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"$SMTJ{3EE39114-30B4-45a4-A109-19D4A40FCC22}RESDLLUniresDLLPaperSizeLETTEROrientationPORTRAITResolutionDPI600ColorMode24bppV4DM Layout1ROGIXX?? 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YYYYRt>(winspoolSend To OneNote 2013nul:Send To OneNote 2013@/ 4dXXA4GIS4DINU"$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?;.WDashSettings#  !'Normal@ Arial<HHHH$$'Normal@ Arial<HHHH$$444444 NuNormal@ Arial<HHHH$$4 4 4 4 4 4 homeVNd,lC:Documents and Settings:Stephen Chinn:Desktop:C:Documents and Settings:Stephen Chinn:DesktopP&,|0 0 |`|]|m|0|T!0 0PTؚ| ||ocpcRecentWindowsAdvanced Topics.ihfAnalysis.ihfCurve Fitting.ihfDemoLoader.ipfDialog Help.ihfErrors.ihfGraph0:testSignal1 vs testField1;...Graph1:testSignal2 vs testField2;...Graph2:testSignal3 vs testField3;... 4Misc_EndtXOPState_Start@Data Browser= x*pi/180 6KGizmo@pXUPeakFunctions2hfErrors.ihfGetInputStateXLLoadWaveFourierAnalysisInterpolatePGBLoadWave Analysis.ihfSurface Plottertting.ihfGISLoadWavein(5*rad) End FindPeaksGetting Started.ihf4XOPState_End,lWEu;A"""@V_FlagV_chisqOح@V_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_waveNamesutS_pathamesut H:Desktop:S_fileNameut12dB.csvo Make/D/N=11/O W_coef W_coef[0] = {3500,10,10,10,10,10,10,10,10,10,10} FuncFit/X=1/NTHR=1 fitFourierModel W_coef testSignal1 /X=testField1 /D Fit converged properly fit_testSignal1= fitFourierModel(W_coef,x) W_coef={2435.2,2.1774,2.6775,-6.4336,-5.9925,1.1617,-3.4997,-0.19541,4.2165,-0.62654,2.087} V_chisq= 34.1829;V_npnts= 36;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 35; W_sigma={0.195,0.276,0.276,0.276,0.276,0.276,0.276,0.276,0.276,0.276,0.276} Coefficient values one standard deviation w_0 =2435.2 0.195 w_1 =2.1774 0.276 w_2 =2.6775 0.276 w_3 =-6.4336 0.276 w_4 =-5.9925 0.276 w_5 =1.1617 0.276 w_6 =-3.4997 0.276 w_7 =-0.19541 0.276 w_8 =4.2165 0.276 w_9 =-0.62654 0.276 w_10 =2.087 0.276 Make/D/N=11/O W_coef W_coef[0] = {3500,10,10,10,10,10,10,10,10,10,10} FuncFit/X=1/NTHR=1 fitFourierModel W_coef testSignal2 /X=testField2 /D Fit converged properly fit_testSignal2= fitFourierModel(W_coef,x) W_coef={2474.9,-0.1893,0.423,-2.1653,-1.7237,-0.03288,-2.0656,2.8115,1.3269,0.57242,0.41215} V_chisq= 36.8679;V_npnts= 36;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 