![How playable is Pianoteq 8? (Exploiting the Physical Model)](https://ytimg.googleusercontent.com/vi/5oHNxNK22LQ/hqdefault.jpg)
I thought it would be fun to try something similar on a virtual piano, so let’s give this a whirl in Pianoteq 8!
I’m using 4 pedals, a mod strip, aftertouch, a macro, and some automation to constantly modulate various parameters of the piano model in real-time. This level of playability is something uniquely possible with physical modeling synthesis, and it’s a lot of fun to experiment with!
Hope you enjoy!
Hania’s video: https://www.youtube.com/watch?vkFRdoYfZYUY
Also, I’ve been asked for the FXPs (Pianoteq presets), which I’m happy to provide. To be clear, you could make these types of sounds with any of the pianos — just start with classical presets and change the pedal assignments as shown in the video, use controllersmacros and/or automation to manipulate Q factor and impedance, and set your aftertouch curve to a slope that feels good to you if you want string bends. That’s all I did inside Pianoteq.
The first track was sent through Panflow (free plugin) to pan it slowly back and forth, and Deelay (also free) to create a single ping-pong echo. Both pianos were then sent through Valhalla Shimmer (default preset), and the mix was automated to shift between 0 and 0.1 (10% wet), and finally through Eventide Blackhole on the Blackhole preset, 21% wet. You can get a similar sound using free plugins as shown here: https://youtu.be/W62mxYSNpg4?t510
Muted loop FXP (Ant. Petrof): https://forum.modartt.com/file/3oz5tk1t
Improv FXP (NY Steinway D): https://forum.modartt.com/file/b1dawws2
0:00 Loop Start
0:22 Felt thickness and string bends
0:51 Buff stop pedal
1:05 Celeste pedal
1:18 Pinch harmonic (flageolet) pedal
1:34 Sustain pedal
1:45 Impedance and Q factor
2:10 Tying it all together
#pianoteq #improvisation #physicalmodeling
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