Myth: Elastique is "perfect" and introduces no artifacts. Reality: No time-stretching is artifact-free. At extreme ratios (e.g., stretching a 1-second drum hit to 10 seconds), elastique will eventually reveal granular noise. It also struggles with dense, chaotic audio like cymbal washes or white noise sweeps.
Myth: You should always use the "Pro" or "Solo" mode. Reality: Efficient mode exists for a reason. If you are warping a full DJ set in real-time, Pro mode's latency (often 40-100ms) will cause phasing issues. Use Efficient for live work, Pro for rendering.
Myth: Elastique changes the feel of the performance. Reality: Because it preserves transients, the rhythmic "groove" remains accurate. However, stretching a swung hi-hat pattern can sometimes make the swing feel looser because the space between transients changes proportionally.
The next time you seamlessly warp an acapella to fit a 140 BPM beat, take a moment to appreciate the invisible mathematics at work. Elastique timestretch is one of those rare technologies that changed the rules of music production entirely. Before elastique, tempo-matching required expensive hardware samplers or destructive pitch-shifting. After elastique, any laptop became a DJ booth and a vocal production suite.
Whether you produce hip-hop, techno, pop, or film scores, understanding how elastique works—and which mode to choose for which sound—will elevate your edits from functional to transparent. So dive into your DAW’s warp settings, switch from "Beats" to "Complex Pro," and start stretching without fear.
Have you used elastique timestretch in an unexpected way? Share your stories in the comments below. And if you want to dive deeper into zplane’s technology, visit their official developer page for white papers and technical specifications.
Developed by zplane.development élastique is the industry-standard time-stretching and pitch-shifting algorithm used by professional digital audio workstations (DAWs) like Steinberg Cubase Ableton Live MAGIX Sound Forge
. It allows producers to change the length or tempo of audio without affecting its pitch. Key Capabilities
We live in an era where time is flexible. You can take a bossa nova guitar line from 1963, stretch it to 170 BPM, and lay a halftime drum pattern under it. That’s not a bug of digital audio—it’s a feature. And elastique is the feature inside the feature.
So the next time you drag that warp marker and the audio bends without breaking, tip your hat to zplane. The rubber band finally learned how to behave.
Have a go-to elastique trick or a warping horror story? Drop it in the comments below.
Tags: #timestretching #audioproduction #abletonlive #sounddesign #elastique #dawwarping
The Magic of Elastique Time-Stretch: Revolutionizing Audio Editing
As music producers, sound designers, and audio engineers, we're constantly looking for ways to push the boundaries of creative expression. One technique that has gained significant attention in recent years is time-stretching, and specifically, Elastique time-stretch. In this blog post, we'll dive into the world of Elastique time-stretch, exploring its capabilities, applications, and the impact it has on audio editing.
What is Elastique Time-Stretch?
Elastique time-stretch is a proprietary algorithm developed by the French company, zplane. It's a powerful tool used in various digital audio workstations (DAWs) and plugins, allowing users to manipulate audio in ways previously unimaginable. Elastique enables you to change the tempo and pitch of an audio signal independently, without affecting the other. This technology has revolutionized the way we approach audio editing, making it an indispensable tool for music producers, sound designers, and audio post-production engineers.
How Does Elastique Time-Stretch Work?
Elastique's advanced algorithm analyzes the audio signal and creates a sophisticated model of the audio's spectral content. This model allows the algorithm to identify and separate the different components of the signal, such as the transient, tone, and noise. By manipulating these components independently, Elastique can adjust the tempo and pitch of the audio signal without causing unwanted artifacts or degrading the sound quality.
Applications of Elastique Time-Stretch
The versatility of Elastique time-stretch has made it a go-to tool in various industries:
Benefits of Elastique Time-Stretch
The advantages of using Elastique time-stretch are numerous:
Conclusion
Elastique time-stretch has revolutionized the world of audio editing, offering unprecedented creative possibilities. Whether you're a music producer, sound designer, or audio post-production engineer, Elastique is an indispensable tool that can elevate your work to new heights. With its advanced algorithm, flexibility, and ease of use, Elastique time-stretch has become the gold standard in audio manipulation. Experiment with Elastique today and discover the magic of time-stretching for yourself!