35; W_sigma={0.202,0.286,0.286,0.286,0.286,0.286,0.286,0.286,0.286,0.286,0.286} Coefficient values one standard deviation w_0 =2474.9 0.202 w_1 =-0.1893 0.286 w_2 =0.423 0.286 w_3 =-2.1653 0.286 w_4 =-1.7237 0.286 w_5 =-0.03288 0.286 w_6 =-2.0656 0.286 w_7 =2.8115 0.286 w_8 =1.3269 0.286 w_9 =0.57242 0.286 w_10 =0.41215 0.286 Make/D/N=11/O W_coef W_coef[0] = {3500,10,10,10,10,10,10,10,10,10,10} FuncFit/X=1/NTHR=1 fitFourierModel W_coef testSignal3 /X=testField3 /D Fit converged properly fit_testSignal3= fitFourierModel(W_coef,x) W_coef={3440.8,-148.38,30.778,-1062.3,367.8,122.14,-63.033,156.03,-125.74,-1.0006,4.6368} V_chisq= 17079.4;V_npnts= 36;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 35; W_sigma={4.36,6.16,6.16,6.16,6.16,6.16,6.16,6.16,6.16,6.16,6.16} Coefficient values one standard deviation w_0 =3440.8 4.36 w_1 =-148.38 6.16 w_2 =30.778 6.16 w_3 =-1062.3 6.16 w_4 =367.8 6.16 w_5 =122.14 6.16 w_6 =-63.033 6.16 w_7 =156.03 6.16 w_8 =-125.74 6.16 w_9 =-1.0006 6.16 w_10 =4.6368 6.16 !\d)`pw$testSignal1\d$????6@@@`$@` @@@@}@@"@)@)@!@@ @`@@ @@@@`@@@' @@x@d@`@@@ 8@@ s@2@P@@@@@O@`ow$testField1\d$????7$@4@>@D@I@N@Q@T@V@Y@[@^@@`@a@b@d@@e@f@$4>DINQTVY[^@`abd@er`hv|$testSignal2\d$????8W@U@@SR@I@H@I@ R@ X@b@`b@Mc@'b@\@T@@O@L@xM@`RZ@Y@W@:T@+S@BT@ W@NZ@ ]@\@`c[@xT@@O@`4P@AP@S@ZU@`;U@`R@o``|$testField2\d$????9$@4@>@D@I@N@Q@T@V@Y@[@^@@`@a@b@d@@e@f@$4>DINQTVY[^@`abd@eE`Yݨс$testSignal3\d$????:o@ޣ@@@@`f@Q@ Hѱ@@@@;@@y@ z@o@;G@@ y@@u@e@@ -@N[@ү@`s@r@@@`:@ȥ@J@@@B@@k@]u@`uyݨс$testField3\d$????;$@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@yIx:ћ W_coef\d ????<2cj0]@9bEd8>@FE&v@=^@tvPu+O(ڀc@o_3ěUz@ћ W_sigma\d ????>֮߫l@U(@~@N|@H} C@o@{m@&@l@  ޤ@w`K@ -L++fit_testSignal1\dxN%$????@e>*@ ND@ʱˎ@MF@#@gm@X1s@ȕU@8\@"&#@1@/ѵ@@-b$@7\@@W@Ҩ@Q@+j@*Aq@ D@tta@Z@².C@5F@zY@ ſ@wJ@xEY@'CW;@70@=+|<@&Fb@D̉@{?Z @T@JYB9@3@hK\@͚@n@R@vL@e]1@J@ͬ @+HO@* @H @] @@@'c@>AK@Z/J@(Ii@1@{ @n# @@2@(N@mA@7Ohs@8%@lt@zH@i@^@2z^@N@[@n@{@n *@ci$c)@enH@fb @ @A㮨 @4@=b[F1@Uԉ@{'+@DL@u{;@eW@c@ U@Cn@$&7@9~@:@:B@T@IV@8@NJ@c9@n[@Kk@y\@@`3'"@HQc@d_@@(W+~@xH@3H@^@J@h J@5gr@=@k0@%@M %@"䋖M@y@x`@83@R@=j@!F@KT@ؑ@AS@\@,@ eb@`@@x@c@5@Uy@x% @,{E @র}@=@cA@ʠ@Qi+yc@a@+i@!@0#@x2O%@Ia'@+(@Ɩt)@D L*@5+Ug+@~禲+@Mk}+@UWj+@@^*@*@ÞRP(@҆'@d&@ P$@0d"@:*R @ %!@[@bw@jp @bJD@:+@Zp@wQtu^ @a9 @A;!@8@P@B{@S&@#@@ @U@@?