Feature Requests

Description This feature request proposes the implementation of a radial (pie-style) pop-up menu within Loopy Pro's gesture system. The goal is to provide users with a more efficient and visually organized method to access multiple actions or presets through a single gesture or button, enhancing the user interface and workflow. Problems Inefficient Navigation : Currently, navigating through step dials or radio grids to select a specific action or preset can trigger unintended actions for each intermediate step, leading to workflow disruptions. Screen Real Estate Constraints : Limited screen space, especially on smaller devices, makes it challenging to display multiple controls simultaneously without cluttering the interface. Limited Gesture Integration : The existing gesture system lacks a dynamic menu that can present multiple action options in a compact and accessible manner. Proposed Solution Radial Menu Integration : Introduce a radial pop-up menu that can be triggered via gestures or button presses, displaying multiple action options in a circular layout. Deferred Action Execution : Ensure that actions within the radial menu are only executed upon final selection, preventing unintended triggers during navigation. Customizable Menu Items : Allow users to customize the actions or presets available within the radial menu to suit their specific workflow needs. Visual Feedback : Provide clear visual cues within the radial menu to indicate the currently highlighted option and confirm selection upon release. Benefits Enhanced Workflow Efficiency : Users can quickly access and execute desired actions without navigating through multiple menus or triggering unintended actions. Optimized Interface : The radial menu offers a compact and organized method to present multiple options, conserving screen space and reducing clutter. Improved Gesture Utilization : Integrating the radial menu into the gesture system expands the functionality of gestures, allowing for more complex and efficient control schemes. This summary was automatically generated by ChatGPT-4 on 2025-05-08.

Description This feature request proposes the implementation of flexible groove quantization options for MIDI recording in Loopy Pro. The goal is to provide users with advanced tools to adjust the timing and feel of MIDI recordings, enhancing musical expression and aligning with various rhythmic styles. Problems Rigid Quantization : Currently, Loopy Pro offers basic quantization settings that may not accommodate the nuanced timing required for different musical genres or personal playing styles. Limited Groove Customization : Users lack the ability to apply swing, shuffle, or custom groove templates to MIDI recordings, restricting creative possibilities. Inconsistent Timing Feel : Without flexible groove quantization, achieving a humanized or genre-specific rhythmic feel requires manual adjustments, which can be time-consuming and imprecise. Proposed Solution Advanced Quantization Options : Introduce a range of quantization settings, including swing percentages, shuffle rhythms, and customizable groove templates. Real-Time Groove Application : Allow users to apply and adjust groove settings in real-time during MIDI recording and playback. Groove Template Library : Provide a library of preset groove templates representing various musical styles (e.g., funk, jazz, hip-hop) and allow users to create and save custom templates. Visual Feedback : Implement visual indicators within the MIDI editor to display the applied groove adjustments, aiding in precise editing and alignment. Benefits Enhanced Musical Expression : Flexible groove quantization enables users to infuse their MIDI recordings with desired rhythmic feels, enhancing the musicality of their productions. Streamlined Workflow : Real-time groove application and visual feedback simplify the process of achieving the intended timing, reducing the need for manual corrections. Creative Versatility : A comprehensive set of groove options allows users to experiment with different rhythmic styles, fostering creativity and innovation in their music. This summary was automatically generated by ChatGPT-4 on 2025-05-08.

Description: Add a “Curve” selection option for volume parameter actions to switch between different fade curve types – especially to implement equal-power curves for smoother crossfades. Ideally, this would include a dedicated crossfader widget with assignable audio sources on each side and custom crossfade curves. Problem: Currently, volume fades in Loopy Pro often drop too fast and are hard to control precisely. Smooth transitions between sources are tricky, especially when using a single MIDI controller. Only the leftmost curve is configurable for x-faders, while more musical options like the middle curve (often used for transitions) are not available. A workaround using two separate faders is suboptimal. Proposed Solution: – Add selectable volume curve types: linear, equal-power, logarithmic, etc. – Allow curves for both parameter actions (e.g., volume fades) and widgets – Create a dedicated crossfader widget with: – Assignable inputs (e.g., color channels or audio sources left/right) – Crossfade-specific curves (e.g., DJ-style equal-power or scratch-friendly behavior) – Optional: allow visual reference or preset selector like on DJ mixers (e.g., PX5 curve options) – Let users apply different curves to channel faders and crossfaders separately Benefits: – Enables precise, musical volume transitions and fades – Better suited for DJ/live use (e.g., drum blending, FX fades, source switching) – Simplifies setups by avoiding workarounds with multiple faders – Brings Loopy Pro closer to a professional live/DJ mixing environment – Empowers users with custom workflows through curve selection This summary was automatically generated by ChatGPT-4 on April 30, 2025.

