Music Production Knowledge Backlog
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Jan 18, 2024 Tutorial
In this video, I showcase an interesting technique in Bitwig where I create a musical composition using only a node grid instead of traditional note creation methods. By manipulating pitch ratios, step mods, and triggers, I generate unique polyrhythmic patterns and head sounds. I demonstrate how to use the node grid to control multiple instruments, apply effects like reverb and convolution, and create complex chord progressions using subtract and quantize modules.
Jan 18, 2024 Tutorial
In this video, I demonstrate a generative techno patch using a sequencer and various modules. The patch allows for the creation of unique kick drums, melodies, and snare sounds while keeping the hi-hats consistent. I also explain how I used modulation and filtering techniques to add variety and create different sounds for each iteration of the track.
Jan 17, 2024 Tutorial
In this video, I discuss the new update for the Fog Convolver 2 plugin by Audio Thing. The update includes a space simulator created by Lese, which allows users to adjust various room parameters, generate impulse responses, and export them as wave files for use in convolution devices like Bitwig Studio. I also mention that if viewers don't own Fog Convolver 2, they can check out Lese's plugin called Eigen, which offers similar features as a standalone space simulator.
Jan 16, 2024 Tutorial
In the last couple of videos, I discussed pulley rhythms and pulley meters in the Bitwig grid. Today, I want to take a look at how these concepts apply to the Arranger window and Clip Launcher, and share a tip on combining multiple instrument tracks for one synthesizer. By utilizing polyrhythms and polymeters, you can create interesting and complex patterns by varying the subdivisions and clip lengths. This technique can be enhanced further by grouping multiple clips and having them played by a single synthesizer on a group track.
Jan 15, 2024 Tutorial
In this video, I demonstrate different methods of creating easy polymeters in Bitwig Studio. I show how to use a node grid with a monophonic mode, a gates module, and a transport module to generate nodes. I also discuss a different setup using a counter and a trigger module, as well as the use of a clock quantizer for better precision.
Jan 15, 2024 Tutorial
In my video, I explore creating ambient-infused music using Bitwig 5 for absolute beginners who have a small MIDI keyboard. I start with a demo version of the M1 synth and sample its sounds to create a wave table oscillator. I then demonstrate how to manipulate the wave table position, polyphony, panning, and random modulation to shape the ambient sound. Finally, I add effects such as reverb, delay, and a convolution reverb to enhance the overall atmosphere of the track.
Jan 11, 2024 Tutorial
In this video, I explain the difference between Polyrhythms and Polymeters. Polyrhythms involve subdividing a one-bar grid into equally spaced steps using triggers, while in Polymeters, the subdivisions stay the same but the length of the bar changes. To achieve Polymeters, I demonstrate using a reset module to reset the face signal at a certain point in time.
Jan 10, 2024 Tutorial
In this video, I share my process of capturing impulse responses inside Bitwig Studio. I demonstrate how to use a test-tone device to generate the desired impulses, export and edit them in an audio editor, and then use a sampler and convolution device in Bitwig Studio to create unique reverbs. I also explain the importance of combining convolution reverbs with algorithmic reverbs for a more dynamic and realistic sound.
Jan 09, 2024 Tutorial
In this video, I demonstrate an interesting technique for creating ambient pad sounds using the sampler in Bitwig. I start by recording sample material from old synthesizers and then load them into the sampler. By utilizing cycles mode, voice stacking, and modulation, I am able to create unique and evolving pad sounds with ease.
Jan 08, 2024 Tutorial
In the video, I demonstrate how to visualize the behavior of different filters using a spectrum analyzer in the Bitwig Grid. By modulating a sine oscillator and applying various filters such as the comp filter and fizz filter, viewers can observe the changes in the frequency domain. This visual representation provides a helpful way to understand the effects of these filters even without deep knowledge of their underlying theory.
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