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0000OOOO0000 2021-01-02 02:08:40 +02:00 committed by GitHub
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desc:XFSJ.O_SOITAR_DOIREP_EMIT_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_O_CONGENIAL_SYMETRICAL_REVERBERATION_TIME_PERIOD_RATIOS_O.JSFX
slider1:84.40625<0,84.40625,84.40625>O_DOIREP_EMIT_SDNOCES_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_O_CONGENIAL_SYMETRICAL_REVERBERATION_SECONDS_TIME_PERIOD_O
slider2:84406.25<0,84406.25,84406.25>O_DOIREP_EMIT_SDNOCESILIM_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_O_CONGENIAL_SYMETRICAL_REVERBERATION_MILISECONDS_TIME_PERIOD_O
slider3:1<0,16,1>O_SEMIT_NOISIVID_DOIREP_EMIT_O_TIME_PERIOD_DIVISION_TIMES_O
slider4:0<0,65536,2>O_REDIVID_DOIREP_EMIT_O_TIME_PERIOD_DIVIDER_O
slider5:0<0,84.40625,0.001288>O_EMIT_DOIREP_SDNOCES_DEDIVID_O_DIVIDED_SECONDS_PERIOD_TIME_O
slider6:0<0,84406.25,1.287937>O_EMIT_SDNOCESILIM_DEDIVID_O_DIVIDED_MILISECONDS_TIME_O
slider8:1/84.406025<1/84.406025,1/84.406025,1/84.406025>O_YCNEUQERF_ZTREH_DOIREP_EMIT_SDNOCES_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_O_CONGENIAL_SYMETRICAL_REVERBERATION_SECONDS_TIME_PERIOD_HERTZ_FREQUENCY_O
slider9:0<0,32,1>O_SEMIT_NOITACILPITLUM_O_MULTIPLICATION_TIMES_O
slider10:0<0,4294967296,2>O_REILPITLUM_YCNEUQERF_ZTREH_DOIREP_EMIT_SDNOCES_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_O_CONGENIAL_SYMETRICAL_REVERBERATION_SECONDS_TIME_PERIOD_HERTZ_FREQUENCY_MULTIPLIER_O
slider11:0<0,24000,1>O_YCNEUQERF_ZTREH_DEILPITLUM_DOIREP_EMIT_SDNOCES_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_O_CONGENIAL_SYMETRICAL_REVERBERATION_SECONDS_TIME_PERIOD_MULTIPLIED_HERTZ_FREQUENCY_O
slider13:0<0,24000,0.00000001>O_YCNEUQERF_ZTREH_4A_O_A4_HERTZ_FREQUENCY_O
slider15:0<0,2,0.00000001>O_ZREH_044_MORF_ETAR_TFIHS_HCTIP_4A_O_A4_PITCH_SHIFT_RATE_FROM_440_HERTZ_O
slider16:0<-2400,2400,0>O_ZREH_044_MORF_TFIHS_STNEC_4A_O_A4_CENTS_SHIFT_FROM_440_HERZ_O
slider18:0<-128,128,1>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
slider19:0<0,1625,0.00000001>O_REILPITLUM_GNITFIHS_O_SHIFTING_MULTIPLIER_O
slider20:0<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
slider22:0<0,0,0>O_ZREH_044_MORF_ETAR_TFIHS_HCTIP_ENOT_DETFIHS_O_SHIFTED_TONE_PITCH_SHIFT_RATE_FROM_440_HERTZ_O
slider23:0<-2400,2400,0>O_ZREH_044_MORF_TFIHS_STNEC_ENOT_DETFIHS_O_SHIFTED_TONE_CENTS_SHIFT_FROM_440_HERZ_O
slider25:0<0,0,0>O_MUCAV_NI_DEEPS_THGIL_DNOCES_REP_SRETEM_O_METERS_PER_SECOND_LIGHT_SPEED_IN_VACUM_O
