of these sounds. The range that MIDI adapts to is only electro-acoustic music or music that simulates other instruments.
The generation and application of MIDI technology greatly reduces the cost of creating music, saves a lot of expenses for band players, shortens working hours in the studio, and improves work efficiency. The composing, orchestration and recording of a whole TV literary evening requires only one music director, and a sound engineer can complete the instrumental music, orchestration, performance and recording work. Sichuan TV's comprehensive literary live show "Wizard World" and all the background music (including vocal music, dance, essays, etc.) in the TV party are basically made using MIDI technology , many of which have won many awards.
It can be seen that the music created and recorded by MIDI technology has profound music creation ability and will play an important role in the future TV stage.
As we all know, the TV station organizes a large-scale live music evening party that requires a lot of instrumental music, vocal music, and dancers. For the audio system, the live broadcast scene is more prone to problems (there are multiple cameras on the video site, the director can switch which camera's good lens is free; and the audio system has only one signal for the director to use on site). In order to achieve a live broadcast, it is generally safe to take pre-recorded recordings and play audio tapes at the same time. Whether it is vocal music or dance, many instrumentalists need to do a lot of pre-recording work in the studio, investing a lot of manpower, financial resources and time. After adopting MIDI technology , it will save a lot of manpower, financial resources and time, and can improve work efficiency several times.
The basic concept of MIDI technology The full name of MIDI (Music "Millet" is the musical instrument digital interface, which is a digital interface for musical instruments.
MIDI is just a communication standard that was established by electronic musical instrument manufacturers to determine how computer music programs, synthesizers, and other electronic audio devices exchange information and control signals.
The MIDI system is actually a performance system for composition, orchestration, and electronic simulation. The data that is transferred from one MIDI device to another is MIDI information. MIDI data is not a digital audio waveform, but a music code or electronic score.
Music directors of TV evenings can use MIDI functions to assist in music creation, or to generate music data media by MI-DI standard, or to play directly on music.
If you have an advanced MIDI software library on your computer, you can create music, music scores, programming, music adjustments, sound amplitude, rhythm speed, coordination between voices, and reverberation by MIDI. Control is complete.
Using MIDI technology to connect electronic synthesizers, electronic rhythm machines (electronic drum machines) and other electronic sound sources with the sequencer, you can play a variety of acoustic effects with superb sounds and timbre changes, as well as a variety of performances. The key data is stored, which greatly improves the ability and conditions of music performance.
The cable used to connect various MIDI devices is a 5-core cable, which is often referred to as a MIDI cable.
How the MIDI System Works The core of the MIDI Composer and Verifier system is a software called a sequencer. This software can be installed on a personal computer or in a dedicated hardware. The sequencer is actually a word porcessor that can be used to record, play, and edit songs played by various MIDI instruments. The sequencer does not really record sound. It only records and plays MIDI information. The information from the MIDI instrument is like the score on the paper. It can't directly generate music. MIDI itself can't produce music. , but it contains all the instructions needed to generate music, such as what instrument to use, what notes to play, how fast to play, how strong to play, and so on.
The sequencer can be either hardware or software. It works like a multitrack recorder in a professional studio. It can record many independent sounds in the sequencer. The only difference is that the sequencer only records the MIDI data when playing. It does not record sound; it can be recorded on track orbit, or it can be modified on a track. When you play keyboard music, the sequencer records the MIDI data from the keyboard. Once you have stored the required data, you can play the song you just made. If you think that the part of this part is good, you can add other parts, and the newly added part will be completely synchronized with the first part when playing.
As a sequencer for a single device, the number of tracks is relatively small, about 8 to 16 tracks, and as a serializer for computer software, there are almost as many as 50,000 notes and 64 to 200 tracks.