Title: The Elastic Canvas: Understanding the Art and Science of Elastique Timestretch
In the physical world, time is an unforgiving constant. If a musician plays a melody too quickly, the only way to make it last longer is to ask them to play it again, slower. However, in the digital realm of audio production, time is a malleable dimension. The ability to stretch a sound without altering its pitch—known as timestretching—is one of the most transformative developments in modern music. At the forefront of this technology is "Elastique," a proprietary algorithm that has become an industry standard, acting as the invisible backbone for countless radio hits, film scores, and podcasts.
To understand the significance of Elastique, one must first understand the problem it solves. In the analog era, changing the speed of a tape machine inevitably changed the pitch. Slow a voice down, and it becomes a deep, groaning giant; speed it up, and it becomes a chipmunk. While creative, this link between speed and pitch was a technical limitation. Early digital attempts to sever this link were often clumsy, resulting in "artifacts"—glitchy, metallic, or reverberant distortions that ruined the audio. The challenge was to stretch audio like a piece of elastic fabric, maintaining its texture and integrity, rather than chopping it like a raw vegetable.
Elastique, developed by the German software company zplane.development, addresses this challenge through sophisticated algorithmic design. Unlike simple algorithms that merely cut and paste chunks of sound (often creating a stuttering effect), Elastique operates on a granular level. It analyzes the audio to identify transients (the sharp attacks of drums or plucks) and tonal components (the sustained notes of a violin or voice). By understanding the DNA of the sound, the algorithm can intelligently stretch the tonal parts while leaving the transients crisp, or adjust the timing of rhythmic hits without smearing them.
The true genius of Elastique lies in its versatility, often categorized into distinct "modes" tailored for different audio material. The "Mono" mode, for instance, is optimized for solo vocals or bass lines, preserving the subtle pitch fluctuations of the human voice. The "Poly" mode handles complex textures like chords and full mixes. Perhaps most famously, the "Efficient" or "Balanced" modes provide the speed necessary for real-time applications. When a DJ syncs two tracks of different tempos in software like Serato or Traktor, or when a producer adjusts the tempo of a sample in FL Studio or Ableton Live, Elastique is often the engine working in real-time to ensure the audio remains natural and musical.
The cultural impact of this technology cannot be overstated. Elastique has democratized sampling and remixing. Before high-quality timestretching became ubiquitous, producers had to hunt for samples that matched their project’s tempo, or risk degrading the sound to force a fit. Today, any snippet of audio—a snippet of a 70s funk record, a field recording of birds, a podcast dialogue—can be "elasticized" to fit any tempo or key. This has given rise to genres like chopped and screwed, vaporwave, and modern hip-hop, where the manipulation of pitch and time is a primary aesthetic feature rather than a technical hurdle.
Furthermore, the transparency of Elastique has made it indispensable in post-production and broadcast. In film editing, where scenes are trimmed and extended constantly, sound editors rely on Elastique to stretch ambient soundscapes or dialogue by small percentages to fit
Zplane's élastique is a world-class time-stretching and pitch-shifting engine widely recognized as the industry standard for professional audio software. It allows producers to change the tempo or duration of an audio clip without affecting its pitch, or vice versa, with minimal digital artifacts. Key Features High Fidelity:
Engineered to preserve the phase and transient clarity of complex audio signals, such as full musical arrangements or vocal performances. Multi-Platform Integration:
It is integrated into major Digital Audio Workstations (DAWs) including Sound Forge Pro Sony Vegas BeatMaker 3 Specialized Algorithms: élastique Pro: Optimized for professional-grade offline rendering. élastique Efficient:
Designed for real-time applications where CPU performance is a priority. élastique Soloist:
Tailored specifically for monophonic signals like vocals or single instruments. Common Use Cases Tempo Matching:
Aligning a sample to the project's BPM without changing its key. Creative Sound Design: elastique timestretch
Drastically slowing down audio to create ambient textures or "stretched" effects. Corrective Editing:
Fixing minor timing issues in a performance while maintaining natural sound quality. settings in a specific software like Sound Forge or BeatMaker 3? How to Tell Audacity to Stretch Audio - Swell AI
élastique timestretch is an industry-standard audio engine developed by the German company zplane. Known for its high-quality "program independent" stretching, it allows producers to change the tempo of a song or sample without altering its pitch. The Story of élastique
For over 25 years, zplane has refined this algorithm to solve the "chipmunk effect" that plagued early digital audio when slowing down or speeding up recordings. It is now so widely trusted that it is licensed and integrated into most major Digital Audio Workstations (DAWs) including:
Ableton Live: Uses it for its "Complex" and "Complex Pro" warp modes.
