MiniScript Wiki - User contributions [en]

Sound.duration

2020-05-07T16:15:24Z

SpatialPlays: /* Musician's Note */ Renamed section to "Usage Notes"

<c>[[Sound]].duration</c> controls how long a sound will play in seconds.

=== Usage Notes ===
Mini Micro does not by default give you duration in musical terms. A good function for calculating this is:

<ms>CalculateNote = function(tempo, noteValue)
60 / tempo * noteValue
end function</ms>

For tempo, use the standard tempo in ''beats per minute'' (BPM) for how fast you want your music to be (for example, a march is typically 120 BPM, Adagio would be around 66-76 BPM, and Allegro would be around 120-168 BPM.)

Note value can be determined by the type of note you want to reproduce:
{| class="wikitable"
! Note Type
! Value
|-
| Sixteenth Note
| 0.25
|-
| Eighth Note
| 0.5
|-
| Quarter Note
| 1.0
|-
| Half Note
| 2.0
|-
| Whole Note
| 4.0
|}
Dotted notes take the value of the original note and adds half to it:
{| class="wikitable"
! Note Type
! Value
|-
| Dotted Sixteenth Note
| 0.375
|-
| Eighth Note
| 0.75
|-
| Dotted Quarter Note
| 1.5
|-
| Dotted Half Note
| 3.0
|-
| Dotted Whole Note
| 6.0
|}
Triplets, likewise, are 1/3 of the value above it (so a triplet eighth note is a third the value of a quarter note):
{| class="wikitable"
! Note Type
! Value
|-
| Triplet Sixteenth Note
| 0.165
|-
| Triplet Eighth Note
| 0.333
|-
| Triplet Quarter Note
| 0.667
|-
| Triplet Half Note
| 1.333
|}

See also: <c>[[Sound.init]]</c>

[[Category:Mini Micro]]

Key.keyNames

2020-05-02T18:09:28Z

SpatialPlays: Fixed broken link and moved "See also" to bottom of page above category

<c>[[key]].keyNames</c> returns a list of all the key names available for use with [[key.pressed]].

=== Usage Notes ===
This can be used, for example, to check all possible inputs, if waiting for the user to press anything to continue, or while configuring their
input preferences.

== Example ==

<ms>while true
for n in key.keyNames
if key.pressed(n) then print n
end for
end while</ms>

See also: <c>[[key.pressed]]</c>

[[Category:Mini Micro]]

Sound.play

2020-04-30T03:44:56Z

SpatialPlays:

<c>[[Sound]].play</c> plays a sound. Call this on a Sound object initialized either
Sound.init, or loaded via file.loadSound.

=== Arguments ===

{| class="wikitable"
|-
! Parameter Name !! Type !! Default Value !! Meaning
|-
| ''volume'' || number || 1 || volume (0-1) of the sound
|-
| ''pan'' || number || 0 || left (-1) to right (1) stereo pan of the sound
|-
| ''speed'' || number || 1 || speed multiplier (1 == standard speed)
|}

=== Usage Notes ===
The sound will automatically stop if [[Sound.loop|.loop]] is false, but will repeat until explicitly
stopped if [[Sound.loop|.loop]] is true. Note that ''speed'' will change both the duration and pitch of the sound, due to changing the speed of the waveforms being played.

== Example ==

<ms>s = file.loadSound("/sys/sounds/bonus.wav")
s.play</ms>

[[Category:Mini Micro]]

Sound.play

2020-04-30T00:58:24Z

SpatialPlays: Added note that the "speed" parameter will change both the pitch and duration of the sound being played.

<c>[[Sound]].play</c> plays a sound. Call this on a Sound object initialized either
Sound.init, or loaded via file.loadSound.

=== Arguments ===

{| class="wikitable"
|-
! Parameter Name !! Type !! Default Value !! Meaning
|-
| ''volume'' || number || 1 || volume (0-1) of the sound
|-
| ''pan'' || number || 0 || left (-1) to right (1) stereo pan of the sound
|-
| ''speed'' || number || 1 || speed multiplier (1 == standard speed)
|}

=== Usage Notes ===
The sound will automatically stop if [[Sound.loop|.loop]] is false, but will repeat until explicitly
stopped if [[Sound.loop|.loop]] is true. Note that ''speed'' will change both the duration and pitch of the sound, due to the addition/removal of waveform cycles.

== Example ==

<ms>s = file.loadSound("/sys/sounds/bonus.wav")
s.play</ms>

[[Category:Mini Micro]]

Sound

2020-04-30T00:42:17Z

SpatialPlays: /* Methods and properties used with Sound objects */ Adds sound.waveform as a property

In [[Mini Micro]], the <msinline>Sound</msinline> class both represents individual audio clips that can be played, and a handful of global sound-related properties and methods.

=== Methods and properties called on Sound ===

Use the following properties and methods directly on the Sound class itself.

