Apps using MIKMIDI

MIKMIDI is a powerful and versatile Objective-C framework designed to simplify MIDI-related tasks in iOS and macOS applications. This comprehensive SDK provides developers with a robust set of tools and utilities for working with MIDI (Musical Instrument Digital Interface) data, devices, and protocols. MIKMIDI offers an intuitive API that abstracts away the complexities of CoreMIDI, Apple's low-level MIDI framework, making it easier for developers to integrate MIDI functionality into their applications without extensive knowledge of the underlying technology. One of the key features of MIKMIDI is its ability to handle MIDI input and output seamlessly. Developers can use the framework to connect to MIDI devices, send and receive MIDI messages, and process MIDI data in real-time. This makes MIKMIDI an invaluable tool for creating music production apps, virtual instruments, and other audio-related software that requires MIDI integration. MIKMIDI provides a wide range of classes and methods for working with various MIDI concepts, including notes, controllers, program changes, and system exclusive messages. The framework also includes utilities for parsing and creating MIDI files, allowing developers to read and write standard MIDI file formats with ease. This functionality is particularly useful for applications that need to import or export MIDI data for use with other music software or hardware devices. Another notable aspect of MIKMIDI is its support for MIDI timecode and synchronization. Developers can leverage the framework's built-in capabilities to synchronize their applications with external MIDI devices or other software, ensuring precise timing and coordination in musical performances or recording scenarios. This feature is especially valuable for professional audio applications that require tight integration with other MIDI-enabled equipment. MIKMIDI also offers robust error handling and debugging capabilities, making it easier for developers to troubleshoot MIDI-related issues in their applications. The framework provides detailed error messages and logging options, allowing developers to quickly identify and resolve problems during the development process. One of the standout features of MIKMIDI is its extensive documentation and sample code. The framework comes with comprehensive API documentation, detailed guides, and numerous examples that demonstrate how to implement various MIDI-related tasks. This wealth of resources makes it easier for developers to get up to speed quickly and leverage the full potential of the framework in their projects. MIKMIDI is designed with performance in mind, ensuring that MIDI processing and communication occur efficiently even in resource-intensive applications. The framework is optimized for both iOS and macOS platforms, allowing developers to create cross-platform MIDI applications with minimal code changes. In addition to its core MIDI functionality, MIKMIDI also includes utilities for working with musical concepts such as scales, chords, and pitch classes. These tools can be invaluable for developers creating music theory applications, educational software, or advanced MIDI processing algorithms.

• MIKMIDI is an Objective-C framework for working with MIDI data and devices on macOS and iOS platforms.
• It provides a high-level API for sending and receiving MIDI messages, making it easier for developers to integrate MIDI functionality into their applications.
• The framework includes classes for representing various MIDI message types, such as note on/off, control change, and program change messages.
• MIKMIDI offers support for both Core MIDI and Virtual MIDI sources and destinations, allowing for flexible device connectivity.
• It includes a MIDI file parser and writer, enabling developers to read and write Standard MIDI Files (SMF) with ease.
• The framework provides a MIDI clock and sequencer, facilitating precise timing and synchronization of MIDI events.
• MIKMIDI offers a MIDI responder chain, similar to Cocoa's responder chain, for handling MIDI input in a hierarchical manner.
• It includes utilities for working with MIDI time code (MTC) and SMPTE time code, useful for synchronizing MIDI with other time-based media.
• The framework supports MIDI System Exclusive (SysEx) messages, allowing for device-specific communication and configuration.
• MIKMIDI provides classes for managing MIDI endpoints, making it easy to enumerate and connect to available MIDI devices.
• It offers support for MIDI mapping, enabling developers to create customizable MIDI control surfaces and interfaces.
• The framework includes a MIDI thru connection feature, allowing MIDI input to be immediately echoed to a specified output.
• MIKMIDI provides comprehensive error handling and logging capabilities, making it easier to debug MIDI-related issues.
• It offers support for MIDI Network Sessions, enabling MIDI communication over IP networks.
• The framework includes utilities for working with MIDI notes, scales, and chord progressions, useful for music theory applications.
• MIKMIDI provides a MIDI player class, simplifying the playback of MIDI sequences and files.
• It offers support for MIDI continuous controllers (CC), allowing for expressive control of various parameters.
• The framework includes utilities for converting between different MIDI data formats and representations.
• MIKMIDI provides a MIDI monitor class, useful for debugging and analyzing MIDI traffic in real-time.
• It offers support for MIDI running status optimization, improving efficiency in MIDI data transmission.
• The framework includes utilities for working with MIDI pitch bend messages and pitch bend sensitivity.
• MIKMIDI provides support for MIDI channel pressure (aftertouch) messages, enabling expressive playing techniques.
• It offers utilities for working with MIDI channel modes, such as omni mode and mono mode.
• The framework includes support for MIDI real-time messages, such as start, stop, and continue commands.
• MIKMIDI provides utilities for working with MIDI program change messages and bank select controls.

