4Misc_Start4Platform@ 3#"ROGIXX RtY"%winspool\\wprint\kuch3525print-kuch3525.physik.fu-berlin.de\\wprint\kuch3525d!C 4dXXA4DINU" Pc:SMTJPIUPHdA4 4 [none] [none]Arial6P d?HTL<Automatic>R 44dPrint driver host for 32bit appType new Quick Set name herei j.k k m m @splwow64.exeC:\Windows\splwow64.exe 3#"ROGIXX RtY"%winspool\\wprint\kuch3525print-kuch3525.physik.fu-berlin.de\\wprint\kuch3525d!C 4dXXA4DINU" Pc:SMTJPIUPHdA4 4 [none] [none]Arial6P d?HTL<Automatic>R 44dPrint driver host for 32bit appType new Quick Set name herei j.k k m m @splwow64.exeC:\Windows\splwow64.exe Layout0ROGIXX?? YYYYRt>(winspoolSend To OneNote 2013nul:Send To OneNote 2013@/ 4dXXA4GIS4DINU"$SMTJ{3EE39114-30B4-45a4-A109-19D4A40FCC22}RESDLLUniresDLLPaperSizeLETTEROrientationPORTRAITResolutionDPI600ColorMode24bppV4DM Layout1ROGIXX?? YYYYRt>(winspoolSend To OneNote 2013nul:Send To OneNote 2013@/ 4dXXA4GIS4DINU"$SMTJ{3EE39114-30B4-45a4-A109-19D4A40FCC22}RESDLLUniresDLLPaperSizeLETTEROrientationPORTRAITResolutionDPI600ColorMode24bppV4DM Layout2ROGIXX?? YYYYRt>(winspoolSend To OneNote 2013nul:Send To OneNote 2013@/ 4dXXA4GIS4DINU"$SMTJ{3EE39114-30B4-45a4-A109-19D4A40FCC22}RESDLLUniresDLLPaperSizeLETTEROrientationPORTRAITResolutionDPI600ColorMode24bppV4DM 3#Layout3"ROGIXX RtY"%winspool\\wprint\kuch3525print-kuch3525.physik.fu-berlin.de\\wprint\kuch3525d!C 4dXXA4DINU" Pc:SMTJPIUPHdA4 4 [none] [none]Arial6P d?HTL<Automatic>R 44dPrint driver host for 32bit appType new Quick Set name herei j.k k m m @splwow64.exeC:\Windows\splwow64.exe 3#"ROGIXX  RtY"%winspool\\wprint\kuch3525print-kuch3525.physik.fu-berlin.de\\wprint\kuch3525d!C 4dXXA4DINU" Pc:SMTJPIUPHdA4 4 [none] [none]Arial6P d?HTL<Automatic>R 44dPrint driver host for 32bit appType new Quick Set name herei j.k k m m @splwow64.exeC:\Windows\splwow64.exe 3#" ROGIXX RtY"%winspool\\wprint\kuch3525print-kuch3525.physik.fu-berlin.de\\wprint\kuch3525d!C 4dXXA4DINU" Pc:SMTJPIUPHdA4 4 [none] [none]Arial6P d?HTL<Automatic>R 44dPrint driver host for 32bit appType new Quick Set name herei j.k k m m @splwow64.exeC:\Windows\splwow64.exe^Graph*@@wwwwww?wwwwww?naWDashSettings#  !} Normal@ Arial<HHHH$$} Normal@ Arial<HHHH$$444444 +RNormal@ Arial<HHHH$$4 4 4 4 4 4 homeumd JC:Program Files (x86):WaveMetrics:Igor Pro Folder:User Procedures:FMRAnalysis:C:Program Files (x86):WaveMetrics:Igor Pro Folder:User Procedures:FMRAnalysis+d}w+Ȕ(J~wȔK~w*Y Z.uޒ.u-uK <!0R  0rK 8.u~-uocpcMoke_MeasurementBessyV1_2dumd JC:Program Files (x86):WaveMetrics:Igor Pro Folder:User Procedures:FMRAnalysis:C:Program Files (x86):WaveMetrics:Igor Pro Folder:User Procedures:FMRAnalysis+d}w+8(J~w8K~w*Y