{| class="wikitable"
|-
! Method or Property !! Purpose
|-
| [[Sound.sineWave]] || represents a sine wave (pure tone)
|-
| [[Sound.triangleWave]] || represents a triangle wave (almost pure)
|-
| [[Sound.sawtoothWave]] || represents a sawtooth wave (slightly "buzzier")
|-
| [[Sound.squareWave]] || represents a square wave (most buzzy/retro sound)
|-
| [[Sound.noiseWave]] || creates a pseudo-random "static" waveform
|-
| [[Sound.stopAll]] || stops all currently playing sounds
|}

=== Methods and properties used with Sound objects ===

Use these methods on Sound instances, created with <c>[[new]] Sound</c> or <c>[[file.loadSound]]</c>.

{| class="wikitable"
|-
! Method or Property !! Purpose
|-
| [[Sound.duration]] || length of the sound, in seconds
|-
| [[Sound.freq]] || sound frequency, i.e. how many times the waveform is repeated per second
|-
| [[Sound.envelope]] || volume over time (0 to 1)
|-
| [[Sound.waveform]] || shape of waveform over an audio cycle
|-
| [[Sound.fadeIn]] || length of the fade-in period when the sound begins, in seconds
|-
| [[Sound.fadeOut]] || length of the fade-out period when the sound ends, in seconds
|-
| [[Sound.loop]] || true (1) to set the sound to repeat indefinitely until stopped
|-
| [[Sound.init]](''duration'',''freq'',''envelope'',''waveform'') || initialize a sound with the given parameters
|-
| [[Sound.mix]](''sound2'',''level'') || add another synthesized sound into this one
|-
| [[Sound.play]](''volume'',''pan'',''speed'') || play this sound (looping if [[Sound.loop|.loop]] is true)
|-
| [[Sound.stop]] || stop playing this sound
|}

See also: <c>[[file.loadSound]]</c>; <c>[[noteFreq]]</c>

[[Category:Mini Micro]]

Sound.init

2020-04-30T00:38:20Z

SpatialPlays: Added arguments table and "See also" sections

<c>[[Sound]].init</c> synthesizes a sound from various parameters, including look-up tables
that represent one cycle of the waveform and the volume envelope.

=== Arguments ===

{| class="wikitable"
|-
! Parameter Name !! Type !! Default Value !! Meaning
|-
| ''duration'' || number || 1 || length of the sound in seconds
|-
| ''frequency'' || number || 440 || number of repeats of the waveform per second
|-
| ''envelope'' || [number] || [1] || volume (0 to 1) over the duration of the sound
|-
| ''waveform'' || [number] || [-1, 1] || wave value over an audio cycle
|}

=== Usage Notes ===
Call this on a new Sound object, or to reset a previous one.

== Example ==

<ms>pew = new Sound
pew.init 0.3, [8000,100], [1,0]
pew.play</ms>

Example 2:
<ms>hitSnd = new Sound
hitSnd.init 1, 100, [1,0], Sound.noiseWave
hitSnd.play</ms>

See also: <c>[[Sound.duration]]</c>; <c>[[Sound.freq]]</c>; <c>[[Sound.envelope]]</c>; <c>[[Sound.waveform]]</c>

[[Category:Mini Micro]]

User:SpatialPlays

2020-04-28T16:51:57Z

SpatialPlays: Created user page

Hello! I'm a game developer with a background in interactive animation in Unity and currently assist with some documentation for Mini Micro.

Sound.fadeOut

2020-04-28T07:20:07Z

SpatialPlays: Adds link to audio generated by the example script

<c>[[Sound]].fadeOut</c> controls how much a sound should fade out at the end in seconds.

== Examples ==
This script produces a comedic falling sound followed by a boom at the end:
[https://commons.wikimedia.org/wiki/File:Mini_Micro_-_Long_Fall.ogg Link to Generated Audio]
<ms>slide = new Sound
boom = new Sound

slideDuration = 5
boomDuration = 1

slideFreq = [ noteFreq(84), noteFreq(48) ]
boomFreq = 0.5

slide.init slideDuration, slideFreq, 1, Sound.sineWave
boom.init boomDuration, boomFreq, 1, Sound.noiseWave

slide.fadeOut = 4
boom.fadeOut = 1

slide.play

wait slideDuration

boom.play</ms>

See also: <c>[[Sound.fadeIn]]</c>; <c>[[Sound.envelope]]</c>

[[Category:Mini Micro]]

Sound.fadeIn

2020-04-28T07:15:57Z

SpatialPlays: Adds a link to the audio generated by the example script

<c>[[Sound]].fadeIn</c> controls how much to fade a sound in from silence in seconds.