slider26:0<0,0,0>O_MUCAV_NI_DEEPS_THGIL_DNOCES_REP_SRETEMILI_O_MILIMETERS_PER_SECOND_LIGHT_SPEED_IN_VACUU_O
slider28:0<0,0,0>O_XEDNI_EVITCARFER_RIA_O_AIR_REFRACTIVE_INDEX_O
slider29:0<0,0,0>O_RIA_NI_DEEPS_THGIL_DNOCES_REP_SRETEM_O_METERS_PER_SECOND_LIGHT_SPEED_IN_AIR_O
slider30:0<0,0,0>O_RIA_NI_DEEPS_THGIL_DNOCES_REP_SRETEMILI_O_MILIMETERS_PER_SECOND_LIGHT_SPEED_IN_AIR_O
slider32:0<0,0,0>O_DOIREP_EMIT_REP_ECNATSID_RETEM_MUCAV_NI_EGASAP_THGIL_O_LIGHT_PASAGE_IN_VACUM_METER_DISTANCE_PER_TIME_PERIOD_O
slider33:0<0,0,0>O_DOIREP_EMIT_REP_ECNATSID_RETEMILIM_MUCAV_NI_EGASAP_THGIL_O_LIGHT_PASAGE_IN_VACUM_MILIMETER_DISTANCE_PER_TIME_PERIOD_O
slider34:0<0,0,0>O_DOIREP_EMIT_REP_ECNATSID_RETEM_RIA_NI_EGASAP_THGIL_O_LIGHT_PASAGE_IN_AIR_METER_DISTANCE_PER_TIME_PERIOD_O
slider35:0<0,0,0>O_DOIREP_EMIT_REP_ECNATSID_RETEMILIM_RIA_NI_EGASAP_THGIL_O_LIGHT_PASAGE_IN_AIR_MILIMETER_DISTANCE_PER_TIME_PERIOD_O
slider37:1<0,64,1>O_SEMIT_NOISIVID_ECNATSID_O_DISTANCE_DIVISION_TIMES_O
slider38:0<0,0,0>O_REDIVID_ECNATSID_O_DISTANCE_DIVIDER_O
slider40:0<0,0,0>O_DOIREP_EMIT_REP_ECNATSID_RETEM_MUUCAV_NI_EGASAP_THGIL_DEDIVID_O_DIVIDED_LIGHT_PASAGE_IN_VACUUM_METER_DISTANCE_PER_TIME_PERIOD_O
slider41:<0,0,0>O_DOIREP_EMIT_REP_ECNATSID_RETEMILIM_MUUCAV_NI_EGASAP_THGIL_DEDIVID_O_DIVIDED_LIGHT_PASAGE_IN_VACUUM_MILIMETER_DISTANCE_PER_TIME_PERIOD_O
slider42:0<0,0,0>O_DOIREP_EMIT_REP_ECNATSID_RETEM_RIA_NI_EGASAP_THGIL_DEDIVID_O_DIVIDED_LIGHT_PASAGE_IN_AIR_METER_DISTANCE_PER_TIME_PERIOD_O
slider43:0<0,0,0>O_DOIREP_EMIT_REP_ECNATSID_RETEMILIM_RIA_NI_EGASAP_THGIL_DEDIVID_O_DIVIDED_LIGHT_PASAGE_IN_AIR_MILIMETER_DISTANCE_PER_TIME_PERIOD_O
@slider
SLIDER1=84.40625;
SLIDER2=SLIDER1*1000;
SLIDER4=2^SLIDER3;
SLIDER5=SLIDER1/SLIDER4;
SLIDER6=SLIDER2/SLIDER4;
SLIDER8=1/84.40625;
SLIDER10=2^SLIDER9;
SLIDER11=SLIDER8*SLIDER10;
SLIDER13=32768*SLIDER8;
SLIDER15=SLIDER13/440;
SLIDER16=(1200* (LOG10(SLIDER13)/LOG10(2)) ) - (1200* (LOG10(440)/LOG10(2)) );
SLIDER19=2^(SLIDER18/12);
SLIDER20=SLIDER11*SLIDER19;
SLIDER22=SLIDER20/440;
SLIDER23=(1200* (LOG10(SLIDER20)/LOG10(2)) ) - (1200* (LOG10(440)/LOG10(2)) );
SLIDER25=299792458;
SLIDER26=299792458*1000;
SLIDER28=1.0003;
SLIDER29=SLIDER25/SLIDER28;
SLIDER30=SLIDER26/SLIDER28;
SLIDER32=(1/SLIDER20)*SLIDER25;
SLIDER33=(1/SLIDER20)*SLIDER26;
SLIDER34=(1/SLIDER20)*SLIDER29;
SLIDER35=(1/SLIDER20)*SLIDER30;
SLIDER38=2^SLIDER37;
SLIDER40=SLIDER32/SLIDER38;
SLIDER41=SLIDER33/SLIDER38;
SLIDER42=SLIDER34/SLIDER38;
SLIDER43=SLIDER35/SLIDER38;

