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Features and screenshots
The Specification of the Instrument
| Hauptwerk |
Oberwerk |
Pedal |
| Principal 16' |
Quintadena 16' |
Gross Untersatz 32' |
| Octav Principal 8' |
Principal 8' |
Principal 16' |
| Viol di Gamba 8' |
Gedackts 8' |
Octaven Bass 8' |
| Rohr Flöte 8' |
Quintadena 8' |
Posaune 16' |
| Octava 4' |
Rohr Flöte 4' |
Trompete 8' |
| Spitz Flöte 4' |
Octava 4' |
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| Quinta 3' |
Nasat 3' |
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| Octava 2' |
Octava 2' |
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| Tertia |
Quinta 1 1/3' |
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| Mixtur 4 fach |
Sechst Quint Altra |
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| Cymbel 3 fach |
Sifflöt 1' |
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Mixtur 3 fach |
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| Cornet 4 fach |
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| Fachott 16' |
Vox Humana 8' |
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| Trompete 8' |
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| Tremulante |
Sliding Coupler OW-HW |
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| Klingel |
Schwebung |
Bass Ventil |
The Compass
The compass of the manuals is 4 octaves without the lowest C# (this tone was
added virtually in our model). The pedal compass is 2 octaves without the lowest
C# (also added virtually). The extension of manuals and pedal compass is offered
in another ODF.
Sample Quality
10 channel recording was done in 96kHz/24 bit, the post
processing was done using 32-bit depth. The
resulting wet samples are offered in 24bit/48kHz quality (the
dry
sample set is offered in 24bit/96kHz resolution), multiple releases
(3-4 sets, one for a steady tone, one for a short tone
one or two for a very short staccato). Occasional
multiple attack samples are used. The reverberation time is up to 4 seconds.
The steady sound of the pipes has about 6-8 seconds for the flue
pipes, up to 12 seconds for reeds and mixtures. There are multiple loops in the
sample (normally 3 sometimes up to 5). Random pipe detuning applied. Two
tremulants (Tremulante, Schwebung) modelled at different rates. The sample set
is encrypted so that the original wave files are not user-editable outside
Hauptwerk. The sample set can be used only in conjunction with Hauptwerk
software, in the version 3.11 and higher. Nevertheless, all the voicing
functions within Hauptwerk remain funcional.
The sample set is presented in 4 different versions:
- Wet - direct: the
ORTF stereo recording
employed
contains high portion of the direct sound which stands out well from the
reverberation. Also, the
location of pipes is well defined. The sound is pristine, clear, present,
extremely well suitable for a solo use of the stops. All those, who like to hear the details of the speech of
pipes will like this version of the sample set.
- 2.9 GB of RAM needed for the fully loaded sample set
at 14-bit depth (with memory compression, multiple attack and release
samples). Caution: this is the total amount of RAM needed for the
sample set only. It does not take into account the other programs running
besides Hauptwerk, so it may be very difficult to load the sample set in this
resolution into a computer running 32-bit Windows with 3 GB of RAM.
- 3.6
GB of RAM needed if loaded fully in 16-bits.
- 5.1 GB of RAM needed if loaded
fully in 20-bit depth.
- 6.5 GB of RAM needed if loaded fully in 24-bit depth.
- Wet - diffuse: the
AB stereo recording contains well balanced level
of the direct and diffused sound, so the stops blend together perfectly and the organ is immersed more deeply into the reverberation. It performs best in various plenum settings.
This version will be the preferred choice for all those who like to listen
to the organ from greater distance, typically from the church nave. Memory
consumption is the same as in the case of the Wet-direct sample set.