== Examples ==
This script creates a sort of comedic sliding up sound that fades in for a second:
[https://commons.wikimedia.org/wiki/File:Mini_Micro_-_Slide_Up.ogg Link to Generated Audio]
<ms>snd = new Sound
duration = 2
freqList = [ noteFreq(60), noteFreq(72) ]
envelope = 1

snd.init duration, freqList, envelope, Sound.sineWave

snd.fadeIn = 1

snd.play</ms>

See also: <c>[[Sound.fadeOut]]</c>; <c>[[Sound.envelope]]</c>

[[Category:Mini Micro]]

Sound.envelope

2020-04-28T07:04:02Z

SpatialPlays: Adds a link to the audio generated by the example script

<c>[[Sound]].envelope</c> controls the volume over the duration of the sound. It can be set a value or list of values between 0 and 1, 0 being silent and 1 being the maximum volume possible.

== Examples ==
This script creates a strange sci-fi sound effect that gradually changes volume over time:
[https://commons.wikimedia.org/wiki/File:Mini_Micro_-_Scifi.ogg Link to Audio Generated]
<ms>scifi = new Sound
duration = 5
freqList = [ noteFreq(72), noteFreq(72), noteFreq(72), noteFreq(84), noteFreq(84), noteFreq(84), noteFreq(80), noteFreq(80), noteFreq(80), noteFreq(80), noteFreq(79), noteFreq(79), noteFreq(77) ]
envelopeList = [ 0.0, 0.5, 0.25, 0.75, 1.0, 0.8, 0.75, 0.7, 0.6, 0.5, 0.4, 0.3, 0.2 ]

scifi.init duration, freqList, null, Sound.sineWave

scifi.envelope = envelopeList

scifi.play</ms>

See also: <c>[[Sound.init]]</c>

[[Category:Mini Micro]]

Sound.freq

2020-04-28T06:55:25Z

SpatialPlays: Added a new example for frequency changes, as well as a link to example audio generated by the code.

<c>[[Sound]].freq</c> controls a Sound object's sound frequency, or how many times a second a waveform is repeated.

For example, a middle C on a piano produces a sound frequency of 261.626 times a second:

<ms>snd = new Sound
snd.init 2
snd.freq = 261.626
snd.play</ms>

It can be assigned a single frequency, or a list of frequencies, and Mini Micro will interpolate between frequencies over the duration of the sound:

<ms>snd = new Sound
snd.init 2
snd.freq = [noteFreq(58), noteFreq(43)]
snd.play</ms>

== Example ==
Here's a script for a three tone siren each increasing and decreasing in frequency over time:
[https://commons.wikimedia.org/wiki/File:MiniMicro_Sirens.ogg Link to Audio Generated]
<ms>sirens = [ new Sound, new Sound, new Sound ]
sirenFreq = [ 184.997, 659.255, 659.255, 184.997 ]
sirenDuration = 20
sirenDelay = 2.25
sirenVolume = [0.1, 0.33, 0.1]

for siren in sirens
siren.init sirenDuration, sirenFreq, sirenVolume
siren.play
wait sirenDelay
end for</ms>

See also: <c>[[Sound.init]]</c>; <c>[[noteFreq]]</c>

[[Category:Mini Micro]]

Sound.duration

2020-04-28T06:15:17Z

SpatialPlays:

<c>[[Sound]].duration</c> controls how long a sound will play in seconds.

=== Musician's Note ===
Mini Micro does not by default give you duration in musical terms. A good function for calculating this is:

<ms>CalculateNote = function(tempo, noteValue)
60 / tempo * noteValue
end function</ms>

For tempo, use the standard tempo in ''beats per minute'' (BPM) for how fast you want your music to be (for example, a march is typically 120 BPM, Adagio would be around 66-76 BPM, and Allegro would be around 120-168 BPM.)

Note value can be determined by the type of note you want to reproduce:
{| class="wikitable"
! Note Type
! Value
|-
| Sixteenth Note
| 0.25
|-
| Eighth Note
| 0.5
|-
| Quarter Note
| 1.0
|-
| Half Note
| 2.0
|-
| Whole Note
| 4.0
|}
Dotted notes take the value of the original note and adds half to it:
{| class="wikitable"
! Note Type
! Value
|-
| Dotted Sixteenth Note
| 0.375
|-
| Eighth Note
| 0.75
|-
| Dotted Quarter Note
| 1.5
|-
| Dotted Half Note
| 3.0
|-
| Dotted Whole Note
| 6.0
|}
Triplets, likewise, are 1/3 of the value above it (so a triplet eighth note is a third the value of a quarter note):
{| class="wikitable"
! Note Type
! Value
|-
| Triplet Sixteenth Note
| 0.165
|-
| Triplet Eighth Note
| 0.333
|-
| Triplet Quarter Note
| 0.667
|-
| Triplet Half Note
| 1.333
|}

See also: <c>[[Sound.init]]</c>

[[Category:Mini Micro]]

NoteFreq

2020-04-28T06:11:14Z

SpatialPlays:

<c>NoteFreq</c> is a public function that returns a specific frequency from a map containing a list of notes and their respective frequencies.

