Tenuto vs Touch Tonnetz

Tenuto is a collection of 24 highly-customizable exercises designed to enhance your musicality. From recognizing chords on a keyboard to identifying intervals by ear, it has an exercise for you. Tenuto also includes six musical calculators for accidentals, intervals, scales, chords, analysis symbols, and twelve-tone matrices. A short description of the exercises and calculators follows. –––––– • Note Identification • Key Signature Identification • Interval Identification • Scale Identification • Chord Identification Tap the button corresponding to the written staff line. For example: if shown a C, E, and G with a sharp; tap the "Augmented Triad" button. –––––– • Note Construction • Key Signature Construction • Interval Construction • Scale Construction • Chord Construction Construct the specified label by moving notes and/or adding accidentals. For example: if shown a C and an "Augmented 4th" label, move the second note to F and add a sharp. –––––– • Keyboard Reverse Identification Tap the piano key corresponding to the written note on the staff. While similar to Note Identification, this exercise uses a piano keyboard rather than note name buttons. • Keyboard Note Identification • Keyboard Interval Identification • Keyboard Scale Identification • Keyboard Chord Identification Tap the button corresponding to the highlighted piano key(s). If the C and G keys are highlighted, tap the "P5" (Perfect 5th) button. –––––– • Fretboard Note Identification • Fretboard Interval Identification • Fretboard Scale Identification • Fretboard Chord Identification Tap the button corresponding to the marked fretboard position(s). If the 2nd fret of the D string is marked, tap the "E" button. –––––– • Keyboard Ear Training • Note Ear Training Listen to the played reference and question notes. Select the piano key or note button corresponding to the question note. • Interval Ear Training • Scale Ear Training • Chord Ear Training Tap the button corresponding to the played notes. If E and F are played, tap the "Minor 2nd" button. –––––– • Accidental Calculator Display the accidental for a note and key. • Interval Calculator Display the interval for a note, type, and key. • Chord Calculator Display the scale for a tonic and scale type. • Chord Calculator Display the chord for a note, type, and key. • Analysis Calculator Display the chord for a symbol and key. • Matrix Calculator Display the twelve-tone matrix for a specified tone row.

Touch Tonnetz visualizes Neo-Riemannian music theory through the Tonnetz (tonal network) lattice. Tap any chord or note to hear it, see its Neo-Riemannian transformations, and explore harmonic relationships that go beyond traditional tonal progressions. Key Features: Interactive Tonnetz Visualization — Tap any chord or note to hear it and see its Neo-Riemannian transformations highlighted on the lattice Harmonic Analysis — Roman numeral overlays for any tonic, updated in real time Progression Builder — Create, save, and play back melodic progressions Custom Chords — Build and save your own chords for experimentation Three Instrument Sets — Piano, Brass, and Woodwinds, all high-quality samples Six Color Schemes — Three dark, three light Pinch to Zoom — Explore the lattice in detail at up to 4× magnification 7-Day Free Trial — Full access, no restrictions, no nags Perfect For: Composers looking for harmonic paths outside conventional progressions Music theorists studying Neo-Riemannian transformations Musicians experimenting with chord voice-leading Students exploring music theory hands-on What is Neo-Riemannian Theory? Neo-Riemannian theory is a branch of music theory that studies relationships between major and minor triads using transformational geometry. Rather than treating chords as functions within a key (tonic, dominant, etc.), it focuses on the small voice-leading moves — Parallel, Leading-tone exchange, and Relative — that connect one triad to the next. The result is a rich map of chromatic harmony that complements traditional tonal analysis. Why Touch Tonnetz? The Tonnetz lattice makes these relationships spatial: related chords are neighbors, and transformations are visible paths. Touch Tonnetz lets you see the lattice, hear it, and build with it — turning an abstract theoretical framework into something you can explore by ear and by hand.