Unlike tapes, serializers are limited only by hardware-efficient RAM (Rndom access memory) and storage capacity, so composing and distributing devices do not have to worry about "tape" not enough. One of the great advantages of MIDI technology is that the amount of data it sends to and from the computer is quite small. A digital audio file containing one minute of stereo requires about 10 megabytes (equivalent to the capacity of seven floppy disks). However, a minute of MIDI music files. This also means that the data transmitted between the instrument and the computer is very low, which means that the lowest-end computer can also run and record MIDI files.
By using a MIDI sequencer, the cost of composition and orchestration can be greatly reduced, without the need for a huge band to play. Music directors can create songs at home, match them, and no longer need a big band to record in one part of a voice in the studio. Simply use the computer or keyboard in the studio to input all the information of each part of the MIDI sequencer stored in the keyboard to the recorder.
The MIDI program is designed to convert the music or music tracks to be converted into MIDI control languages ​​according to the rhythm, speed, technical measures, etc., so that under the control of these MIDI commands, various sound sources are appropriate. At the time of the day, the desired sound is played with the specified tone, time value, intensity, and the like. In the recording system, it is also necessary to control the recording of these sounds. The range that MIDI adapts to is only electro-acoustic music or music that simulates other instruments.
The generation and application of MIDI technology greatly reduces the cost of creating music, saves a lot of expenses for band players, shortens working hours in the studio, and improves work efficiency. The composing, orchestration and recording of a whole TV literary evening requires only one music director, and a sound engineer can complete the instrumental music, orchestration, performance and recording work. Sichuan TV's comprehensive literary live show "Wizard World" and all the background music (including vocal music, dance, essays, etc.) in the TV party are basically made using MIDI technology , many of which have won many awards.
It can be seen that the music created and recorded by MIDI technology has profound music creation ability and will play an important role in the future TV stage.
The basic concept of MIDI technology The full name of MIDI (Music "Millet" is the musical instrument digital interface, which is a digital interface for musical instruments.
MIDI is just a communication standard that was established by electronic musical instrument manufacturers to determine how computer music programs, synthesizers, and other electronic audio devices exchange information and control signals.
The MIDI system is actually a performance system for composition, orchestration, and electronic simulation. The data that is transferred from one MIDI device to another is MIDI information. MIDI data is not a digital audio waveform, but a music code or electronic score.
Music directors of TV evenings can use MIDI functions to assist in music creation, or to generate music data media by MI-DI standard, or to play directly on music.
If you have an advanced MIDI software library on your computer, you can create music, music scores, programming, music adjustments, sound amplitude, rhythm speed, coordination between voices, and reverberation by MIDI. Control is complete.
Using MIDI technology to connect electronic synthesizers, electronic rhythm machines (electronic drum machines) and other electronic sound sources with the sequencer, you can play a variety of acoustic effects with superb sounds and timbre changes, as well as a variety of performances. The key data is stored, which greatly improves the ability and conditions of music performance.
The cable used to connect various MIDI devices is a 5-core cable, which is often referred to as a MIDI cable.
How the MIDI System Works The core of the MIDI Composer and Verifier system is a software called a sequencer. This software can be installed on a personal computer or in a dedicated hardware. The sequencer is actually a word porcessor that can be used to record, play, and edit songs played by various MIDI instruments. The sequencer does not really record sound. It only records and plays MIDI information. The information from the MIDI instrument is like the score on the paper. It can't directly generate music. MIDI itself can't produce music. , but it contains all the instructions needed to generate music, such as what instrument to use, what notes to play, how fast to play, how strong to play, and so on.
The sequencer can be either hardware or software. It works like a multitrack recorder in a professional studio. It can record many independent sounds in the sequencer. The only difference is that the sequencer only records the MIDI data when playing. It does not record sound; it can be recorded on track orbit, or it can be modified on a track. When you play keyboard music, the sequencer records the MIDI data from the keyboard. Once you have stored the required data, you can play the song you just made. If you think that the part of this part is good, you can add other parts, and the newly added part will be completely synchronized with the first part when playing.