{| class="wikitable"
|-
! Value !! Note !! Frequency
|-
! 0 !! C-1 !! 8.1758
|-
| 1 || C#-1 || 8.6620
|-
| 2 || D-1 || 9.1770
|-
| 3 || D#-1 || 9.7227
|-
| 4 || E-1 || 10.301
|-
| 5 || F-1 || 10.914
|-
| 6 || F#-1 || 11.563
|-
| 7 || G-1 || 12.250
|-
| 8 || G#-1 || 12.979
|-
| 9 || A-1 || 13.750
|-
| 10 || A#-1 || 14.568
|-
| 11 || B-1 || 15.434
|-
! 12 !! C0 !! 16.352
|-
| 13 || C#0 || 17.324
|-
| 14 || D0 || 18.354
|-
| 15 || D#0 || 19.445
|-
| 16 || E0 || 20.602
|-
| 17 || F0 || 21.827
|-
| 18 || F#0 || 23.125
|-
| 19 || G0 || 24.500
|-
| 20 || G#0 || 25.957
|-
| 21 || A0 || 27.500
|-
| 22 || A#0 || 29.135
|-
| 23 || B0 || 30.868
|-
! 24 !! C1 !! 32.703
|-
| 25 || C#1 || 34.648
|-
| 26 || D1 || 36.708
|-
| 27 || D#1 || 38.891
|-
| 28 || E1 || 41.203
|-
| 29 || F1 || 43.654
|-
| 30 || F#1 || 46.249
|-
| 31 || G1 || 48.999
|-
| 32 || G#1 || 51.913
|-
| 33 || A1 || 55.000
|-
| 34 || A#1 || 58.270
|-
| 35 || B1 || 61.735
|-
! 36 !! C2 !! 65.406
|-
| 37 || C#2 || 69.296
|-
| 38 || D2 || 73.416
|-
| 39 || D#2 || 77.782
|-
| 40 || E2 || 82.407
|-
| 41 || F2 || 87.307
|-
| 42 || F#2 || 92.499
|-
| 43 || G2 || 97.999
|-
| 44 || G#2 || 103.83
|-
| 45 || A2 || 110.00
|-
| 46 || A#2 || 116.54
|-
| 47 || B2 || 123.47
|-
! 48 !! C3 !! 130.81
|-
| 49 || C#3 || 138.59
|-
| 50 || D3 || 146.83
|-
| 51 || D#3 || 155.56
|-
| 52 || E3 || 164.81
|-
| 53 || F3 || 174.61
|-
| 54 || F#3 || 185.00
|-
| 55 || G3 || 196.00
|-
| 56 || G#3 || 207.65
|-
| 57 || A3 || 220.00
|-
| 58 || A#3 || 233.08
|-
| 59 || B3 || 246.94
|-
! ''60'' !! ''Middle C4'' !! 261.63
|-
| 61 || C#4 || 277.18
|-
| 62 || D4 || 293.66
|-
| 63 || D#4 || 311.13
|-
| 64 || E4 || 329.63
|-
| 65 || F4 || 349.23
|-
| 66 || F#4 || 369.99
|-
| 67 || G4 || 392.00
|-
| 68 || G#4 || 415.30
|-
| ''69'' || ''A4'' || ''440.00''
|-
| 70 || A#4 || 466.16
|-
| 71 || B4 || 193.88
|-
! 72 !! C5 !! 523.25
|-
| 73 || C#5 || 554.37
|-
| 74 || D5 || 587.33
|-
| 75 || D#5 || 622.25
|-
| 76 || E5 || 659.26
|-
| 77 || F5 || 698.46
|-
| 78 || F#5 || 739.99
|-
| 79 || G5 || 783.99
|-
| 80 || G#5 || 830.61
|-
| 81 || A5 || 880.00
|-
| 82 || A#5 || 932.33
|-
| 83 || B5 || 987.77
|-
! 84 !! C6 !! 1046.5
|-
| 85 || C#6 || 1108.7
|-
| 86 || D6 || 1174.7
|-
| 87 || D#6 || 1244.5
|-
| 88 || E6 || 1318.5
|-
| 89 || F6 || 1396.6
|-
| 90 || F#6 || 1480.0
|-
| 91 || G6 || 1568.0
|-
| 92 || G#6 || 1661.2
|-
| 93 || A6 || 1760.0
|-
| 94 || A#6 || 1864.7
|-
| 95 || B6 || 1975.5
|-
! 96 !! C7 !! 2093.0
|-
| 97 || C#7 || 2217.5
|-
| 98 || D7 || 2349.3
|-
| 99 || D#7 || 2489.0
|-
| 100 || E7 || 2637.0
|-
| 101 || F7 || 2793.8
|-
| 102 || F#7 || 2960.0
|-
| 103 || G7 || 3136.0
|-
| 104 || G#7 || 3322.4
|-
| 105 || A7 || 3520.0
|-
| 106 || A#7 || 3729.3
|-
| 107 || B7 || 3951.1
|-
! 108 !! C8 !! 4186.0
|-
| 109 || C#8 || 4434.9
|-
| 110 || D8 || 4698.6
|-
| 111 || D#8 || 4978.0
|-
| 112 || E8 || 5274.0
|-
| 113 || F8 || 5587.7
|-
| 114 || F#8 || 5919.9
|-
| 115 || G8 || 6271.9
|-
| 116 || G#8 || 6644.9
|-
| 117 || A8 || 7040.0
|-
| 118 || A#8 || 7458.6
|-
| 119 || B8 || 7902.1
|-
! 120 !! C9 !! 8372.0
|-
| 121 || C#9 || 8869.8
|-
| 122 || D9 || 9697.3
|-
| 123 || D#9 || 9956.1
|-
| 124 || E9 || 10548
|-
| 125 || F9 || 11175
|-
| 126 || F#9 || 11840
|-
| 127 || G9 || 12544
|}

