4Misc_Starth4Platformh@9VersionCheck xHH@Rg(HHdh xHH@Rg(HHdh x HH@Rg(HHdh ^Graph*WDashSettings#  ! -6Normal@ System Font Fixed Width<HHHH$$4 4 4 4 4 4 }homeI=dMacbookSSD:Users:adri:Desktop:  MacbookSSDBDDesktop cuadri/:Users:adri:Desktop/Desktop MacbookSSDUsers/adri/Desktop/ RecentWindowsMGlobal AnalysisGlobal Analysis ProgressGraph2:WTEpatch_int vs CadCbulk;... 4Misc_EndhTXOPState_Start hPeakFunctions2-64x4XOPState_Endhd$wD~Ā EV_FlagV_chisqz6g@V_numNaNsV_numINFsV_npnts@V_nterms@V_nheldV_startRowV_endRow@V_startColV_endColV_startLayerV_endLayerV_startChunkV_endChunkV_avg|?5^f@V_sdevCD@V_sem|x2@V_rms f@V_minlocV_minףp= '^@V_maxloc@V_maxQk@V_adev/L A@V_skewaёҿV_kurtemtV_minChunkLocV_maxChunkLocV_minLayerLocV_maxLayerLocV_maxRowLoc@V_minRowLocV_maxColLocV_minColLocV_Sum)\@perimIntensToSurfCovB@S_nametensToSurfCovGraph1I•Edit as "data" •rename wave0 Cadconc •rename wave1 WTEarea •rename wave2 WTEarea_err •rename wave3 MTEarea •rename wave4 MTEarea_err •display WTEarea vs Cadconc •append MTEarea vs Cadconc •Label left "\\Z16Patch area (µm^2)";DelayUpdate •Label bottom "[Cadherin]\\Bsolution\\M (nM)";DelayUpdate •ModifyGraph tick=2,mirror=2,standoff=0;DelayUpdate •SetAxis left 0,*;DelayUpdate •SetAxis bottom 0,* •ModifyGraph mode(WTEarea)=3,marker(WTEarea)=16,msize(WTEarea)=6,mrkThick(WTEarea)=1,rgb(WTEarea)=(3,52428,1),useMrkStrokeRGB(WTEarea)=1,mrkStrokeRGB(WTEarea)=(2,39321,1);DelayUpdate •ErrorBars WTEarea Y,wave=(WTEarea_err,WTEarea_err) •ModifyGraph mode=3,mrkThick=1,useMrkStrokeRGB=1,marker(WTEarea)=19,marker(MTEarea)=16,msize(MTEarea)=7,rgb(MTEarea)=(65535,43690,0),mrkStrokeRGB(MTEarea)=(65535,32764,16385);DelayUpdate •ErrorBars MTEarea Y,wave=(MTEarea_err,MTEarea_err) •SetAxis left 0,70 •Legend/C/N=text0/J/A=MC "\\Z16\\s(WTEarea) WTE\r\\s(MTEarea) MTE" •ModifyGraph fSize=14;DelayUpdate •Label bottom "\\Z16[Cadherin]\\Bsolution\\M (nM)" •Make/D/N=2/O W_coef •W_coef[0] = {1,1} •FuncFit LinearFit W_coef WTEarea /X=Cadconc /D FitProgressDialog allocating a dialogFitFunction instance Fit converged properly fit_WTEarea= LinearFit(W_coef,x) W_coef={0.052046,4.3561} V_chisq= 64.6683;V_npnts= 5;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={0.00636,3.9} Coefficient values ± one standard deviation m =0.052046 ± 0.00636 p =4.3561 ± 3.9 •Make/D/N=2/O W_coef •W_coef[0] = {1,1} •FuncFit/X=1 LinearFit W_coef WTEarea /X=Cadconc /D FitProgressDialog allocating a dialogFitFunction instance Fit converged properly fit_WTEarea= LinearFit(W_coef,x) W_coef={0.052046,4.3561} V_chisq= 64.6683;V_npnts= 5;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={0.00636,3.9} Coefficient values ± one standard deviation m =0.052046 ± 0.00636 p =4.3561 ± 3.9 •Make/D/N=2/O W_coef •W_coef[0] = {1,1} •FuncFit/X=1 LinearFit W_coef MTEarea /X=Cadconc /D FitProgressDialog allocating a dialogFitFunction instance Fit converged properly fit_MTEarea= LinearFit(W_coef,x) W_coef={0.060432,-14.675} V_chisq= 56.7014;V_npnts= 4;V_numNaNs= 1;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={0.00952,6.52} Coefficient values ± one standard deviation m =0.060432 ± 0.00952 p =-14.675 ± 6.52 •ModifyGraph lstyle(fit_WTEarea)=3,rgb(fit_WTEarea)=(0,65535,0),lstyle(fit_MTEarea)=3 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.055145,2.7444,-11.371} V_chisq= 135.224;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00516,3.42,4.01} Coefficient values ± one standard deviation K0 =0.055145 ± 0.00516 K1 =2.7444 ± 3.42 K2 =-11.371 ± 4.01 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 135.224 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 1 p[LinearFit][root:WTEarea] 2.74435 +- 3.42274 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -11.3709 +- 4.00583 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.055145,2.7444,-11.371} V_chisq= 135.224;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00516,3.42,4.01} Coefficient values ± one standard deviation K0 =0.055145 ± 0.00516 K1 =2.7444 ± 3.42 K2 =-11.371 ± 4.01 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 135.224 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 3 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 1 p[LinearFit][root:WTEarea] 2.74435 +- 3.42274 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -11.3709 +- 4.00583 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.055145,2.7444,-11.371} V_chisq= 135.224;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00516,3.42,4.01} Coefficient values ± one standard deviation K0 =0.055145 ± 0.00516 K1 =2.7444 ± 3.42 K2 =-11.371 ± 4.01 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 135.224 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 1 p[LinearFit][root:WTEarea] 2.74435 +- 3.42274 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -11.3709 +- 4.00583 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.055145,2.7444,-11.371} V_chisq= 135.224;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00516,3.42,4.01} Coefficient values ± one standard deviation K0 =0.055145 ± 0.00516 K1 =2.7444 ± 3.42 K2 =-11.371 ± 4.01 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 135.224 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 1 p[LinearFit][root:WTEarea] 2.74435 +- 3.42274 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -11.3709 +- 4.00583 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.055145,2.7444,-11.371} V_chisq= 135.224;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00516,3.42,4.01} Coefficient values ± one standard deviation K0 =0.055145 ± 0.00516 K1 =2.7444 ± 3.42 K2 =-11.371 ± 4.01 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 135.224 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 4 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 1 p[LinearFit][root:WTEarea] 2.74435 +- 3.42274 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -11.3709 +- 4.00583 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.055145,2.7444,-11.371} V_chisq= 135.224;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00516,3.42,4.01} Coefficient values ± one standard deviation K0 =0.055145 ± 0.00516 K1 =2.7444 ± 3.42 K2 =-11.371 ± 4.01 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 135.224 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 1 p[LinearFit][root:WTEarea] 2.74435 +- 3.42274 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -11.3709 +- 4.00583 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.055145,2.7444,-11.371} V_chisq= 135.224;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00516,3.42,4.01} Coefficient values ± one standard deviation K0 =0.055145 ± 0.00516 K1 =2.7444 ± 3.42 K2 =-11.371 ± 4.01 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 135.224 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 1 p[LinearFit][root:WTEarea] 2.74435 +- 3.42274 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -11.3709 +- 4.00583 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.055145,2.7444,-11.371} V_chisq= 135.224;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00516,3.42,4.01} Coefficient values ± one standard deviation K0 =0.055145 ± 0.00516 K1 =2.7444 ± 3.42 K2 =-11.371 ± 4.01 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 135.224 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 1 p[LinearFit][root:WTEarea] 2.74435 +- 3.42274 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -11.3709 +- 4.00583 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.055145,2.7444,-11.371} V_chisq= 135.224;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00516,3.42,4.01} Coefficient values ± one standard deviation K0 =0.055145 ± 0.00516 K1 =2.7444 ± 3.42 K2 =-11.371 ± 4.01 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 135.224 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 1 p[LinearFit][root:WTEarea] 2.74435 +- 3.42274 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0551455 +- 0.0051629 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -11.3709 +- 4.00583 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.048884,5.3199,-9.3705} V_chisq= 27.1106;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00238,1.08,1.6} Coefficient values ± one standard deviation K0 =0.048884 ± 0.00238 K1 =5.3199 ± 1.08 K2 =-9.3705 ± 1.6 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 27.1106 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0488838 +- 0.00237602 1 p[LinearFit][root:WTEarea] 5.31989 +- 1.07666 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0488838 +- 0.00237602 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -9.37052 +- 1.60462 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.048884,5.3199,-9.3705} V_chisq= 27.1106;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00238,1.08,1.6} Coefficient values ± one standard deviation K0 =0.048884 ± 0.00238 K1 =5.3199 ± 1.08 K2 =-9.3705 ± 1.6 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 27.1106 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0488838 +- 0.00237602 1 p[LinearFit][root:WTEarea] 5.3199 +- 1.07666 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0488838 +- 0.00237602 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -9.3705 +- 1.60462 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.048884,5.3199,-9.3705} V_chisq= 27.1106;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00238,1.08,1.6} Coefficient values ± one standard deviation K0 =0.048884 ± 0.00238 K1 =5.3199 ± 1.08 K2 =-9.3705 ± 1.6 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 27.1106 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 8 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0488838 +- 0.00237602 1 p[LinearFit][root:WTEarea] 5.3199 +- 1.07666 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0488838 +- 0.00237602 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -9.3705 +- 1.60462 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.048884,5.3199,-9.3705} V_chisq= 27.1106;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00238,1.08,1.6} Coefficient values ± one standard deviation K0 =0.048884 ± 0.00238 K1 =5.3199 ± 1.08 K2 =-9.3705 ± 1.6 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 27.1106 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 5 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0488838 +- 0.00237602 1 p[LinearFit][root:WTEarea] 5.3199 +- 1.07666 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0488838 +- 0.00237602 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -9.3705 +- 1.60462 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.048884,5.3199,-9.3705} V_chisq= 27.1106;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0.00238,1.08,1.6} Coefficient values ± one standard deviation K0 =0.048884 ± 0.00238 K1 =5.3199 ± 1.08 K2 =-9.3705 ± 1.6 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 27.1106 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 8 Data Set: root:WTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0488838 +- 0.00237602 1 p[LinearFit][root:WTEarea] 5.3199 +- 1.07666 Data Set: root:MTEarea vs root:Cadconc ; Function: LinearFit 0 m[LinearFit][root:WTEarea] 0.0488838 +- 0.00237602 ** LINKED to data set root:WTEarea coefficient 0: m[LinearFit][root:WTEarea] 1 p[LinearFit][root:MTEarea] -9.3705 +- 1.60462 •duplicate Cadconc CadBulkC •rename Cadconc CadCsurf •append CadBulkC •rename CadCsurf CadCbulk •rename CadBulkC CadCSurf •display WTEarea vs CadCSurf •ModifyGraph mode=3,marker=18,msize=8,useMrkStrokeRGB=1 •print pi*(58.78/(1024/122.94))^2 156.457 •print (1024/122.94) 8.32927 •print 58.78/(1024/122.94) 7.05704 •print 3.141592654*7^2 153.938 •print pi*(58.78/(1024/122.94)/2)^2 39.1143 •display WTEarea vs CadCSurf •ModifyGraph mode=3,marker=18,msize=8,useMrkStrokeRGB=1 •Edit as "intensities" •append CadCbulk •rename wave0 WTEp •rename wave1 WTEp_err •rename wave2 MTEp •rename textWave0 MTEp_err •Rename WTEp,WTEp_int; Rename MTEp,MTEp_int; Rename MTEp_err,MTEp_int_err; Rename WTEp_err,WTEp_int_err •Rename WTEp_int,WTEperim_int; Rename MTEp_int,MTEperim_int; Rename MTEp_int_err,MTEperim_int_err; Rename WTEp_int_err,WTEperim_int_err •Rename wave0,WTEpatch_int; Rename wave1,WTEpatch_int_err; Rename wave2,MTEpatch_int; Rename wave3,MTEpatch_int_err •display WTEpatch_int vs CadCbulk •append MTEpatch_int vs CadCbulk •SetAxis left 0,220;DelayUpdate •SetAxis bottom 0,1000;DelayUpdate •ModifyGraph tick=1,mirror=1,standoff=0 •ModifyGraph