⠀⠀⠀⠀ⵙ⠀ᴥ⠀ⵙ⠀Ⓞ⠀ⵙ⠀✤⠀ⵙ⠀ᗩ⠀ⵙ⠀ᙁ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᑐᑕ⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀Ⓞ⠀ⵙ⠀◯⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᴥ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀◯⠀ⵙ⠀ᴥ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᴥ⠀ⵙ⠀ᑎ⠀ⵙ⠀Ⓞ⠀ⵙ⠀ꗳ⠀ⵙ⠀⠀⠀⠀◯⠀⠀⠀⠀ⵙ⠀⠀⠀⠀◯⠀⠀⠀⠀ⵙ⠀ꗳ⠀ⵙ⠀Ⓞ⠀ⵙ⠀ᑎ⠀ⵙ⠀ᴥ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ᴥ⠀ⵙ⠀◯⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ᴥ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀◯⠀ⵙ⠀Ⓞ⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀ᑐᑕ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᙁ⠀ⵙ⠀ᗩ⠀ⵙ⠀✤⠀ⵙ⠀Ⓞ⠀ⵙ⠀ᴥ⠀ⵙ⠀⠀⠀⠀

◯ᗩIᗝ⋏ᗩ◯⚪◯ᗩ⋏ᗝIᗩ◯ⵙ◯ᗩIᗝ⋏ᗩ◯⚪◯ᗩ⋏ᗝIᗩ◯/◯ᗱᗴᴥᗩᗯ✤⏀Ⓞᔓᔕ◯⚪◯ᔓᔕⓄ⏀✤ᗯᗩᴥᗱᗴ◯ⵙ◯ᗱᗴᴥᗩᗯ✤⏀Ⓞᔓᔕ◯⚪◯ᔓᔕⓄ⏀✤ᗯᗩᴥᗱᗴ◯/◯ᴥᗱᗴߦᗩᗱᗴᴥ◯ᔓᔕⓄ✻ᑐᑕⓄᑐᑕ◯⚪◯ᑐᑕⓄᑐᑕ✻Ⓞᔓᔕ◯ᴥᗱᗴᗩߦᗱᗴᴥ◯ⵙ◯ᴥᗱᗴߦᗩᗱᗴᴥ◯ᔓᔕⓄ✻ᑐᑕⓄᑐᑕ◯⚪◯ᑐᑕⓄᑐᑕ✻Ⓞᔓᔕ◯ᴥᗱᗴᗩߦᗱᗴᴥ◯/◯ꕤ⏀ᔓᔕᒍᒐ◯⚪◯ᒍᒐᔓᔕ⏀ꕤ◯ⵙ◯ꕤ⏀ᔓᔕᒍᒐ◯⚪◯ᒍᒐᔓᔕ⏀ꕤ◯/⠀⠀⠀⠀ⵙ⠀ᴥ⠀ⵙ⠀Ⓞ⠀ⵙ⠀✤⠀ⵙ⠀ᗩ⠀ⵙ⠀ᙁ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᑐᑕ⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀Ⓞ⠀ⵙ⠀◯⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᴥ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀◯⠀ⵙ⠀ᴥ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᴥ⠀ⵙ⠀ᑎ⠀ⵙ⠀Ⓞ⠀ⵙ⠀ꗳ⠀ⵙ⠀⠀⠀⠀◯⠀⠀⠀⠀ⵙ⠀⠀⠀⠀◯⠀⠀⠀⠀ⵙ⠀ꗳ⠀ⵙ⠀Ⓞ⠀ⵙ⠀ᑎ⠀ⵙ⠀ᴥ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ᴥ⠀ⵙ⠀◯⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ᴥ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᗱᗴ⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀◯⠀ⵙ⠀Ⓞ⠀ⵙ⠀ᔓᔕ⠀ⵙ⠀ᑐᑕ⠀ⵙ⠀ꖴ⠀ⵙ⠀ᙁ⠀ⵙ⠀ᗩ⠀ⵙ⠀✤⠀ⵙ⠀Ⓞ⠀ⵙ⠀ᴥ⠀ⵙ⠀⠀⠀⠀

 
 slider1:84.406022589954030768899117092091000289089388918088900852079<0,84.406022589954030768899117092091000289089388918088900852079,84.406022589954030768899117092091000289089388918088900852079>O_DOIREP_EMIT_SDNOCES_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_O_CONGENIAL_SYMETRICAL_REVERBERATION_SECONDS_TIME_PERIOD_O
 slider2:84406.022589954030768899117092091000289089388918088900852079<0,84406.022589954030768899117092091000289089388918088900852079,84406.022589954030768899117092091000289089388918088900852079>O_DOIREP_EMIT_SDNOCESILIM_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_O_CONGENIAL_SYMETRICAL_REVERBERATION_MILISECONDS_TIME_PERIOD_O
-slider3:5<0,32,1>O_SEMIT_NOISIVID_DOIREP_EMIT_O_TIME_PERIOD_DIVISION_TIMES_O
+slider3:0<0,32,1>O_SEMIT_NOISIVID_DOIREP_EMIT_O_TIME_PERIOD_DIVISION_TIMES_O
 slider4:531441<0,65536,2>O_REDIVID_DOIREP_EMIT_O_TIME_PERIOD_DIVIDER_O
 slider5:84.406022589954030768899117092091000289089388918088900852079<0,84.406022589954030768899117092091000289089388918088900852079,0.0012879336943047184870742663130507049604658415057081436287243499755859375>O_EMIT_DOIREP_SDNOCES_DEDIVID_O_DIVIDED_SECONDS_PERIOD_TIME_O
 slider6:84406.022589954030768899117092091000289089388918088900852079<0,84406.022589954030768899117092091000289089388918088900852079,1.2879336943047184870742663130507049604658415057081436287243499755859375>O_EMIT_DOIREP_SDNOCESILIM_DEDIVID_O_DIVIDED_MILISECONDS_PERIOD_TIME_O
 
 slider8:0.011847<0,0.011847,0.011847>O_YCNEUQERF_ZTREH_DOIREP_EMIT_SDNOCES_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_O_CONGENIAL_SYMETRICAL_REVERBERATION_SECONDS_TIME_PERIOD_HERTZ_FREQUENCY_O
 
