Typical spectra from five different regions.

Spectrum # 27 Spectrum #150 Spectrum #200 Spectrum #299 Spectrum #501
1, 102.73 0.000406;
2, 189.54 0.000287;
3, 247.48 0.000388;
4, 325.56 0.000149;
5, 402.96 0.000556;
6, 515.69989 0.000255;
7, 588.77002 0.000127;
8, 664.969971 0.000114;
9, 741.52 0.000261;
10, 898.90 0.000138;
11, 1074.25 0.000335;
12, 1080.84 0.000185;
13, 1208.52 0.000104;
14, 1243.73 0.000142;
15, 1384.01 0.000168;
16, 1491.96 0.000103;
17, 1578.68 0.000113;
18, 1640.39 0.000176;
19, 1857.25 0.00009;
20, 2215.92 0.000108;
21, 2293.81 0.000117;
22, 2294.10 0.000103;
23, 2696.56 0.000101;
24, 2766.48 0.000097;
 1, 42.32 0.002289;
2, 161.38 0.001966;
3, 240.71 0.010502;
4, 281.04 0.019742;
5, 393.35 0.006564;
6, 461.66 0.004629;
7, 510.61 0.00339;
8, 614.60 0.001719;
9, 672.34 0.001289;
10, 746.16 0.001492;
11, 819.02 0.000481;
12, 918.42 0.000719;
13, 980.44 0.000744;
14, 1035.26 0.000924;
15, 1115.85 0.001549;
16, 1211.43 0.001399;
17, 1265.98 0.001934;
18, 1353.09 0.000955;
19, 1522.85 0.000251;
20, 1579.85 0.000252;
21, 1657.92 0.000465;
22, 2232.92 0.000277;
23, 2254.14 0.000577;
24, 2326.82 0.000346;
 1, 56.15 0.002908;
2, 159.42 0.00169;
3, 229.97 0.000474;
4, 319.48 0.000824;
5, 497.84 0.000304;
6, 614.63 0.000134;
7, 623.52 0.000237;
8, 700.92 0.00012;
9, 784.03 0.000063;
10, 851.21 0.000117;
11, 959.19 0.00022;
12, 1054.93 0.00011;
13, 1107.14 0.00004;
14, 1304.76 0.000122;
15, 1418.68 0.000059;
16, 1481.14 0.00006;
17, 1644.00 0.000039;
18, 1890.64 0.000038;
19, 1993.53 0.000054;
20, 2065.57 0.000039;
21, 2335.64 0.00004;
22, 2797.28 0.000039;
23, 3122.45 0.00005;
24, 3260.09 0.000038;
 1, 189.11 0.002685;
2, 286.35 0.008844;
3, 411.55 0.009397;
4, 509.98 0.02783;
5, 599.31 0.005647;
6, 691.43 0.0057;
7, 815.32 0.010416;
8, 920.34 0.005869;
9, 942.91 0.005315;
10, 1056.31 0.006888;
11, 1202.61 0.004601;
12, 1353.10 0.009476;
13, 1439.47 0.003693;
14, 1530.75 0.021652;
15, 1558.65 0.004553;
16, 1683.80 0.003261;
17, 1749.76 0.003415;
18, 1830.10 0.002067;
19, 1917.61 0.001172;
20, 2076.85 0.003231;
21, 2169.67 0.00357;
22, 2248.68 0.002475;
23, 2326.06 0.002285;
24, 2874.72 0.001436;
 1, 99.36 0.000246;
2, 236.98 0.000443;
3, 298.09 0.000206;
4, 356.08 0.000239;
5, 546.65 0.000311;
6, 577.84 0.000107;
7, 732.05 0.000123;
8, 830.30 0.000073;
9, 905.47 0.000065;
10, 976.90 0.000082;
11, 1085.23 0.000093;
12, 1317.03 0.000038;
13, 1397.47 0.000047;
14, 1504.69 0.000072;
15, 1598.52 0.000066;
16, 1690.39 0.000029;
17, 1933.15 0.000064;
18, 2104.56 0.000037;
19, 2435.38 0.000036;
20, 2668.31 0.00003;
21, 2782.48 0.000034;
22, 3123.71 0.000035;
23, 3792.86 0.000031;
24, 4111.43 0.000029;
Data format: Index, Frequency Ampltude;

Translation into MIDI Cents and key velocities:

Spectrum #200
1, 3336 41;
2, 5143 33;
3, 5777 14;
4, 6346 23;
5, 7114 8;
6, 7479 -3;
7, 7504 4;
8, 7706 -5;
9, 7900 -14;
10, 8042 -5;
11, 8249 3;
12, 8414 -6;
13, 8498 -21;
14, 8782 -5;
15, 8927 -15;
16, 9001 -15;
17, 9182 -21;
18, 9424 -22;
19, 9516 -17;
20, 9577 -21;
21, 9790 -21;
22, 10102 -21;
23, 10293 -18;
24, 10367 -22;
Data format: Index, MIDI Cent Velocity;

Translation into musical notation
Click on image to hear a MIDI representation of this spectrum.
Although this spectrum was extracted out of the answering-machine noise, it clearly displays the typical characteristics of a harmonic spectrum: Large intervals in the lower frequency region and increasingly smaller ones towards the higher region. This is due to a (desired) artifact of the analysis program.
 
 
Automatic translation of microtonal music into the Finale™ Enigma data format can be achieved by velocoding standard MIDI sequencer files; i.e. instead of using 7 bits (numbers 0 to 127) to code the velocities of the given notes, only 10 numbers are used for the dynamics (pppp to ffff) times 8 numbers for the eighth-tone deviations (from -2 8th tones to +5 8th tones).
Once the velocoded files are transcribed by Finale into the Enigma text format (preserving the key velocities, of course), the resulting files can be altered by a MAX patch, making use of Finale's non-standard tuning capabilities.
For this, the MAX patch looks up the velocoded key velocities, creates dynamic markings and changes the pitch data accordingly (Finale allows a maximum of 16 steps per whole tone to which musical symbols can be assigned arbitrarily).
This modified Enigma file can be reopened in Finale. The microtonal deviations should now display correctly.