''Table is in Scientific Pitch Notation.''

[[Category:Mini Micro]]

NoteFreq

2020-04-28T06:09:14Z

SpatialPlays: Adds noteFreq and entire frequency note table in the standard MIDI range. (Please don't ask how long this took...)

<c>NoteFreq</c> is a public function that returns a specific frequency from a note table.

{| class="wikitable"
|-
! Value !! Note !! Frequency
|-
! 0 !! C-1 !! 8.1758
|-
| 1 || C#-1 || 8.6620
|-
| 2 || D-1 || 9.1770
|-
| 3 || D#-1 || 9.7227
|-
| 4 || E-1 || 10.301
|-
| 5 || F-1 || 10.914
|-
| 6 || F#-1 || 11.563
|-
| 7 || G-1 || 12.250
|-
| 8 || G#-1 || 12.979
|-
| 9 || A-1 || 13.750
|-
| 10 || A#-1 || 14.568
|-
| 11 || B-1 || 15.434
|-
! 12 !! C0 !! 16.352
|-
| 13 || C#0 || 17.324
|-
| 14 || D0 || 18.354
|-
| 15 || D#0 || 19.445
|-
| 16 || E0 || 20.602
|-
| 17 || F0 || 21.827
|-
| 18 || F#0 || 23.125
|-
| 19 || G0 || 24.500
|-
| 20 || G#0 || 25.957
|-
| 21 || A0 || 27.500
|-
| 22 || A#0 || 29.135
|-
| 23 || B0 || 30.868
|-
! 24 !! C1 !! 32.703
|-
| 25 || C#1 || 34.648
|-
| 26 || D1 || 36.708
|-
| 27 || D#1 || 38.891
|-
| 28 || E1 || 41.203
|-
| 29 || F1 || 43.654
|-
| 30 || F#1 || 46.249
|-
| 31 || G1 || 48.999
|-
| 32 || G#1 || 51.913
|-
| 33 || A1 || 55.000
|-
| 34 || A#1 || 58.270
|-
| 35 || B1 || 61.735
|-
! 36 !! C2 !! 65.406
|-
| 37 || C#2 || 69.296
|-
| 38 || D2 || 73.416
|-
| 39 || D#2 || 77.782
|-
| 40 || E2 || 82.407
|-
| 41 || F2 || 87.307
|-
| 42 || F#2 || 92.499
|-
| 43 || G2 || 97.999
|-
| 44 || G#2 || 103.83
|-
| 45 || A2 || 110.00
|-
| 46 || A#2 || 116.54
|-
| 47 || B2 || 123.47
|-
! 48 !! C3 !! 130.81
|-
| 49 || C#3 || 138.59
|-
| 50 || D3 || 146.83
|-
| 51 || D#3 || 155.56
|-
| 52 || E3 || 164.81
|-
| 53 || F3 || 174.61
|-
| 54 || F#3 || 185.00
|-
| 55 || G3 || 196.00
|-
| 56 || G#3 || 207.65
|-
| 57 || A3 || 220.00
|-
| 58 || A#3 || 233.08
|-
| 59 || B3 || 246.94
|-
! ''60'' !! ''Middle C4'' !! 261.63
|-
| 61 || C#4 || 277.18
|-
| 62 || D4 || 293.66
|-
| 63 || D#4 || 311.13
|-
| 64 || E4 || 329.63
|-
| 65 || F4 || 349.23
|-
| 66 || F#4 || 369.99
|-
| 67 || G4 || 392.00
|-
| 68 || G#4 || 415.30
|-
| ''69'' || ''A4'' || ''440.00''
|-
| 70 || A#4 || 466.16
|-
| 71 || B4 || 193.88
|-
! 72 !! C5 !! 523.25
|-
| 73 || C#5 || 554.37
|-
| 74 || D5 || 587.33
|-
| 75 || D#5 || 622.25
|-
| 76 || E5 || 659.26
|-
| 77 || F5 || 698.46
|-
| 78 || F#5 || 739.99
|-
| 79 || G5 || 783.99
|-
| 80 || G#5 || 830.61
|-
| 81 || A5 || 880.00
|-
| 82 || A#5 || 932.33
|-
| 83 || B5 || 987.77
|-
! 84 !! C6 !! 1046.5
|-
| 85 || C#6 || 1108.7
|-
| 86 || D6 || 1174.7
|-
| 87 || D#6 || 1244.5
|-
| 88 || E6 || 1318.5
|-
| 89 || F6 || 1396.6
|-
| 90 || F#6 || 1480.0
|-
| 91 || G6 || 1568.0
|-
| 92 || G#6 || 1661.2
|-
| 93 || A6 || 1760.0
|-
| 94 || A#6 || 1864.7
|-
| 95 || B6 || 1975.5
|-
! 96 !! C7 !! 2093.0
|-
| 97 || C#7 || 2217.5
|-
| 98 || D7 || 2349.3
|-
| 99 || D#7 || 2489.0
|-
| 100 || E7 || 2637.0
|-
| 101 || F7 || 2793.8
|-
| 102 || F#7 || 2960.0
|-
| 103 || G7 || 3136.0
|-
| 104 || G#7 || 3322.4
|-
| 105 || A7 || 3520.0
|-
| 106 || A#7 || 3729.3
|-
| 107 || B7 || 3951.1
|-
! 108 !! C8 !! 4186.0
|-
| 109 || C#8 || 4434.9
|-
| 110 || D8 || 4698.6
|-
| 111 || D#8 || 4978.0
|-
| 112 || E8 || 5274.0
|-
| 113 || F8 || 5587.7
|-
| 114 || F#8 || 5919.9
|-
| 115 || G8 || 6271.9
|-
| 116 || G#8 || 6644.9
|-
| 117 || A8 || 7040.0
|-
| 118 || A#8 || 7458.6
|-
| 119 || B8 || 7902.1
|-
! 120 !! C9 !! 8372.0
|-
| 121 || C#9 || 8869.8
|-
| 122 || D9 || 9697.3
|-
| 123 || D#9 || 9956.1
|-
| 124 || E9 || 10548
|-
| 125 || F9 || 11175
|-
| 126 || F#9 || 11840
|-
| 127 || G9 || 12544
|}

