Topic: extended noterange for vibe,celesta,marimba,bells......

Dear Modart team
When you can manage to extend the pianos to 105 notes,it should be possible to extend the range for the'mallet-boys' by at least one octave.
It's sometimes frustrating to improvize on a resized 88 keys controller.
If there are other users who feel the same limitation while performing ,let you here..........

I like to repeat again that pianoteq is the most playable electronic instrument I ever tried............

Emmanuel

Re: extended noterange for vibe,celesta,marimba,bells......

Modartt can extend the range some keys.

Indeed one of the pianofortes add-on have the keyboard extended to about 5 extra keys.  Also a vibraphone have almost a extra octave.

But a 105 note range. piano..  In a real piano you have progressive incease of wooden noise when are getting the last keys.
I supose that for a 105 keys the wood noises woud get weird, unless the wood noises of key keys 82 to 88 be reduced, to allow the 105 key to have a sound not "over noised".

Re: extended noterange for vibe,celesta,marimba,bells......

I understand what you mean.But there must be a way to reduce the 'big bang'sound of a potential extended vibe or xylo.
But I think also that the Modartt team is more focused on the piano story at this moment.
I am really curious to know how many pianoteq users go for the vibe and the xylo add-ons.I find them amazing and again very realistic.Try them out on a midi-marimba............

Re: extended noterange for vibe,celesta,marimba,bells......

Since vibes are already range extended, compareed to the originals they were modeled from, I think Modartt would not extend more, to do not lost the original nature of the instrument.

But I agree, they are very well modeled, very good, and the original real model range would be too short.
Modartt could put some music sheet samples for vibes, in their website.  Just a sugestion.

I just think the interface could have a range sellector, in case someone wish to play the original short range. It's not very exactly the same thing, cause the extra keys resonate sympatheticly, even if not direct hit.

The 105 keys range for pianos are interesting.  Let's hope this persuade the controllers & piano builders to produce digital keyboard with wider range.

Now, with 105 key range, I believwe a transpose button would be aproprietated, for the stand alone.

Last edited by Beto-Music (22-10-2010 18:23)

Re: extended noterange for vibe,celesta,marimba,bells......

Beto-Music wrote:

Now, with 105 key range, I believwe a transpose button would be aproprietated, for the stand alone.

It's there in v3.6.5., you have options to define keys for transposing a semitone up/down or an octave up/down.

Hard work and guts!

Re: extended noterange for vibe,celesta,marimba,bells......

Ohhnn, I see now.

Thanks

EvilDragon wrote:
Beto-Music wrote:

Now, with 105 key range, I believwe a transpose button would be aproprietated, for the stand alone.

It's there in v3.6.5., you have options to define keys for transposing a semitone up/down or an octave up/down.

Re: extended noterange for vibe,celesta,marimba,bells......

About Stuart and Sons, and a extended range piano.

http://www.youtube.com/watch?v=pmmbYv7M6Aw

Re: extended noterange for vibe,celesta,marimba,bells......

Hey, Stuart 102 keys piano really sounds really good :


http://www.youtube.com/watch?v=MPRZjkUZ4TE



I already can see people requesting a Stuart & Sons add on for pianoteq...  :-)

Re: extended noterange for vibe,celesta,marimba,bells......

One would have to guess that providing extended note ranges for these add-ons would not be prohibited by the equations used in physical modeling (the modeling works for extending piano note ranges), although it would not be surprising if the equations would have to be modified to work musically outside their normal note ranges.  I would definitely prefer a "Celesta Plus" to a Celesta, even if the extended notes require a slightly different model to make them musical. That could be a lot of work … but the result would be a physical model that surpasses the real thing in yet another way.