As a sequencer for a single device, the number of tracks is relatively small, about 8 to 16 tracks, and as a serializer for computer software, there are almost as many as 50,000 notes and 64 to 200 tracks.
Unlike tapes, serializers are limited only by hardware-efficient RAM (Rndom access memory) and storage capacity, so composing and distributing devices do not have to worry about "tape" not enough. One of the great advantages of MIDI technology is that the amount of data it sends to and from the computer is quite small. A digital audio file containing one minute of stereo requires about 10 megabytes (equivalent to the capacity of seven floppy disks). However, a minute of MIDI music files. This also means that the data transmitted between the instrument and the computer is very low, which means that the lowest-end computer can also run and record MIDI files.
By using a MIDI sequencer, the cost of composition and orchestration can be greatly reduced, without the need for a huge band to play. Music directors can create songs at home, match them, and no longer need a big band to record in one part of a voice in the studio. Simply use the computer or keyboard in the studio to input all the information of each part of the MIDI sequencer stored in the keyboard to the recorder.
The MIDI program is designed to convert the music or music tracks to be converted into MIDI control languages ​​according to the rhythm, speed, technical measures, etc., so that under the control of these MIDI commands, various sound sources are appropriate. At the time of the day, the desired sound is played with the specified tone, time value, intensity, and the like. In the recording system, it is also necessary to control the recording of these sounds. The range that MIDI adapts to is only electro-acoustic music or music that simulates other instruments.
The generation and application of MIDI technology greatly reduces the cost of creating music, saves a lot of expenses for band players, shortens working hours in the studio, and improves work efficiency. The composing, orchestration and recording of a whole TV literary evening requires only one music director, and a sound engineer can complete the instrumental music, orchestration, performance and recording work. Sichuan TV's comprehensive literary live show "Wizard World" and all the background music (including vocal music, dance, essays, etc.) in the TV party are basically made using MIDI technology , many of which have won many awards.
It can be seen that the music created and recorded by MIDI technology has profound music creation ability and will play an important role in the future TV stage.
As we all know, the TV station organizes a large-scale live music evening party that requires a lot of instrumental music, vocal music, and dancers. For the audio system, the live broadcast scene is more prone to problems (there are multiple cameras on the video site, the director can switch which camera's good lens is free; and the audio system has only one signal for the director to use on site). In order to achieve a live broadcast, it is generally safe to take pre-recorded recordings and play audio tapes at the same time. Whether it is vocal music or dance, many instrumentalists need to do a lot of pre-recording work in the studio, investing a lot of manpower, financial resources and time. After adopting MIDI technology , it will save a lot of manpower, financial resources and time, and can improve work efficiency several times.
The basic concept of MIDI technology The full name of MIDI (Music "Millet" is the musical instrument digital interface, which is a digital interface for musical instruments.
MIDI is just a communication standard that was established by electronic musical instrument manufacturers to determine how computer music programs, synthesizers, and other electronic audio devices exchange information and control signals.
The MIDI system is actually a performance system for composition, orchestration, and electronic simulation. The data that is transferred from one MIDI device to another is MIDI information. MIDI data is not a digital audio waveform, but a music code or electronic score.
Music directors of TV evenings can use MIDI functions to assist in music creation, or to generate music data media by MI-DI standard, or to play directly on music.
If you have an advanced MIDI software library on your computer, you can create music, music scores, programming, music adjustments, sound amplitude, rhythm speed, coordination between voices, and reverberation by MIDI. Control is complete.
Using MIDI technology to connect electronic synthesizers, electronic rhythm machines (electronic drum machines) and other electronic sound sources with the sequencer, you can play a variety of acoustic effects with superb sounds and timbre changes, as well as a variety of performances. The key data is stored, which greatly improves the ability and conditions of music performance.
The cable used to connect various MIDI devices is a 5-core cable, which is often referred to as a MIDI cable.