''Table is in Scientific Pitch Notation.''

[[Category:Mini Micro]]

Sound.fadeIn

2020-04-28T04:48:32Z

SpatialPlays: Adds links to related pages

<c>[[Sound]].fadeIn</c> controls how much to fade a sound in from silence in seconds.

== Examples ==
This script creates a sort of comedic sliding up sound that fades in for a second.

<ms>snd = new Sound
duration = 2
freqList = [ noteFreq(60), noteFreq(72) ]
envelope = 1

snd.init duration, freqList, envelope, Sound.sineWave

snd.fadeIn = 1

snd.play</ms>

See also: <c>[[Sound.fadeOut]]</c>; <c>[[Sound.envelope]]</c>

[[Category:Mini Micro]]

Sound.fadeOut

2020-04-28T04:47:29Z

SpatialPlays:

<c>[[Sound]].fadeOut</c> controls how much a sound should fade out at the end in seconds.

== Examples ==
This script produces a comedic falling sound followed by a boom at the end.
<ms>slide = new Sound
boom = new Sound

slideDuration = 5
boomDuration = 1

slideFreq = [ noteFreq(84), noteFreq(48) ]
boomFreq = 0.5

slide.init slideDuration, slideFreq, 1, Sound.sineWave
boom.init boomDuration, boomFreq, 1, Sound.noiseWave

slide.fadeOut = 4
boom.fadeOut = 1

slide.play

wait slideDuration

boom.play</ms>

See also: <c>[[Sound.fadeIn]]</c>; <c>[[Sound.envelope]]</c>

[[Category:Mini Micro]]

Sound.fadeOut

2020-04-28T04:47:12Z

SpatialPlays: Adds Sound.fadeOut, examples of usage, as well as links to other relevant pages.

<c>[[Sound]].fadeOut</c> controls how much sound should fade out at the end in seconds.

== Examples ==
This script produces a comedic falling sound followed by a boom at the end.
<ms>slide = new Sound
boom = new Sound

slideDuration = 5
boomDuration = 1

slideFreq = [ noteFreq(84), noteFreq(48) ]
boomFreq = 0.5

slide.init slideDuration, slideFreq, 1, Sound.sineWave
boom.init boomDuration, boomFreq, 1, Sound.noiseWave

slide.fadeOut = 4
boom.fadeOut = 1

slide.play

wait slideDuration

boom.play</ms>

See also: <c>[[Sound.fadeIn]]</c>; <c>[[Sound.envelope]]</c>

[[Category:Mini Micro]]

Sound.fadeIn

2020-04-28T04:28:54Z

SpatialPlays: Created page with "<c>Sound.fadeIn</c> controls how much to fade a sound in from silence in seconds. == Examples == This script creates a sort of comedic sliding up sound that fades in for..."

