Complete 1.6.5 Tuning / Mapping

1. Add the Jacky Ligon scales as a library and make it openable
2. Clean up the HTML
3. Drag and Drop a .kbm

WIth this diff, KBM support is copmlete, so this
CLoses surge-synthesizer#1041

AUTHORS

@@ -13,6 +13,7 @@ Rich Elmes <[email protected]>
 The Emu (J Riley Hill)
 EvilDragon 
 Nathan Kopp <[email protected]>
+Jacky Ligon
 Erik-Jan Maalderink <[email protected]>
 Kjetil Matheussen <[email protected]>
 Dave Palmer <[email protected]>

resources/data/tuning-library/KBM Concert Pitch/60-262-60 Concert C.kbm

@@ -0,0 +1,17 @@
+! 60-262-60 Concert C.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+60
+! Reference note for which frequency is given:
+60
+! Frequency to tune the above note to (floating point e.g. 440.0):
+261.625565
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/60-440-69 Concert A C.kbm

@@ -0,0 +1,17 @@
+! 69-440-69 Concert A.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+60
+! Reference note for which frequency is given:
+69
+! Frequency to tune the above note to (floating point e.g. 440.0):
+440.000000
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/61-277-61 Concert C#, Db.kbm

@@ -0,0 +1,17 @@
+! 61-277-61 Concert C#, Db.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+61
+! Reference note for which frequency is given:
+61
+! Frequency to tune the above note to (floating point e.g. 440.0):
+277.182631
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/62-294-62 Concert D.kbm

@@ -0,0 +1,17 @@
+! 62-294-62 Concert D.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+62
+! Reference note for which frequency is given:
+62
+! Frequency to tune the above note to (floating point e.g. 440.0):
+293.664768
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/63-311-63 Concert D#, Eb.kbm

@@ -0,0 +1,17 @@
+! 63-311-63 Concert D#, Eb.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+63
+! Reference note for which frequency is given:
+63
+! Frequency to tune the above note to (floating point e.g. 440.0):
+311.126984
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/64-330-64 Concert E.kbm

@@ -0,0 +1,17 @@
+! 64-330-64 Concert E.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+64
+! Reference note for which frequency is given:
+64
+! Frequency to tune the above note to (floating point e.g. 440.0):
+329.627557
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/65-349-65 Concert F.kbm

@@ -0,0 +1,17 @@
+! 65-349-65 Concert F.kbm
+! 65-349-65 Concert F
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+65
+! Reference note for which frequency is given:
+65
+! Frequency to tune the above note to (floating point e.g. 440.0):
+349.228231
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/66-370-66 Concert F#, Gb.kbm

@@ -0,0 +1,17 @@
+! 66-370-66 Concert F#, Gb.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+66
+! Reference note for which frequency is given:
+66
+! Frequency to tune the above note to (floating point e.g. 440.0):
+369.994423
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/67-392-67 Concert G.kbm

@@ -0,0 +1,17 @@
+! 67-392-67 Concert G.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+67
+! Reference note for which frequency is given:
+67
+! Frequency to tune the above note to (floating point e.g. 440.0):
+391.995436
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/68-415-68 Concert G#, Ab.kbm

@@ -0,0 +1,17 @@
+! 68-415-68 Concert G#, Ab.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+68
+! Reference note for which frequency is given:
+68
+! Frequency to tune the above note to (floating point e.g. 440.0):
+415.304698
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/69-440-69 Concert A.kbm

@@ -0,0 +1,17 @@
+! 69-440-69 Concert A.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+69
+! Reference note for which frequency is given:
+69
+! Frequency to tune the above note to (floating point e.g. 440.0):
+440.000000
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/70-466-70 Concert A#, Bb.kbm

@@ -0,0 +1,17 @@
+! 70-466-70 Concert A#, Bb.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+70
+! Reference note for which frequency is given:
+70
+! Frequency to tune the above note to (floating point e.g. 440.0):
+466.163762
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/71-494-71 Concert B.kbm

@@ -0,0 +1,17 @@
+! 71-494-71 Concert B.kbm
+! 
+! Size of map:
+0
+! First MIDI note number to retune:
+0
+! Last MIDI note number to retune:
+127
+! Middle note where the first entry in the mapping is mapped to:
+71
+! Reference note for which frequency is given:
+71
+! Frequency to tune the above note to (floating point e.g. 440.0):
+493.883301
+! Scale degree to consider as formal octave:
+0
+! Mapping.

