ABOUT THE FOLLOWING COMMAND: run wavesbeat.pl to find the beat frequency between the two wavesbash:1 1:49:47 root@mm01 /opt/ASPLv1.00/test~/Final/WAVEBEATS-TIE_OSCILLATORS_AREA_VARY_GROUP # wavesbeat.pl aStat = fx sumarea aelm bStat = fx sumarea aelm displayoff ###################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=4.9 freq2=5 ###################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,4.9,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=4.92 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,4.92,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=4.94 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,4.94,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=4.96 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,4.96,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=4.98 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,4.98,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff #################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5 freq2=5 #################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.02 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.02,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.04 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.04,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.06 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.06,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.08 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.08,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ###################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.1 freq2=5 ###################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.1,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 2 sets representing: focs2(W12) focs1(W12) ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f276) gU f=) f276 fx=-0.9 sumarea=18.6 aelm=n1(276)n2(276)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)18.6(sumarea2)18.6(sumarea)18.6(frq1)5.1(frq2)5 gU f=) f276 fx=-0.9 sumarea=18.6 aelm=n1(276)n2(276)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)18.6(sumarea2)18.6(sumarea)18.6(frq1)5.1(frq2)5 focs2(W12) 1 entries focs1(W12) 1 entries DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.12 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.12,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 2 sets representing: focs2(W12) focs1(W12) ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f216) gU f=) f216 fx=-0.9 sumarea=14.6 aelm=n1(216)n2(216)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)14.6(sumarea2)14.6(sumarea)14.6(frq1)5.12(frq2)5 gU f=) f216 fx=-0.9 sumarea=14.6 aelm=n1(216)n2(216)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)14.6(sumarea2)14.6(sumarea)14.6(frq1)5.12(frq2)5 ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f245) gU f=) f245 fx=0.9 sumarea=16.5 aelm=n1(245)n2(245)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)16.5(sumarea2)16.5(sumarea)16.5(frq1)5.12(frq2)5 gU f=) f245 fx=0.9 sumarea=16.5 aelm=n1(245)n2(245)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)16.5(sumarea2)16.5(sumarea)16.5(frq1)5.12(frq2)5 ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f246) gU f=) f246 fx=0.9 sumarea=16.6 aelm=n1(246)n2(246)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)16.6(sumarea2)16.6(sumarea)16.6(frq1)5.12(frq2)5 gU f=) f246 fx=0.9 sumarea=16.6 aelm=n1(246)n2(246)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)16.6(sumarea2)16.6(sumarea)16.6(frq1)5.12(frq2)5 focs2(W12) 3 entries focs1(W12) 3 entries DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.14 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.14,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 2 sets representing: focs2(W12) focs1(W12) ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f186) gU f=) f186 fx=0.9 sumarea=12.6 aelm=n1(186)n2(186)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)12.6(sumarea2)12.6(sumarea)12.6(frq1)5.14(frq2)5 gU f=) f186 fx=0.9 sumarea=12.6 aelm=n1(186)n2(186)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)12.6(sumarea2)12.6(sumarea)12.6(frq1)5.14(frq2)5 ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f215) gU f=) f215 fx=-0.9 sumarea=14.5 aelm=n1(215)n2(215)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)14.5(sumarea2)14.5(sumarea)14.5(frq1)5.14(frq2)5 gU f=) f215 fx=-0.9 sumarea=14.5 aelm=n1(215)n2(215)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)14.5(sumarea2)14.5(sumarea)14.5(frq1)5.14(frq2)5 ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f216) gU f=) f216 fx=-0.9 sumarea=14.6 aelm=n1(216)n2(216)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)14.6(sumarea2)14.6(sumarea)14.6(frq1)5.14(frq2)5 gU f=) f216 fx=-0.9 sumarea=14.6 aelm=n1(216)n2(216)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)14.6(sumarea2)14.6(sumarea)14.6(frq1)5.14(frq2)5 focs2(W12) 3 entries focs1(W12) 3 entries DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.16 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.16,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 2 sets representing: focs2(W12) focs1(W12) ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f185) gU f=) f185 fx=0.9 sumarea=12.5 aelm=n1(185)n2(185)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)12.5(sumarea2)12.5(sumarea)12.5(frq1)5.16(frq2)5 gU f=) f185 