How the MIDI System Works The core of the MIDI Composer and Verifier system is a software called a sequencer. This software can be installed on a personal computer or in a dedicated hardware. The sequencer is actually a word porcessor that can be used to record, play, and edit songs played by various MIDI instruments. The sequencer does not really record sound. It only records and plays MIDI information. The information from the MIDI instrument is like the score on the paper. It can't directly generate music. MIDI itself can't produce music. , but it contains all the instructions needed to generate music, such as what instrument to use, what notes to play, how fast to play, how strong to play, and so on.
The sequencer can be either hardware or software. It works like a multitrack recorder in a professional studio. It can record many independent sounds in the sequencer. The only difference is that the sequencer only records the MIDI data when playing. It does not record sound; it can be recorded on track orbit, or it can be modified on a track. When you play keyboard music, the sequencer records the MIDI data from the keyboard. Once you have stored the required data, you can play the song you just made. If you think that the part of this part is good, you can add other parts, and the newly added part will be completely synchronized with the first part when playing.
As a sequencer for a single device, the number of tracks is relatively small, about 8 to 16 tracks, and as a serializer for computer software, there are almost as many as 50,000 notes and 64 to 200 tracks.
Unlike tapes, serializers are limited only by hardware-efficient RAM (Rndom access memory) and storage capacity, so composing and distributing devices do not have to worry about "tape" not enough. One of the great advantages of MIDI technology is that the amount of data it sends to and from the computer is quite small. A digital audio file containing one minute of stereo requires about 10 megabytes (equivalent to the capacity of seven floppy disks). However, a minute of MIDI music files. This also means that the data transmitted between the instrument and the computer is very low, which means that the lowest-end computer can also run and record MIDI files.
By using a MIDI sequencer, the cost of composition and orchestration can be greatly reduced, without the need for a huge band to play. Music directors can create songs at home, match them, and no longer need a big band to record in one part of a voice in the studio. Simply use the computer or keyboard in the studio to input all the information of each part of the MIDI sequencer stored in the keyboard to the recorder.
The MIDI program is designed to convert the music or music tracks to be converted into MIDI control languages ​​according to the rhythm, speed, technical measures, etc., so that under the control of these MIDI commands, various sound sources are appropriate. At the time of the day, the desired sound is played with the specified tone, time value, intensity, and the like. In the recording system, it is also necessary to control the recording of these sounds. The range that MIDI adapts to is only electro-acoustic music or music that simulates other instruments.
The generation and application of MIDI technology greatly reduces the cost of creating music, saves a lot of expenses for band players, shortens working hours in the studio, and improves work efficiency. The composing, orchestration and recording of a whole TV literary evening requires only one music director, and a sound engineer can complete the instrumental music, orchestration, performance and recording work. Sichuan TV's comprehensive literary live show "Wizard World" and all the background music (including vocal music, dance, essays, etc.) in the TV party are basically made using MIDI technology , many of which have won many awards.
It can be seen that the music created and recorded by MIDI technology has profound music creation ability and will play an important role in the future TV stage.
As we all know, the TV station organizes a large-scale live music evening party that requires a lot of instrumental music, vocal music, and dancers. For the audio system, the live broadcast scene is more prone to problems (there are multiple cameras on the video site, the director can switch which camera's good lens is free; and the audio system has only one signal for the director to use on site). In order to achieve a live broadcast, it is generally safe to take pre-recorded recordings and play audio tapes at the same time. Whether it is vocal music or dance, many instrumentalists need to do a lot of pre-recording work in the studio, investing a lot of manpower, financial resources and time. After adopting MIDI technology , it will save a lot of manpower, financial resources and time, and can improve work efficiency several times.
The basic concept of MIDI technology The full name of MIDI (Music "Millet" is the musical instrument digital interface, which is a digital interface for musical instruments.
MIDI is just a communication standard that was established by electronic musical instrument manufacturers to determine how computer music programs, synthesizers, and other electronic audio devices exchange information and control signals.
