After copying tuningfork.ny to your Audacity plug-ins folder and restarting Audacity, Tuning Fork will be in the Generate menu.After you click on it, a brief table outlining C notes and their equivalent MIDI note numbers appears near the top of the screen. C0=0 C1=12 C2=24 and so on. Variables: Tone duration: up to 120 seconds. Constant or fade out (0=constant 1=fade out, default=0 constant): Choose whether you want the tone to remain at constant volume or fade out during the duration. MIDI or frequency (0=MIDI 1=frequency, default=0 MIDI): Choose whether to generate a MIDI note number or frequency. Middle C=MIDI note 60, A440=MIDI note 69. MIDI note: if you have chosen to generate a MIDI note, enter the note number here. Note that you can use non-integers here (such as 60.75) Frequency: If you have chosen to generate a frequency, enter the frequency here.
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The description that appears when you click on the name of the plug-in. This will appear as a brief statement of the purpose of the plug-in. Tone Offset: The word “Offset” will appear here. The amount of Tuning Fork Cracked Version offset in semitones for you to input. Vibrato Vibrato: The word “Vibrato” will appear here. Choose if you want the frequency to swing up and down or up and down. Up=swing down=swing up. Vibrato Rate: The word “Vibrato Rate” will appear here. The rate at which the frequency will swing up and down. Pre-Amp Pre-Amp: The word “Pre-Amp” will appear here. The amount of gain reduction applied to the tone. -12dB=Reverse: the gain reduction is applied in reverse. Gain is added instead of subtracted. Envelope Envelope: The word “Envelope” will appear here. Choose if you want the volume to increase and decrease smoothly, or suddenly increase or decrease in a choice of four modes, or if you want no changing of the volume for as long as the tone is on. -Logarithmic: the volume increases or decreases at a slow rate for the first second of the tone, then it increases or decreases at a sharper rate for the second second of the tone, and so on. -Linear: the volume increases or decreases at a regular rate. -Square: the volume increases or decreases at a sharp rate for the first half of the tone, then it decreases or increases at a slow rate for the second half of the tone. -Exponential: the volume decreases or increases at a rapid rate for the first second of the tone, then it decreases or increases at a slower rate for the second second of the tone, and so on. -Random: the volume randomly increases or decreases. -Attack: the volume increases or decreases at a rapid rate for the first second of the tone. -Decay: the volume decreases or increases at a rapid rate for the first second of the tone. -Ramp: the volume increases or decreases at a fast rate during the tone’s first second, then decreases or increases at a medium rate for the next half
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This list shows you a brief description of each of the notes generated by the program. Notice that the description is underlined. Noise floor and decay: 0 – Leave noise floor and decay at their default setting, which is 0. 1 – Make the noise floor a constant value, for example, 2.0. 2 – Make the noise floor a decaying value, for example 0.2 3 – Make the noise floor the same as the decay, for example, 0.2. 4 – Make the noise floor a decaying value, for example, 0.5 5 – Make the noise floor a decaying value, for example, 0.1 6 – Make the noise floor a decaying value, for example, 0.8 7 – Make the noise floor a decaying value, for example, 0.2 8 – Make the noise floor a decaying value, for example, 1.0 9 – Make the noise floor a decaying value, for example, 0.2 Duration: 0 – Tune up to 1 minute. 1 – Tune up to 1.5 hours. 2 – Tune up to 3 days. Middle C C – Constant, non-decaying noise floor. M – Constant, non-decaying noise floor, middle C. M,60 – Constant, non-decaying noise floor, middle C, MIDI note 60. F,440 – Constant, non-decaying noise floor, middle C, frequency 440. 60 – Middle C pitch. A440 A440 – Constant, non-decaying noise floor, middle A. M,69 – Constant, non-decaying noise floor, middle A, MIDI note 69. F,440 – Constant, non-decaying noise floor, middle A, frequency 440. 69 – Middle A pitch. MIDI note or frequency M,60 – Middle C MIDI note. F,440 – Middle C frequency. 60 – Keyboard number for middle C pitch. You can apply the selected settings to all sound generators, but it’s only recommended to use the same settings for all of them. Tuning Fork + Sound Generator During your workshop you’ll need to set up Tuning Fork to help you make sound generators that generate a note with a particular pitch for each position of a hammer. Here’s an example of what Tuning 3a67dffeec