mode=3,msize=8,mrkThick=1,useMrkStrokeRGB=1,marker(WTEpatch_int)=19,rgb(WTEpatch_int)=(26205,52428,1),mrkStrokeRGB(WTEpatch_int)=(19675,39321,1),marker(MTEpatch_int)=16,rgb(MTEpatch_int)=(65535,43690,0),mrkStrokeRGB(MTEpatch_int)=(65535,32764,16385) •SetAxis left 0,250 •ModifyGraph tick=2,mirror=2 •Label left "\\Z16perimeter intensity";DelayUpdate •Label bottom "\\Z16[Cadherin]" •Label bottom "\\Z16[Cadherin]\\Bsolution\\M (nM)" •Label left "\\Z16perimeter intensity (A.U.)" •append WTEperim_int vs CadCbulk •append MTEperim_int vs CadCbulk •ModifyGraph mode=3,msize=8,marker(WTEperim_int)=8,mrkThick(WTEperim_int)=2,rgb(WTEperim_int)=(19675,39321,1),marker(MTEperim_int)=5,mrkThick(MTEperim_int)=2,rgb(MTEperim_int)=(65535,32764,16385) •Label left "\\Z16intensity (A.U.)" •Legend/C/N=text0/J/A=MC "\\s(WTEpatch_int) WTE patch\n\\s(WTEperim_int) WTE perim\r\\s(MTEpatch_int) MTE patch\r\\s(MTEperim_int) MTE perim" •CurveFit/X=1 exp_XOffset WTEpatch_int /X=CadCSurf /D FitProgressDialog allocating a dialogFitFunction instance Fit converged properly fit_WTEpatch_int= W_coef[0]+W_coef[1]*exp(-(x-W_fitConstants[0])/W_coef[2]) W_coef={214.47,-81.703,389.17} W_fitConstants={1500} V_chisq= 318.202;V_npnts= 5;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={11.5,14.3,233} Coefficient values ± one standard deviation y0 =214.47 ± 11.5 A =-81.703 ± 14.3 tau =389.17 ± 233 Constant: X0 =1500 •CurveFit/X=1 exp_XOffset WTEpatch_int /X=CadCSurf /D FitProgressDialog allocating a dialogFitFunction instance Fit converged properly fit_WTEpatch_int= W_coef[0]+W_coef[1]*exp(-(x-W_fitConstants[0])/W_coef[2]) W_coef={214.47,-81.703,389.17} W_fitConstants={1500} V_chisq= 318.202;V_npnts= 5;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={11.5,14.3,233} Coefficient values ± one standard deviation y0 =214.47 ± 11.5 A =-81.703 ± 14.3 tau =389.17 ± 233 Constant: X0 =1500 •ShowInfo •CurveFit/X=1 exp_XOffset MTEpatch_int /X=CadCbulk /D FitProgressDialog allocating a dialogFitFunction instance Fit converged properly fit_MTEpatch_int= W_coef[0]+W_coef[1]*exp(-(x-W_fitConstants[0])/W_coef[2]) W_coef={1067.7,-1018.4,5572.1} W_fitConstants={100} V_chisq= 185.702;V_npnts= 5;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={3.26e+03,3.26e+03,1.93e+04} Coefficient values ± one standard deviation y0 =1067.7 ± 3.26e+03 A =-1018.4 ± 3.26e+03 tau =5572.1 ± 1.93e+04 Constant: X0 =100 •CurveFit/X=1 exp_XOffset WTEpatch_int /D FitProgressDialog allocating a dialogFitFunction instance Fit converged properly fit_WTEpatch_int= W_coef[0]+W_coef[1]*exp(-(x-W_fitConstants[0])/W_coef[2]) W_coef={262.68,-145.64,3.2284} W_fitConstants={0} V_chisq= 225.904;V_npnts= 5;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={63,59.8,2.43} Coefficient values ± one standard deviation y0 =262.68 ± 63 A =-145.64 ± 59.8 tau =3.2284 ± 2.43 Constant: X0 =0 •CurveFit/X=1 exp_XOffset WTEpatch_int /X=CadCbulk /D FitProgressDialog allocating a dialogFitFunction instance Fit converged properly fit_WTEpatch_int= W_coef[0]+W_coef[1]*exp(-(x-W_fitConstants[0])/W_coef[2]) W_coef={233.2,-115.39,433.6} W_fitConstants={100} V_chisq= 82.9729;V_npnts= 5;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={15.7,14.8,139} Coefficient values ± one standard deviation y0 =233.2 ± 15.7 A =-115.39 ± 14.8 tau =433.6 ± 139 Constant: X0 =100 •WM_NewGlobalFit1#InitNewGlobalFitPanel() *** Doing Global fit *** **** Singular matrix error during curve fitting **** There may be no dependence on these parameters: MasterCoefs[1],MasterCoefs[2],MasterCoefs[3],MasterCoefs[5],MasterCoefs[6] Global Fit converged normally. Global fit results Fit converged normally V_chisq = 0 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 0 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 200 +- 0.00237602 1 A[ExpManual][root:WTEpatch_int] 5.3199 +- 1.07666 2 xo[ExpManual][root:WTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:WTEpatch_int] 1 +- 1.60462 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1 +- 1.60462 1 A[ExpManual][root:WTEpatch_int] 5.3199 +- 1.07666 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:MTEpatch_int] 1 +- 1.60462 *** Doing Global fit *** **** Singular matrix error during curve fitting **** There may be no dependence on these parameters: MasterCoefs[1],MasterCoefs[2],MasterCoefs[3],MasterCoefs[5],MasterCoefs[6] Global Fit converged normally. Global fit results Fit converged normally V_chisq = 0 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 0 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 200 +- 0.00237602 1 A[ExpManual][root:WTEpatch_int] -100 +- 1.07666 2 xo[ExpManual][root:WTEpatch_int] 0 +- 1.60462 3 tau[ExpManual][root:WTEpatch_int] 1 +- 1.60462 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 400 +- 1.60462 1 A[ExpManual][root:WTEpatch_int] -100 +- 1.07666 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:MTEpatch_int] 1 +- 1.60462 *** Doing Global fit *** **** Singular matrix error during curve fitting **** There may be no dependence on these parameters: MasterCoefs[1],MasterCoefs[2],MasterCoefs[3],MasterCoefs[5],MasterCoefs[6] Global Fit converged normally. Global fit results Fit converged normally V_chisq = 0 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 0 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 200 +- 0.00237602 1 A[ExpManual][root:WTEpatch_int] -100 +- 1.07666 2 xo[ExpManual][root:WTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:WTEpatch_int] 1 +- 1.60462 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 400 +- 1.60462 1 A[ExpManual][root:WTEpatch_int] -100 +- 1.07666 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:MTEpatch_int] 1 +- 1.60462 *** Doing Global fit *** **** Singular matrix error during curve fitting **** There may be no dependence on these parameters: MasterCoefs[1],MasterCoefs[2],MasterCoefs[3],MasterCoefs[5],MasterCoefs[6] Global Fit converged normally. Global fit results Fit converged normally V_chisq = 0 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 0 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 200 +- 0.00237602 1 A[ExpManual][root:WTEpatch_int] 100 +- 1.07666 2 xo[ExpManual][root:WTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:WTEpatch_int] 1 +- 1.60462 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 400 +- 1.60462 1 A[ExpManual][root:WTEpatch_int] 100 +- 1.07666 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:MTEpatch_int] 1 +- 1.60462 *** Doing Global fit *** **** Singular matrix error during curve fitting **** There may be no dependence on these parameters: MasterCoefs[2],MasterCoefs[3],MasterCoefs[5],MasterCoefs[6] Global Fit converged normally. Global fit results Fit converged normally V_chisq = 0 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 0 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 200 +- 0.00237602 1 A[ExpManual][root:WTEpatch_int] 100 +- 1.07666 *HELD* 2 xo[ExpManual][root:WTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:WTEpatch_int] 1 +- 1.60462 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 400 +- 1.60462 1 A[ExpManual][root:WTEpatch_int] 100 +- 1.07666 *HELD* ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:MTEpatch_int] 1 +- 1.60462 *** Doing Global fit *** **** Singular matrix error during curve fitting **** There may be no dependence on these parameters: MasterCoefs[1],MasterCoefs[2],MasterCoefs[5] Global Fit converged normally. Global fit results Fit converged normally V_chisq = 0 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 0 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 200 +- 0.00237602 1 A[ExpManual][root:WTEpatch_int] 100 +- 1.07666 2 xo[ExpManual][root:WTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:WTEpatch_int] 1 +- 1.60462 *HELD* Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 400 +- 1.60462 1 A[ExpManual][root:WTEpatch_int] 100 +- 1.07666 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:MTEpatch_int] 1 +- 1.60462 *HELD* *** Doing Global fit *** **** Singular matrix error during curve fitting **** There may be no dependence on these parameters: MasterCoefs[1],MasterCoefs[2],MasterCoefs[3],MasterCoefs[5],MasterCoefs[6],MasterCoefs[7] Global Fit converged normally. Global fit results Fit converged normally V_chisq = 0 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 0 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 200 +- 0.00237602 1 A[ExpManual][root:WTEpatch_int] 100 +- 1.07666 2 xo[ExpManual][root:WTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:WTEpatch_int] 1 +- 1.60462 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 400 +- 1.60462 1 A[ExpManual][root:MTEpatch_int] 100 +- 1.60462 2 xo[ExpManual][root:MTEpatch_int] 1 +- 1.60462 3 tau[ExpManual][root:MTEpatch_int] 1 +- 1.60462 •CurveFit/X=1 exp_XOffset WTEpatch_int /X=CadCbulk /D FitProgressDialog allocating a dialogFitFunction instance Fit converged properly fit_WTEpatch_int= W_coef[0]+W_coef[1]*exp(-(x-W_fitConstants[0])/W_coef[2]) W_coef={233.2,-115.39,433.6} W_fitConstants={100} V_chisq= 82.9729;V_npnts= 5;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={15.7,14.8,139} Coefficient values ± one standard deviation y0 =233.2 ± 15.7 A =-115.39 ± 14.8 tau =433.6 ± 139 Constant: X0 =100 •CurveFit/X=1 exp_XOffset MTEpatch_int /X=CadCbulk /D FitProgressDialog allocating a dialogFitFunction instance Fit converged properly fit_MTEpatch_int= W_coef[0]+W_coef[1]*exp(-(x-W_fitConstants[0])/W_coef[2]) W_coef={1067.7,-1018.4,5572.1} W_fitConstants={100} V_chisq= 185.702;V_npnts= 5;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={3.26e+03,3.26e+03,1.93e+04} Coefficient values ± one standard deviation y0 =1067.7 ± 3.26e+03 A =-1018.4 ± 3.26e+03 tau =5572.1 ± 1.93e+04 Constant: X0 =100 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={233,113.93,100,446.06,1067,1010.5,100,5915.5} V_chisq= 83.0447;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0,1.09,0,15.2,0,2.19,0,153} Coefficient values ± one standard deviation K0 =233 ± 0 K1 =113.93 ± 1.09 K2 =100 ± 0 K3 =446.06 ± 15.2 K4 =1067 ± 0 K5 =1010.5 ± 2.19 K6 =100 ± 0 K7 =5915.5 ± 153 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 83.0447 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 4 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 233 +- 0 *HELD* 1 A[ExpManual][root:WTEpatch_int] 113.932 +- 1.0899 2 xo[ExpManual][root:WTEpatch_int] 100 +- 0 *HELD* 3 tau[ExpManual][root:WTEpatch_int] 446.065 +- 15.2195 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1067 +- 0 *HELD* 1 A[ExpManual][root:MTEpatch_int] 1010.54 +- 2.19426 2 xo[ExpManual][root:MTEpatch_int] 100 +- 0 *HELD* 3 tau[ExpManual][root:MTEpatch_int] 5915.52 +- 153.046 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={233,113.93,100,446.06,1067,1010.5,100,5915.5} V_chisq= 83.0447;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={0,1.09,0,15.2,0,2.19,0,153} Coefficient values ± one standard deviation K0 =233 ± 0 K1 =113.93 ± 1.09 K2 =100 ± 0 K3 =446.06 ± 15.2 K4 =1067 ± 0 K5 =1010.5 ± 2.19 K6 =100 ± 0 K7 =5915.5 ± 153 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 83.0447 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 5 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 233 +- 0 *HELD* 1 A[ExpManual][root:WTEpatch_int] 113.932 +- 1.0899 2 xo[ExpManual][root:WTEpatch_int] 100 +- 0 *HELD* 3 tau[ExpManual][root:WTEpatch_int] 446.065 +- 15.2195 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1067 +- 0 *HELD* 1 A[ExpManual][root:MTEpatch_int] 1010.54 +- 2.19429 2 xo[ExpManual][root:MTEpatch_int] 100 +- 0 *HELD* 3 tau[ExpManual][root:MTEpatch_int] 5915.53 +- 153.048 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.91,135.25,100,603.46,1032.9,976.55,100,5698.1} V_chisq= 76.4122;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12,11.8,0,90.7,1.01e+03,1.01e+03,0,6.47e+03} Coefficient values ± one standard deviation K0 =254.91 ± 12 K1 =135.25 ± 11.8 K2 =100 ± 0 K3 =603.46 ± 90.7 K4 =1032.9 ± 1.01e+03 K5 =976.55 ± 1.01e+03 K6 =100 ± 0 K7 =5698.1 ± 6.47e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.4122 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 3 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.914 +- 12.0459 1 A[ExpManual][root:WTEpatch_int] 135.247 +- 11.7739 2 xo[ExpManual][root:WTEpatch_int] 100 +- 0 *HELD* 3 tau[ExpManual][root:WTEpatch_int] 603.464 +- 90.7217 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1032.9 +- 1014.46 1 A[ExpManual][root:MTEpatch_int] 976.555 +- 1011.11 2 xo[ExpManual][root:MTEpatch_int] 100 +- 