fx=0.9 sumarea=12.5 aelm=n1(185)n2(185)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)12.5(sumarea2)12.5(sumarea)12.5(frq1)5.16(frq2)5 ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f186) gU f=) f186 fx=0.9 sumarea=12.6 aelm=n1(186)n2(186)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)12.6(sumarea2)12.6(sumarea)12.6(frq1)5.16(frq2)5 gU f=) f186 fx=0.9 sumarea=12.6 aelm=n1(186)n2(186)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)12.6(sumarea2)12.6(sumarea)12.6(frq1)5.16(frq2)5 focs2(W12) 2 entries focs1(W12) 2 entries DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.18 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.18,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 2 sets representing: focs2(W12) focs1(W12) ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f156) gU f=) f156 fx=-0.9 sumarea=10.6 aelm=n1(156)n2(156)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)10.6(sumarea2)10.6(sumarea)10.6(frq1)5.18(frq2)5 gU f=) f156 fx=-0.9 sumarea=10.6 aelm=n1(156)n2(156)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)10.6(sumarea2)10.6(sumarea)10.6(frq1)5.18(frq2)5 focs2(W12) 1 entries focs1(W12) 1 entries DONE PROCESSING gU,`ks= W12 displayoff ###################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.2 freq2=5 ###################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.2,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.22 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.22,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 2 sets representing: focs2(W12) focs1(W12) ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f126) gU f=) f126 fx=0.9 sumarea=8.6 aelm=n1(126)n2(126)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)8.6(sumarea2)8.6(sumarea)8.6(frq1)5.22(frq2)5 gU f=) f126 fx=0.9 sumarea=8.6 aelm=n1(126)n2(126)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)8.6(sumarea2)8.6(sumarea)8.6(frq1)5.22(frq2)5 focs2(W12) 1 entries focs1(W12) 1 entries DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.24 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.24,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 2 sets representing: focs2(W12) focs1(W12) ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f125) gU f=) f125 fx=0.9 sumarea=8.5 aelm=n1(125)n2(125)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)8.5(sumarea2)8.5(sumarea)8.5(frq1)5.24(frq2)5 gU f=) f125 fx=0.9 sumarea=8.5 aelm=n1(125)n2(125)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)8.5(sumarea2)8.5(sumarea)8.5(frq1)5.24(frq2)5 ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f126) gU f=) f126 fx=0.9 sumarea=8.6 aelm=n1(126)n2(126)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)8.6(sumarea2)8.6(sumarea)8.6(frq1)5.24(frq2)5 gU f=) f126 fx=0.9 sumarea=8.6 aelm=n1(126)n2(126)fosc1(0.9)fosc2(0.9)fx(0.9)(sumarea1)8.6(sumarea2)8.6(sumarea)8.6(frq1)5.24(frq2)5 focs2(W12) 2 entries focs1(W12) 2 entries DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.26 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.26,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.28 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.28,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 2 sets representing: focs2(W12) focs1(W12) ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f96) gU f=) f96 fx=-0.9 sumarea=6.6 aelm=n1(96)n2(96)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)6.6(sumarea2)6.6(sumarea)6.6(frq1)5.28(frq2)5 gU f=) f96 fx=-0.9 sumarea=6.6 aelm=n1(96)n2(96)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)6.6(sumarea2)6.6(sumarea)6.6(frq1)5.28(frq2)5 focs2(W12) 1 entries focs1(W12) 1 entries DONE PROCESSING gU,`ks= W12 displayoff ###################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.3 freq2=5 ###################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.3,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 2 sets representing: focs2(W12) focs1(W12) ** gU:f==) ** EQUAL F) fl equal pL focs1(W12) focs2(W12) (<./d/> / f96) gU f=) f96 fx=-0.9 sumarea=6.6 aelm=n1(96)n2(96)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)6.6(sumarea2)6.6(sumarea)6.6(frq1)5.3(frq2)5 gU f=) f96 fx=-0.9 sumarea=6.6 aelm=n1(96)n2(96)fosc1(-0.9)fosc2(-0.9)fx(-0.9)(sumarea1)6.6(sumarea2)6.6(sumarea)6.6(frq1)5.3(frq2)5 focs2(W12) 1 entries focs1(W12) 1 entries DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.32 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.32,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.34 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.34,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.36 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.36,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 displayoff ####################################################################################### INTERSECTION OF BOTH WAVES WHEN THEIR SUMMED AREAS ARE THE SAME WITH freq1=5.38 freq2=5 ####################################################################################### DONE PROCESSING W12 = ggtieoscillatorsareavaryS(points,300,frequency1,5.38,frequency2,5,roundfrac,1,aggregate,1) displayon INFO -- REGULAR SETOP gU ON VARIABLES W12 INFO -- SETOP gU ON VARIABLES W12 There are 0 sets representing: DONE PROCESSING gU,`ks= W12 bash:2 1:50:3 root@mm01 /opt/ASPLv1.00/test~/Final/WAVEBEATS-TIE_OSCILLATORS_AREA_VARY_GROUP #