Sequencer is defined as application software or device that can record, edit or play back a piece of music through handling note and performance information in numerous forms. A sequencer handles several forms of information such as MIDI, audio, as well as automation data for plug-ins and DAWs. There are numerous types of sequencers in melody. They are classified depending on the information that each sequencer holds. Good examples of diverse sequencers are; MIDI sequencers, audio sequencers, analog sequencers just to mention but a few.
A sequencer has different functions in the construction and development of music. Among the key functions, a sequencer makes a musical sound including codes, playing pitches, identifying musical note and the appropriate time of playing them. Other key functions of a sequencer include producing rhythmic patterns, consisting of stepping race, controlling switches, solenoids and tone circuits. However, sequencer has a key function that can differ from the other. All types of sequencers have a common key function of recording notes in music and playing the musical notes in a good flow.
An input method is a component of the operating system that enables data to be received as input. In the music, different languages can be used including the ones that have graphemes that are more than the ones available in the keyboard such as Chinese or Japanese. Therefore, a device requires a system that can be switched to accommodate different people from different places of the world. An input method is also utilized to explain the behavior of keys that are not operating. Input method editors are a facility offered by the operating system that makes it easier to typeset in different languages including the East-Asian languages. Therefore, some devices have multiple methods and offer the user a chance to select the one that fits his or her understanding.
The process of making music is a technological process. In the digital process, quantization can be defined as the process of changing performed notes in music that may have imprecision because of expressive performance. The music notes are transformed to underlying presentations of music that eliminates imprecision. Quantization involves setting of notes on beats and defined fractions. The process encounters a problem of determining the rhythmic fluctuations that need to be presented in the output store. To use quantization, one require soloing a given track that he or she would like to quantize. He or she listens to the track considering melody and instruments. It is important to identify the exact feature before manipulating it. Then one should open the piano role and choose the track that need to be quantized. On the piano, the piano list selects the notes that deserve to be changed through depicting a selection box round them with the selection tool. Then he or she edits the notes with the assistance of the edit screen.
Different types of sequencer give musicians an opportunity to record their performance into the sequencer like they are recording the performance in a cassette tape. However, a sequencer can record MIDI messages only but not actual sounds. A sequencer records in an electronic way all the movements of the body including foot and fingers. It also keeps musical beats that are determined by the rhythm of the movements. It generates a metronome sound that the artist follow when recording face in order to maintain sequencer accurately to capture the rhythm. The sequencer is later used to evaluate the recorded data and edit all the features that are not recorded according to the wish of the artist. Music is constructed with the use of a sequencer trough recording the instruments and vocals of the musician. After recording, the musician listens to the recorded data, plays back and edits any errors that occurred during recording.