0 *HELD* 3 tau[ExpManual][root:MTEpatch_int] 5698.07 +- 6467.99 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,135.29,100,603.82,1029.3,972.95,100,5674.8} V_chisq= 76.4065;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,11.8,0,90.8,1.01e+03,1e+03,0,6.41e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =135.29 ± 11.8 K2 =100 ± 0 K3 =603.82 ± 90.8 K4 =1029.3 ± 1.01e+03 K5 =972.95 ± 1e+03 K6 =100 ± 0 K7 =5674.8 ± 6.41e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.4065 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0589 1 A[ExpManual][root:WTEpatch_int] 135.291 +- 11.7867 2 xo[ExpManual][root:WTEpatch_int] 100 +- 0 *HELD* 3 tau[ExpManual][root:WTEpatch_int] 603.817 +- 90.8182 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1029.28 +- 1005.93 1 A[ExpManual][root:MTEpatch_int] 972.949 +- 1002.58 2 xo[ExpManual][root:MTEpatch_int] 100 +- 0 *HELD* 3 tau[ExpManual][root:MTEpatch_int] 5674.77 +- 6413.41 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,135.29,100,603.81,1024.6,970.6,86.301,5644.7} V_chisq= 76.3991;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={14.5,3.65e+07,1.63e+08,91.4,1.09e+03,9.88e+06,5.74e+07,6.94e+03} Coefficient values ± one standard deviation K0 =254.96 ± 14.5 K1 =135.29 ± 3.65e+07 K2 =100 ± 1.63e+08 K3 =603.81 ± 91.4 K4 =1024.6 ± 1.09e+03 K5 =970.6 ± 9.88e+06 K6 =86.301 ± 5.74e+07 K7 =5644.7 ± 6.94e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.3991 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 14.4587 1 A[ExpManual][root:WTEpatch_int] 135.29 +- 3.6494e+07 2 xo[ExpManual][root:WTEpatch_int] 100.002 +- 1.62877e+08 3 tau[ExpManual][root:WTEpatch_int] 603.812 +- 91.3797 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1024.57 +- 1091.29 1 A[ExpManual][root:MTEpatch_int] 970.6 +- 9.8752e+06 2 xo[ExpManual][root:MTEpatch_int] 86.3007 +- 5.7434e+07 3 tau[ExpManual][root:MTEpatch_int] 5644.74 +- 6941.92 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,135.29,100,603.81,1019.8,968.23,72.486,5614.3} V_chisq= 76.3915;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={16.9,3.05e+07,1.36e+08,140,1.01e+03,2.99e+06,1.73e+07,6.48e+03} Coefficient values ± one standard deviation K0 =254.96 ± 16.9 K1 =135.29 ± 3.05e+07 K2 =100 ± 1.36e+08 K3 =603.81 ± 140 K4 =1019.8 ± 1.01e+03 K5 =968.23 ± 2.99e+06 K6 =72.486 ± 1.73e+07 K7 =5614.3 ± 6.48e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.3915 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 16.9389 1 A[ExpManual][root:WTEpatch_int] 135.289 +- 3.05413e+07 2 xo[ExpManual][root:WTEpatch_int] 100.003 +- 1.36309e+08 3 tau[ExpManual][root:WTEpatch_int] 603.812 +- 139.781 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1019.8 +- 1014.95 1 A[ExpManual][root:MTEpatch_int] 968.234 +- 2.9864e+06 2 xo[ExpManual][root:MTEpatch_int] 72.4858 +- 1.73182e+07 3 tau[ExpManual][root:MTEpatch_int] 5614.34 +- 6476.44 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,135.29,100.01,603.81,1015,965.85,58.647,5583.8} V_chisq= 76.3839;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={16.8,2.22e+07,9.93e+07,139,2.59e+03,8.25e+06,4.77e+07,1.69e+04} Coefficient values ± one standard deviation K0 =254.96 ± 16.8 K1 =135.29 ± 2.22e+07 K2 =100.01 ± 9.93e+07 K3 =603.81 ± 139 K4 =1015 ± 2.59e+03 K5 =965.85 ± 8.25e+06 K6 =58.647 ± 4.77e+07 K7 =5583.8 ± 1.69e+04 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.3839 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 16.7878 1 A[ExpManual][root:WTEpatch_int] 135.289 +- 2.22464e+07 2 xo[ExpManual][root:WTEpatch_int] 100.005 +- 9.92887e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 139.262 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1015.01 +- 2592.32 1 A[ExpManual][root:MTEpatch_int] 965.852 +- 8.25264e+06 2 xo[ExpManual][root:MTEpatch_int] 58.6473 +- 4.77238e+07 3 tau[ExpManual][root:MTEpatch_int] 5583.77 +- 16858.1 •ModifyGraph lstyle(fit_WTEpatch_int)=3,lsize(fit_WTEpatch_int)=2,rgb(fit_WTEpatch_int)=(19675,39321,1),lstyle(fit_MTEpatch_int)=7,lsize(fit_MTEpatch_int)=2,rgb(fit_MTEpatch_int)=(65535,32764,16385),lsize(GFit_WTEpatch_int)=2,rgb(GFit_WTEpatch_int)=(19675,39321,1),lsize(GFit_MTEpatch_int)=2;DelayUpdate •ModifyGraph rgb(GFit_MTEpatch_int)=(65535,32764,16385) •wavestats MTEperim_int V_npnts= 4; V_numNaNs= 0; V_numINFs= 0; V_avg= 40.6725; V_Sum= 162.69; V_sdev= 17.5404; V_sem= 8.7702; V_rms= 43.4166; V_adev= 14.8575; V_skew= 0.0568945; V_kurt= -2.34368; V_minloc= 0; V_maxloc= 3; V_min= 24.05; V_max= 59.64; V_minRowLoc= 0; V_maxRowLoc= 3; V_startRow= 0; V_endRow= 3; •wavestats MTEpatch_int V_npnts= 5; V_numNaNs= 0; V_numINFs= 0; V_avg= 121.658; V_Sum= 608.29; V_sdev= 62.0243; V_sem= 27.7381; V_rms= 133.71; V_adev= 47.6184; V_skew= 0.0911806; V_kurt= -1.87052; V_minloc= 0; V_maxloc= 4; V_min= 47.49; V_max= 205.11; V_minRowLoc= 0; V_maxRowLoc= 4; V_startRow= 0; V_endRow= 4; •wavestats WTEpatch_int V_npnts= 5; V_numNaNs= 0; V_numINFs= 0; V_avg= 176.574; V_Sum= 882.87; V_sdev= 41.8518; V_sem= 18.7167; V_rms= 180.498; V_adev= 35.0472; V_skew= -0.29015; V_kurt= -2.05685; V_minloc= 0; V_maxloc= 4; V_min= 120.61; V_max= 216.11; V_minRowLoc= 0; V_maxRowLoc= 4; V_startRow= 0; V_endRow= 4; *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,135.29,100.01,603.81,1010.2,963.45,44.823,5553} V_chisq= 76.3762;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={15.1,4.07e+07,1.82e+08,143,1.42e+03,4.67e+06,2.69e+07,8.99e+03} Coefficient values ± one standard deviation K0 =254.96 ± 15.1 K1 =135.29 ± 4.07e+07 K2 =100.01 ± 1.82e+08 K3 =603.81 ± 143 K4 =1010.2 ± 1.42e+03 K5 =963.45 ± 4.67e+06 K6 =44.823 ± 2.69e+07 K7 =5553 ± 8.99e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.3762 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 15.0735 1 A[ExpManual][root:WTEpatch_int] 135.289 +- 4.07305e+07 2 xo[ExpManual][root:WTEpatch_int] 100.006 +- 1.81785e+08 3 tau[ExpManual][root:WTEpatch_int] 603.812 +- 143.411 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1010.19 +- 1423.28 1 A[ExpManual][root:MTEpatch_int] 963.449 +- 4.67306e+06 2 xo[ExpManual][root:MTEpatch_int] 44.8232 +- 2.69401e+07 3 tau[ExpManual][root:MTEpatch_int] 5553.02 +- 8993.62 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,135.29,100.01,603.81,1005.3,961.03,30.801,5521.9} V_chisq= 76.3684;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={14,1.77e+07,7.89e+07,109,2.72e+03,1.96e+07,1.12e+08,1.79e+04} Coefficient values ± one standard deviation K0 =254.96 ± 14 K1 =135.29 ± 1.77e+07 K2 =100.01 ± 7.89e+07 K3 =603.81 ± 109 K4 =1005.3 ± 2.72e+03 K5 =961.03 ± 1.96e+07 K6 =30.801 ± 1.12e+08 K7 =5521.9 ± 1.79e+04 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.3684 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 14.0185 1 A[ExpManual][root:WTEpatch_int] 135.289 +- 1.76716e+07 2 xo[ExpManual][root:WTEpatch_int] 100.007 +- 7.88708e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 109.003 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1005.31 +- 2718.09 1 A[ExpManual][root:MTEpatch_int] 961.033 +- 1.95663e+07 2 xo[ExpManual][root:MTEpatch_int] 30.8013 +- 1.12439e+08 3 tau[ExpManual][root:MTEpatch_int] 5521.9 +- 17855.3 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,135.29,100.01,603.81,1000.4,958.6,16.832,5490.7} V_chisq= 76.3605;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={16.4,1.41e+07,6.3e+07,137,964,5.14e+06,2.95e+07,6.12e+03} Coefficient values ± one standard deviation K0 =254.96 ± 16.4 K1 =135.29 ± 1.41e+07 K2 =100.01 ± 6.3e+07 K3 =603.81 ± 137 K4 =1000.4 ± 964 K5 =958.6 ± 5.14e+06 K6 =16.832 ± 2.95e+07 K7 =5490.7 ± 6.12e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.3605 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 16.4296 1 A[ExpManual][root:WTEpatch_int] 135.287 +- 1.41155e+07 2 xo[ExpManual][root:WTEpatch_int] 100.014 +- 6.30003e+07 3 tau[ExpManual][root:WTEpatch_int] 603.812 +- 137.1 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 1000.43 +- 963.513 1 A[ExpManual][root:MTEpatch_int] 958.603 +- 5.14256e+06 2 xo[ExpManual][root:MTEpatch_int] 16.8322 +- 2.94569e+07 3 tau[ExpManual][root:MTEpatch_int] 5490.71 +- 6122.42 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,135.29,100.01,603.81,995.5,956.16,2.7715,5459.3} V_chisq= 76.3525;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={14.8,2.83e+07,1.26e+08,123,4.68e+03,2.47e+07,1.41e+08,3.03e+04} Coefficient values ± one standard deviation K0 =254.96 ± 14.8 K1 =135.29 ± 2.83e+07 K2 =100.01 ± 1.26e+08 K3 =603.81 ± 123 K4 =995.5 ± 4.68e+03 K5 =956.16 ± 2.47e+07 K6 =2.7715 ± 1.41e+08 K7 =5459.3 ± 3.03e+04 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.3525 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 14.8219 1 A[ExpManual][root:WTEpatch_int] 135.288 +- 2.82812e+07 2 xo[ExpManual][root:WTEpatch_int] 100.007 +- 1.26223e+08 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 122.656 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 995.496 +- 4675.64 1 A[ExpManual][root:MTEpatch_int] 956.159 +- 2.46847e+07 2 xo[ExpManual][root:MTEpatch_int] 2.77149 +- 1.40965e+08 3 tau[ExpManual][root:MTEpatch_int] 5459.26 +- 30268 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,135.29,100.01,603.81,990.51,953.7,-11.436,5427.5} V_chisq= 76.3443;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,2.82e+07,1.26e+08,91.7,1.92e+03,9.06e+06,5.16e+07,1.23e+04} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =135.29 ± 2.82e+07 K2 =100.01 ± 1.26e+08 K3 =603.81 ± 91.7 K4 =990.51 ± 1.92e+03 K5 =953.7 ± 9.06e+06 K6 =-11.436 ± 5.16e+07 K7 =5427.5 ± 1.23e+04 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.3443 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0807 1 A[ExpManual][root:WTEpatch_int] 135.288 +- 2.82281e+07 2 xo[ExpManual][root:WTEpatch_int] 100.009 +- 1.25986e+08 3 tau[ExpManual][root:WTEpatch_int] 603.812 +- 91.6653 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 990.513 +- 1920.01 1 A[ExpManual][root:MTEpatch_int] 953.699 +- 9.06186e+06 2 xo[ExpManual][root:MTEpatch_int] -11.4364 +- 5.15803e+07 3 tau[ExpManual][root:MTEpatch_int] 5427.46 +- 12272.2 •print 1 1 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,135.29,100,603.81,985.51,951.22,-25.587,5395.6} V_chisq= 76.3361;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={17.3,3.99e+07,1.78e+08,150,1.04e+03,2.5e+06,1.42e+07,6.61e+03} Coefficient values ± one standard deviation K0 =254.96 ± 17.3 K1 =135.29 ± 3.99e+07 K2 =100 ± 1.78e+08 K3 =603.81 ± 150 K4 =985.51 ± 1.04e+03 K5 =951.22 ± 2.5e+06 K6 =-25.587 ± 1.42e+07 K7 =5395.6 ± 6.61e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 76.3361 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 17.296 1 A[ExpManual][root:WTEpatch_int] 135.289 +- 3.98656e+07 2 xo[ExpManual][root:WTEpatch_int] 100.005 +- 1.77925e+08 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 149.733 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 985.513 +- 1037.34 1 A[ExpManual][root:MTEpatch_int] 951.22 +- 2.49933e+06 2 xo[ExpManual][root:MTEpatch_int] -25.5866 +- 1.41741e+07 3 tau[ExpManual][root:MTEpatch_int] 5395.57 +- 6607.42 •wavestats MTEpatch_int V_npnts= 5; V_numNaNs= 0; V_numINFs= 0; V_avg= 121.658; V_Sum= 608.29; V_sdev= 62.0243; V_sem= 27.7381; V_rms= 133.71; V_adev= 47.6184; V_skew= 0.0911806; V_kurt= -1.87052; V_minloc= 0; V_maxloc= 4; V_min= 47.49; V_max= 205.11; V_minRowLoc= 0; V_maxRowLoc= 4; V_startRow= 0; V_endRow= 4; •wavestats WTEpatch_int V_npnts= 5; V_numNaNs= 0; V_numINFs= 0; V_avg= 176.574; V_Sum= 882.87; V_sdev= 41.8518; V_sem= 18.7167; V_rms= 180.498; V_adev= 35.0472; V_skew= -0.29015; V_kurt= -2.05685; V_minloc= 0; V_maxloc= 4; V_min= 120.61; V_max= 216.11; V_minRowLoc= 0; V_maxRowLoc= 4; V_startRow= 0; V_endRow= 4; •duplicate WTEpatch_int WE •duplicate MTEpatch_int ME •duplicate CadCbulk Conc •display WE vs Conc •append ME vs Conc •ModifyGraph mode=3,msize=8,useMrkStrokeRGB=1,marker(WE)=19,marker(ME)=16,rgb(ME)=(48059,48059,48059) •WM_NewGlobalFit1#InitNewGlobalFitPanel() *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,356.26,-484.64,603.81,563.23,1071.2,2703.6} V_chisq= 75.6405;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.3,1.72e+07,2.91e+07,93.4,908,1.3e+08,5.39e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.3 K1 =356.26 ± 1.72e+07 K2 =-484.64 ± 2.91e+07 K3 =603.81 ± 93.4 K4 =563.23 ± 908 K5 =1071.2 ± 1.3e+08 K6 =2703.6 ± 5.39e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6405 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 