Steinberg Cubase & Nuendo: Employs the Pro version for high-fidelity stretching.
Avid Pro Tools: Recently integrated élastique Pro V3 for real-time Elastic Audio.
PreSonus Studio One: Uses the engine for all real-time and offline operations.
MAGIX Sound Forge & Vegas Pro: Includes it as a dedicated plug-in for precise pitch and time manipulation. Key Features and Modes
The engine is available in several specialized versions to handle different types of audio: Review: Sound Forge 11 - Ask.Video
Zplane's élastique is widely considered the industry standard for high-quality, professional-grade time-stretching and pitch-shifting in modern music production. It allows producers to change the length or tempo of an audio file without affecting its pitch, or vice versa, while maintaining remarkable clarity even at extreme settings. ⚡ Key Capabilities
Tempo Syncing: Automatically matches loops with different BPMs to your project tempo without creating audible "artifacts" or robotic glitching.
Pitch Shifting: Adjusts the key of a sample or vocal to fit your track without changing the playback speed.
Phase Coherence: Maintains the "punch" and timing of transients (like drum hits), ensuring that stretched audio doesn't sound smeared or muddy.
Extreme Stretching: Capable of drastic adjustments—stretching a sound to multiple times its original length—while preserving the original character of the audio. 🛠️ Common Integration
You will find the élastique engine embedded in almost every major digital audio workstation (DAW) and professional software, including:
Steinberg Cubase/Nuendo: Uses it as a core engine for its "Musical Mode" and "VariAudio" pitch editing.
Ableton Live: Powers various warping modes to ensure clips stay in sync. Myth: Elastique is "perfect" and introduces no artifacts
FL Studio: Provides several élastique modes (Pro, Efficient, Monophonic) tailored to different CPU and audio needs.
MAGIX Sound Forge & Vegas: Utilizes it for "superior quality" in complex musical arrangements and video editing.
BeatMaker 3: Incorporates the technology to allow mobile producers professional-grade sampling on iOS. 💡 Why It Matters
Before technologies like élastique, changing a sample's speed would also change its pitch (like a vinyl record speeding up). This made it difficult to combine samples from different sources. With élastique, audio becomes "elastic"—you can bend, stretch, and pitch it to fit any creative vision without sacrificing the professional sound quality required for radio or streaming.
⭐ Pro Tip: Use the "Pro" or "Efficient" modes depending on your CPU; while élastique is powerful, high-quality real-time stretching can cause CPU spikes on older systems. If you want more details, I can look for: Specific modes (Pro, Efficient, Monophonic) DAW-specific guides Comparison with other algorithms like DIRAC How to Tell Audacity to Stretch Audio - Swell AI
élastique Timestretch an industry-standard audio engine developed by .development
, designed to change the tempo of audio without affecting its pitch (time stretching) or change the pitch without affecting the duration (pitch shifting). Overview of Features High Fidelity:
It is widely considered one of the most transparent algorithms for audio manipulation, used across professional Studio One Key Functionality:
It allows you to match loops to a project tempo or perform extreme sound design, such as stretching a track by 1000% to create ambient soundscapes. Artifact Management:
While high-quality, extreme stretching can still introduce "artifacts" (audible digital processing glitches), but élastique is noted for remaining artifact-free during subtle speed changes (e.g., 1–2%). Common Implementation & Modes
Different software integrates specific versions of the engine, often providing several modes optimized for different audio types:
The highest quality mode for complex polyphonic material (like full mixes). Efficient:
A lower-CPU version that maintains high quality while saving processing power. Soloist / Monophonic:
Optimized for single-voice or single-instrument tracks (e.g., vocals, speech) to preserve natural formants.
Simulates the effect of changing tape speed, where both pitch and time change together. User Reports & Reliability Integration Issues: Some users have reported issues with pops and crackles
in certain DAW versions, particularly when using "warp markers" or during specific plugin updates. Native vs. Plugin:
It is frequently built directly into the host software (like
), but some versions exist as standalone plugins with X/Y chart controls for pitch and timbre. Steinberg Forums settings in a specific software like Cubase or Reaper? Steinberg Forums Have you used elastique timestretch in an unexpected way
Myth: Elastique is "perfect" and introduces no artifacts. Reality: No time-stretching is artifact-free. At extreme ratios (e.g., stretching a 1-second drum hit to 10 seconds), elastique will eventually reveal granular noise. It also struggles with dense, chaotic audio like cymbal washes or white noise sweeps.
