Tonsturm – DopplerPro v1.0.0 – MOCHA (VST3) [WIN x64]

By | July 26, 2023

 

Year/Date of Issue: 06/08/23
Developer: Tonstrum.
Developer site: Tonsturm
Format: VST3.
Bit depth: 64bit
Pill: Cured [MOCHA]
System requirements: WIN 10+


Description:
Unleash the power of movement
Take your sound design projects to the next level with DopplerPro – with its vastly improved Doppler engine,
meticulously rethought and engineered for unrivaled precision and natural sound.
DopplerPRO revolutionizes your workflow with its powerful spatial engine.
Offering precise rescaling of space for the approach and departure phases,
it allows you full control over the timing and velocity parameters of the Doppler effect.
Whether you’re a sound designer or a musician, DopplerPRO will add punch and depth to your audio,
creating immersive and engaging experiences for your audience.

Characteristics :
Fine Peak Alignment:
DopplerPRO stands out for its innovative approach, giving users remarkable control over the precise position of the Doppler peak while maintaining overall trajectory curvature and smooth velocity transitions. This accuracy is achieved by calculating and rescaling individual spatial dimensions for the approach and departure phases of the Doppler trajectory.

Excellence in Speed Control:
DopplerPRO’s flexible speed mode allows users to define precise start, center and end speeds for the Doppler trajectory. This provides an unparalleled level of control to create the perfect high-speed ramp, while maintaining peak torque position and trajectory shape.

Next-level realism with floor reflections:
DopplerPRO takes your sound to new heights with advanced floor reflection. The seamless simulation of the effect of sound waves reflecting off the floor brings an extraordinary level of realism to your projects.
Fine-tuning object height, floor damping, and listener height results in unrivaled and realistic sound.

Musical Doppler Effects:
With the ability to sync to the master’s tempo in BPM mode, musicians can easily adjust the duration of the Doppler track to match the rhythm of their composition. In addition, the peak position can be quantized according to the beat grid, providing precise control over the rhythmic placement of the Doppler effect.


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