@Ƙ@O@-@vƛz@z@`ϊ@-j4@J"Q@C@5a@S@Ǚ@;ĩ@6. @fit_testSignal1= fitFourierModel(W_coef,x) W_coef={2435.2,2.1774,2.6775,-6.4336,-5.9925,1.1617,-3.4997,-0.19541,4.2165,-0.62654,2.087} V_chisq= 34.1829;V_npnts= 36;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 35; W_sigma={0.195,0.276,0.276,0.276,0.276,0.276,0.276,0.276,0.276,0.276,0.276} Coefficient values one standard deviation w_0 =2435.2 0.195 w_1 =2.1774 0.276 w_2 =2.6775 0.276 w_3 =-6.4336 0.276 w_4 =-5.9925 0.276 w_5 =1.1617 0.276 w_6 =-3.4997 0.276 w_7 =-0.19541 0.276 w_8 =4.2165 0.276 w_9 =-0.62654 0.276 w_10 =2.087 0.276  "N bbfit_testSignal2\dxN%$????@exJ*B ,4W@W@zdW@NtW@EoNW@W@U'V@׌V@.4V@ ZY U@j~dU@%>9T@ kkwT@0S@3/KxS@R@V;uR@=@Q@4Q@G Q@¤P@՚OhFP@prO@.O@D|O@BrXO@AFFO@GO@@c\O@ĄO@O@='P@tP@@`P@긲qQ@q(! R@2, R@FaS@VT@G-T@BU@x60}V@KW@!9X@CGX@]ҤY@6<SZ@m@ehZ@@ [@@\@ym\@֋L\@vD5]@~@g]@{i]@??]@T=l]@hd *?]@\@N#\@Z@9\@8T`[@2[@$Z@Y@UY@UX@TY"X@ -FYW@ʴV@DԾV@؍U@YZ U@TƙT@]8T@ S@S@FS@AuS@vS@mS@S@Jkt(S@|.T@T@HxT@.S>U@KzJU@ V@7GnV@@V@O K!W@BiW@" dW@ ?AW@!*W@j^0W@4/W@afW@]GW@QM V@i`2NfV@~U@ 'U@6|gT@DÖS@uR@jrQ@i"5P@$>(lO@;N@~8M@2yM@"Hum L@DOK@̓J@|I@kWhI@\H@4RmH@)H@DWH@'_H@xI@lhI@&J@ J@K@/RL@gS$ N@NO@&-P@|R@N*S@ ۉ -U@/G`V@,8ISUX@9 Y@E p[@vko\@ބ`uY^@]ӯ_@`@GTm b@v{i c@y c@d@+Ah6e@ޡe@Dqge@(f@re@TgLe@zhe@j,d@o.Pd@Kc@ڿb@FF&a@K#`@I_@V;JМ^@WLs]@_<+D\@@[@T鳭Y@"@NX@j3W@ܼXV@>uwU@)g~T@=S@3AR@I R@vp,-fQ@?P@E `GcP@\O^P@h=O@D$O@BT:|O@_"{O@o؇O@l{O@iGO@HEI5P@Q`MP@=fP@k-YQ@Q@6(HR@wR@?FS@Hr.S@SET@03JT@G/s6U@\EU@K` V@ hV@fit_testSignal2= fitFourierModel(W_coef,x) W_coef={2474.9,-0.1893,0.423,-2.1653,-1.7237,-0.03288,-2.0656,2.8115,1.3269,0.57242,0.41215} V_chisq= 36.8679;V_npnts= 36;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 35; W_sigma={0.202,0.286,0.286,0.286,0.286,0.286,0.286,0.286,0.286,0.286,0.286} Coefficient values one standard deviation w_0 =2474.9 0.202 w_1 =-0.1893 0.286 w_2 =0.423 0.286 w_3 =-2.1653 0.286 w_4 =-1.7237 0.286 w_5 =-0.03288 0.286 w_6 =-2.0656 0.286 w_7 =2.8115 0.286 w_8 =1.3269 0.286 w_9 =0.57242 0.286 w_10 =0.41215 0.286  d2Y јfit_testSignal3\dxN%$????h@ ?X’@f@Lh-@alV@<[@E_У@jXw @.@:7@ͺ}+B@Qz0m@n@QEY֤@wul@~\@7m@*a@̭b@juʦ@$m ^;@೧@0?64@\@h]J@ߩ@}urz@1mv@lC@Ɋ.e@Gm4@kB@E::b@Mg @!i<@A9|)@-Zx@Tİ@ @TpNQ@ Ր@sG1˱@ O@f.@|fV@ux@E~z @9q@ @ؼ8@57@uEu@L+@iL<р@䵝a@T>0;@]@'|Eޱ@K'@vxk@8Dž*@PwC@&`@sS@"#@ If(q@Ѯ@-<> 1@G@G?8@a!vQ@[d)@y@Jn@*<@pH,p@V@Mm@>zn@0r@'@} @<6]@!O@s‚=@P;r@01@RݢQ@"lC¤@@4YM䓤@k j@UF@_#'@3Jw @(?oa@ @?caڣ@Yx3ң@qΣ@ԷTΣ@ң@e0ܣ@ݩ@,*@v@50@R@17y@Za@ۤ@gHX@ ]W@$@W(@œȠNF@*z i@@} @Ɉƚv@@@r Xe@ߺR@C^n@`ا.