Myth: You should always use the "Pro" or "Solo" mode. Reality: Efficient mode exists for a reason. If you are warping a full DJ set in real-time, Pro mode's latency (often 40-100ms) will cause phasing issues. Use Efficient for live work, Pro for rendering.
Myth: Elastique changes the feel of the performance. Reality: Because it preserves transients, the rhythmic "groove" remains accurate. However, stretching a swung hi-hat pattern can sometimes make the swing feel looser because the space between transients changes proportionally.
The next time you seamlessly warp an acapella to fit a 140 BPM beat, take a moment to appreciate the invisible mathematics at work. Elastique timestretch is one of those rare technologies that changed the rules of music production entirely. Before elastique, tempo-matching required expensive hardware samplers or destructive pitch-shifting. After elastique, any laptop became a DJ booth and a vocal production suite.
Whether you produce hip-hop, techno, pop, or film scores, understanding how elastique works—and which mode to choose for which sound—will elevate your edits from functional to transparent. So dive into your DAW’s warp settings, switch from "Beats" to "Complex Pro," and start stretching without fear.
Have you used elastique timestretch in an unexpected way? Share your stories in the comments below. And if you want to dive deeper into zplane’s technology, visit their official developer page for white papers and technical specifications.
Developed by zplane.development élastique is the industry-standard time-stretching and pitch-shifting algorithm used by professional digital audio workstations (DAWs) like Steinberg Cubase Ableton Live MAGIX Sound Forge
. It allows producers to change the length or tempo of audio without affecting its pitch. Key Capabilities
We live in an era where time is flexible. You can take a bossa nova guitar line from 1963, stretch it to 170 BPM, and lay a halftime drum pattern under it. That’s not a bug of digital audio—it’s a feature. And elastique is the feature inside the feature.
So the next time you drag that warp marker and the audio bends without breaking, tip your hat to zplane. The rubber band finally learned how to behave.
Have a go-to elastique trick or a warping horror story? Drop it in the comments below.
Tags: #timestretching #audioproduction #abletonlive #sounddesign #elastique #dawwarping
The Magic of Elastique Time-Stretch: Revolutionizing Audio Editing
As music producers, sound designers, and audio engineers, we're constantly looking for ways to push the boundaries of creative expression. One technique that has gained significant attention in recent years is time-stretching, and specifically, Elastique time-stretch. In this blog post, we'll dive into the world of Elastique time-stretch, exploring its capabilities, applications, and the impact it has on audio editing.
What is Elastique Time-Stretch?
Elastique time-stretch is a proprietary algorithm developed by the French company, zplane. It's a powerful tool used in various digital audio workstations (DAWs) and plugins, allowing users to manipulate audio in ways previously unimaginable. Elastique enables you to change the tempo and pitch of an audio signal independently, without affecting the other. This technology has revolutionized the way we approach audio editing, making it an indispensable tool for music producers, sound designers, and audio post-production engineers.
How Does Elastique Time-Stretch Work?
Elastique's advanced algorithm analyzes the audio signal and creates a sophisticated model of the audio's spectral content. This model allows the algorithm to identify and separate the different components of the signal, such as the transient, tone, and noise. By manipulating these components independently, Elastique can adjust the tempo and pitch of the audio signal without causing unwanted artifacts or degrading the sound quality.
Applications of Elastique Time-Stretch
The versatility of Elastique time-stretch has made it a go-to tool in various industries:
Benefits of Elastique Time-Stretch
The advantages of using Elastique time-stretch are numerous:
Conclusion
Elastique time-stretch has revolutionized the world of audio editing, offering unprecedented creative possibilities. Whether you're a music producer, sound designer, or audio post-production engineer, Elastique is an indispensable tool that can elevate your work to new heights. With its advanced algorithm, flexibility, and ease of use, Elastique time-stretch has become the gold standard in audio manipulation. Experiment with Elastique today and discover the magic of time-stretching for yourself!
