Windows
Image-Line Sakura v1.1.8 [WiN]
Team R2R | 15 September 2021 | 3.49 MB
Reproduce the delicate pluck of a single string
Sakura can reproduce the delicate pluck of a single string, a violins bowing or the sonorous resonance of a grand piano. Most importantly, the curious musician can take control of every aspect of the simulation to create fantastic instruments. Ever wanted to know what a 20 foot guitar sounded like? Or a bowed piano? Now you can find out, Sakura opens up a world of string modelling possibilities, why not download the Sakura demo and try it for yourself. The Sakurazensen is coming, be there to experience it.
Virtual modelling in Sakura follows a 5 stage hanami-process :
Contact - An impulse, the mechanical contact with the string, is first generated then shaped to simulate plucks, picks, scrapes, hammers, taps or humble fingers.
Vibration - Sakura’s dual string model then gives the operator control over a wide range of parameters such as damping, tension, positioning and string properties.
String interaction – The dual strings are then mixed, panned and enveloped to simulate interactions.
Resonance - The string/s vibration then interacts with an 8-resonator ‘body simulator’ to create the size, material and shape of the instrument
Acoustics - Virtual acoustic space is then simulated with chorus, delay and reverberation effects.
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Sakura can reproduce the delicate pluck of a single string, a violins bowing or the sonorous resonance of a grand piano. Most importantly, the curious musician can take control of every aspect of the simulation to create fantastic instruments. Ever wanted to know what a 20 foot guitar sounded like? Or a bowed piano? Now you can find out, Sakura opens up a world of string modelling possibilities, why not download the Sakura demo and try it for yourself. The Sakurazensen is coming, be there to experience it.
Virtual modelling in Sakura follows a 5 stage hanami-process :
Contact - An impulse, the mechanical contact with the string, is first generated then shaped to simulate plucks, picks, scrapes, hammers, taps or humble fingers.
Vibration - Sakura’s dual string model then gives the operator control over a wide range of parameters such as damping, tension, positioning and string properties.
String interaction – The dual strings are then mixed, panned and enveloped to simulate interactions.
Resonance - The string/s vibration then interacts with an 8-resonator ‘body simulator’ to create the size, material and shape of the instrument
Acoustics - Virtual acoustic space is then simulated with chorus, delay and reverberation effects.
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