resources/data/tuning-library/KBM Concert Pitch/KBM Notes.txt

@@ -0,0 +1,37 @@
+This archive contains a collection of basic linear keyboard mapping files (KBM) that may be used in virtual-instruments that support loading both the Scala SCL and KBM microtuning format files, such as Pianoteq, as well as for creating custom microtuning mappings within the Scala application itself for exporting to other popular formats, such as TUN, MTS and KSP.
+
+This small linear KBM collection may be used for mapping the starting 1/1 MIDI Note, as well as the Reference Frequency MIDI Note, to the standard concert-pitch chromatic notes.
+
+The file naming convention indicates:
+
+The 1/1 starting MIDI Note for the mapping.
+
+The rounded Reference Frequency.
+
+The mapping for the Reference Frequency MIDI Note.
+
+The standard letter format concert-pitch chromatic scale degree.
+
+
+For example: 60-262-60 Concert C, indicates at a glance that:
+
+The 1/1 of the microtuning will be mapped to MIDI Note 60.
+
+The Reference Frequency is 262 Hz.
+
+The MIDI Note on which the Reference Frequency is mapped is 60.
+
+
+*** Please note here that the KBM format is flexible enough that the above parameters can be arbitrarily and independently mapped, such that for instance, a microtuning could have its diapason mapped to the standard concert-pitch of MIDI Note A.69 @ 440 Hz, while the 1/1 starting note could be mapped on 60.C, or any other MIDI Note required of the musical scenario at hand. Such a mapping would look like this:
+
+60-440-69.kbm
+|
+Range         : 0.C  .. 127.G 
+Middle        : 60.C 
+Reference     : 440.000000 Hertz at note 69.A 
+Octave degree : 0 (highest degree of scale)
+Mapping : linear
+
+This potential for arbitrary mapping of pitches to MIDI Notes, is the very nature and definition of what's referred to as 'full keyboard microtuning'.
+
+Jacky Ligon

resources/data/tuning-library/README.txt

@@ -0,0 +1,13 @@
+This is a collection of SCL and KBM files provided by Surge Contributor Jacky Ligon
+as we were developing and testing the SCL/KBM implementation around the 1.6.5 release.
+It contains a variety of tuning and mapping files for your enjoyment.
+
+To apply a tuning or mapping, either load them with the "tuning" menu or drag and drop
+an .scl or .kbm file onto the "tun" glyph next to the patch menu bar.
+
+There are many more SCL files available on the internet, as well as a variety of tools
+to edit and make scales. If you are reading this you probably already know that of course,
+but http://www.huygens-fokker.org/ is a great resource.
+
+Enjoy!
+

resources/data/tuning-library/SCL/12 Tone Equal Temperament.scl

@@ -0,0 +1,17 @@
+! D:\12 Tone Equal Temperament.scl
+!
+12 Tone Equal Temperament | ED2-12 - Equal division of harmonic 2 into 12 parts
+ 12
+!
+ 100.00000
+ 200.00000
+ 300.00000
+ 400.00000
+ 500.00000
+ 600.00000
+ 700.00000
+ 800.00000
+ 900.00000
+ 1000.00000
+ 1100.00000
+ 2/1

resources/data/tuning-library/SCL/Bohlen-Pierce.scl

@@ -0,0 +1,18 @@
+! D:\Scala Batch\Bohlen-Pierce.scl
+!
+Bohlen-Pierce: ED3-13 - Equal division of harmonic 3 into 13 parts
+ 13
+!
+ 146.30423
+ 292.60846
+ 438.91269
+ 585.21692
+ 731.52115
+ 877.82539
+ 1024.12962
+ 1170.43385
+ 1316.73808
+ 1463.04231
+ 1609.34654
+ 1755.65077
+ 3/1

resources/data/tuning-library/SCL/ED2-05.scl

@@ -0,0 +1,10 @@
+! D:\Scala Batch\ED2\ED2-05.scl
+!
+ED2-05 - Equal division of harmonic 2 into 5 parts
+ 5
+!
+ 240.00000
+ 480.00000
+ 720.00000
+ 960.00000
+ 2/1

resources/data/tuning-library/SCL/ED2-06.scl

@@ -0,0 +1,11 @@
+! D:\Scala Batch\ED2-06.scl
+!
+ED2-06 - Equal division of harmonic 2 into 6 parts
+ 6
+!
+ 200.00000
+ 400.00000
+ 600.00000
+ 800.00000
+ 1000.00000
+ 2/1

resources/data/tuning-library/SCL/ED2-07.scl

@@ -0,0 +1,12 @@
+! D:\Scala Batch\ED2-07.scl
+!
+ED2-07 - Equal division of harmonic 2 into 7 parts
+ 7
+!
+ 171.42857
+ 342.85714
+ 514.28571
+ 685.71429
+ 857.14286
+ 1028.57143
+ 2/1

resources/data/tuning-library/SCL/ED2-08.scl

@@ -0,0 +1,13 @@
+! D:\Scala Batch\ED2-08.scl
+!
+ED2-08 - Equal division of harmonic 2 into 8 parts
+ 8
+!
+ 150.00000
+ 300.00000
+ 450.00000
+ 600.00000
+ 750.00000
+ 900.00000
+ 1050.00000
+ 2/1

resources/data/tuning-library/SCL/ED2-09.scl

@@ -0,0 +1,14 @@
+! D:\Scala Batch\ED2-09.scl
+!
+ED2-09 - Equal division of harmonic 2 into 9 parts
+ 9
+!
+ 133.33333
+ 266.66667
+ 400.00000
+ 533.33333
+ 666.66667
+ 800.00000
+ 933.33333
+ 1066.66667
+ 2/1