9. Understanding Linear Phase - Digital Filter Basics

8. IIR Filters - Infinite Impulse Response - Digital Filter Basics

7. Feedback Filter - Digital Filter Basics

Text Scroll on Label - Programming with JUCE

6. Finite Impulse Response - Digital Filter Basics

5. Impulse Signal and its Response - Digital Filter Basics

4. Feedforward Filter - Digital Filter Basics

3. Test Signals - Digital Filter Basics

2. Filter Characteristics - Digital Filter Basics

An Introduction to Digital Filters, without the mathematics

Resizable Raster Windows - Visualizations with JUCE

7. RMS Explained - Loudness and Level

6. How large are signals - Loudness and Level

10. Subnormal / Denormal numbers - Audio Number Formats

XY Pad - Visualizations with JUCE

8. Visualizing the Floating Point Format - Audio Number Formats

Drawing Level Meters - Visualizations with JUCE

9. Zero, Infinity, Nan - Audio Number Formats

7. Floating Point Format - Audio Number Formats

6. Approximations - Audio Number Formats

5. Motivation for Floating Point Numbers - Audio Number Formats

4. Problems with Fixed Point Numbers - Audio Number Formats

3. Integer Arithmetic - Audio Number Formats

2. Integer Representation - Audio Number Formats

1. Introduction To Fixed Point Numbers - Audio Number Formats

5. Sound Intensity - Loudness and Level

4. Sound Power - Loudness and Level

Write a WAV file from scratch - C++ Audio Programming

12. Containers and File Formats - Digital Audio Fundamentals

11. Multiplexing and Error Correction - Digital Audio Fundamentals

9. Noise Shaping - Digital Audio Fundamentals

10. Pulse Code Modulation - Digital Audio Fundamentals

8. Dither Types - Digital Audio Fundamentals

7. Dithering Explained - Digital Audio Fundamentals

6. Bit Depth - Digital Audio Fundamentals

5. Quantization - Digital Audio Fundamentals

3. Log vs decibel scale - Loudness and Level

2. Sound Pressure - Loudness and Level

1. Loudness, volume, level, amplitude, gain, drive - Is there a difference?

4. Understanding Aliasing - Digital Audio Fundamentals

3. Common Audio Sample Rates - Digital Audio Fundamentals

2. Sampling Theorem - Digital Audio Fundamentals

1. Signal Paths - Digital Audio Fundamentals

6. Understanding Sinusoidal Motion - Origins of the Sine Wave

5. Properties of Sinusoids - Origins of the Sine Wave

4. Sine Function Over Time - Origins of the Sine Wave

3. Degree vs Radian - Origins of the Sine Wave

2. Unit circles - Origins of the Sine Wave

1. Trigonometric Functions - Origins of the Sine Wave

Shankill and the Lead Mines - Ireland Drone Footage

South West Donegal Hyperlapse

Mike Hoban's reel - Irish Tin Whistle Cover

Ashplant reel - Irish tin whistle cover

VisualSynth - A Processing + SuperCollider project (Hands On)

Sigur Ros's Hoppipolla cover demonstrating the operation of my MIDI Controller with Mobius Looper

Configuring a Teensy based MIDI footswitch and Mobius with Reaper - part 2/2

Configuring a Teensy based MIDI footswitch and Mobius with Reaper - part 1/2