Z.uޒ.u-uK <!y  mK 8.u~-uocpcRecentWindowsAdvanced Topics.ihfAnalysis.ihfCurve Fitting.ihfDemoLoader.ipfDialog Help.ihfErrors.ihfFitFunction.ipfGraph0:testSignal1 vs testField1Graph1:testSignal2 vs testField2Graph2:testSignal3 vs testField3 4Misc_EndTXOPState_Start Data Browserperations TestolGizmoPeakFunctions2 XLLoadWave1 be taInterpolate GBLoadWavetSurface Plotter=GISLoadWaveFindPeaksDialog Help.ihf4XOPState_End,lWEu;A"""@V_FlagV_chisqxUAV_numNaNsV_numINFsV_npntsB@V_nterms(@V_nheldV_startRowV_endRowA@V_startColV_endColV_startLayerV_endLayerV_startChunkV_endChunkV_avgR9ӧ;VV_Sump^ѿV_sdevJf?V_sem>YY?V_rmswhY?V_adev.*׶?V_skew..V_kurt0=@V_minloca b@V_maxloc`d@V_min JV_max?V_minRowLocX@V_maxRowLoc@^@S_waveNames`@S_pathames`@ H:Desktop:S_fileName`@12dB.csvMake/D/N=12/O W_coef W_coef[0] = {3000,10,1000,12,30,6,10,3,8,3,6,40} FuncFit/NTHR=0/TBOX=768 fitFourierModel W_coef testField1 /X=testField2 /D Fit converged properly fit_testField1= fitFourierModel(W_coef,x) W_coef={5,6.3997,-4.1043,1.3026,0.59803,1.8067,12.827,7.5812,-6.5186,17.757,5.305,39.983} V_chisq= 375618;V_npnts= 36;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 35; W_sigma={21.9,3.65e+05,5.69e+05,1.06e+05,2.31e+05,3.42e+06,4.82e+05,2.32e+06,2.69e+06,2.36e+06,7.89e+06,8.89e+04} Coefficient values one standard deviation w_0 =5 21.9 w_1 =6.3997 3.65e+005 w_2 =-4.1043 5.69e+005 w_3 =1.3026 1.06e+005 w_4 =0.59803 2.31e+005 w_5 =1.8067 3.42e+006 w_6 =12.827 4.82e+005 w_7 =7.5812 2.32e+006 w_8 =-6.5186 2.69e+006 w_9 =17.757 2.36e+006 w_10 =5.305 7.89e+006 w_11 =39.983 8.89e+004 AppendToGraph fit_testField1 RemoveFromGraph fit_testField1 Make/D/N=12/O W_coef W_coef[0] = {3000,10,1000,12,30,6,10,3,8,3,6,40} FuncFit/NTHR=0/TBOX=768 fitFourierModel W_coef testField3 /X=testField2 /D Fit converged properly fit_testField3= fitFourierModel(W_coef,x) W_coef={159.83,0.50179,0.53277,-3.6908,-2.9922,-4.1766,-7.4275,3.5078,7.5132,5.8274,78.502,39.995} V_chisq= 283969;V_npnts= 36;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 35; W_sigma={19.4,556,529,6.26e+03,7.73e+03,2.33e+04,1.31e+04,3.15e+04,1.47e+04,4.11e+05,3.05e+04,1.05e+03} Coefficient values one standard deviation w_0 =159.83 19.4 w_1 =0.50179 556 w_2 =0.53277 529 w_3 =-3.6908 6.26e+003 w_4 =-2.9922 7.73e+003 w_5 =-4.1766 2.33e+004 w_6 =-7.4275 1.31e+004 w_7 =3.5078 3.15e+004 w_8 =7.5132 1.47e+004 w_9 =5.8274 4.11e+005 w_10 =78.502 3.05e+004 w_11 =39.995 1.05e+003 SetAxis/A AppendToGraph fit_testField3 RemoveFromGraph fit_testField3 SetAxis/A !y k`]| w$testSignal1y $????X@@@`$@` @@@@}@@"@)@)@!