11 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.3344 1 A[ExpManual][root:WTEpatch_int] 356.259 +- 1.71952e+07 2 xo[ExpManual][root:WTEpatch_int] -484.636 +- 2.91435e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 93.3861 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.234 +- 907.621 1 A[ExpManual][root:WTEpatch_int] 356.259 +- 1.71952e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1071.18 +- 1.30499e+08 3 tau[ExpManual][root:MTEpatch_int] 2703.61 +- 5389.61 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,356.26,-484.63,603.81,563.23,1071.2,2703.6} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.3,9.07e+06,1.54e+07,92.6,465,6.88e+07,3.05e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.3 K1 =356.26 ± 9.07e+06 K2 =-484.63 ± 1.54e+07 K3 =603.81 ± 92.6 K4 =563.23 ± 465 K5 =1071.2 ± 6.88e+07 K6 =2703.6 ± 3.05e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 5 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.2652 1 A[ExpManual][root:WTEpatch_int] 356.26 +- 9.0666e+06 2 xo[ExpManual][root:WTEpatch_int] -484.634 +- 1.53666e+07 3 tau[ExpManual][root:WTEpatch_int] 603.812 +- 92.6407 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.234 +- 464.981 1 A[ExpManual][root:WTEpatch_int] 356.26 +- 9.0666e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1071.19 +- 6.88022e+07 3 tau[ExpManual][root:MTEpatch_int] 2703.61 +- 3046.63 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.34,-474.52,603.79,562.52,1111,2699.1} V_chisq= 75.6405;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,6.59e+06,1.14e+07,91.1,232,5.08e+07,1.47e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.34 ± 6.59e+06 K2 =-474.52 ± 1.14e+07 K3 =603.79 ± 91.1 K4 =562.52 ± 232 K5 =1111 ± 5.08e+07 K6 =2699.1 ± 1.47e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6405 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 5 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.956 +- 12.0859 1 A[ExpManual][root:WTEpatch_int] 350.344 +- 6.59296e+06 2 xo[ExpManual][root:WTEpatch_int] -474.519 +- 1.13625e+07 3 tau[ExpManual][root:WTEpatch_int] 603.792 +- 91.0855 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.52 +- 232.202 1 A[ExpManual][root:WTEpatch_int] 350.344 +- 6.59296e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1111 +- 5.07927e+07 3 tau[ExpManual][root:MTEpatch_int] 2699.06 +- 1468.82 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.37,-474.56,603.81,562.57,1111.2,2699.4} V_chisq= 75.6405;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={17.7,4.28e+07,7.38e+07,142,295,3.3e+08,1.94e+03} Coefficient values ± one standard deviation K0 =254.96 ± 17.7 K1 =350.37 ± 4.28e+07 K2 =-474.56 ± 7.38e+07 K3 =603.81 ± 142 K4 =562.57 ± 295 K5 =1111.2 ± 3.3e+08 K6 =2699.4 ± 1.94e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6405 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 17.6671 1 A[ExpManual][root:WTEpatch_int] 350.368 +- 4.28434e+07 2 xo[ExpManual][root:WTEpatch_int] -474.564 +- 7.38348e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 141.904 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.57 +- 294.583 1 A[ExpManual][root:WTEpatch_int] 350.368 +- 4.28434e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1111.22 +- 3.30085e+08 3 tau[ExpManual][root:MTEpatch_int] 2699.38 +- 1940.29 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.39,-474.61,603.81,562.62,1111.4,2699.7} V_chisq= 75.6405;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,7.75e+06,1.33e+07,90.8,508,5.97e+07,3.3e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.39 ± 7.75e+06 K2 =-474.61 ± 1.33e+07 K3 =603.81 ± 90.8 K4 =562.62 ± 508 K5 =1111.4 ± 5.97e+07 K6 =2699.7 ± 3.3e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6405 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.059 1 A[ExpManual][root:WTEpatch_int] 350.394 +- 7.74618e+06 2 xo[ExpManual][root:WTEpatch_int] -474.609 +- 1.33485e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.8172 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.619 +- 507.951 1 A[ExpManual][root:WTEpatch_int] 350.394 +- 7.74618e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1111.4 +- 5.96788e+07 3 tau[ExpManual][root:MTEpatch_int] 2699.69 +- 3298.69 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.41,-474.64,603.81,562.67,1111.6,2700} V_chisq= 75.6405;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,2.74e+06,4.72e+06,90.9,230,2.11e+07,1.47e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.41 ± 2.74e+06 K2 =-474.64 ± 4.72e+06 K3 =603.81 ± 90.9 K4 =562.67 ± 230 K5 =1111.6 ± 2.11e+07 K6 =2700 ± 1.47e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6405 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.0645 1 A[ExpManual][root:WTEpatch_int] 350.414 +- 2.7363e+06 2 xo[ExpManual][root:WTEpatch_int] -474.643 +- 4.71502e+06 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.859 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.667 +- 229.906 1 A[ExpManual][root:WTEpatch_int] 350.414 +- 2.7363e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1111.61 +- 2.10839e+07 3 tau[ExpManual][root:MTEpatch_int] 2700 +- 1470.13 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.43,-474.68,603.81,562.71,1111.8,2700.3} V_chisq= 75.6405;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,2.62e+06,4.51e+06,91,228,2.02e+07,1.45e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.43 ± 2.62e+06 K2 =-474.68 ± 4.51e+06 K3 =603.81 ± 91 K4 =562.71 ± 228 K5 =1111.8 ± 2.02e+07 K6 =2700.3 ± 1.45e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6405 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0787 1 A[ExpManual][root:WTEpatch_int] 350.434 +- 2.61789e+06 2 xo[ExpManual][root:WTEpatch_int] -474.678 +- 4.51073e+06 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.9541 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.712 +- 228.41 1 A[ExpManual][root:WTEpatch_int] 350.434 +- 2.61789e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1111.8 +- 2.01724e+07 3 tau[ExpManual][root:MTEpatch_int] 2700.29 +- 1454.79 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.45,-474.71,603.81,562.76,1112,2700.6} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,1.17e+07,2.02e+07,91.5,1.14e+03,9.03e+07,7.11e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.45 ± 1.17e+07 K2 =-474.71 ± 2.02e+07 K3 =603.81 ± 91.5 K4 =562.76 ± 1.14e+03 K5 =1112 ± 9.03e+07 K6 =2700.6 ± 7.11e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.1438 1 A[ExpManual][root:WTEpatch_int] 350.454 +- 1.17141e+07 2 xo[ExpManual][root:WTEpatch_int] -474.712 +- 2.01827e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 91.4664 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.759 +- 1141.94 1 A[ExpManual][root:WTEpatch_int] 350.454 +- 1.17141e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1112 +- 9.02772e+07 3 tau[ExpManual][root:MTEpatch_int] 2700.59 +- 7110.03 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.47,-474.74,603.81,562.8,1112.2,2700.9} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,9.55e+06,1.64e+07,91.5,461,7.36e+07,2.95e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.47 ± 9.55e+06 K2 =-474.74 ± 1.64e+07 K3 =603.81 ± 91.5 K4 =562.8 ± 461 K5 =1112.2 ± 7.36e+07 K6 =2700.9 ± 2.95e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.089 1 A[ExpManual][root:WTEpatch_int] 350.472 +- 9.54543e+06 2 xo[ExpManual][root:WTEpatch_int] -474.742 +- 1.64454e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 91.4584 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.804 +- 461.382 1 A[ExpManual][root:WTEpatch_int] 350.472 +- 9.54543e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1112.21 +- 7.35579e+07 3 tau[ExpManual][root:MTEpatch_int] 2700.88 +- 2950.39 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.49,-474.77,603.81,562.84,1112.4,2701.1} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,4.5e+06,7.76e+06,91.3,299,3.47e+07,1.93e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.49 ± 4.5e+06 K2 =-474.77 ± 7.76e+06 K3 =603.81 ± 91.3 K4 =562.84 ± 299 K5 =1112.4 ± 3.47e+07 K6 =2701.1 ± 1.93e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.1014 1 A[ExpManual][root:WTEpatch_int] 350.486 +- 4.50202e+06 2 xo[ExpManual][root:WTEpatch_int] -474.768 +- 7.75599e+06 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 91.2651 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.839 +- 298.649 1 A[ExpManual][root:WTEpatch_int] 350.486 +- 4.50202e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1112.36 +- 3.46942e+07 3 tau[ExpManual][root:MTEpatch_int] 2701.09 +- 1931.06 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.5,-474.79,603.81,562.87,1112.5,2701.3} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,1.9e+06,3.28e+06,90.8,229,1.47e+07,1.46e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.5 ± 1.9e+06 K2 =-474.79 ± 3.28e+06 K3 =603.81 ± 90.8 K4 =562.87 ± 229 K5 =1112.5 ± 1.47e+07 K6 =2701.3 ± 1.46e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.0594 1 A[ExpManual][root:WTEpatch_int] 350.501 +- 1.90254e+06 2 xo[ExpManual][root:WTEpatch_int] -474.793 +- 3.27751e+06 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.827 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.868 +- 229.343 1 A[ExpManual][root:WTEpatch_int] 350.501 +- 1.90254e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1112.47 +- 1.46628e+07 3 tau[ExpManual][root:MTEpatch_int] 2701.28 +- 1462.61 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.52,-474.82,603.81,562.9,1112.6,2701.5} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,7.77e+06,1.34e+07,91.1,229,5.99e+07,1.46e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.52 ± 7.77e+06 K2 =-474.82 ± 1.34e+07 K3 =603.81 ± 91.1 K4 =562.9 ± 229 K5 =1112.6 ± 5.99e+07 K6 =2701.5 ± 1.46e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.1161 1 A[ExpManual][root:WTEpatch_int] 350.516 +- 7.77261e+06 2 xo[ExpManual][root:WTEpatch_int] -474.82 +- 1.33893e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 91.0573 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.902 +- 228.637 1 A[ExpManual][root:WTEpatch_int] 350.516 +- 7.77261e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1112.61 +- 5.9905e+07 3 tau[ExpManual][root:MTEpatch_int] 2701.5 +- 1460.22 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.53,-474.84,603.81,562.92,1112.7,2701.6} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.5,1.44e+07,2.49e+07,92.5,266,1.11e+08,1.64e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.5 K1 =350.53 ± 1.44e+07 K2 =-474.84 ± 2.49e+07 K3 =603.81 ± 92.5 K4 =562.92 ± 266 K5 =1112.7 ± 1.11e+08 K6 =2701.6 ± 1.64e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.4651 1 A[ExpManual][root:WTEpatch_int] 350.53 +- 1.44392e+07 2 xo[ExpManual][root:WTEpatch_int] -474.842 +- 2.48726e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 92.461 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.923 +- 266.159 1 A[ExpManual][root:WTEpatch_int] 350.53 +- 1.44392e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1112.67 +- 1.11288e+08 3 tau[ExpManual][root:MTEpatch_int] 2701.63 +- 1644.46 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.54,-474.85,603.81,562.94,1112.8,2701.8} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.4,1.35e+07,2.33e+07,93,281,1.04e+08,1.84e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.4 K1 =350.54 ± 1.35e+07 K2 =-474.85 ± 2.33e+07 K3 =603.81 ± 93 K4 =562.94 ± 281 K5 =1112.8 ± 1.04e+08 K6 =2701.8 ± 1.84e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.3673 1 A[ExpManual][root:WTEpatch_int] 350.537 +- 1.35449e+07 2 xo[ExpManual][root:WTEpatch_int] -474.855 +- 2.33316e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 93.0311 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.944 +- 281.048 1 A[ExpManual][root:WTEpatch_int] 350.537 +- 1.35449e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1112.77 +- 1.04396e+08 3 tau[ExpManual][root:MTEpatch_int] 2701.76 +- 1843.2 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.55,-474.88,603.81,562.97,1112.9,2701.9} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,2.22e+07,3.82e+07,91.1,339,1.71e+08,2.06e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.55 ± 2.22e+07 K2 =-474.88 ± 3.82e+07 K3 =603.81 ± 91.1 K4 =562.97 ± 339 K5 =1112.9 ± 1.71e+08 K6 =2701.9 ± 2.06e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.1076 1 A[ExpManual][root:WTEpatch_int] 350.552 +- 2.21626e+07 2 xo[ExpManual][root:WTEpatch_int] -474.88 +- 3.81741e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 91.0669 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.971 +- 339.334 1 A[ExpManual][root:WTEpatch_int] 350.552 +- 2.21626e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1112.86 +- 1.7082e+08 3 tau[ExpManual][root:MTEpatch_int] 2701.94 +- 2061.81 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.56,-474.9,603.81,563,1113,2702.1} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.3,2.51e+07,4.33e+07,92.4,646,1.94e+08,3.98e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.3 K1 =350.56 ± 2.51e+07 K2 =-474.9 ± 4.33e+07 K3 =603.81 ± 92.4 K4 =563 ± 646 K5 =1113 ± 1.94e+08 K6 =2702.1 ± 3.98e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.2574 1 A[ExpManual][root:WTEpatch_int] 350.564 +- 2.51485e+07 2 xo[ExpManual][root:WTEpatch_int] -474.901 +- 4.33157e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 92.3583 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 562.996 +- 646.224 1 A[ExpManual][root:WTEpatch_int] 350.564 +- 2.51485e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1112.96 +- 1.93836e+08 3 tau[ExpManual][root:MTEpatch_int] 2702.1 +- 3979.3 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.57,-474.92,603.81,563.02,1113.1,2702.3} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.5,2.31e+07,3.98e+07,96.3,917,1.78e+08,6.16e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.5 K1 =350.57 ± 2.31e+07 K2 =-474.92 ± 3.98e+07 K3 =603.81 ± 96.3 K4 =563.02 ± 917 K5 =1113.1 ± 1.78e+08 K6 =2702.3 ± 6.16e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.493 1 A[ExpManual][root:WTEpatch_int] 350.574 +- 2.3131e+07 2 xo[ExpManual][root:WTEpatch_int] -474.92 +- 3.98397e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 96.341 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.023 +- 917.483 1 A[ExpManual][root:WTEpatch_int] 350.574 +- 2.3131e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1113.08 +- 1.7829e+08 3 tau[ExpManual][root:MTEpatch_int] 2702.27 +- 6157.2 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.58,-474.93,603.81,563.04,1113.2,2702.4} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,2.98e+07,5.13e+07,91.3,1e+03,2.3e+08,6.34e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.58 ± 2.98e+07 K2 =-474.93 ± 5.13e+07 K3 =603.81 ± 91.3 K4 =563.04 ± 1e+03 K5 =1113.2 ± 2.3e+08 K6 =2702.4 ± 6.34e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.0961 1 A[ExpManual][root:WTEpatch_int] 350.583 +- 2.9797e+07 2 xo[ExpManual][root:WTEpatch_int] -474.934 +- 5.13196e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 91.3136 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.044 +- 1001.14 1 A[ExpManual][root:WTEpatch_int] 350.583 +- 2.9797e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1113.17 +- 2.29677e+08 3 tau[ExpManual][root:MTEpatch_int] 2702.4 +- 6343.55 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.59,-474.95,603.81,563.06,1113.3,2702.5} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,3.33e+06,5.74e+06,90.9,275,2.57e+07,1.76e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.59 ± 3.33e+06 K2 =-474.95 ± 5.74e+06 K3 =603.81 ± 90.9 K4 =563.06 ± 275 K5 =1113.3 ± 2.57e+07 K6 =2702.5 ± 1.76e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0667 1 A[ExpManual][root:WTEpatch_int] 350.59 +- 3.33429e+06 2 xo[ExpManual][root:WTEpatch_int] -474.947 +- 5.74254e+06 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.8883 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.064 +- 275.195 1 A[ExpManual][root:WTEpatch_int] 350.59 +- 3.33429e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1113.27 +- 2.57012e+07 3 tau[ExpManual][root:MTEpatch_int] 2702.53 +- 1764.29 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.6,-474.96,603.81,563.08,1113.4,2702.6} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={NaN,NaN,NaN,NaN,NaN,NaN,NaN} Coefficient values ± one standard deviation K0 =254.96 ± NaN K1 =350.6 ± NaN K2 =-474.96 ± NaN K3 =603.81 ± NaN K4 =563.08 ± NaN K5 =1113.4 ± NaN K6 =2702.6 ± NaN Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- nan 1 A[ExpManual][root:WTEpatch_int] 350.596 +- nan 2 xo[ExpManual][root:WTEpatch_int] -474.957 +- nan 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- nan Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.082 +- nan 1 A[ExpManual][root:WTEpatch_int] 350.596 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1113.36 +- nan 3 tau[ExpManual][root:MTEpatch_int] 2702.65 +- nan *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.6,-474.97,603.81,563.1,1113.5,2702.8} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,6.18e+06,1.07e+07,90.8,428,4.77e+07,2.71e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.6 ± 6.18e+06 K2 =-474.97 ± 1.07e+07 K3 =603.81 ± 90.8 K4 =563.1 ± 428 K5 =1113.5 ± 4.77e+07 K6 =2702.8 ± 2.71e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0649 1 A[ExpManual][root:WTEpatch_int] 350.601 +- 6.18412e+06 2 xo[ExpManual][root:WTEpatch_int] -474.966 +- 1.06504e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.8279 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.101 +- 428.167 1 A[ExpManual][root:WTEpatch_int] 350.601 +- 6.18412e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1113.47 +- 4.76702e+07 3 tau[ExpManual][root:MTEpatch_int] 2702.77 +- 2706.19 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.61,-474.98,603.81,563.13,1113.6,2703} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,7.28e+06,1.25e+07,91.4,260,5.61e+07,1.71e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.61 ± 7.28e+06 K2 =-474.98 ± 1.25e+07 K3 =603.81 ± 91.4 K4 =563.13 ± 260 K5 =1113.6 ± 5.61e+07 K6 =2703 ± 1.71e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0927 1 A[ExpManual][root:WTEpatch_int] 350.61 +- 7.27929e+06 2 xo[ExpManual][root:WTEpatch_int] -474.981 +- 1.25362e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 91.3563 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.133 +- 260.494 1 A[ExpManual][root:WTEpatch_int] 350.61 +- 7.27929e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1113.64 +- 5.61194e+07 3 tau[ExpManual][root:MTEpatch_int] 2702.97 +- 1705.65 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.61,-474.98,603.81,563.14,1113.7,2703} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.2,7.1e+06,1.22e+07,92.2,282,5.48e+07,1.79e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.2 K1 =350.61 ± 7.1e+06 K2 =-474.98 ± 1.22e+07 K3 =603.81 ± 92.2 K4 =563.14 ± 282 K5 =1113.7 ± 5.48e+07 K6 =2703 ± 1.79e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.1546 1 A[ExpManual][root:WTEpatch_int] 350.611 +- 7.10499e+06 2 xo[ExpManual][root:WTEpatch_int] -474.982 +- 1.2236e+07 3 tau[ExpManual][root:WTEpatch_int] 603.812 +- 92.227 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.142 +- 281.592 1 A[ExpManual][root:WTEpatch_int] 350.611 +- 7.10499e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1113.71 +- 5.47771e+07 3 tau[ExpManual][root:MTEpatch_int] 2703.03 +- 1792.44 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.62,-474.99,603.81,563.16,1113.8,2703.2} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={13.4,1.8e+07,3.1e+07,104,569,1.39e+08,3.48e+03} Coefficient values ± one standard deviation K0 =254.96 ± 13.4 K1 =350.62 ± 1.8e+07 K2 =-474.99 ± 3.1e+07 K3 =603.81 ± 104 K4 =563.16 ± 569 K5 =1113.8 ± 1.39e+08 K6 =2703.2 ± 3.48e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 13.3699 1 A[ExpManual][root:WTEpatch_int] 350.617 +- 1.80131e+07 2 xo[ExpManual][root:WTEpatch_int] -474.992 +- 3.1021e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 104.409 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.163 +- 568.803 1 A[ExpManual][root:WTEpatch_int] 350.617 +- 1.80131e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1113.82 +- 1.38872e+08 3 tau[ExpManual][root:MTEpatch_int] 2703.16 +- 3478.91 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.62,-475,603.81,563.17,1113.9,2703.2} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,4.3e+06,7.4e+06,91,232,3.31e+07,1.48e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.62 ± 4.3e+06 K2 =-475 ± 7.4e+06 K3 =603.81 ± 91 K4 =563.17 ± 232 K5 =1113.9 ± 3.31e+07 K6 =2703.2 ± 1.48e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0761 1 A[ExpManual][root:WTEpatch_int] 350.62 +- 4.2962e+06 2 xo[ExpManual][root:WTEpatch_int] -474.999 +- 7.39859e+06 3 tau[ExpManual][root:WTEpatch_int] 603.812 +- 90.9901 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.171 +- 231.587 1 A[ExpManual][root:WTEpatch_int] 350.62 +- 4.2962e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1113.86 +- 3.31231e+07 3 tau[ExpManual][root:MTEpatch_int] 2703.21 +- 1482.94 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.63,-475.01,603.81,563.2,1114,2703.4} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,3.9e+06,6.72e+06,90.9,229,3.01e+07,1.46e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.63 ± 3.9e+06 K2 =-475.01 ± 6.72e+06 K3 =603.81 ± 90.9 K4 =563.2 ± 229 K5 =1114 ± 3.01e+07 K6 =2703.4 ± 1.46e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0677 1 A[ExpManual][root:WTEpatch_int] 350.626 +- 3.90314e+06 2 xo[ExpManual][root:WTEpatch_int] -475.009 +- 6.72157e+06 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.8667 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.195 +- 229.112 1 A[ExpManual][root:WTEpatch_int] 350.626 +- 3.90314e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1113.99 +- 3.00935e+07 3 tau[ExpManual][root:MTEpatch_int] 2703.36 +- 1461.58 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.63,-475.01,603.81,563.2,1114,2703.4} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,7.13e+06,1.23e+07,90.9,230,5.49e+07,1.48e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.63 ± 7.13e+06 K2 =-475.01 ± 1.23e+07 K3 =603.81 ± 90.9 K4 =563.2 ± 230 K5 =1114 ± 5.49e+07 K6 =2703.4 ± 1.48e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 6 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0598 1 A[ExpManual][root:WTEpatch_int] 350.627 +- 7.12509e+06 2 xo[ExpManual][root:WTEpatch_int] -475.01 +- 1.227e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.9241 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.196 +- 230.33 1 A[ExpManual][root:WTEpatch_int] 350.627 +- 7.12509e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1114 +- 5.4935e+07 3 tau[ExpManual][root:MTEpatch_int] 2703.37 +- 1479.31 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.63,-475.01,603.81,563.2,1114,2703.4} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,3.14e+06,5.41e+06,90.8,268,2.42e+07,1.69e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.63 ± 3.14e+06 K2 =-475.01 ± 5.41e+06 K3 =603.81 ± 90.8 K4 =563.2 ± 268 K5 =1114 ± 2.42e+07 K6 =2703.4 ± 1.69e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 4 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0637 1 A[ExpManual][root:WTEpatch_int] 350.627 +- 3.14104e+06 2 xo[ExpManual][root:WTEpatch_int] -475.01 +- 5.40917e+06 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.836 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.196 +- 267.644 1 A[ExpManual][root:WTEpatch_int] 350.627 +- 3.14104e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1114 +- 2.42167e+07 3 tau[ExpManual][root:MTEpatch_int] 2703.37 +- 1690.39 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.63,-475.01,603.81,563.2,1114,2703.4} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,2.43e+06,4.19e+06,90.9,233,1.88e+07,1.49e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.63 ± 2.43e+06 K2 =-475.01 ± 4.19e+06 K3 =603.81 ± 90.9 K4 =563.2 ± 233 K5 =1114 ± 1.88e+07 K6 =2703.4 ± 1.49e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 6 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.0649 1 A[ExpManual][root:WTEpatch_int] 350.627 +- 2.43249e+06 2 xo[ExpManual][root:WTEpatch_int] -475.01 +- 4.18897e+06 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.8698 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.196 +- 232.765 1 A[ExpManual][root:WTEpatch_int] 350.627 +- 2.43249e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1114 +- 1.87551e+07 3 tau[ExpManual][root:MTEpatch_int] 2703.37 +- 1485.38 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.63,-475.01,603.81,563.2,1114,2703.4} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,8.65e+06,1.49e+07,91,582,6.67e+07,3.79e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.63 ± 8.65e+06 K2 =-475.01 ± 