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Where other instruments give you a C-sharp, C-natural, C-flats, etc, Tuning Fork will tell you whether to play a C4, C#4, etc. C could indicate that you should play a C note, a D note, or a C#. Tuning Fork will also offer you the option to choose the name of the notch that you want. If you have more than one piano, choose the one you want. Once you have set the parameters you want, select the OK button. You can also specify the number of samples that you want Tuning Fork to play (to check the sample rate and bit depth, go to help and select the MIDI menu). The sample rate will be 48000 Hz, and the bit depth will be 24 bits. (If the dialog box gives you an error message about sample rate and bit depth being mismatched, go to the help menu, select MIDI menu and choose Sample Reset). A Tune for Bass Open the Tuning Fork files for bass from your main sample library.If the files are long, you can use the Smart Insert button to insert them into the current file. Tuning Fork is designed to work with the following music scales: Lydian (major), Mediant, Mixolydian (perfect), Locrian (minor), Melodic minor, Locrian, Phrygian, Dorian, & Harmonic minor. If you have more than one piano or synthesizer, the scale you have chosen will be the default sound mode. Tuning Fork Description: This displays notes in either C or C#, and tells you whether to play a ditone, semi-tone, tritone, augmented or diminished. Structure diagram: If you select the Show Structure button, a model which shows you what chords would be created by tuning fork notes (on the number line) is displayed.Tuning Fork has many functions – it can generate a note and octave using the notes you have tuned (including those in old tunings), or from a diatonic scale that you enter (these notes are in the square notches). It also has the option to offer you presets. To generate a tone from a preset, select the MIDI menu and choose the Preset option. This starts you off with the preset you chose and maps it to the key you
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Your script will play a tone through the selected C note number for the duration entered here. It will fade in and out if you have selected ‘Constant or fade out’ on the Variables tab. Note: If you have entered a note number that is not an integer, your note will be played through as a number of half tones. For example, 1.75 is played as 2 then 1. When you choose MIDI, your note will play as a MIDI note of 69 (C) followed by a MIDI note of 60 (B flat). If you choose frequency, your note will be played as the frequency note. For example, C=440 (A) then C=440 (A), and then C=440 (A). Reverse: If ‘Reverse’ is checked on the Variables tab, then every time the tone ends, the script will reverse the pitch and tone again. This is particularly useful if you want to turn off the volume of your tonewheel and then turn it on again, or play a long tone without playing an instrument. Volume: The volume of the tone will be the same throughout its duration. Calculating and Displaying Notes: As soon as you enter the duration and any of the other parameters, a table appears showing all the notes available (of which you can play any note from any instrument in your library). Enter the note, note number and instrument and you can then hit ‘Calculate’. Supplying an Instrument: If you have selected a particular instrument, enter the instrument in the top box. If you have selected a particular note, enter the note in the bottom box. If you have entered a note number, enter the note number in the top box. If you have not entered any of these and you have chosen to generate a note number, Tuning Fork will beep to let you know that you are not supplying any of the above input parameters. Your script will play a tone through the selected note number for the duration entered here. It will fade in and out if you have selected ‘Constant or fade out’ on the Variables tab. Note: If you have entered a note number that is not an integer, your note will be played through as a number of half tones. For example, 1.75 is played as 2 then 1.
Minimum Requirements: Intel Mac G4 or better system 256MB of RAM 2GB of free hard drive space Screen resolution of 1024×768 OS X 10.5.8 or higher Audio: Mac OS X 10.5.8 or higher (You may want to use a SoundBlaster Live! 5.1 sound card if you have a motherboard that can handle that) Recommended Requirements: 512MB of RAM 4GB of free hard drive