Title: The Elastic Canvas: Understanding the Art and Science of Elastique Timestretch
In the physical world, time is an unforgiving constant. If a musician plays a melody too quickly, the only way to make it last longer is to ask them to play it again, slower. However, in the digital realm of audio production, time is a malleable dimension. The ability to stretch a sound without altering its pitch—known as timestretching—is one of the most transformative developments in modern music. At the forefront of this technology is "Elastique," a proprietary algorithm that has become an industry standard, acting as the invisible backbone for countless radio hits, film scores, and podcasts.
To understand the significance of Elastique, one must first understand the problem it solves. In the analog era, changing the speed of a tape machine inevitably changed the pitch. Slow a voice down, and it becomes a deep, groaning giant; speed it up, and it becomes a chipmunk. While creative, this link between speed and pitch was a technical limitation. Early digital attempts to sever this link were often clumsy, resulting in "artifacts"—glitchy, metallic, or reverberant distortions that ruined the audio. The challenge was to stretch audio like a piece of elastic fabric, maintaining its texture and integrity, rather than chopping it like a raw vegetable.
Elastique, developed by the German software company zplane.development, addresses this challenge through sophisticated algorithmic design. Unlike simple algorithms that merely cut and paste chunks of sound (often creating a stuttering effect), Elastique operates on a granular level. It analyzes the audio to identify transients (the sharp attacks of drums or plucks) and tonal components (the sustained notes of a violin or voice). By understanding the DNA of the sound, the algorithm can intelligently stretch the tonal parts while leaving the transients crisp, or adjust the timing of rhythmic hits without smearing them.
The true genius of Elastique lies in its versatility, often categorized into distinct "modes" tailored for different audio material. The "Mono" mode, for instance, is optimized for solo vocals or bass lines, preserving the subtle pitch fluctuations of the human voice. The "Poly" mode handles complex textures like chords and full mixes. Perhaps most famously, the "Efficient" or "Balanced" modes provide the speed necessary for real-time applications. When a DJ syncs two tracks of different tempos in software like Serato or Traktor, or when a producer adjusts the tempo of a sample in FL Studio or Ableton Live, Elastique is often the engine working in real-time to ensure the audio remains natural and musical.
The cultural impact of this technology cannot be overstated. Elastique has democratized sampling and remixing. Before high-quality timestretching became ubiquitous, producers had to hunt for samples that matched their project’s tempo, or risk degrading the sound to force a fit. Today, any snippet of audio—a snippet of a 70s funk record, a field recording of birds, a podcast dialogue—can be "elasticized" to fit any tempo or key. This has given rise to genres like chopped and screwed, vaporwave, and modern hip-hop, where the manipulation of pitch and time is a primary aesthetic feature rather than a technical hurdle.
Furthermore, the transparency of Elastique has made it indispensable in post-production and broadcast. In film editing, where scenes are trimmed and extended constantly, sound editors rely on Elastique to stretch ambient soundscapes or dialogue by small percentages to fit
Zplane's élastique is a world-class time-stretching and pitch-shifting engine widely recognized as the industry standard for professional audio software. It allows producers to change the tempo or duration of an audio clip without affecting its pitch, or vice versa, with minimal digital artifacts. Key Features High Fidelity:
Engineered to preserve the phase and transient clarity of complex audio signals, such as full musical arrangements or vocal performances. Multi-Platform Integration:
It is integrated into major Digital Audio Workstations (DAWs) including Sound Forge Pro Sony Vegas BeatMaker 3 Specialized Algorithms: élastique Pro: Optimized for professional-grade offline rendering. élastique Efficient:
Designed for real-time applications where CPU performance is a priority. élastique Soloist:
Tailored specifically for monophonic signals like vocals or single instruments. Common Use Cases Tempo Matching:
Aligning a sample to the project's BPM without changing its key. Creative Sound Design:
Drastically slowing down audio to create ambient textures or "stretched" effects. Corrective Editing:
Fixing minor timing issues in a performance while maintaining natural sound quality. settings in a specific software like Sound Forge or BeatMaker 3? How to Tell Audacity to Stretch Audio - Swell AI
élastique timestretch is an industry-standard audio engine developed by the German company zplane. Known for its high-quality "program independent" stretching, it allows producers to change the tempo of a song or sample without altering its pitch. The Story of élastique
For over 25 years, zplane has refined this algorithm to solve the "chipmunk effect" that plagued early digital audio when slowing down or speeding up recordings. It is now so widely trusted that it is licensed and integrated into most major Digital Audio Workstations (DAWs) including:
Ableton Live: Uses it for its "Complex" and "Complex Pro" warp modes.