The MIDI system is actually a performance system for composition, orchestration, and electronic simulation. The data that is transferred from one MIDI device to another is MIDI information. MIDI data is not a digital audio waveform, but a music code or electronic score.
Music directors of TV evenings can use MIDI functions to assist in music creation, or to generate music data media by MI-DI standard, or to play directly on music.
If you have an advanced MIDI software library on your computer, you can create music, music scores, programming, music adjustments, sound amplitude, rhythm speed, coordination between voices, and reverberation by MIDI. Control is complete.
Using MIDI technology to connect electronic synthesizers, electronic rhythm machines (electronic drum machines) and other electronic sound sources with the sequencer, you can play a variety of acoustic effects with superb sounds and timbre changes, as well as a variety of performances. The key data is stored, which greatly improves the ability and conditions of music performance.
The cable used to connect various MIDI devices is a 5-core cable, which is often referred to as a MIDI cable.
How the MIDI System Works The core of the MIDI Composer and Verifier system is a software called a sequencer. This software can be installed on a personal computer or in a dedicated hardware. The sequencer is actually a word porcessor that can be used to record, play, and edit songs played by various MIDI instruments. The sequencer does not really record sound. It only records and plays MIDI information. The information from the MIDI instrument is like the score on the paper. It can't directly generate music. MIDI itself can't produce music. , but it contains all the instructions needed to generate music, such as what instrument to use, what notes to play, how fast to play, how strong to play, and so on.
The sequencer can be either hardware or software. It works like a multitrack recorder in a professional studio. It can record many independent sounds in the sequencer. The only difference is that the sequencer only records the MIDI data when playing. It does not record sound; it can be recorded on track orbit, or it can be modified on a track. When you play keyboard music, the sequencer records the MIDI data from the keyboard. Once you have stored the required data, you can play the song you just made. If you think that the part of this part is good, you can add other parts, and the newly added part will be completely synchronized with the first part when playing.
As a sequencer for a single device, the number of tracks is relatively small, about 8 to 16 tracks, and as a serializer for computer software, there are almost as many as 50,000 notes and 64 to 200 tracks.
Unlike tapes, serializers are limited only by hardware-efficient RAM (Rndom access memory) and storage capacity, so composing and distributing devices do not have to worry about "tape" not enough. One of the great advantages of MIDI technology is that the amount of data it sends to and from the computer is quite small. A digital audio file containing one minute of stereo requires about 10 megabytes (equivalent to the capacity of seven floppy disks). However, a minute of MIDI music files. This also means that the data transmitted between the instrument and the computer is very low, which means that the lowest-end computer can also run and record MIDI files.
By using a MIDI sequencer, the cost of composition and orchestration can be greatly reduced, without the need for a huge band to play. Music directors can create songs at home, match them, and no longer need a big band to record in one part of a voice in the studio. Simply use the computer or keyboard in the studio to input all the information of each part of the MIDI sequencer stored in the keyboard to the recorder.
The MIDI program is designed to convert the music or music tracks to be converted into MIDI control languages ​​according to the rhythm, speed, technical measures, etc., so that under the control of these MIDI commands, various sound sources are appropriate. At the time of the day, the desired sound is played with the specified tone, time value, intensity, and the like. In the recording system, it is also necessary to control the recording of these sounds. The range that MIDI adapts to is only electro-acoustic music or music that simulates other instruments.
The generation and application of MIDI technology greatly reduces the cost of creating music, saves a lot of expenses for band players, shortens working hours in the studio, and improves work efficiency. The composing, orchestration and recording of a whole TV literary evening requires only one music director, and a sound engineer can complete the instrumental music, orchestration, performance and recording work. Sichuan TV's comprehensive literary live show "Wizard World" and all the background music (including vocal music, dance, essays, etc.) in the TV party are basically made using MIDI technology , many of which have won many awards.
It can be seen that the music created and recorded by MIDI technology has profound music creation ability and will play an important role in the future TV stage.
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