User manual
Table Of Contents
- MDRUMMER DOCUMENTATION
- MELDAPRODUCTION MDRUMMER
- INTRODUCTION TO MDRUMMER
- If you want MDrummer to play notes, use MIDI channel 10 or switch to drum pad mode.
- To use MDrummer's rhythm engine you can use the MIDI command system or the integrated song sequencer.
- Use the integrated help system using F1 and check out MDrummer tutorial videos.
- There are multiple plugins and maybe a standalong application, which one should I use?
- TUTORIAL: CREATING A DRUM TRACK WITH MDRUMMER
- MDRUMMER STRUCTURE
- MDRUMMER DATA
- SOUND ENGINE
- RHYTHM ENGINE
- RHYTHM GENERATOR
- INTRODUCTION TO MDRUMMER
- MELDAPRODUCTION MDRUMMER L
- Menu button
- SAMPLE LIBRARY ANALYZER
- INPUT MIDI FILTER
- OUTPUT MIDI FILTER
- GLOBAL SETTINGS
- QUICK SETUP TAB
- MIXER TAB
- EFFECTS TAB
- SONG TAB
- DRUMSET EDITOR TAB
- RHYTHM EDITOR TAB
- RHYTHM GENERATOR TAB
- USED CONTROLS
- ABOUT MELDAPRODUCTION
Slope
Slope makes the analyser increase magnitude of higher frequencies, since they are typically lower in energy. 3dB per
octave is a typical value, which makes pink noise horizontal as pink noise contains equal energy in each octave. Therefore
if you set slope to 3dB, the response would be the same for the FFT and 1/3 octave graphs.
Gain
Gain makes all frequencies change magnitude by specified amount. This has no meaning when normalization is enabled.
Time resolution
Time resolution improves time resolution, but lowers spectral resolution. This is typically useful for more scientific analyses,
where the signal is moving quickly and you need to follow its movements quickly. This is often advantageous for
sonograms with very high FFT sizes.
Deharmonize
Deharmonize tries to remove harmonics in the content and leave only fundamentals. This may help you find the dominant
frequencies in the signal.
Peak detection
Peak detection
Peak detection tries to remove skirts of separate sinusoids letting you view the frequencies contained in your audio
material. This may be handy when performing more scientific analyses.
Peak threshold
Peak threshold defines the level of a peak below the maximum used for peak detection. You can use this to control which
peaks get through and get rid of small insignificant ones.
Scientific settings
Overlapping
Overlapping makes the analyser perform multiple FFT processing on the same data which results in better precision at the
cost of higher CPU impact. With higher overlapping the response also speeds up.
FFT size
FFT size defines FFT processing block size. It basically controls the resolution. However for higher resolution in bass content
it is recommended to use super-resolution mode instead as it keeps the quick response in higher frequencies.
Window type
Window type defines type of the window used to preprocess source samples. This has several consequences in the
frequency response, but it is a little scientific parameter. If you do not have specific requirements you can just leave this
default.