By far, the boldest remake I have attempted to do — recreating the most iconic music piece of all time, "Beethoven's Symphony No. 5." This is the first movement of Beethoven's most famous piece of work.
I wanted to stay true to what experts believed to have been Beethoven's intended tempo, close to the tempo of the recording performed by the Vienna Philharmonic conducted by Carlos Kleiber in 1975.
As for adding my own tastes to this masterpiece, I dared not to do too much. (After all, this is Beethoven. The Master.) I told myself that I would give myself one, and only one, "boom" that I can add. And so, I've selected the most crucial, most intense moment of the piece (see if you can find it).
If you are new to classical music and just want to jump straight to the most exciting part, just jump to the "coda."
Listen to the original recording of "Beethoven's 5th Symphony" by the Vienna Philharmonic (conducted by Carlos Kleiber) here: https://www.youtube.com/watch?v=pMHVVeZmm4I
If anyone has any requests for remakes, COMMENT below!
Logic Pro X
- Cinematic Studio Strings
- EWQL Hollywood Brass (Gold)
- EWQL Hollywood Woodwinds (Gold)
- EWQL Hollywood Percussions (Gold)
- EWQL Spaces
- Spectrasonics Omnisphere 2
- Logic Pro X Stock Sounds
Get in touch with me:
Wow, you're a real genius, seriously, this is too hard work, and you did it so perfectly, congratulations, at this level I must say that you are ready to making music for movies, video games, and they should pay you well for your talent.
May I ask which patches you used? I saw that you used the Oboe Leg Rep articulation at 4:27 for example, but when I play these woodwind legato samples, the attacks and slurred transitions always sound very awkward and harsh.
HAHAHAH! Should the day come where I am bold enough to add Bach to my remakes, I will glad do so =)
Blending CSS with EWQL varies from project to project but for this one in particular, was mainly about making sure the strings sat in their rightful place in the stereo spectrum and boosting/cutting the right frequencies to get the energy one would expect from listening to a Beethoven recording. I had to listen to several recordings of Beethoven's 5th (SFS, BSO, Vienna Phil) to have a better idea of how the strings needed to sound as opposed to just replicating the usual string sounds heard in trailer music, film/game scores, etc. Hope this helps!
A trigger is a named PL/SQL unit that is stored in the database and executed ( fired ) in response to a specified event that occurs in the database.
Overview of Triggers.
A trigger is a named program unit that is stored in the database and fired (executed) in response to a specified event. The specified event is associated with either a table, a view, a schema, or the database, and it is one of the following:
A database manipulation (DML) statement ( DELETE , INSERT , or UPDATE )
A database definition (DDL) statement ( CREATE , ALTER , or DROP )
A database operation ( SERVERERROR , LOGON , LOGOFF , STARTUP , or SHUTDOWN )
The trigger is said to be defined on the table, view, schema, or database.
A DML trigger is fired by a DML statement, a DDL trigger is fired by a DDL statement, a DELETE trigger is fired by a DELETE statement, and so on.
An INSTEAD OF trigger is a DML trigger that is defined on a view (not a table). The database fires the INSTEAD OF trigger instead of executing the triggering DML statement. For more information, see Modifying Complex Views (INSTEAD OF Triggers).
A system trigger is defined on a schema or the database. A trigger defined on a schema fires for each event associated with the owner of the schema (the current user). A trigger defined on a database fires for each event associated with all users.
A simple trigger can fire at exactly one of the following timing points :
Before the triggering statement executes.
After the triggering statement executes.
Before each row that the triggering statement affects.
After each row that the triggering statement affects.
A compound trigger can fire at more than one timing point. Compound triggers make it easier to program an approach where you want the actions you implement for the various timing points to share common data. For more information, see Compound Triggers.