@@ @`@@ @@@@`@@@' @@x@d@`@@@ 8@@ s@2@P@@@@@O@`Z| w$testField1y $????Z$@4@>@D@I@N@Q@T@V@Y@[@^@@`@a@b@d@@e@f@$4>DINQTVY[^@`abd@el` \| |$testSignal2y $????WW@U@@SR@I@H@I@ R@ X@b@`b@Mc@'b@\@T@@O@L@xM@`RZ@Y@W@:T@+S@BT@ W@NZ@ ]@\@`c[@xT@@O@`4P@AP@S@ZU@`;U@`R@``Z| |$testField2y $????Y$@4@>@D@I@N@Q@T@V@Y@[@^@@`@a@b@d@@e@f@$4>DINQTVY[^@`abd@e``Yݨс$testSignal3y $????1o@ޣ@@@@`f@Q@ Hѱ@@@@;@@y@ z@o@;G@@ y@@u@e@@ -@N[@ү@`s@r@@@`:@ȥ@J@@@B@@k@]u@>!`yݨс$testField3y $????2$@4@>@D@I@N@Q@T@V@Y@[@^@@`@a@b@d@@e@f@g@i@@j@k@l@n@@o@@p@p@q@ r@r@`s@t@t@@u@u@Am| W_coefy  ????[ w!lc@ldweoKTD%dNCj4m_>@^C[!zm@1[iA@G uv)>3˳IDPj1@XpD!AmE1@|@x(@B& @C,@q.b8?@9x(@؆/ܸ>@&w3 n0@js&@vx 5@R=\C@>6KTǠ(R"md]H>@@L@ o@@%{&aL+4;8#72@$l!؆ /@-@h.0?s.@ǰR5, LW 2?@?lQ+@&kg1^@6 4 ?760@&i)@=Z64@kII]C@BZ>jrqS,ug `qszj>@e_O@.QO@@LO# q}4۹%3@A f3@ C@z5>I4ry-Mu>@'@-d#j?@\aEУ 24z#T4@W' Le/k)@d1@t6%קw0@܈r'(-C/I>@?J0@zux#4<@;-i4 '|-@%QCk3/@Ny`2@;_C@U=)!sh LFQ{i>@Ri@@-^#>@i6TN04?4.6@M{o4NK &@8^8@Tۻqw1@w %]J>@ԋQ2@Ž!i50@F u4t3+@zV0@A{RM1@tD@tCO=֤"$1Ul!F>@d$@S$<@HFR@ t5DE?^7@_| 0s9 / Q#@Ł@ KepuS2@h0 #6@~>@623@X66BA @Mj4 +*@)˄O32@ 0@mGuCD@>ú@A;@BY=g;@`*'ded2588@!#kMp-_ @\T@Y\\32@+˃L!IVz,>@6F5@7ͦ@ H4Zm(#c(@s|p3@(0@h9_`D@,c<Ʃ &>#Pq M{t"p@=@:S@2D9@i&Z'85ľf9@p2T!X3um@\ci@WqC%2@2Fh=@r@ߺ6@l}(8C$@&4alH&@oV4@Y%;.@T7yqD@fit_testField1= fitFourierModel(W_coef,x) W_coef={5,6.3997,-4.1043,1.3026,0.59803,1.8067,12.827,7.5812,-6.5186,17.757,5.305,39.983} V_chisq= 375618;V_npnts= 36;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 35; W_sigma={21.9,3.65e+05,5.69e+05,1.06e+05,2.31e+05,3.42e+06,4.82e+05,2.32e+06,2.69e+06,2.36e+06,7.89e+06,8.89e+04} Coefficient values one standard deviation w_0 =5 21.9 w_1 =6.3997 3.65e+005 w_2 =-4.1043 5.69e+005 w_3 =1.3026 1.06e+005 w_4 =0.59803 2.31e+005 w_5 =1.8067 3.42e+006 w_6 =12.827 4.82e+005 w_7 =7.5812 2.32e+006 w_8 =-6.5186 2.69e+006 w_9 =17.757 2.36e+006 w_10 =5.305 7.89e+006 w_11 =39.983 8.89e+004 Dj| W_sigmay  ????]Wg3@Mb@ <@GWp@fS0@;P@$@zA@I4u_@`>,SgA5Gk@#VZ@b @Z| fit_testField3y xN%$????@ej| ^H=Q*b@^)bY b@QSl@P1R@ozNj@IxT^@|9`@Lrm@W@ m@#7U1_@ ͱ0_@_j@rRsS@<#*Xm@$a@4^)b@.YpCk@ZS@bYɧl@m|b@ 񑯈a@­k@eMT@aj@dta@CJD`@XEF:rk@NhzS@˻1-k@Tq\c@{a@^Tϖm@/+R@ڭ #Ņi@˜ @`@Gu_@8n%n@$3d0W@ǍEl@k=`@4]@l,Ej@Ƚ= S@*)Lsl@D+;b@f`@!-k@3/T@lRj@Dvb@*`"#K_@N҅qk@B oS@A:j@) Id@р`@*)m@6ϖR@e i@Z`@;+]@#n@ַ`UW@V-Bl@Ąa@؜`B#\@}N$k@S@JTak@Q7+c@"A#kP`@AQs?l@C/άD6U@6j@y,c@=@U^@z.{k@6S@7%&j@1(d@B?`@ڌڔR@չh@֪1ca@ق\@hEo@J[?