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Composing with tELHARMONIC 101

The left side of the module allows for patch programming chord progressions, scales, and melodies. It 

consists of the TONIC, INTERVAL, DEGREE and D-GATE parameters and the visual indication of the Color 

Staff.  Although you will find great detail below about the inner workings in the next section, NO 

KNOWLEDGE OF MUSIC THEORY IS REQUIRED TO COMPOSE WITH THE tELHARMONIC. These 

parameters respond to control voltage just like anything else in your system. 

Here are some quick pointers:

-  You could think of Tonic as the main Pitch/FREQuency control, similar to the grey knob on a DPO or STO. 

 

It is continuous (not Quantized) and responds 1V/Octave.

-  Interval sets the spread of the Pitch/FREQuency between voices in the H and P Outputs. There are three 

 

voices that can be set to Triad, Fifth, Unison, Octaves and anywhere in-between. Whatever Interval is 

 

selected will be maintained when TONIC is manipulated. Unison (about 3 o’clock) has all three voices 

 

set to the same note for behavior typical of a VCO.  

-  Degree adds or subtract up to two octaves from the base frequency set by Tonic. It has a Quantized 

 

response and also tracks 1v/Octave when the DEGREE CV Attenuator is set Full CW.  Because 

 

DEGREE is a Quantized parameter, it has a “musically valid” response to any control voltage used.

-  Whenever Degree changes values, a gate is generated and available for use at the GATE OUTput.

-  The D-Gate Input operates as a Track & Hold for the DEGREE parameter. With nothing patched, D-Gate is  

 

held HIGH and DEGREE will always be actively tracking the signal patched to the DEGREE CV IN. With 

 

a clock, gate, pulse or trigger patched to D-Gate, the DEGREE parameter will only track the signal 

 

patched to DEGREE CV IN while the D-Gate is held HIGH.  

    The FM IN is a fantastic way to introduce vibrato and pitch bend to a melody or progression. Patch any fast 

 

control voltage or expression voltage to the FM IN to experiment with this technique.

For a more technical look at the musical applications of these parameters, read the section titled: 

"Composing with tELHARMONIC: Voltage-Controlled Music Theory."

Summary of Contents for Soundhack tELHARMONIC

Page 1: ...v 2 2...

Page 2: ...ate the equipment This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable p...

Page 3: ...anty period any defective products will be repaired or replaced at the option of Make Noise on a return to Make Noise basis with the customer paying the transit cost to Make Noise Please contact techn...

Page 4: ...synthesizer system case Go to http www makenoisemusic com systems shtml for examples of Eurorack Systems and Cases To install find 14HP in your Eurorack synthesizer case confirm proper installation o...

Page 5: ...al Telharmonium Noise synthesis inspired by James Tenney s 1961 early computer music piece Analog 1 Noise Study Phase Modulation synthesis inspired by early commercial digital synthesis from the 1980...

Page 6: ...ignal 5 H OUT output for the three Voices of the Harmonic Algorithm Core frequency is set by TONIC and DEGREE The pitch spacing harmonic relationship of the three voices to one another is set by INTER...

Page 7: ...VAL Range 0V to 5V 12 COLOR STAFF Toward the center of the tELHARMONIC there is a visual indicator that will change color to display the state of INTERVAL and DEGREE while pulsing to show the frequenc...

Page 8: ...for CENTROID Range 0V to 8V 20 H LOCK Button LED with FLUX greater than 10 sets the Harmonic selected by CENTROID parameter to be locked ON Multiple Harmonics may be locked ON LED brightness indicates...

Page 9: ...TONIC and DEGREE H OUT At 0V FLUX Fully CCW all Harmonics are equally emphasized Increasing FLUX de emphasizes all Harmonics surrounding the CENTROID with the exception of those that are currently loc...

Page 10: ...has all three voices set to the same note for behavior typical of a VCO Degree adds or subtract up to two octaves from the base frequency set by Tonic It has a Quantized response and also tracks 1v O...

Page 11: ...is flat and sweeping the CENTROID will ripple the spectrum like a string harmonic When FLUX is increased the harmonics surrounding the CENTROID decrease in amplitude and the sound becomes more focused...

Page 12: ...M Index BLEnDING The Noise Harmonic and Phase Mod voices were designed for fantastic spectral combination The simplest way to do this is using a mixer However it is highly useful to have each output p...

Page 13: ...IC often this frequency is high enough that the eye will not be able to discern Warning Color Staff is for entertainment purposes only First Inversion Triad Major Turquoise minor Sky Blue diminished O...

Page 14: ...Triad Note the Tonic control is continuous thus the glissando markings Also note that the sonority of the triad Major in this example does not change as it moves DEGREE D GATE AND GATE OUT These para...

Page 15: ...l patched to D GATE to be narrow you could grab single notes or chords from a control voltage By setting the width of the Gate signal patched to D GATE to be wider you could pick off clusters of notes...

Page 16: ...e Degree panel control to choose a mode For Ionian Major and Aeolian minor use the RGB LED to find the starting point Aeolian is a Blue or Periwinkle Triad that will be found one click to the left of...

Page 17: ...VCO s such as STO or DPO 1V Octave Input and tune the STO or DPO to one octave below the TONIC of tELHARMONIC Set Ren Q Page for Octaves only Blend the analog VCO with H and P OUTS using OPTOMIX s AUX...

Page 18: ...e in the four harmonics of the selected Ren row Each new press will clear the locked Harmonics and write the new ones Variation 1 Use a slow clock instead of Pressure Points gate and Mult it to Y CLK...

Page 19: ...EE Panel Control to 3 o clock should produce a Descending Run Variations 1 Set CH 1 Attenuvertor to 1 o clock for alternating run 2 Patch a sequence that is synchronized to MATHS EOR to tELHARMONIC TO...

Page 20: ...cycle Variations 1 This variation adds the wooshing of wind to the ringing of the chimes Patch H Out to Optomix Ch 1 Signal INput Patch N Out to Optomix Ch 2 Signal INput Mult MATHS Unity to Optomix...

Page 21: ...te Output in order to change patterns automatically Patch Example Chordal Accompaniment Variations Thanks Walker Farrell Adjust the telHARMONIC s Tonic Panel Control until it sounds in tune with the D...

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