• MIKMIDI is a powerful SDK for iOS and macOS that enables developers to integrate MIDI functionality into their applications, offering a wide range of use cases for music creation and performance. One common use case is building virtual instruments, where MIKMIDI can be used to handle MIDI input from external controllers, allowing users to play and control software synthesizers or sample-based instruments within the app.
• Another use case is creating MIDI sequencers and digital audio workstations (DAWs), where MIKMIDI can manage the recording, editing, and playback of MIDI data. This functionality is essential for music production software, enabling users to compose and arrange music using MIDI tracks and virtual instruments.
• MIKMIDI can also be utilized in live performance applications, facilitating real-time MIDI processing and routing. This is particularly useful for musicians who need to control multiple hardware and software instruments simultaneously during live shows or studio sessions.
• Developers can leverage MIKMIDI to create MIDI utility apps, such as MIDI monitors, routers, or filters. These tools are valuable for troubleshooting MIDI setups, analyzing MIDI data, or modifying MIDI messages in real-time for specific musical or technical purposes.
• In educational settings, MIKMIDI can be employed to develop interactive music learning apps that teach users about MIDI, music theory, or instrument playing techniques. The SDK's capabilities allow for the creation of engaging, hands-on exercises and tutorials that respond to MIDI input.
• For hardware manufacturers, MIKMIDI provides a foundation for developing companion apps for MIDI-enabled devices. These apps can offer device-specific features, such as firmware updates, preset management, or custom control interfaces tailored to the hardware's functionality.
• In the realm of music notation software, MIKMIDI can be used to handle MIDI input for score entry and playback. This enables users to input notes using MIDI keyboards or other controllers, streamlining the process of creating sheet music and orchestral scores.
• MIKMIDI is also valuable for developing MIDI-based game controllers or interactive installations. Artists and designers can use the SDK to create unique input devices or interactive exhibits that respond to MIDI data, opening up new possibilities for creative expression and user engagement.
• For music collaboration tools, MIKMIDI can facilitate the exchange of MIDI data between multiple devices or users over networks. This enables the development of remote jamming applications or cloud-based music production platforms where musicians can collaborate in real-time.
• Lastly, MIKMIDI can be employed in audio plugin development, allowing developers to create MIDI-aware effects or instruments that can be used within host applications. This use case expands the ecosystem of music production tools available to professionals and hobbyists alike.

• CoreMIDI: Apple's native framework for MIDI communication on iOS and macOS, offering low-level access to MIDI devices and functionality. It provides a robust foundation for MIDI applications but requires more coding effort compared to higher-level libraries.
• AudioKit: An open-source audio and MIDI framework for iOS, macOS, and tvOS, offering a wide range of audio processing capabilities alongside MIDI functionality. It provides an easier-to-use API compared to CoreMIDI and includes features like MIDI file reading/writing and virtual MIDI ports.
• RtMidi: A cross-platform C++ library for realtime MIDI input/output, supporting Windows, macOS, and Linux. It offers a simple, lightweight API for MIDI communication and is often used in desktop applications and plugins.
• PortMidi: A cross-platform library for MIDI input/output, written in C and supporting Windows, macOS, and Linux. It provides a straightforward API for MIDI communication and is commonly used in game engines and audio software.
• JUCE: A comprehensive C++ application framework that includes robust MIDI functionality alongside audio processing and GUI components. It supports cross-platform development for desktop and mobile applications, making it popular among audio plugin developers.
• Web MIDI API: A browser-based API for MIDI communication, allowing web applications to interact with MIDI devices directly. It's supported in modern browsers and enables the creation of web-based MIDI applications without the need for native code.
• PyGame MIDI: A Python module for MIDI input and output, built on top of the SDL library. It provides a simple interface for MIDI communication in Python applications, making it useful for prototyping and educational purposes.
• MIDI.js: A JavaScript library for creating and manipulating MIDI data in web applications. While it doesn't provide direct MIDI device access, it's useful for working with MIDI files and generating MIDI events in browser-based applications.
• RTpMIDI: A network protocol for real-time MIDI communication over IP networks, allowing MIDI devices to communicate across different computers or mobile devices. It's particularly useful for creating distributed MIDI systems or remote collaboration setups.
• ALSA MIDI: The MIDI subsystem of the Advanced Linux Sound Architecture (ALSA), providing low-level MIDI functionality for Linux systems. It offers a C API for MIDI communication and is widely used in Linux audio applications and tools.