-slider18:0<-16,16,1>O_YCNEUQERF_ZTREH_DEILPITLUM_DOIREP_EMIT_SDNOCES_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_MORF_SENOT_DETFIHS_O_SHIFTED_TONES_FROM_CONGENIAL_SYMETRICAL_REVERBERATION_SECONDS_TIME_PERIOD_MULTIPLIED_HERTZ_FREQUENCY_O
-slider19:4<1,8,1>O_NOISIWID_O_DIWISION_O
+slider18:3<1,8,1>O_NOIDIWID_YCNEUQERF_O_FREQUENCY_DIWIDION_O
+slider19:270<162,351,1>O_YCNEUQERF_ZTREH_DEILPITLUM_MORF_SENOT_DEDIWID_O_DIWIDED_TONES_FROM_MULTIPLIED_HERTZ_FREQUENCY_O
 slider20:1<0,1625,0.00000001>O_REILPITLUM_GNITFIHS_O_SHIFTING_MULTIPLIER_O
-slider21:0.011847<0,82712638677.012146,0.00000001>O_GNITFIHS_ENOT_RETFA_YCNEUQERF_ZTREH_DEILPITLUM_DOIREP_EMIT_SDNOCES_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_MORF_SENOT_DETFIHS_O_SHIFTED_TONES_FROM_CONGENIAL_SYMETRICAL_REVERBERATION_SECONDS_TIME_PERIOD_MULTIPLIED_HERTZ_FREQUENCY_AFTER_TONE_SHIFTING_O
+slider21:0.011847<0,82712638677.012146,0.00000001>O_GNITFIHS_ENOT_RETFA_YCNEUQERF_ZTREH_DEILPITLUM_MORF_SENOT_DEDIWID_O_DIWIDED_TONES_FROM_MULTIPLIED_HERTZ_FREQUENCY_AFTER_TONE_SHIFTING_O
 
-slider23:-38.16970037<-95.42425094,0,19.08485018>O_EMULOV_O_VOLUME_O
+slider23:5<1,8,1>O_NOIDIWID_EMULOW_O_WOLUME_DIWIDION_O
+slider24:243<0,729,1>O_EMULOW_LEBICED_DEILPITLUM_MORF_STRAP_DEDIWID_O_DIWIDED_PARTS_FROM_MULTIPLIED_DECIBEL_WOLUME_O
+slider25:1<0,19683,0.0001>O_OITAR_GNILACSNWOD_EMULOW_O_WOLUME_DOWNSCALING_RATIO_O
+slider26:1<0,1,0.0001>O_GNITFIHS_EMULOW_RETFA_EMULOW_OITAR_DEILPITLUM_MORF_STRAP_DEDIWID_O_DIWIDED_PARTS_FROM_MULTIPLIED_RATIO_WOLUME_AFTER_WOLUME_SHIFTING_O
+slider27:1<0,1,0.0001>O_GNITFIHS_EMULOW_RETFA_EMULOW_LEBICED_DEILPITLUM_MORF_STRAP_DEDIWID_O_DIWIDED_PARTS_FROM_MULTIPLIED_DECIBEL_WOLUME_AFTER_WOLUME_SHIFTING_O
 
 import Tale/fft_synth.jsfx-inc
 import Tale/fourier_series.jsfx-inc
 @slider
 SLIDER1=84.406022589954030768899117092091000289089388918088900852079;
 SLIDER2=SLIDER1*1000;
-SLIDER4=9^SLIDER3;
+SLIDER4=3^SLIDER3;
 SLIDER5=SLIDER1/SLIDER4;
 SLIDER6=SLIDER2/SLIDER4;
 
-O_TNUOMA_EMULOV_LEBICED_O_DECIBEL_VOLUME_AMOUNT_O = 1*(exp(log(10)/20 * SLIDER23) - 0);
 SLIDER8=1/SLIDER5;
 
-SLIDER20=9^(SLIDER18/2^SLIDER19);
+SLIDER20=3^(SLIDER19/3^SLIDER18);
 SLIDER21=SLIDER8*SLIDER20;
 
 SLIDER13=1/SLIDER21;
 SLIDER14=SLIDER13*1000;
 
+SLIDER25=3^(SLIDER24/3^SLIDER23);
+SLIDER26=1/SLIDER25;
+
+O_TNUOMA_EMULOW_LEBICED_O_DECIBEL_WOLUME_AMOUNT_O = (exp(log(10)/20 * SLIDER26));
+SLIDER27=20*LOG10(SLIDER26);
+
 osc.four_setf(SLIDER21);
 
 osc.four_update() ? (
 
 @sample
 
-SPL0 = SPL1 = OSC.WAVE_SPLINE5() * O_TNUOMA_EMULOV_LEBICED_O_DECIBEL_VOLUME_AMOUNT_O ;
+SPL0 = SPL1 = OSC.WAVE_SPLINE5() * SLIDER26 ;