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Our first goal is to understand how MIDI works, what MIDI messages are, how they are transmitted, and the configuration of a basic MIDI system. The links below will help explain these items. The important thing to remember is that each article is authored by a different person. This can lead to some confusion as MIDI terminology is still evolving and authors may use the terms in slightly different ways. You will benefit the most by trying to identify commonalities between the articles by working from the general to the specific. Each person will pick one article to briefly discuss
in class. There will be some overlap so try to identify elements unique
to your article. Everyone needs to read or skim the articles. Most of
them are not very long and some are extremely well organized. Begin by
going to the MIDI tutorial page. The order suggested works through all
of the articles systematically. You will need to pick one other article
from the MIDI
tutorial page to present. The goal of this assignment is to gain some practical experience dealing with MIDI rhythms and note durations. The rhythmic component is mathematical: most MIDI sequences divide a quarter note into either 480 or 240 equal subdivisions (often called partitions in sequencing lingo). Therefore: Performer® and Cakewalk® Values
MasterTrack Pro® Values
These are duple divisions of the beat, therefore triple becomes: Performer® and Cakewalk® Values
MasterTrack Pro® Values This presents no problem when viewing data which has been entered by step-recording or edited with quantization techniques. However, information entered in real time will be harder to decipher. We can assign middle C to c2 to avoid ledger lines. Assignment: The two handouts give the Event Window information
for two different pieces. Each piece has two parts (Duo 1: Tracks 1 and
2; and, Duo 2: Tracks 1 and 2) Your mission is to create a notated rendering
of both pieces. Since we have not covered Finale it is fine to write these
out by hand. Please notice that one piece has been entered precisely,
using step editing, while the other has been played in real time. Pieces
played in real time do not always (rarely) match up to the beat. They
sounds more natural, but are harder to edit. Be prepared to add and subtract
from the event location to arrive at the intended rhythmic point (e.g.
C3 1/01/009 should be rounded to back to measure 1, beat one for notational
purposes). The note's duration can also help you, pitches that overlap
are legato. It is interesting to look at performances in MIDI to see why
something sounds legato, staccato, etc... numerically.
Sequencing Assignment Part 1 Now that you are armed with all this information, it is time to sequence your first song. Lento #88 is a practice piece and all you need to do is enter the notes and performance data.
Sequencing Project You should now be ready for your sequencing project. Your project needs to be a piece you want to perform. We can use this later as the performance for the Hard-disk recording project. Please pick a piece you like...Non-pianists can sequence the piano accompaniment for a duo (Voice/Flute/Violin/Trumpet etc...). Pianists could do something for 4 hands and sequence the other two hands. This technology is simply amazing! Now vocalist, flutists, violinists, etc... can all have their accompaniments in their studio for students to play with, or for use at low budget gigs. Make no mistake, live accompaniment is always the best, but not always available or affordable. With sequences you can transpose the part at the drop of a hat and then drag the standard MIDI file into Finale® and print the parts! You can also take the accompaniment, divide it into different tracks, and orchestrate it any way you like- and yes, print the parts.
If you have any questions just email me and I'll be glad to help! |