[pianotech] striving for the Wow factorQ

[David Renaud]

Smart tune mode; this is not at all what I am referring to, not even close.

In overpull modes, pitch raise, smart tune, sure it listens to every note to determine
How far off the generalized curve it is, and best overpull that particular note to land
In its place on a curve generated by a few samples.

What I am talking about with verituner, is every and every note is a sample that alters the curve, 
In addition, above and beyond the seperate measuring of each note for overpull. Verituner measures the Harmonic content of each and every pitch and adjusts the "curve" into a more 
Jagged numerical sequence that reflects the aural content of every note then a smooth general curve .

    Pitch correction your quoting measures pitch and overpulls to the curve.
     
     That is not the function I am talking about at all in verituner.
    
      




Sent from my iPad

On 2012-05-15, at 8:47 PM, Duaine Hechler <dahechler at att.net> wrote:

> On 05/15/2012 07:17 PM, David Renaud wrote:
>>> Ron Kovalchicagoland,
>>> And of course this assumes the MAJOR ASSUMPTION that the piano, in
>>> question, has an absolutely perfect inharmonicity curve and all of the wire
>>> changes do not occur on those notes! Yeah, Right!<G>  Not what Mr. Nossaman
>>> had in mind, I suspect. Certainly not what I was talking about.
>>> Joe
>>    True,  The other tuning programs do take a few samples and create a generalized curve that is
>> Adjustable. But, Verituner takes samples comtinuously for every note on the piano, and therefore does actually factor in inharmonisity jumps of the stringin scale, and all quirks it hears.
>> It does create an actual aural style tuning, always listening, unlike the other programs that extrapolate a general curve from a few samples. what he is suggesting might work......
> 
> Cybertuners' "Smart" mode:
> 
> Smart Tune mode - new for RCT 5.x
> This new tuning mode for CyberEar does a super-accurate micro pitch raise using RCT's *patented
> pitch raise technology.* Even if the piano is a few cents off pitch, Smart Tune mode will predict the
> overpull so that each note ends up exactly on target. This often avoids an extra pass saving the tuner
> 20 to 40 minutes per tuning!
> 
> When should you use Smart Tune mode? Whenever the piano is more than .5 to 1.0 cents off pitch
> Smart Tune will help the tuning end up closer to the final target. If the piano will require another pass,
> for instance if it is more than about 20 to 25 cents off pitch it’s usually better to use Pitch Raise mode.
> However, you should use Fine Tune mode if you are giving or taking the tuning exam, or if the piano
> is almost exactly in tune and you’re doing a “touch-up” tuning (for instance you just tuned it a very
> short time ago).
> 
> Many tuners like Smart Tune mode so much they want Smart Tune to be the default tuning mode. To
> do this tap Prefs button in CyberEar, choose Smart Tune in the Defaults: Start Mode popup menu.
> To start Smart Tune mode in CyberEar tap the tuning mode popup menu (may say Fine Tune or Pitch
> Raise). Choose “Smart Tune”.
> 
> When you initiate Smart Tune mode you’ll see a dialog box that’s similar to the Pitch Raise mode
> dialog box, but there are several additions:
> • Highest Tenor Note (HTN) is the note just below the first plate strut above the temperament.
> This note must be higher than Lowest Plain Wire Note.
> • Lowest Tenor Trichord – The Lowest Trichord must be the same as or higher than the Lowest
> Tenor Note.
> • Tenor Bichords(s): Number of bichords in tenor (above Lowest Tenor Note).
> • Lowest Tenor Note (LTN) is the note just above the plate strut that separates the bass and
> treble sections. The LTN has to be the same or lower than the Lowest Trichords.
> 
> For Smart Tune mode, the Lowest Tenor Note and Lowest Trichord are the same on pianos without
> any bichords on the tenor bridge. Be sure to check the "tenor Bichords" box against the actual piano!
> How does Smart Tune compare to Fine Tune mode?
> 
> Smart Tune uses the same spinner speed and other CyberEar spinner settings as Fine Tune mode
> since its goal is similar to Fine Tune, which is to execute the final pass on the piano. However, Smart
> Tune differs from Fine Tune in that it records the original pitch and uses automatic overpulls.
> How does Smart Tune mode differ from Pitch Raise mode?
> 
> Pitch Raise mode's intent is to quickly get the piano close to pitch, preparing for a final pass. PR
> mode intentionally leaves the piano slightly sharp (2-4 cents), which compensates for the piano's
> pitch falling during the coming days, which is normal after a large pitch change. Smart Tune on the
> other hand, targets A440 (or whatever pitch you've chosen in CyberEar's pitch popup menu). The
> goal is for the piano to end up exactly on pitch.
> 
> Smart Tune tweaks the overpulls based on a number of factors:
> 1. Your input in the Smart Tune dialog box, the Highest and Lowest tenor note, and Lowest Trichord
> note. Based on actual piano testing, Smart Tune tweaks the overpull just above and below these
> notes.
> 2. The size and inharmonicity of the piano. Smaller pianos usually need more overpull than larger
> ones, and Smart Tune adjusts the whole overpull chart for each piano.
> 
> -- 
> Duaine Hechler
> Piano, Player Piano, Pump Organ
> Tuning, Servicing&  Rebuilding
> Reed Organ Society Member
> Florissant, MO 63034
> (314) 838-5587
> dahechler at att.net
> www.hechlerpianoandorgan.com
> --
> Home&  Business user of Linux - 11 years
>