Steinberg Cubase & Nuendo: Employs the Pro version for high-fidelity stretching.
Avid Pro Tools: Recently integrated élastique Pro V3 for real-time Elastic Audio.
PreSonus Studio One: Uses the engine for all real-time and offline operations.
MAGIX Sound Forge & Vegas Pro: Includes it as a dedicated plug-in for precise pitch and time manipulation. Key Features and Modes
The engine is available in several specialized versions to handle different types of audio: Review: Sound Forge 11 - Ask.Video
Zplane's élastique is widely considered the industry standard for high-quality, professional-grade time-stretching and pitch-shifting in modern music production. It allows producers to change the length or tempo of an audio file without affecting its pitch, or vice versa, while maintaining remarkable clarity even at extreme settings. ⚡ Key Capabilities
Tempo Syncing: Automatically matches loops with different BPMs to your project tempo without creating audible "artifacts" or robotic glitching.
Pitch Shifting: Adjusts the key of a sample or vocal to fit your track without changing the playback speed.
Phase Coherence: Maintains the "punch" and timing of transients (like drum hits), ensuring that stretched audio doesn't sound smeared or muddy.
Extreme Stretching: Capable of drastic adjustments—stretching a sound to multiple times its original length—while preserving the original character of the audio. 🛠️ Common Integration
You will find the élastique engine embedded in almost every major digital audio workstation (DAW) and professional software, including:
Steinberg Cubase/Nuendo: Uses it as a core engine for its "Musical Mode" and "VariAudio" pitch editing.
Ableton Live: Powers various warping modes to ensure clips stay in sync.
FL Studio: Provides several élastique modes (Pro, Efficient, Monophonic) tailored to different CPU and audio needs.
MAGIX Sound Forge & Vegas: Utilizes it for "superior quality" in complex musical arrangements and video editing.
BeatMaker 3: Incorporates the technology to allow mobile producers professional-grade sampling on iOS. 💡 Why It Matters
Before technologies like élastique, changing a sample's speed would also change its pitch (like a vinyl record speeding up). This made it difficult to combine samples from different sources. With élastique, audio becomes "elastic"—you can bend, stretch, and pitch it to fit any creative vision without sacrificing the professional sound quality required for radio or streaming.
⭐ Pro Tip: Use the "Pro" or "Efficient" modes depending on your CPU; while élastique is powerful, high-quality real-time stretching can cause CPU spikes on older systems. If you want more details, I can look for: Specific modes (Pro, Efficient, Monophonic) DAW-specific guides Comparison with other algorithms like DIRAC How to Tell Audacity to Stretch Audio - Swell AI
élastique Timestretch an industry-standard audio engine developed by .development
, designed to change the tempo of audio without affecting its pitch (time stretching) or change the pitch without affecting the duration (pitch shifting). Overview of Features High Fidelity:
It is widely considered one of the most transparent algorithms for audio manipulation, used across professional Studio One Key Functionality:
It allows you to match loops to a project tempo or perform extreme sound design, such as stretching a track by 1000% to create ambient soundscapes. Artifact Management:
While high-quality, extreme stretching can still introduce "artifacts" (audible digital processing glitches), but élastique is noted for remaining artifact-free during subtle speed changes (e.g., 1–2%). Common Implementation & Modes
Different software integrates specific versions of the engine, often providing several modes optimized for different audio types:
The highest quality mode for complex polyphonic material (like full mixes). Efficient:
A lower-CPU version that maintains high quality while saving processing power. Soloist / Monophonic:
Optimized for single-voice or single-instrument tracks (e.g., vocals, speech) to preserve natural formants.
Simulates the effect of changing tape speed, where both pitch and time change together. User Reports & Reliability Integration Issues: Some users have reported issues with pops and crackles
in certain DAW versions, particularly when using "warp markers" or during specific plugin updates. Native vs. Plugin:
It is frequently built directly into the host software (like
), but some versions exist as standalone plugins with X/Y chart controls for pitch and timbre. Steinberg Forums settings in a specific software like Cubase or Reaper? Steinberg Forums