<c>[[Sound]].fadeIn</c> controls how much to fade a sound in from silence in seconds.

== Examples ==
This script creates a sort of comedic sliding up sound that fades in for a second.

<ms>snd = new Sound
duration = 2
freqList = [ noteFreq(60), noteFreq(72) ]
envelope = 1

snd.init duration, freqList, envelope, Sound.sineWave

snd.fadeIn = 1

snd.play</ms>

[[Category:Mini Micro]]

Sound.envelope

2020-04-28T04:21:12Z

SpatialPlays: Adds see also and category "Mini Micro"

<c>[[Sound]].envelope</c> controls the volume over the duration of the sound. It can be set a value or list of values between 0 and 1, 0 being silent and 1 being the maximum volume possible.

== Examples ==
This script creates a strange sci-fi sound effect that gradually changes volume over time.
<ms>scifi = new Sound
duration = 5
freqList = [ noteFreq(72), noteFreq(72), noteFreq(72), noteFreq(84), noteFreq(84), noteFreq(84), noteFreq(80), noteFreq(80), noteFreq(80), noteFreq(80), noteFreq(79), noteFreq(79), noteFreq(77) ]
envelopeList = [ 0.0, 0.5, 0.25, 0.75, 1.0, 0.8, 0.75, 0.7, 0.6, 0.5, 0.4, 0.3, 0.2 ]

scifi.init duration, freqList, null, Sound.sineWave

scifi.envelope = envelopeList

scifi.play</ms>

See also: <c>[[Sound.init]]</c>

[[Category:Mini Micro]]

Sound.freq

2020-04-28T04:19:46Z

SpatialPlays: Adds category "Mini Micro"

Sound.duration

2020-04-28T04:19:09Z

SpatialPlays: Adds category "Mini Micro"

<c>[[Sound]].duration</c> controls for how long a sound will play in seconds.

=== Musician's Note ===
Mini Micro does not by default give you duration in musical terms. A good function for calculating this is:

<ms>CalculateNote = function(tempo, noteValue)
60 / tempo * noteValue
end function</ms>

For tempo, use the standard tempo in ''beats per minute'' (BPM) for how fast you want your music to be (for example, a march is typically 120 BPM, Adagio would be around 66-76 BPM, and Allegro would be around 120-168 BPM.)

Note value can be determined by the type of note you want to reproduce:
{| class="wikitable"
! Note Type
! Value
|-
| Sixteenth Note
| 0.25
|-
| Eighth Note
| 0.5
|-
| Quarter Note
| 1.0
|-
| Half Note
| 2.0
|-
| Whole Note
| 4.0
|}
Dotted notes take the value of the original note and adds half to it:
{| class="wikitable"
! Note Type
! Value
|-
| Dotted Sixteenth Note
| 0.375
|-
| Eighth Note
| 0.75
|-
| Dotted Quarter Note
| 1.5
|-
| Dotted Half Note
| 3.0
|-
| Dotted Whole Note
| 6.0
|}
Triplets, likewise, are 1/3 of the value above it (so a triplet eighth note is a third the value of a quarter note):
{| class="wikitable"
! Note Type
! Value
|-
| Triplet Sixteenth Note
| 0.165
|-
| Triplet Eighth Note
| 0.333
|-
| Triplet Quarter Note
| 0.667
|-
| Triplet Half Note
| 1.333
|}

See also: <c>[[Sound.init]]</c>

[[Category:Mini Micro]]

Sound.envelope

2020-04-28T04:02:59Z

SpatialPlays: Added explanation of possible values Sound.envelope can be set to

<c>[[Sound]].envelope</c> controls the volume over the duration of the sound. It can be set a value or list of values between 0 and 1, 0 being silent and 1 being the maximum volume possible.

== Examples ==
This script creates a strange sci-fi sound effect that gradually changes volume over time.
<ms>scifi = new Sound
duration = 5
freqList = [ noteFreq(72), noteFreq(72), noteFreq(72), noteFreq(84), noteFreq(84), noteFreq(84), noteFreq(80), noteFreq(80), noteFreq(80), noteFreq(80), noteFreq(79), noteFreq(79), noteFreq(77) ]
envelopeList = [ 0.0, 0.5, 0.25, 0.75, 1.0, 0.8, 0.75, 0.7, 0.6, 0.5, 0.4, 0.3, 0.2 ]

scifi.init duration, freqList, null, Sound.sineWave

scifi.envelope = envelopeList

scifi.play</ms>

Sound.envelope

2020-04-28T03:58:16Z

SpatialPlays: Added Sound.evelope and example script (without using init)

<c>[[Sound]].envelope</c> controls the volume over the duration of the sound.

