Tone Parameters; Spectra; Wave; Timb Env (Dyn Timb) - Clavia Nord Drum 2 User Manual

Modeling percussion synthesizer, os version 2.1x
Table of Contents

Advertisement

18 |
Nord drum 2 user maNual os v2.1x
amp
50
high velocity
25
low velocity
0

Tone Parameters

The Tone component can be described as
the body of the sound that can be changed
quite drastically with several parameters .
The Wave parameter is a selection of differ-
ent synthesis models, specifically created
to make the foundations for various drum
sounds .
The Spectra and Timbre parameters changes
the harmonic content of the Waves . In addi-
tion, Timbre can be dynamically controlled
with from a velocity modulated decay enve-
lope by using the Timb Env and Timb Dec
parameters .

Spectra

This powerful parameter
allows you to stretch or tune
the spectral components . With for example
the drumhead models (d1 - d9 Waves) you
can tune the head separated from the body
resonance . Very good for making Ethnic type
drum sounds .
When FM is used, the Spectra parameter will
set the modulator frequency .
Dynamic decay
 
DECAY =
DECAY LO =
12
M Spectra is not available if any the A type
(analog-style) waveforms are selected.
Range: 0 - 99

When Spectra is selected, both the Spec-
tra and the Wave parameter settings will
be shown in the display.

Wave

There are several different synthesis models
called Waves in the Nord Drum 2, each with
time
its own characteristic . Some have distinctive
38
pitches, others are of a more non-pitched
variety .
Wave
A1 - A4
F1 - F6
H1 - H7
P1 - P4
d1 - d9
C1 - C3
The six FM algorithms are variations on the
synthesis method where one or several oscil-
lators called modulators, modulate the carrier
oscillator(s), creating quite complex wave-
forms . The complexity of the FM algorithms
span from one set of modulator/carrier in F1,
to several in F6 .
Range: 0 - 50

Timb Env (Dyn Timb)

Sets the amount of the enve-
lope that changes the Timbre
together with the velocity .
Description
Analog style waveforms:
Sine, Triangle, Sawtooth and
Square .
FM algorithms .
Modelling with harmonic
resonances .
Resonance modelling of
tuned percussion: marimba,
vibraphone etc .
Drum head resonance model-
ling .
Cymbals .

Hide quick links:

Advertisement

Table of Contents
loading

Table of Contents