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desc:XFSJ.O_KCOLC_DOIREP_EMIT_NOITAREBREVER_LACIRTEMYS_LAINEGNOC_O_CONGENIAL_SYMETRICAL_REVERBERATION_TIME_PERIOD_CLOCK_O.JSFX
slider1:1<0,4000,0.1>O_RAEY_O_YEAR_O
slider2:1<1,366,0.1>O_YAD_O_DAY_O
slider3:0<0,23,0.1>O_SRUOH_O_HOURS_O
slider4:0<0,59,0.1>O_SETUNIM_O_MINUTES_O
slider5:0<0,59,0.1>O_SDNOCES_O_SECONDS_O
slider7:3<-24,24,1>O_EMIT_NAEM_HCIWNERG_O_GRENWICH_MEAN_TIME_O
slider8:-6<-24,24,1>O_TESFO_RUOH_O_HOUR_OFSET_O
slider10:0<0,86164.09471726194,0.1>O_YAD_REP_SDNOCES_O_SECONDS_PER_DAY_O
slider11:0<0,365.2421986,0.1>O_RAEY_REP_SYAD_O_DAYS_PER_YEAR_O
slider12:0<0,31470763.394911396337701284,0.1>O_RAEY_REP_SDNOCES_O_SECONDS_PER_YEAR_O
slider13:0<0,31470763.394911396337701284,0.1>O_DETRATS_RAEY_ECNCS_SDNOCES_O_SECONDS_SINCE_YEAR_STARTED_O
slider15:84.40625<0,168.8125,0.1>O_DOIREP_EMIT_SDNOCES_ECNEREFER_O_REFERENCE_SECONDS_TIME_PERIOD_O
slider16:0<0,1020.8260018335364975934838948538,0.1>O_YAD_NI_SDOIREP_EMIT_SDNOCES_ECNEREFER_O_REFERENCE_SECONDS_TIME_PERIODS_IN_DAY_O
slider17:0<0,372848.73329772850159438766679008,0.1>O_RAEY_NI_SDOIREP_EMIT_SDNOCES_ECNEREFER_O_REFERENCE_SECONDS_TIME_PERIODS_IN_YEAR_O
slider19:0<0,31470763.394911396337701284,0.1>O_DETRATS_RAEY_ECNIS_SDOIREP_EMIT_ECNEREFER_O_REFERENCE_TIME_PERIODS_SINCE_YEAR_STARTED_O
slider20:0<0,1020.8260018335364975934838948538,0.1>O_DETRATS_YAD_ECNIS_SDOIREP_EMIT_ECNEREFER_O_REFERENCE_TIME_PERIODS_SINCE_DAY_STARTED_O
@block
O_0791_ECNIS_RAEY_TNERUC_O_CURENT_YEAR_SINCE_1970_O=FLOOR(TIME()/(86164.09471726194*365.2421986))+1970;
O_RAEY_O_YEAR_O=FLOOR(TIME_PRECISE()/(86164.09471726194*365.2421986));
O_YAD_O_DAY_O=FLOOR((TIME_PRECISE()-(O_RAEY_O_YEAR_O*(86164.09471726194*365.242198)))/86164.09471726194);
O_RUOH_DETESFO_O_OFSETED_HOUR_O=FLOOR((TIME_PRECISE()/3600)+SLIDER8)%24;
O_RUOH_O_HOUR_O=FLOOR(TIME_PRECISE()/3600);
O_SETUNIM_O_MINUTES_O=FLOOR((TIME_PRECISE()-O_RUOH_O_HOUR_O*3600)/60);
O_SDNOCES_O_SECONDS_O=(TIME_PRECISE()-O_RUOH_O_HOUR_O*3600-O_SETUNIM_O_MINUTES_O*60);
SLIDER1=FLOOR(TIME()/(86164.09471726194*365.2421986))+1970;
SLIDER2=((TIME_PRECISE()-(O_RAEY_O_YEAR_O*(86164.09471726194*365.242198)))/86164.09471726194)+1;
SLIDER3=((TIME_PRECISE()/3600)+SLIDER8)/24;
SLIDER4=((TIME_PRECISE()-O_RUOH_O_HOUR_O*3600)/60);
SLIDER5=O_SDNOCES_O_SECONDS_O;
SLIDER8=SLIDER7-6;
SLIDER10=(86164.098903691 + 86164.09053083288) /2;
SLIDER11=365.2421986;
SLIDER12=SLIDER10*SLIDER11;
SLIDER13=TIME_PRECISE();
SLIDER16=SLIDER10/SLIDER15;
SLIDER17=( (SLIDER10*SLIDER11) )/SLIDER15;
SLIDER19=TIME_PRECISE()/SLIDER15;
SLIDER20=(SLIDER19- (SLIDER16* (O_YAD_O_DAY_O) ) );