@@r@OK&@@d@JHq`@JB@h5/p@kE@ٽ@&u@>@._@i,©@@ZO!4@&s@SϮ@(@%@]>@6b@=@I/x@0]¥@;ͭ@􄮲@Z৲@虲@ݪ@Vny"oh@-kME@a9@Q@"#@6^z@KȆ:@kP$@&oI@Zi_@5R@39~@u`خ@ N0@d@׍]ݬ@$|4@@ @7@mM@d Q@=E@׆@ڄ& @V<@O@ D@vy$>@k+Yߥ@+N @J4.J:@6@Ƕ@=' @P\\P@O zO'@sFFf@*C@ :Σ@ïVM@@VuQS@eb@FlD"@ Y@M@qx@@Ԅ@ ҄@=z@fit_testSignal3= fitFourierModel(W_coef,x) W_coef={3440.8,-148.38,30.778,-1062.3,367.8,122.14,-63.033,156.03,-125.74,-1.0006,4.6368} V_chisq= 17079.4;V_npnts= 36;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 35; W_sigma={4.36,6.16,6.16,6.16,6.16,6.16,6.16,6.16,6.16,6.16,6.16} Coefficient values one standard deviation w_0 =3440.8 4.36 w_1 =-148.38 6.16 w_2 =30.778 6.16 w_3 =-1062.3 6.16 w_4 =367.8 6.16 w_5 =122.14 6.16 w_6 =-63.033 6.16 w_7 =156.03 6.16 w_8 =-125.74 6.16 w_9 =-1.0006 6.16 w_10 =4.6368 6.16 *!// Platform=WindowsNT, IGORVersion=6.322, architecture=Intel, systemTextEncoding="Windows-1252", historyTextEncoding="Windows-1252", procwinTextEncoding="Windows-1252" Silent 101 // use | as bitwise or -- not comment. DefaultFont "Arial" MoveWindow/P 6.75,77.75,506.25,372.5 MoveWindow/C 2.25,294.5,397.5,509 Graph0() Graph1() Graph2() KillStrings/Z root:gWMSetNextTextFilesTextEncoding Window Graph2() : Graph PauseUpdate; Silent 1 // building window... Display /W=(366,280.25,760.5,488.75) testSignal3 vs testField3 AppendToGraph fit_testSignal3 ModifyGraph mode(testSignal3)=3 ModifyGraph marker(testSignal3)=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=(365.25,45.5,759.75,254) testSignal2 vs testField2 AppendToGraph fit_testSignal2 ModifyGraph mode(testSignal2)=3 ModifyGraph marker(testSignal2)=19 ModifyGraph rgb(fit_testSignal2)=(0,0,65535) 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=(2.25,44,396.75,252.5) testSignal1 vs testField1 AppendToGraph fit_testSignal1 ModifyGraph mode(testSignal1)=3 ModifyGraph marker(testSignal1)=19 ModifyGraph rgb(fit_testSignal1)=(0,0,65535) 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 r#pragma rtGlobals=3 // Use modern global access method and strict wave access. Function fitFourierModel(w, x): FitFunc Wave w Variable x Variable rad = x*pi/180 return w[0] + w[1]*cos(rad) + w[2]*sin(rad) + w[3]*cos(2*rad) + w[4]*sin(2*rad) + w[5]*cos(3*rad) + w[6]*sin(3*rad) + w[7]*cos(4*rad) + w[8]*sin(4*rad) + w[9]*cos(5*rad) + w[10]*sin(5*rad) End