- Surround: the surround recording uses 4 independent channels
for each virtual pipe (for each sample). Imagine
standing in the church heading the organ. You hear the organ in front of you,
but you also hear the reverberation of the church which is all around you,
coming to your ears from all the directions. This is how the surround
sample set is formed. The sound of the organ is captured by the "front"
microphones, the church response by the "rear" microphones. 4 channels are
extracted from the recording. Two channels are used
to supply the sound of the organ for the front speakers, while
the 2 other channels offer the diffused (reflected) sound coming to you from
the church. You can use these two channels to feed
your surround (rear) speakers. In this way, the realism of the reproduction
is greatly increased, since you may feel as being "inside" the sound field,
experiencing not only left-right dimension of the sound, but also the front-back
dimension. You hear the sound of the organ, but also the sound which
returns to you from the church nave, all in perfect synchronization
and localization. Please note, that at least 4 speakers are needed to reproduce the multi-channel audio.
See the screenshot
for the adjustment of the ranks. The memory
consumption is twice higher than the wet-direct version of the sample set.
- 6.9 GB of RAM needed to load the sample set in 16-bit
resolution.
- Dry: the samples offer the mono recorded sound of individual pipes
(recorded in front of the Prospekt, not inside the case). They are offered in 24bit/96kHz resolution. The
samples were panned into C and C# sides in Hauptwerk. This sample set may be
used well in self-reverberant spaces (such as halls) or it may be mixed
with the digital reverb. By the addition of digital reverb you can virtually
"move" the organ into various spaces according to your need and your liking.
You may try the convolution reverberation using the IR´s offered by our
Hauptwerk.cz
partners.
- 1,5 GB of RAM needed if loaded fully at 16-bit depth
(96kHz)
- 2.3 GB of RAM needed if loaded fully at 20-bit depth
(96kHz)
- 2.8 GB of RAM needed if loaded fully at 24-bit depth
(96kHz)
All the versions together contain 21.118 audio samples and it is 26.5 GB of
uncompressed audio data. If you want to make a decision, which version is the
best for your needs, you might consider ordering the demo sample set first - 5
selected stops are available in all the versions for your testing (see the demo
page for more details).
The Tuning and Temperament
The organ is tuned in Chorton, about 70 cents above the "normal" a. When
recorded, its heigth was a=458.1 Hz.
There are 5 temperament charts coming with the sample set. First of all, it
is the nowadays temperament, which was chosen by the restoration committee in
July, 2007. It is the Neidhardt II temperament, descibed by the author as "fuer
die kleine Stadt" what is perfectly fitting for Freiberg. This is the
temperament table (the cent deviation from the equal temperament):
| C |
C# |
D |
D# |
E |
F |
F# |
G |
G# |
A |
A# |
B |
| 5.85 |
-0.01 |
1.96 |
1.95 |
-1.96 |
3.90 |
-1.96 |
3.92 |
1.95 |
0 |
1.94 |
-1.95 |
However, this is not the original temperament of the organ when built by G.
Silbermann. According to the positions of the hats of the Quintadena, the
original temperament could be reconstructed with a great degree of certainty in
January, 2007. This reconstructed temperament is also offered as a special
temperament chart installed with the sample set. It is modified meantone
temperament, this is its table:
| C |
C# |
D |
D# |
E |
F |
F# |
G |
G# |
A |
A# |
B |
| 7.0 |
-10 |
-2 |
7.5 |
-3 |
4.5 |
-12.5 |
2.5 |
-7.5 |
0 |
8 |
-4.5 |
In addition, we offer three more temperament charts with the sample sets, all
of which are modified meantone temperaments as found during the course of
history on the other Silbermann instrument, the great organ of the Freiberg
Cathedral. These are the Silbermann-Sorge temperament, modified Silbermann
temperament of 1982 and another modification of this temperament known as
"Freiberg 1985". These temperaments are described in detail in the book Christoph Schwarzenberg - Kristian Wegscheider: Die grosse Silbermann-Orgel im Dom zu Freiberg, p. A5-A7. All the temperament charts may be optionally installed together with the
sample set.
Screenshots
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Virtual console page |
blower - bellows page |
voicing page |
rank adjustment - surround version only |
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