1.49e+07 K3 =603.81 ± 91 K4 =563.2 ± 582 K5 =1114 ± 6.67e+07 K6 =2703.4 ± 3.79e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.0822 1 A[ExpManual][root:WTEpatch_int] 350.629 +- 8.64828e+06 2 xo[ExpManual][root:WTEpatch_int] -475.013 +- 1.4893e+07 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.9947 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.204 +- 581.995 1 A[ExpManual][root:WTEpatch_int] 350.629 +- 8.64828e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1114.04 +- 6.66759e+07 3 tau[ExpManual][root:MTEpatch_int] 2703.42 +- 3786.72 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.63,-475.02,603.81,563.21,1114,2703.4} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,3.92e+06,6.76e+06,91,229,3.03e+07,1.46e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.63 ± 3.92e+06 K2 =-475.02 ± 6.76e+06 K3 =603.81 ± 91 K4 =563.21 ± 229 K5 =1114 ± 3.03e+07 K6 =2703.4 ± 1.46e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.959 +- 12.088 1 A[ExpManual][root:WTEpatch_int] 350.633 +- 3.92427e+06 2 xo[ExpManual][root:WTEpatch_int] -475.02 +- 6.75784e+06 3 tau[ExpManual][root:WTEpatch_int] 603.812 +- 91.046 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.207 +- 229.337 1 A[ExpManual][root:WTEpatch_int] 350.633 +- 3.92427e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1114.03 +- 3.02569e+07 3 tau[ExpManual][root:MTEpatch_int] 2703.43 +- 1461.28 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.64,-475.03,603.81,563.22,1114.1,2703.5} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,5.47e+06,9.42e+06,91,504,4.22e+07,3.29e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.64 ± 5.47e+06 K2 =-475.03 ± 9.42e+06 K3 =603.81 ± 91 K4 =563.22 ± 504 K5 =1114.1 ± 4.22e+07 K6 =2703.5 ± 3.29e+03 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.0725 1 A[ExpManual][root:WTEpatch_int] 350.638 +- 5.46994e+06 2 xo[ExpManual][root:WTEpatch_int] -475.028 +- 9.41944e+06 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.9508 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.217 +- 503.814 1 A[ExpManual][root:WTEpatch_int] 350.638 +- 5.46994e+06 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1114.07 +- 4.2178e+07 3 tau[ExpManual][root:MTEpatch_int] 2703.5 +- 3290.25 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.64,-475.03,603.81,563.22,1114.1,2703.5} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,7.72e+07,1.33e+08,90.8,229,5.96e+08,1.46e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.64 ± 7.72e+07 K2 =-475.03 ± 1.33e+08 K3 =603.81 ± 90.8 K4 =563.22 ± 229 K5 =1114.1 ± 5.96e+08 K6 =2703.5 ± 1.46e+03 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.0587 1 A[ExpManual][root:WTEpatch_int] 350.638 +- 7.72486e+07 2 xo[ExpManual][root:WTEpatch_int] -475.028 +- 1.33025e+08 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.8164 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.217 +- 228.821 1 A[ExpManual][root:WTEpatch_int] 350.638 +- 7.72486e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1114.07 +- 5.95605e+08 3 tau[ExpManual][root:MTEpatch_int] 2703.5 +- 1457.39 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.64,-475.03,603.81,563.22,1114.1,2703.5} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,7.72e+07,1.33e+08,90.8,229,5.96e+08,1.46e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.64 ± 7.72e+07 K2 =-475.03 ± 1.33e+08 K3 =603.81 ± 90.8 K4 =563.22 ± 229 K5 =1114.1 ± 5.96e+08 K6 =2703.5 ± 1.46e+03 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.0587 1 A[ExpManual][root:WTEpatch_int] 350.638 +- 7.72486e+07 2 xo[ExpManual][root:WTEpatch_int] -475.028 +- 1.33025e+08 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.8164 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.217 +- 228.821 1 A[ExpManual][root:WTEpatch_int] 350.638 +- 7.72486e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1114.07 +- 5.95605e+08 3 tau[ExpManual][root:MTEpatch_int] 2703.5 +- 1457.39 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.96,350.64,-475.03,603.81,563.22,1114.1,2703.5} V_chisq= 75.6404;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12.1,7.72e+07,1.33e+08,90.8,229,5.96e+08,1.46e+03} Coefficient values ± one standard deviation K0 =254.96 ± 12.1 K1 =350.64 ± 7.72e+07 K2 =-475.03 ± 1.33e+08 K3 =603.81 ± 90.8 K4 =563.22 ± 229 K5 =1114.1 ± 5.96e+08 K6 =2703.5 ± 1.46e+03 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 75.6404 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.958 +- 12.0587 1 A[ExpManual][root:WTEpatch_int] 350.638 +- 7.72486e+07 2 xo[ExpManual][root:WTEpatch_int] -475.028 +- 1.33025e+08 3 tau[ExpManual][root:WTEpatch_int] 603.811 +- 90.8164 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 563.217 +- 228.821 1 A[ExpManual][root:WTEpatch_int] 350.638 +- 7.72486e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1114.07 +- 5.95605e+08 3 tau[ExpManual][root:MTEpatch_int] 2703.5 +- 1457.39 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={454.78,438.57,-455.58,2034.5,438.04,213.49,1286.4} V_chisq= 112.795;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={7.43,16.5,132,41.8,12.6,6.58,115} Coefficient values ± one standard deviation K0 =454.78 ± 7.43 K1 =438.57 ± 16.5 K2 =-455.58 ± 132 K3 =2034.5 ± 41.8 K4 =438.04 ± 12.6 K5 =213.49 ± 6.58 K6 =1286.4 ± 115 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 112.795 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 15 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 454.779 +- 7.43089 1 A[ExpManual][root:WTEpatch_int] 438.573 +- 16.4598 2 xo[ExpManual][root:WTEpatch_int] -455.576 +- 131.805 3 tau[ExpManual][root:WTEpatch_int] 2034.52 +- 41.8436 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 438.045 +- 12.5993 1 A[ExpManual][root:MTEpatch_int] 213.486 +- 6.57801 2 xo[ExpManual][root:MTEpatch_int] 1286.37 +- 114.971 3 tau[ExpManual][root:WTEpatch_int] 2034.52 +- 41.8436 ** LINKED to data set root:WTEpatch_int coefficient 3: tau[ExpManual][root:WTEpatch_int] *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={454.78,438.57,-455.58,2034.5,438.04,213.49,1286.4} V_chisq= 112.795;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={86.8,NaN,NaN,624,92.3,NaN,NaN} Coefficient values ± one standard deviation K0 =454.78 ± 86.8 K1 =438.57 ± NaN K2 =-455.58 ± NaN K3 =2034.5 ± 624 K4 =438.04 ± 92.3 K5 =213.49 ± NaN K6 =1286.4 ± NaN Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 112.795 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 454.779 +- 86.7531 1 A[ExpManual][root:WTEpatch_int] 438.573 +- nan 2 xo[ExpManual][root:WTEpatch_int] -455.576 +- nan 3 tau[ExpManual][root:WTEpatch_int] 2034.52 +- 623.961 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 438.045 +- 92.2724 1 A[ExpManual][root:MTEpatch_int] 213.486 +- nan 2 xo[ExpManual][root:MTEpatch_int] 1286.37 +- nan 3 tau[ExpManual][root:WTEpatch_int] 2034.52 +- 623.961 ** LINKED to data set root:WTEpatch_int coefficient 3: tau[ExpManual][root:WTEpatch_int] *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={454.78,438.57,-455.58,2034.5,438.04,213.49,1286.4} V_chisq= 112.795;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={86.8,NaN,NaN,624,92.3,NaN,NaN} Coefficient values ± one standard deviation K0 =454.78 ± 86.8 K1 =438.57 ± NaN K2 =-455.58 ± NaN K3 =2034.5 ± 624 K4 =438.04 ± 92.3 K5 =213.49 ± NaN K6 =1286.4 ± NaN Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 112.795 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 454.779 +- 86.7531 1 A[ExpManual][root:WTEpatch_int] 438.573 +- nan 2 xo[ExpManual][root:WTEpatch_int] -455.576 +- nan 3 tau[ExpManual][root:WTEpatch_int] 2034.52 +- 623.961 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 438.045 +- 92.2724 1 A[ExpManual][root:MTEpatch_int] 213.486 +- nan 2 xo[ExpManual][root:MTEpatch_int] 1286.37 +- nan 3 tau[ExpManual][root:WTEpatch_int] 2034.52 +- 623.961 ** LINKED to data set root:WTEpatch_int coefficient 3: tau[ExpManual][root:WTEpatch_int] *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={454.78,438.57,-455.58,2034.5,438.04,213.49,1286.4} V_chisq= 112.795;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={86.8,NaN,NaN,624,92.3,NaN,NaN} Coefficient values ± one standard deviation K0 =454.78 ± 86.8 K1 =438.57 ± NaN K2 =-455.58 ± NaN K3 =2034.5 ± 624 K4 =438.04 ± 92.3 K5 =213.49 ± NaN K6 =1286.4 ± NaN Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 112.795 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 454.779 +- 86.7531 1 A[ExpManual][root:WTEpatch_int] 438.573 +- nan 2 xo[ExpManual][root:WTEpatch_int] -455.576 +- nan 3 tau[ExpManual][root:WTEpatch_int] 2034.52 +- 623.961 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 438.045 +- 92.2724 1 A[ExpManual][root:MTEpatch_int] 213.486 +- nan 2 xo[ExpManual][root:MTEpatch_int] 1286.37 +- nan 3 tau[ExpManual][root:WTEpatch_int] 2034.52 +- 623.961 ** LINKED to data set root:WTEpatch_int coefficient 3: tau[ExpManual][root:WTEpatch_int] *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={346.18,456.99,-878.96,1365.6,605.32,670.13,3115.3} V_chisq= 101.239;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={7.76,11.8,65.8,54.1,11.9,13,78.8} Coefficient values ± one standard deviation K0 =346.18 ± 7.76 K1 =456.99 ± 11.8 K2 =-878.96 ± 65.8 K3 =1365.6 ± 54.1 K4 =605.32 ± 11.9 K5 =670.13 ± 13 K6 =3115.3 ± 78.8 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 101.239 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 29 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 346.184 +- 7.75665 1 A[ExpManual][root:WTEpatch_int] 456.989 +- 11.7625 2 xo[ExpManual][root:WTEpatch_int] -878.955 +- 65.7634 3 tau[ExpManual][root:WTEpatch_int] 1365.58 +- 54.1167 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 605.317 +- 11.8745 1 A[ExpManual][root:WTEpatch_int] 456.989 +- 11.7625 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 670.126 +- 13.0461 3 tau[ExpManual][root:MTEpatch_int] 3115.34 +- 78.8331 *** Doing Global fit *** **** Singular matrix error during curve fitting **** There may be no dependence on these parameters: MasterCoefs[0],MasterCoefs[1],MasterCoefs[2],MasterCoefs[3],MasterCoefs[4],MasterCoefs[5] MasterCoefs[6] Global Fit converged normally. Global fit results Fit converged normally V_chisq = 0 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 0 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 346.184 +- 7.75665 1 A[ExpManual][root:WTEpatch_int] 456.989 +- 11.7625 2 xo[ExpManual][root:WTEpatch_int] -878.955 +- 65.7634 3 tau[ExpManual][root:WTEpatch_int] 1365.58 +- 54.1167 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 605.317 +- 11.8745 1 A[ExpManual][root:WTEpatch_int] 456.989 +- 11.7625 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 670.126 +- 13.0461 3 tau[ExpManual][root:MTEpatch_int] 3115.34 +- 78.8331 *** Doing Global fit *** **** Singular matrix error during curve fitting **** There may be no dependence on these parameters: MasterCoefs[0],MasterCoefs[1],MasterCoefs[2],MasterCoefs[3],MasterCoefs[4],MasterCoefs[5] MasterCoefs[6] Global Fit converged normally. Global fit results Fit converged normally V_chisq = 0 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 0 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.184 +- 7.75665 1 A[ExpManual][root:WTEpatch_int] 350 +- 11.7625 2 xo[ExpManual][root:WTEpatch_int] -475 +- 65.7634 3 tau[ExpManual][root:WTEpatch_int] 603 +- 54.1167 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 605.317 +- 11.8745 1 A[ExpManual][root:WTEpatch_int] 350 +- 11.7625 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 1114 +- 13.0461 3 tau[ExpManual][root:MTEpatch_int] 3115.34 +- 78.8331 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={254.18,350,-475,603,605.32,-1114,3115.3} V_chisq= 92379.8;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={12,7.68e+07,1.32e+08,90.8,304,6.84e+08,4.68e+03} Coefficient values ± one standard deviation K0 =254.18 ± 12 K1 =350 ± 7.68e+07 K2 =-475 ± 1.32e+08 K3 =603 ± 90.8 K4 =605.32 ± 304 K5 =-1114 ± 6.84e+08 K6 =3115.3 ± 4.68e+03 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 92379.8 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 254.184 +- 12.0291 1 A[ExpManual][root:WTEpatch_int] 350 +- 7.68368e+07 2 xo[ExpManual][root:WTEpatch_int] -475 +- 1.32379e+08 3 tau[ExpManual][root:WTEpatch_int] 603 +- 90.8045 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 605.317 +- 303.61 1 A[ExpManual][root:WTEpatch_int] 350 +- 7.68368e+07 