Description: Loopy Pro users would like the ability to create multiple timeline regions within the sequencer, allowing for more flexible arrangements and looping possibilities. Problem: Currently, the sequencer only allows for one continuous timeline looping region. This limitation makes it challenging for users who want to set up more dynamic and flexible arrangements, especially during live performances or when experimenting with song structures. Proposed Solution: Implement the ability to define multiple timeline regions that can loop independently or in sequence. These regions should be customizable, with options for setting different loop lengths and behaviors. Additionally, an arrangement widget that functions like a master timeline would allow for quick restructuring during performances. Benefits: Enhanced flexibility for live looping and performance. Ability to experiment with different song structures without stopping playback. Improved workflow for users who want to set up looping regions with minimal interaction during performance. This summary was automatically generated by ChatGPT-4 on 2025-05-07.

Description This feature request proposes the implementation of bi-polar faders and knobs within Loopy Pro. The goal is to provide users with controls that have a centered neutral position, allowing for symmetrical adjustment of parameters in both positive and negative directions. This functionality is particularly beneficial for parameters like panning, where a centered control reflects the neutral (center) position. Problems Limited Control for Bi-Directional Parameters : Currently, Loopy Pro's faders and knobs operate in a unipolar fashion, ranging from 0 to 100%. This design is not ideal for parameters that require a centered control, such as panning, where values should range from -100% (left) to +100% (right) with 0% representing the center. Inconsistent User Experience : The absence of bi-polar controls can lead to confusion and imprecise adjustments when managing parameters that inherently have a central neutral point. Workflow Inefficiency : Users may need to implement workarounds or use external MIDI controllers to achieve the desired bi-polar control behavior, disrupting the creative flow. Proposed Solution Bi-Polar Control Implementation : Introduce bi-polar fader and knob widgets that allow for symmetrical adjustment around a central neutral position. Visual Indicators : Design the bi-polar controls with clear visual cues to indicate the center point and the direction of adjustment (positive or negative). Customizable Range : Allow users to define the range of the bi-polar controls to suit different parameters and preferences. Integration with Existing Systems : Ensure compatibility with Loopy Pro's current action and MIDI mapping frameworks, providing a seamless user experience. Benefits Enhanced Precision : Bi-polar controls enable more accurate adjustments for parameters requiring centered control, improving the overall sound design and mixing process. Improved User Experience : Providing native bi-polar controls aligns with user expectations and reduces the need for external solutions or complex workarounds. Streamlined Workflow : Integrating bi-polar controls into Loopy Pro's interface facilitates a more efficient and intuitive workflow, allowing users to focus on creativity. This summary was automatically generated by ChatGPT-4 on 2025-05-08.

Description: Add a one-shot ADSR envelope with the ability to define a repeat region, enabling users to create more dynamic and evolving soundscapes with precise control over attack, decay, sustain, and release. Problem: Currently, there is no way to easily create one-shot envelope effects that loop or repeat within a defined region. This limits the creative possibilities when working with evolving sounds or automation, especially in situations where specific envelopes need to repeat without continuous triggering. Proposed Solution: Implement a one-shot ADSR envelope that triggers once but can repeat within a specific region of the clip or sequence Allow users to define a repeat region where the envelope will restart automatically after completion Provide options for adjusting the ADSR parameters (Attack, Decay, Sustain, Release) for each envelope repeat Include a visual interface that shows the active repeat region and the envelope behavior over time Enable users to trigger or automate this envelope via MIDI or on-screen controls Benefits: Gives more flexibility in creating evolving sounds that don't need to be re-triggered Ideal for effects that require periodic modulation or dynamic changes over time Enhances creative options for sound design, especially in genres like ambient, experimental, or electronic music Makes Loopy Pro more versatile by allowing for advanced sound manipulation in live and studio setups This summary was automatically generated by ChatGPT-4 on April 30, 2025.