== Examples ==
This script creates a strange sci-fi sound effect that gradually changes volume over time.
<ms>scifi = new Sound
duration = 5
freqList = [ noteFreq(72), noteFreq(72), noteFreq(72), noteFreq(84), noteFreq(84), noteFreq(84), noteFreq(80), noteFreq(80), noteFreq(80), noteFreq(80), noteFreq(79), noteFreq(79), noteFreq(77) ]
envelopeList = [ 0.0, 0.5, 0.25, 0.75, 1.0, 0.8, 0.75, 0.7, 0.6, 0.5, 0.4, 0.3, 0.2 ]

scifi.init duration, freqList, null, Sound.sineWave

scifi.envelope = envelopeList

scifi.play</ms>

Sound.duration

2020-04-28T03:51:57Z

SpatialPlays: Switched heading style

Sound.freq

2020-04-28T03:01:52Z

SpatialPlays: Removed unnecessary parentheses from function calls

Sound.duration

2020-04-27T23:26:09Z

SpatialPlays:

<c>[[Sound]].duration</c> controls for how long a sound will play in seconds.

== Musician's Note ==
Mini Micro does not by default give you duration in musical terms. A good function for calculating this is:

<ms>CalculateNote = function(tempo, noteValue)
60 / tempo * noteValue
end function</ms>

For tempo, use the standard tempo in ''beats per minute'' (BPM) for how fast you want your music to be (for example, a march is typically 120 BPM, Adagio would be around 66-76 BPM, and Allegro would be around 120-168 BPM.)

Note value can be determined by the type of note you want to reproduce:
{| class="wikitable"
! Note Type
! Value
|-
| Sixteenth Note
| 0.25
|-
| Eighth Note
| 0.5
|-
| Quarter Note
| 1.0
|-
| Half Note
| 2.0
|-
| Whole Note
| 4.0
|}
Dotted notes take the value of the original note and adds half to it:
{| class="wikitable"
! Note Type
! Value
|-
| Dotted Sixteenth Note
| 0.375
|-
| Eighth Note
| 0.75
|-
| Dotted Quarter Note
| 1.5
|-
| Dotted Half Note
| 3.0
|-
| Dotted Whole Note
| 6.0
|}
Triplets, likewise, are 1/3 of the value above it (so a triplet eighth note is a third the value of a quarter note):
{| class="wikitable"
! Note Type
! Value
|-
| Triplet Sixteenth Note
| 0.165
|-
| Triplet Eighth Note
| 0.333
|-
| Triplet Quarter Note
| 0.667
|-
| Triplet Half Note
| 1.333
|}

See also: <c>[[Sound.init]]</c>

Sound.duration

2020-04-27T23:21:08Z

SpatialPlays: Created Sound.duration, and included a function on how to convert musical notation into time for musicians.

<c>[[Sound]].duration</c> controls for how long a sound will play in seconds.

== Musician's Note ==
Mini Micro does not by default give you duration in musical terms. A good function for calculating this is the formula:

<ms>CalculateNote = function(tempo, noteValue)
60 / tempo * noteValue
end function</ms>

Note value can be determined by the type of note you want to reproduce:
{| class="wikitable"
! Note Type
! Value
|-
| Sixteenth Note
| 0.25
|-
| Eighth Note
| 0.5
|-
| Quarter Note
| 1.0
|-
| Half Note
| 2.0
|-
| Whole Note
| 4.0
|}
Dotted notes take the value of the original note and adds half to it:
{| class="wikitable"
! Note Type
! Value
|-
| Dotted Sixteenth Note
| 0.375
|-
| Eighth Note
| 0.75
|-
| Dotted Quarter Note
| 1.5
|-
| Dotted Half Note
| 3.0
|-
| Dotted Whole Note
| 6.0
|}
Triplets, likewise, are 1/3 of the value above it (so a triplet eighth note is a third the value of a quarter note):
{| class="wikitable"
! Note Type
! Value
|-
| Triplet Sixteenth Note
| 0.165
|-
| Triplet Eighth Note
| 0.333
|-
| Triplet Quarter Note
| 0.667
|-
| Triplet Half Note
| 1.333
|}

See also: <c>[[Sound.init]]</c>

Sound.freq

2020-04-27T22:09:51Z

SpatialPlays:

Sound.freq

2020-04-27T21:57:53Z

SpatialPlays:

Sound.freq

2020-04-27T21:55:32Z

SpatialPlays: Created Sound.freq, including working examples and references to relevant functions

<c>[[Sound]].freq</c> controls how many times a second a waveform is repeated.

For example, a middle C on a piano produces a sound frequency of 261.626 times a second:

<ms>snd = new Sound
snd.init(2)
snd.freq = 261.626
snd.play</ms>

It can be assigned a single frequency, or a list of frequencies, and Micro Mini will interpolate between frequencies over the duration of the sound:

<ms>snd = new Sound
snd.init(2)
snd.freq = [noteFreq(58), noteFreq(43)]
snd.play</ms>

See also: <c>[[Sound.init]]</c>; <c>[[noteFreq]]</c>