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] -1114 +- 6.83921e+08 3 tau[ExpManual][root:MTEpatch_int] 3115.34 +- 4683.94 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={5.48,9.94,34.5,46.4,10.1,9.84,42.5} Coefficient values ± one standard deviation K0 =242.35 ± 5.48 K1 =362.18 ± 9.94 K2 =-467.82 ± 34.5 K3 =522.8 ± 46.4 K4 =429.14 ± 10.1 K5 =188.21 ± 9.84 K6 =1820 ± 42.5 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 17 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 5.48445 1 A[ExpManual][root:WTEpatch_int] 362.183 +- 9.93831 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- 34.461 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 46.3623 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 10.1021 1 A[ExpManual][root:WTEpatch_int] 362.183 +- 9.93831 ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- 9.83547 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 42.4735 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 •WM_NewGlobalFit1#InitNewGlobalFitPanel() •WM_NewGlobalFit1#UnloadNewGlobalFit() *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={242.35,362.18,-467.82,522.8,429.14,188.21,1820} V_chisq= 79.1241;V_npnts= 9;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 8; W_sigma={9.28,NaN,NaN,71.8,104,NaN,653} Coefficient values ± one standard deviation K0 =242.35 ± 9.28 K1 =362.18 ± NaN K2 =-467.82 ± NaN K3 =522.8 ± 71.8 K4 =429.14 ± 104 K5 =188.21 ± NaN K6 =1820 ± 653 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 79.1241 V_npnts= 9 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:WTEpatch_int] 242.352 +- 9.28252 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan 2 xo[ExpManual][root:WTEpatch_int] -467.819 +- nan 3 tau[ExpManual][root:WTEpatch_int] 522.799 +- 71.7689 Data Set: root:MTEpatch_int vs root:CadCbulk ; Function: ExpManual 0 yinf[ExpManual][root:MTEpatch_int] 429.138 +- 104.181 1 A[ExpManual][root:WTEpatch_int] 362.183 +- nan ** LINKED to data set root:WTEpatch_int coefficient 1: A[ExpManual][root:WTEpatch_int] 2 xo[ExpManual][root:MTEpatch_int] 188.206 +- nan 3 tau[ExpManual][root:MTEpatch_int] 1820.02 +- 652.916 •SetAxis/A *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.053859,35.64,21.049} V_chisq= 25.0353;V_npnts= 7;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 6; W_sigma={0.00282,1.14,1.72} Coefficient values ± one standard deviation K0 =0.053859 ± 0.00282 K1 =35.64 ± 1.14 K2 =21.049 ± 1.72 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 25.0353 V_npnts= 7 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 3 Data Set: root:WTEperim_int vs root:CadCbulk ; Function: LinearFit 0 m[LinearFit][root:WTEperim_int] 0.0538592 +- 0.002819 1 p[LinearFit][root:WTEperim_int] 35.6398 +- 1.14279 Data Set: root:MTEperim_int vs root:CadCbulk ; Function: LinearFit 0 m[LinearFit][root:WTEperim_int] 0.0538592 +- 0.002819 ** LINKED to data set root:WTEperim_int coefficient 0: m[LinearFit][root:WTEperim_int] 1 p[LinearFit][root:MTEperim_int] 21.0492 +- 1.71545 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.053859,35.64,21.049} V_chisq= 25.0353;V_npnts= 7;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 6; W_sigma={0.00282,1.14,1.72} Coefficient values ± one standard deviation K0 =0.053859 ± 0.00282 K1 =35.64 ± 1.14 K2 =21.049 ± 1.72 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 25.0353 V_npnts= 7 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 3 Data Set: root:WTEperim_int vs root:CadCbulk ; Function: LinearFit 0 m[LinearFit][root:WTEperim_int] 0.0538592 +- 0.002819 1 p[LinearFit][root:WTEperim_int] 35.6398 +- 1.14279 Data Set: root:MTEperim_int vs root:CadCbulk ; Function: LinearFit 0 m[LinearFit][root:WTEperim_int] 0.0538592 +- 0.002819 ** LINKED to data set root:WTEperim_int coefficient 0: m[LinearFit][root:WTEperim_int] 1 p[LinearFit][root:MTEperim_int] 21.0492 +- 1.71545 •Legend/C/N=text0/J "\\s(WTEpatch_int) WTE patch\n\\s(WTEperim_int) WTE perim\r\\s(MTEpatch_int) MTE patch\r\\s(MTEperim_int) MTE perim\rExp. fit for the patch";DelayUpdate •AppendText/N=text0 "\\s(fit_WTEpatch_int) fit_WTEpatch_int\r\\s(fit_MTEpatch_int) fit_MTEpatch_int\rExp. co-fit for the patch";DelayUpdate •AppendText/N=text0 "\\s(GFit_WTEpatch_int) GFit_WTEpatch_int\r\\s(GFit_MTEpatch_int) GFit_MTEpatch_int\rLin. co-fit for the perimeter";DelayUpdate •AppendText/N=text0 "\\s(GFit_WTEperim_int) GFit_WTEperim_int\r\\s(GFit_MTEperim_int) GFit_MTEperim_int" •Legend/C/N=text0/J "\\Z10\\s(WTEpatch_int) WTE patch\n\\s(WTEperim_int) WTE perim\r\\s(MTEpatch_int) MTE patch\r\\s(MTEperim_int) MTE perim\rExp. fit for the patch";DelayUpdate •AppendText/N=text0 "\\s(fit_WTEpatch_int) fit_WTEpatch_int\r\\s(fit_MTEpatch_int) fit_MTEpatch_int\rExp. co-fit for the patch";DelayUpdate •AppendText/N=text0 "\\s(GFit_WTEpatch_int) GFit_WTEpatch_int\r\\s(GFit_MTEpatch_int) GFit_MTEpatch_int\rLin. co-fit for the perimeter";DelayUpdate •AppendText/N=text0 "\\s(GFit_WTEperim_int) GFit_WTEperim_int\r\\s(GFit_MTEperim_int) GFit_MTEperim_int" *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.053859,35.64,21.049} V_chisq= 25.0353;V_npnts= 7;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 6; W_sigma={0.00282,1.14,1.72} Coefficient values ± one standard deviation K0 =0.053859 ± 0.00282 K1 =35.64 ± 1.14 K2 =21.049 ± 1.72 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 25.0353 V_npnts= 7 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 2 Data Set: root:WTEperim_int vs root:CadCbulk ; Function: LinearFit 0 m[LinearFit][root:WTEperim_int] 0.0538592 +- 0.002819 1 p[LinearFit][root:WTEperim_int] 35.6398 +- 1.14279 Data Set: root:MTEperim_int vs root:CadCbulk ; Function: LinearFit 0 m[LinearFit][root:WTEperim_int] 0.0538592 +- 0.002819 ** LINKED to data set root:WTEperim_int coefficient 0: m[LinearFit][root:WTEperim_int] 1 p[LinearFit][root:MTEperim_int] 21.0492 +- 1.71545 *** Doing Global fit *** Fit converged properly Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.053859,35.64,21.049} V_chisq= 25.0353;V_npnts= 7;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 6; W_sigma={0.00282,1.14,1.72} Coefficient values ± one standard deviation K0 =0.053859 ± 0.00282 K1 =35.64 ± 1.14 K2 =21.049 ± 1.72 Global Fit converged normally. Global fit results Fit converged normally V_chisq = 25.0353 V_npnts= 7 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEperim_int vs root:CadCbulk ; Function: LinearFit 0 m[LinearFit][root:WTEperim_int] 0.0538592 +- 0.002819 1 p[LinearFit][root:WTEperim_int] 35.6398 +- 1.14279 Data Set: root:MTEperim_int vs root:CadCbulk ; Function: LinearFit 0 m[LinearFit][root:WTEperim_int] 0.0538592 +- 0.002819 ** LINKED to data set root:WTEperim_int coefficient 0: m[LinearFit][root:WTEperim_int] 1 p[LinearFit][root:MTEperim_int] 21.0492 +- 1.71545 *** Doing Global fit *** 9 iterations with no decrease in chi square Duplicate/O YCumData,WMCF_TempXWave WMCF_TempXWave = x NewGlblFitFunc(MasterCoefs,FitY,WMCF_TempXWave) FitY=FitY[p] NewGF_ResidY = YCumData[p] - FitY[p] KillWaves/Z WMCF_TempXWave MasterCoefs={0.053859,35.64,21.049} V_chisq= 25.0353;V_npnts= 7;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 6; W_sigma={0.00266,1.09,1.63} Coefficient values ± one standard deviation K0 =0.053859 ± 0.00266 K1 =35.64 ± 1.09 K2 =21.049 ± 1.63 Hmm... Global Fit stopped for an unknown reason. Global fit results Fit stopped due to limit of iterations with no decrease in chi-square V_chisq = 25.0353 V_npnts= 7 V_numNaNs= 0 V_numINFs= 0 Number of iterations: 10 Data Set: root:WTEperim_int vs root:CadCbulk ; Function: LinearFit 0 m[LinearFit][root:WTEperim_int] 0.0538592 +- 0.0026607 1 p[LinearFit][root:WTEperim_int] 35.6398 +- 1.08571 Data Set: root:MTEperim_int vs root:CadCbulk ; Function: LinearFit 0 m[LinearFit][root:WTEperim_int] 0.0538592 +- 0.0026607 ** LINKED to data set root:WTEperim_int coefficient 0: m[LinearFit][root:WTEperim_int] 1 p[LinearFit][root:MTEperim_int] 21.0492 +- 1.63094 •variable perimIntensToSurfCov=1500/40 •ModifyGraph hideTrace(GFit_WTEpatch_int)=1,hideTrace(GFit_MTEpatch_int)=1,hideTrace(GFit_WTEperim_int)=1,hideTrace(GFit_MTEperim_int)=1 •Legend/C/N=text0/J "\\Z14\\s(WTEpatch_int) WTE patch\n\\s(WTEperim_int) WTE perim\r\\s(MTEpatch_int) MTE patch\r\\s(MTEperim_int) MTE perim\rExp. fit for the patch";DelayUpdate •AppendText/N=text0 "\\s(fit_WTEpatch_int) fit_WTEpatch_int\r\\s(fit_MTEpatch_int) fit_MTEpatch_int" •HideInfo •ShowInfo •HideInfo •Edit as "relation patch-perimeter" •rename wave0 WTEpatchCov •rename wave1 MTEpatchCov •rename wave2 WTEperimCov •rename wave3 MTEperimCov •display WTEpatchCov vs WTEperimCov •append MTEpatchCov vs MTEperimCov ! h2ĘڗCadCbulk????Y@@o@@@p@@@iX$3W_coef???? %@y,-?ӏ9Uĵ@X53W_sigma????Vxw@cn@$&@ =3 M_Correlation?????R念CP'R?O/?CP'O/??GX3GlobalFitCoefficients????]n?'4A@ 5@x/3fitYCumData????= ףp]E@333333G@Q^N@GzR@Gz;@(\µI@RM@kh2fY/WTEperim_int????= ףp]E@333333G@Q^N@GzR@֯h03~Y2WTEperim_int_err????HzG?p= ף?q= ףp?Gz?ڇh2Y4MTEperim_int???? 8@Gz;@(\µI@RM@O3YVMTEperim_int_err????1.11.671.161.23 h3~]^WTEpatch_int????ףp= '^@= ףpb@Qg@p= +j@Qk@4h2]^WTEpatch_int_err????333333@(\@333333 @Q@q= ףp@h3]^MTEpatch_int????QG@R1S@Gz_@Gzb@Qi@h2]^MTEpatch_int_err????)\(@@Gz@Q @Q@' g33fit_WTEpatch_int\@???v\OU@xcV@hV@z7]6W@EݝW@?BA-X@@NiX@$O4FX@0Y@ÑY@(YyPY@ԣQZ@UZ@ sVW [@b2i[@ ^|ء[@Vc\@ԱCw\@v\@3.9&]@S|]@M˰]@Wd%^@~x^@x^@L_@:?1l_@qz_@e`@+`@2lQ`@%A"&w`@+<4`@E.`@2c`@@Yx a@Eù.a@Qa@dta@ht8Ha@BzKaa@la@\Kfa@36Ub@gP=b@Q^b@m}b@mPb@FIYdb@1,b@ {b@Pc@0Sr+5c@FRc@.-|oc@Z-%c@Xɸxc@>rxc@ t&c@ Sc@Z~d@H1d@.nKd@ĥued@& sd@(*d@:ed@̑Td@8d@~HdXd@me@}<,e@eFCe@S_[e@6+re@Qhe@7e@8Ale@`e@xk]we@~KWe@ f@x' f@Cf5f@?ZhIf@ &^f@`. rf@N3f@6Usf@JZƬf@O2Ef@:f@]՝lf@euf@ g@<ש"g@n2-g@+?g@0Pg@/bg@q(2sg@%jyg@ng@\g@PNg@Q \g@߆fg:g@Tg@@kg@,ξh@ԧ|'h@6h!h@)L0h@cN?h@>rMh@\h@љ2jh@`*xh@yGh@2h@rph@I=sh@Sâh@0\h@V{S)h@Gh@^Dh@aNh@ޔ|i@14 Ri@AeLi@4nզ+i@$ Ud7i@?4Bi@twNi@zb]Yi@ d"ei@ Kpi@ {i@l6߅i@MSi@,c4f&i@Qi@>i@Z_(i@6Ai@k@SRLBOk@mM$k@#5O:*k@20k@Y5k@ʙm;k@WӟAAk@;A"Fk@%&`Lk@BQk@-t=Wk@fit_WTEpatch_int= W_coef[0]+W_coef[1]*exp(-(x-W_fitConstants[0])/W_coef[2]) W_coef={233.2,-115.39,433.6} W_fitConstants={100} V_chisq= 82.9729;V_npnts= 5;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 4; W_sigma={15.7,14.8,139} Coefficient values ± one standard deviation y0 =233.2 ± 15.7 A =-115.39 ± 14.8 tau =433.6 ± 139 Constant: X0 =100 OH2W_fitConstants????Y@E  2fit_MTEpatch_int\@???~>@K??@ a@@r@@[CPA@@ё_xA@`jF>B@@CB@p,C@ը+7C@vHD@'KrD@`aE@|j?}E@[#}E@0iF@FF@:UG@@hcG@U5AH@ QH@5ʍ2,I@ XyI@3J@+ J@`2+ K@`vK@0hK@sZ_L@YH[^L@o7pHM@@[M@P1N@ԛhN@ O@0O@ 1|P@<:P@zrtP@0@叮P@dPP@8"Q@ B@[Q@w&j@Q@ȴIQ@8HR@P:5AR@`G{R@rR@˻R@8&S@~eA$`S@v-;ES@@vYS@Sݤ_ T@ /YDT@xjE}T@pL$T@hӥT@'U@ms`U@`j-U@!ڻU@شvL V@BV@F{V@V@ { V@Ȣ[$W@0h\W@XӔW@leJ^@H+^@`5s^@i^@@ʊ$_@pZ_@GQ_@^_@c_@41`@8$5`@6w4P`@(=k`@?`@%<`@ 92`@u #`@DG `@N a@dnO'a@YBa@m$v]a@LhAxa@Psa@pŭa@|o}a@o/a@a@tsb@u!3b@|MMb@(ƔNhb@ۂb@{],cb@lHb@*G_b@TM)b@yBc@R!c@T 3f@OLf@@RBg@%)w.g@pD.Hg@d)ag@M{g@EMeg@g@( 6g@(gg@ 'lg@$`h@\q4,h@ 7mEh@2*^h@lLwh@џh@ $h@z1h@>Coef_WTEpatch_int????&DKn@Hãv@ٹ^=}ہdV@|`2>>sig_WTEpatch_int????