Description This feature request proposes the implementation of an integrated real-time feedback analysis and suppression tool within Loopy Pro. The aim is to enhance live performance reliability by automatically detecting and eliminating audio feedback loops, thereby ensuring optimal sound quality without the need for external hardware or plugins. Problems Risk of Audio Feedback : During live performances, especially when using microphones and speakers in close proximity, there is a significant risk of audio feedback, which can disrupt the performance and potentially damage equipment. Lack of Integrated Solution : Currently, users must rely on external hardware or third-party plugins to manage feedback issues, which can complicate the setup and increase costs. Manual Intervention Required : Without an automated system, users must manually identify and mitigate feedback issues, which can be challenging in real-time performance scenarios. Proposed Solution Real-Time Feedback Analyzer : Develop a built-in tool that continuously monitors audio input channels for signs of feedback, using spectral analysis to identify problematic frequencies. Automatic Notch Filtering : Upon detecting potential feedback, the system would automatically apply narrow-band notch filters to attenuate the specific frequencies causing the issue. User Controls : Provide users with adjustable parameters, such as sensitivity, filter depth, and the number of active filters, allowing customization based on specific performance environments. Visual Feedback : Incorporate visual indicators within the interface to alert users when feedback is detected and when filters are applied, facilitating real-time monitoring. Examples Live Vocal Performance : A singer using a microphone during a live looped performance benefits from the tool automatically suppressing any emerging feedback frequencies, maintaining sound clarity. Instrument Amplification : A guitarist amplifying their instrument through Loopy Pro experiences automatic feedback suppression when certain notes resonate with the room acoustics, preventing disruptive squeals. Public Speaking Events : A speaker using Loopy Pro for sound reinforcement in a conference setting avoids feedback issues as the system dynamically manages problematic frequencies. Benefits Enhanced Sound Quality : Automatic feedback suppression ensures clear and uninterrupted audio during performances. Simplified Setup : Eliminates the need for additional hardware or complex configurations to manage feedback. Improved User Experience : Provides performers with confidence that feedback issues will be managed proactively, allowing them to focus on their performance. This summary was automatically generated by ChatGPT-4 on 2025-05-09.

Description: Improve Loopy Pro’s audio engine by enabling true multi-core (multi-threaded) CPU processing for audio rendering, especially useful with multiple AUv3 plugins and parallel signal paths. Problem: Currently, Loopy Pro does not seem to fully utilize multi-core CPU processing for audio tasks. This can quickly lead to CPU overloads in complex projects with several AUv3 plugins, effects, or multiple audio channels – even on high-end iPads. Proposed Solution: – Implement multi-threaded audio rendering – Distribute AUv3 plugin processing across available CPU cores – Prioritize per-track or per-plugin parallelization – Dynamically allocate threads based on system load – Add CPU usage per-core display (optional) Benefits: – Much better performance on modern multi-core CPUs – Lower risk of audio glitches and dropouts – Enables more complex, creative setups with more plugins – Extends device longevity by improving resource efficiency – Makes Loopy Pro more competitive as a DAW alternative This summary was automatically generated by ChatGPT-4 on April 30, 2025.

Description: Allow users to assign custom names to individual AUv3 effect instances within Loopy Pro, enhancing clarity and organization in complex projects. Problem: Currently, AUv3 effect instances in Loopy Pro are labeled with their default names, which can lead to confusion when multiple instances of the same effect are used. This lack of distinction makes it challenging to identify and manage specific effects, especially in intricate setups. Proposed Solution: – Enable renaming of each AUv3 effect instance directly within the Loopy Pro interface. – Display the custom names prominently in the mixer and effect lists. – Ensure that these custom names are saved with the project and persist across sessions. – When the custom label is deleted, the instance should automatically revert to showing the default AUv3 name. – Optionally, allow for color-coding or tagging of renamed instances for additional visual organization. Benefits: – Improves workflow efficiency by making effect instances easily identifiable. – Enhances project organization, particularly in complex or collaborative environments. – Reduces the likelihood of errors caused by misidentifying effects. – Aligns with standard practices in other DAWs, providing a familiar experience for users. This summary was automatically generated by ChatGPT-4 on April 30, 2025.