{W@SfDl@GySw7b@ITb2[@Ahmk@QCl&T@7qk@jc@BaMs_@!Al@j~ɂU@ i@yc@Mx \@ o(l@xRS@Ύb ߯i@;Se@_@n@@!S@X?I)h@|a@nxS@Ӣ4g@/ b@.i|Z@no@*X@Y`k@mwc@H tY@ck@ץgT@.'0DUj@`T,d@*p6]@69O*l@[ fV@"|\h@He@ `ZZ@ȔcKl@'(T5mT@X~h@A.Uf@ѓV]@.n@2VS@w'g@ !c@Y@(Z-[o@E*A'X@Zyj@;f:d@0uX@}Hl@ /Ҥ{U@Ei@/.ERe@~"(\@Vum@ !eW@0?h@(e@eM'Y@~\l@N~T@6D(U'h@fit_testField3= fitFourierModel(W_coef,x) W_coef={159.83,0.50179,0.53277,-3.6908,-2.9922,-4.1766,-7.4275,3.5078,7.5132,5.8274,78.502,39.995} V_chisq= 283969;V_npnts= 36;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 35; W_sigma={19.4,556,529,6.26e+03,7.73e+03,2.33e+04,1.31e+04,3.15e+04,1.47e+04,4.11e+05,3.05e+04,1.05e+03} Coefficient values one standard deviation w_0 =159.83 19.4 w_1 =0.50179 556 w_2 =0.53277 529 w_3 =-3.6908 6.26e+003 w_4 =-2.9922 7.73e+003 w_5 =-4.1766 2.33e+004 w_6 =-7.4275 1.31e+004 w_7 =3.5078 3.15e+004 w_8 =7.5132 1.47e+004 w_9 =5.8274 4.11e+005 w_10 =78.502 3.05e+004 w_11 =39.995 1.05e+003 *G// Platform=WindowsNT, IGORVersion=6.323, architecture=Intel, systemTextEncoding="Windows-1252", historyTextEncoding="Windows-1252", procwinTextEncoding="Windows-1252" Silent 101 // use | as bitwise or -- not comment. NewPath/Z Moke_MeasurementBessyV1_2d "C:Program Files (x86):WaveMetrics:Igor Pro Folder:User Procedures:FMRAnalysis:" DefaultFont "Arial" MoveWindow/P 5.25,43.25,504.75,338 Graph1() Graph0() Graph2() MoveWindow/C 13.5,380.75,1035,451.25 String/G root:gWMSetNextTextFilesTextEncoding = "Windows-1252" // Text encoding for "FitFunction.ipf". Used by Igor Pro 7. OpenProc/W=(80.25,37.25,876,512.75)/P=home "FitFunction.ipf" KillStrings/Z root:gWMSetNextTextFilesTextEncoding Window Graph2() : Graph PauseUpdate; Silent 1 // building window... Display /W=(16.5,44,411,252.5) testSignal3 vs testField3 ModifyGraph mode=3 ModifyGraph marker=19 ModifyGraph grid=2 ModifyGraph tick=2 ModifyGraph zero(left)=1 ModifyGraph mirror=1 Label left "\\Z16H\\Bres \\M\\Z16(Gs)" Label bottom "\\Z16 Azimuth Angel \\F'Symbol'f\\F'Arial'\\BH\\M\\Z16 ()" EndMacro Window Graph0() : Graph PauseUpdate; Silent 1 // building window... Display /W=(246,283.25,640.5,491.75) testSignal1 vs testField1 ModifyGraph mode=3 ModifyGraph marker=19 ModifyGraph grid=2 ModifyGraph tick=2 ModifyGraph zero(left)=1 ModifyGraph mirror=1 Label left "\\Z16H\\Bres \\M\\Z16(Gs)" Label bottom "\\Z16 Azimuth Angel \\F'Symbol'f\\F'Arial'\\BH\\M\\Z16 ()" EndMacro Window Graph1() : Graph PauseUpdate; Silent 1 // building window... Display /W=(451.5,41.75,846,250.25) testSignal2 vs testField2 ModifyGraph mode=3 ModifyGraph marker=19 ModifyGraph grid=2 ModifyGraph tick=2 ModifyGraph zero(left)=1 ModifyGraph mirror=1 Label left "\\Z16H\\Bres \\M\\Z16(Gs)" Label bottom "\\Z16 Azimuth Angel \\F'Symbol'f\\F'Arial'\\BH\\M\\Z16 ()" EndMacro Q#pragma rtGlobals=3 // Use modern global access method and strict wave access.