Hv Synth Design Total Brass VSTi 1.0
Hv Synth Design Total Brass VSTi 1.0 | 5,84 MB
Latón total por daños Visser. El primer plug-in de latón que baja y de
alta instrumentos de metal, de contrabajo a trombón trompeta piccolo,
desde f-cuerno a Dizzy Gillispie como una trompeta de jazz, sin ningún
tipo de compromiso en la calidad del sonido. No sólo eso: también tiene
totalmente el control sobre los aspectos más importantes de bronce: El
ataque (boquilla), reproductor de labios, incluso se puede seleccionar
un tipo de agujero: estrecho / ancho. Total de latón es un VSTi para PC
y cuenta con 20 presintonías. En mi Acer muy moderada, la carga de la
CPU es de alrededor del 21%.
Physical Modeling. There are several methods. The most common are
waveguide and model synthesis and, what I call, real physical modeling.
Waveguide is a construction of a chain of delays and filters in a
feedback loop. Model synthesis is a configuration of mass/spring/damper
blocks. Real physical modeling can be created after scientific research
to the properties of an instrument. And then ‘rebuilding’ this in
complex mathematical formulae (like Pianoteq from Modart).
Eclectic Acoustic synthesis. I use a complete other self developed
method. I have called it Eclectic Acoustic Synthesis (EAS). With
Eclectic I mean that I use everything to improve the sound quality:
filters, distortion, math functions, multiple feedback loops, etc. So
it is not 'real' physical modeling. At the other hand I have modeled
all the different parts of the brass instruments separate, and then
connected them in multiple feedback loops. Interesting enough the lower
the tone, the more harmonics (as in real instruments). This is the
reason - with some extra extra engines - that I was able to create low
and high brass in one VSTi. Furthermore Total Brass is really a virtual
instrument: when you blow a trombone very high, then you get the sound
of a very small trombone (alto trombone?).
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