ȝ"@P5Q@p3>>GFit_WTEpatch_int*) '@???Y@ܯp^@$),J^@@cJ^@!7^@׳_@\_Q_@s C_@Pb~_@tm6`@Lg(`@G`@nzf`@`@)K|`@v,`@r`@ `@baa@hw7a@^.MTa@Rpa@ɿ;a@ITa@ /a@_J5a@-a@/=)Rb@`_:2b@xLb@JYgb@db@8!b@}Tb@Ub@@4b@TPc@=5c@kK2c@QYKc@xcc@{c@Sp}c@*.c@%dc@gc@׾+c@Bd@_Ed@}$^4d@1L`Jd@Bad@hvd@2d@VDd@lJVd@etd@Ldd@&d@$D 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CadCSurf WTEperim_int WTEperim_int_err MTEperim_int MTEperim_int_err WTEpatch_int WTEpatch_int_err MTEpatch_int MTEpatch_int_err fit_WTEpatch_int W_fitConstants fit_MTEpatch_int Coef_WTEpatch_int sig_WTEpatch_int GFit_WTEpatch_int GRes_WTEpatch_int Coef_MTEpatch_int sig_MTEpatch_int GFit_MTEpatch_int GRes_MTEpatch_int Packagesrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootroot_calculated_rootroot:CadCbulkroot:WTEarearoot:WTEarea_errroot:MTEarearoot:MTEarea_errroot:fit_WTEarearoot:W_coefroot:W_sigmaroot:fit_MTEarearoot:M_Correlationroot:GlobalFitCoefficientsroot:fitYCumDataroot:Coef_WTEarearoot:sig_WTEarearoot:GFit_WTEarearoot:GRes_WTEarearoot:Coef_MTEarearoot:sig_MTEarearoot:GFit_MTEarearoot:GRes_MTEarearoot:CadCSurfroot:WTEperim_introot:WTEperim_int_errroot:MTEperim_introot:MTEperim_int_errroot:WTEpatch_introot:WTEpatch_int_errroot:MTEpatch_introot:MTEpatch_int_errroot:fit_WTEpatch_introot:W_fitConstantsroot:fit_MTEpatch_introot:Coef_WTEpatch_introot:sig_WTEpatch_introot:GFit_WTEpatch_introot:GRes_WTEpatch_introot:Coef_MTEpatch_introot:sig_MTEpatch_introot:GFit_MTEpatch_introot:GRes_MTEpatch_introot:Packages '6AP_it *:FVjz%9Ncx "&*.26:>BFJNRVZ^bfjvz"2CSdu"7H]r2HU/< yVSelWave+????BB  WaveSelectorInfo4!wD~Ā EListWindow`Pu(NewGF_SelectDataSetsPanelListCName`Pu(NewGF_SelectDataSetsYSelector] M}<ڬڨListWave*????root CadCbulk CadCSurf Coef_MTEarea Coef_MTEpatch_int Coef_WTEarea Coef_WTEpatch_int fitYCumData fit_MTEarea fit_MTEpatch_int fit_WTEarea fit_WTEpatch_int GFit_MTEarea GFit_MTEpatch_int GFit_WTEarea GFit_WTEpatch_int GlobalFitCoefficients GRes_MTEarea GRes_MTEpatch_int GRes_WTEarea GRes_WTEpatch_int MTEarea MTEarea_err MTEpatch_int MTEpatch_int_err MTEperim_int MTEperim_int_err M_Correlation sig_MTEarea sig_MTEpatch_int sig_WTEarea sig_WTEpatch_int WTEarea WTEarea_err WTEpatch_int WTEpatch_int_err WTEperim_int WTEperim_int_err W_coef W_fitConstants W_sigma Packagesrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootroot:CadCbulkroot:CadCSurfroot:Coef_MTEarearoot:Coef_MTEpatch_introot:Coef_WTEarearoot:Coef_WTEpatch_introot:fitYCumDataroot:fit_MTEarearoot:fit_MTEpatch_introot:fit_WTEarearoot:fit_WTEpatch_introot:GFit_MTEarearoot:GFit_MTEpatch_introot:GFit_WTEarearoot:GFit_WTEpatch_introot:GlobalFitCoefficientsroot:GRes_MTEarearoot:GRes_MTEpatch_introot:GRes_WTEarearoot:GRes_WTEpatch_introot:MTEarearoot:MTEarea_errroot:MTEpatch_introot:MTEpatch_int_errroot:MTEperim_introot:MTEperim_int_errroot:M_Correlationroot:sig_MTEarearoot:sig_MTEpatch_introot:sig_WTEarearoot:sig_WTEpatch_introot:WTEarearoot:WTEarea_errroot:WTEpatch_introot:WTEpatch_int_errroot:WTEperim_introot:WTEperim_int_errroot:W_coefroot:W_fitConstantsroot:W_sigmaroot:Packages,AQfu.CShs !,;K_o "&*.26:>BFJNRVZ^bo|$5K\r-BTdy$0=Ɛw<ڬTSelWave*????BB  WaveSelectorInfo5!wD~Ā EListWindow`Pu(NewGF_SelectDataSetsPanelListCName`Pu(NewGF_SelectDataSetsXSelector M<ڋڬListWave+????_calculated_root CadCbulk WTEarea WTEarea_err MTEarea MTEarea_err fit_WTEarea W_coef W_sigma fit_MTEarea M_Correlation GlobalFitCoefficients fitYCumData Coef_WTEarea sig_WTEarea GFit_WTEarea GRes_WTEarea Coef_MTEarea sig_MTEarea GFit_MTEarea GRes_MTEarea CadCSurf WTEperim_int WTEperim_int_err MTEperim_int MTEperim_int_err WTEpatch_int WTEpatch_int_err MTEpatch_int MTEpatch_int_err fit_WTEpatch_int W_fitConstants fit_MTEpatch_int Coef_WTEpatch_int sig_WTEpatch_int GFit_WTEpatch_int GRes_WTEpatch_int Coef_MTEpatch_int sig_MTEpatch_int GFit_MTEpatch_int GRes_MTEpatch_int Packagesrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootroot_calculated_rootroot:CadCbulkroot:WTEarearoot:WTEarea_errroot:MTEarearoot:MTEarea_errroot:fit_WTEarearoot:W_coefroot:W_sigmaroot:fit_MTEarearoot:M_Correlationroot:GlobalFitCoefficientsroot:fitYCumDataroot:Coef_WTEarearoot:sig_WTEarearoot:GFit_WTEarearoot:GRes_WTEarearoot:Coef_MTEarearoot:sig_MTEarearoot:GFit_MTEarearoot:GRes_MTEarearoot:CadCSurfroot:WTEperim_introot:WTEperim_int_errroot:MTEperim_introot:MTEperim_int_errroot:WTEpatch_introot:WTEpatch_int_errroot:MTEpatch_introot:MTEpatch_int_errroot:fit_WTEpatch_introot:W_fitConstantsroot:fit_MTEpatch_introot:Coef_WTEpatch_introot:sig_WTEpatch_introot:GFit_WTEpatch_introot:GRes_WTEpatch_introot:Coef_MTEpatch_introot:sig_MTEpatch_introot:GFit_MTEpatch_introot:GRes_MTEpatch_introot:Packages '6AP_it *:FVjz%9Ncx "&*.26:>BFJNRVZ^bfjvz"2CSdu"7H]r2HUƘ<ڋVSelWave+????BB  WaveSelectorInfo6!wD~Ā EListWindow`Pu(NewGF_SelectDataSetsPanelListCName`Pu(NewGF_SelectDataSetsYSelector0 `v<VVڤListWave)????root CadCbulk WTEarea WTEarea_err MTEarea MTEarea_err fit_WTEarea W_coef W_sigma fit_MTEarea M_Correlation GlobalFitCoefficients fitYCumData Coef_WTEarea sig_WTEarea GFit_WTEarea GRes_WTEarea Coef_MTEarea sig_MTEarea GFit_MTEarea GRes_MTEarea WTEperim_int WTEperim_int_err MTEperim_int MTEperim_int_err WTEpatch_int WTEpatch_int_err MTEpatch_int MTEpatch_int_err fit_WTEpatch_int W_fitConstants fit_MTEpatch_int Coef_WTEpatch_int sig_WTEpatch_int GFit_WTEpatch_int GRes_WTEpatch_int Coef_MTEpatch_int sig_MTEpatch_int GFit_MTEpatch_int GRes_MTEpatch_int Packagesrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootroot:CadCbulkroot:WTEarearoot:WTEarea_errroot:MTEarearoot:MTEarea_errroot:fit_WTEarearoot:W_coefroot:W_sigmaroot:fit_MTEarearoot:M_Correlationroot:GlobalFitCoefficientsroot:fitYCumDataroot:Coef_WTEarearoot:sig_WTEarearoot:GFit_WTEarearoot:GRes_WTEarearoot:Coef_MTEarearoot:sig_MTEarearoot:GFit_MTEarearoot:GRes_MTEarearoot:WTEperim_introot:WTEperim_int_errroot:MTEperim_introot:MTEperim_int_errroot:WTEpatch_introot:WTEpatch_int_errroot:MTEpatch_introot:MTEpatch_int_errroot:fit_WTEpatch_introot:W_fitConstantsroot:fit_MTEpatch_introot:Coef_WTEpatch_introot:sig_WTEpatch_introot:GFit_WTEpatch_introot:GRes_WTEpatch_introot:Coef_MTEpatch_introot:sig_MTEpatch_introot:GFit_MTEpatch_introot:GRes_MTEpatch_introot:Packages*5DS]hw.>Rbv !6K`t "&*.26:>BFJNR_k{ +<M^n(=Pe{ }L<VgRSelWave)????BB??  WaveSelectorInfo7!)wD~Ā EListWindow`Pu(NewGF_SelectDataSetsPanelListCName`Pu(NewGF_SelectDataSetsXSelectorX x<VVڨListWave*????_calculated_root CadCbulk WTEarea WTEarea_err MTEarea MTEarea_err fit_WTEarea W_coef W_sigma fit_MTEarea M_Correlation GlobalFitCoefficients fitYCumData Coef_WTEarea sig_WTEarea GFit_WTEarea GRes_WTEarea Coef_MTEarea sig_MTEarea GFit_MTEarea GRes_MTEarea WTEperim_int WTEperim_int_err MTEperim_int MTEperim_int_err WTEpatch_int WTEpatch_int_err MTEpatch_int MTEpatch_int_err fit_WTEpatch_int W_fitConstants fit_MTEpatch_int Coef_WTEpatch_int sig_WTEpatch_int GFit_WTEpatch_int GRes_WTEpatch_int Coef_MTEpatch_int sig_MTEpatch_int GFit_MTEpatch_int GRes_MTEpatch_int Packagesrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootrootroot_calculated_rootroot:CadCbulkroot:WTEarearoot:WTEarea_errroot:MTEarearoot:MTEarea_errroot:fit_WTEarearoot:W_coefroot:W_sigmaroot:fit_MTEarearoot:M_Correlationroot:GlobalFitCoefficientsroot:fitYCumDataroot:Coef_WTEarearoot:sig_WTEarearoot:GFit_WTEarearoot:GRes_WTEarearoot:Coef_MTEarearoot:sig_MTEarearoot:GFit_MTEarearoot:GRes_MTEarearoot:WTEperim_introot:WTEperim_int_errroot:MTEperim_introot:MTEperim_int_errroot:WTEpatch_introot:WTEpatch_int_errroot:MTEpatch_introot:MTEpatch_int_errroot:fit_WTEpatch_introot:W_fitConstantsroot:fit_MTEpatch_introot:Coef_WTEpatch_introot:sig_WTEpatch_introot:GFit_WTEpatch_introot:GRes_WTEpatch_introot:Coef_MTEpatch_introot:sig_MTEpatch_introot:GFit_MTEpatch_introot:GRes_MTEpatch_introot:Packages '6AP_it *:J^n-BWl "&*.26:>BFJNRVZfjw"3CTev+@Uh}+89}<VkTSelWave*????BB?  WindowCoordinates!R@H<AW_windowCoordinates ????NewGlobalFitPanelGlobalFitGraph5026120130121740176133872727272715395641208windowNamelefttoprightbottompanelResscreenReswidthPointsheightPoints"#&)-0368:<>ADGJ  NewGlobalFit_StoredSetups!  LastSetupSaved!2wD~Ā ENewGF_RebuildCoefListNowFitCurvePointsi@NewGF_MaxIters@@runningTemplateAlertedGlobalFit_WeightsAreSD?DoLogSpacingDoConstraintsDoWeighting?DoMaskingDoCovarMatrix?DoCorelMatrix?MakeFitCurves?AppendResults?DoResiduals?DoQuietDoFitProgressGraph?NewGF_NewSetupNameNewGlobalFitSetup1newGF_HoldStringe@X<++NewGF_DataSetListWave????WTEpatch_intMTEpatch_intCadCbulkCadCbulkExpManualExpManual44root:WTEpatch_introot:MTEpatch_introot:CadCbulkroot:CadCbulkY WavesX WavesFunction# Coefs  (1:;<M^kxxxxxc@<++NewGF_MainCoefListWave????r0:yinfr1:yinfr0:ALINK:r0:Ar0:xor1:xor0:taur1:taur0:yinfr1:yinfr0:Ar1:Ar0:xor1:xor0:taur1:tauCoefs- K0K1K2K3 %+18?CGLQW]_@K<++NewGF_DataSetListSelWave????? `g<++NewGF_MainCoefListSelWave??????backColors}@<++PNewGF_LinkColors????վ\ڞ;$rsѪ#<[ԾN Sڷ`ᢋ6)nx@VŏI߰e规1.i}E̔D|j߳-2dްJWә?woخ(7_ٷR Os6<nSVڷ`I)x1@i߰eD.|ô}-Edްj?2wʹ(J_ٷWRo;7rѾ# O[վԾ\N $<H*hVDփq#鯜_Ilۓɽ۶3$!mN<z*ۖhV$҈m$HEm3q!_MyHҸ'y<++(NewGF_CoefControlListWave????root:WTEpatch_introot:WTEpatch_introot:WTEpatch_introot:WTEpatch_introot:MTEpatch_introot:MTEpatch_introot:MTEpatch_introot:MTEpatch_intyinf[ExpManual][root:WTEpatch_int]A[ExpManual][root:WTEpatch_int]xo[ExpManual][root:WTEpatch_int]tau[ExpManual][root:WTEpatch_int]yinf[ExpManual][root:MTEpatch_int]LINK:A[ExpManual][root:WTEpatch_int]xo[ExpManual][root:MTEpatch_int]tau[ExpManual][root:MTEpatch_int]242.352137160742362.182773366269-467.818693853358522.799237806404429.138122314991362.182773366269188.2055502007011820.01752354791e-161e-161e-161e-161e-161e-161e-161e-16Data SetNameInitial GuessHold?Epsilon"3DUfw ,Pp %*/49 ><++(NewGF_CoefControlListSelWave????@@@@@@@@@@@@@@BBBBBBB@@@@@@@,|`f<++SelectedDataSetsListWave????root:WTEpatch_introot:MTEpatch_introot:CadCbulkroot:CadCbulkY wavesX waves"/<^HP<++SelectedDataSetsSelWave?????b<++,PNewGF_TraceColorsd????$IYyf&$lUULڶ02sa?H0 <efm23ya<$lUUUUl$ڶy0$Ia<aHy0 öm<ؘ 3,PNewGF_TraceColorsd????$IYyf&$lUULڶ02sa?H0 <efm23ya<$lUUUUl$ڶy0$Ia<aHy0 öm<]QXp  CoefDataSetLinkage????@@@@@@?@I :FitFuncList????LinearFit {x GFWeightWave????= ףp=?(\?\(\@(\?{Gz@RQ?ffffff?dx YCumData????= ףp]E@333333G@Q^N@GzR@Gz;@(\µI@RM@h DataSetPointer????x :FitY????kRVRID@aH@CJHO@53S/S@hAA@>UGG@ddƸN@;X, MasterCoefs????]n?'4A@ 5@Xc :EpsilonWave????ؗҜ<ؗҜ<ؗҜ<<  M_Covar????\Wa>*0Q`imm*0Q`G2?:|?imm:|?_G@͡XH W_sigma????Պ.e?)_? xV?x{ fitXCumData????Y@@o@@@p@@o@@@p@eh XCumData????Y@@o@@@p@@@ *:// Platform=Macintosh, IGORVersion=8.040, architecture=Intel, systemTextEncoding="MacRoman", historyTextEncoding="UTF-8", procwinTextEncoding="UTF-8", recreationTextEncoding="UTF-8", build=34722 #pragma TextEncoding = "UTF-8" Silent 101 // use | as bitwise or -- not comment. DefaultFont "Helvetica" MoveWindow/P 5,45,705,500 MoveWindow/C 2,513,1280,800 GlobalFitGraph() NewGlobalFitPanel() Graph2() KillStrings/Z root:gWMSetNextTextFilesTextEncoding Window Graph2() : Graph PauseUpdate; Silent 1 // building window... Display /W=(37,45,548,477) WTEpatch_int vs CadCbulk AppendToGraph MTEpatch_int vs CadCbulk AppendToGraph WTEperim_int vs CadCbulk AppendToGraph MTEperim_int vs CadCbulk AppendToGraph fit_WTEpatch_int,fit_MTEpatch_int,GFit_WTEpatch_int,GFit_MTEpatch_int AppendToGraph GFit_WTEperim_int,GFit_MTEperim_int ModifyGraph mode(WTEpatch_int)=3,mode(MTEpatch_int)=3,mode(WTEperim_int)=3,mode(MTEperim_int)=3 ModifyGraph marker(WTEpatch_int)=19,marker(MTEpatch_int)=16,marker(WTEperim_int)=8 ModifyGraph marker(MTEperim_int)=5 ModifyGraph lSize(fit_WTEpatch_int)=2,lSize(fit_MTEpatch_int)=2,lSize(GFit_WTEpatch_int)=2 ModifyGraph lSize(GFit_MTEpatch_int)=2 ModifyGraph lStyle(fit_WTEpatch_int)=3,lStyle(fit_MTEpatch_int)=7 ModifyGraph rgb(WTEpatch_int)=(26205,52428,1),rgb(MTEpatch_int)=(65535,43690,0) ModifyGraph rgb(WTEperim_int)=(19675,39321,1),rgb(MTEperim_int)=(65535,32764,16385) ModifyGraph rgb(fit_WTEpatch_int)=(19675,39321,1),rgb(fit_MTEpatch_int)=(65535,32764,16385) ModifyGraph rgb(GFit_WTEpatch_int)=(19675,39321,1),rgb(GFit_MTEpatch_int)=(65535,32764,16385) ModifyGraph msize(WTEpatch_int)=8,msize(MTEpatch_int)=8,msize(WTEperim_int)=8,msize(MTEperim_int)=8 ModifyGraph mrkThick(WTEpatch_int)=1,mrkThick(MTEpatch_int)=1,mrkThick(WTEperim_int)=2 ModifyGraph mrkThick(MTEperim_int)=2 ModifyGraph useMrkStrokeRGB(WTEpatch_int)=1,useMrkStrokeRGB(MTEpatch_int)=1 ModifyGraph mrkStrokeRGB(WTEpatch_int)=(19675,39321,1),mrkStrokeRGB(MTEpatch_int)=(65535,32764,16385) ModifyGraph tick=2 ModifyGraph mirror=2 ModifyGraph standoff=0 Label left "\\Z16intensity (A.U.)" Label bottom "\\Z16[Cadherin]\\Bsolution\\M (nM)" SetAxis left 0,250 SetAxis bottom 0,1000 Cursor/P A fit_WTEpatch_int 37 ShowInfo Legend/C/N=text0/J/A=MC/X=-34.74/Y=29.56 "\\Z10\\s(WTEpatch_int) WTE patch\n\\s(WTEperim_int) WTE perim\r\\s(MTEpatch_int) MTE patch\r\\s(MTEperim_int) MTE perim" AppendText "Exp. fit for the patch\r\\s(fit_WTEpatch_int) fit_WTEpatch_int\r\\s(fit_MTEpatch_int) fit_MTEpatch_int\rExp. co-fit for the patch" AppendText "\\s(GFit_WTEpatch_int) GFit_WTEpatch_int\r\\s(GFit_MTEpatch_int) GFit_MTEpatch_int\rLin. co-fit for the perimeter" AppendText "\\s(GFit_WTEperim_int) GFit_WTEperim_int\r\\s(GFit_MTEperim_int) GFit_MTEperim_int" EndMacro Window NewGlobalFitPanel() : Panel PauseUpdate; Silent 1 // building window... NewPanel /K=1 /W=(565,60,1280,701) as "Global Analysis" TabControl NewGF_TabControl,pos={10.00,7.00},size={698.00,330.00},proc=WM_NewGlobalFit1#NewGF_TabControlProc TabControl NewGF_TabControl,tabLabel(0)="Data Sets and Functions" TabControl NewGF_TabControl,tabLabel(1)="Coefficient Control",value= 0 Button NewGF_HelpButton,pos={657.00,6.00},size={50.00,20.00},proc=NewGF_HelpButtonProc,title="Help" DefineGuide TabAreaLeft={FL,13},TabAreaRight={FR,-10},TabAreaTop={FT,31},TabAreaBottom={FB,-307} DefineGuide GlobalControlAreaTop={FB,-297},Tab0ListTopGuide={TabAreaTop,130} SetWindow kwTopWin,hook=WC_WindowCoordinatesHook SetWindow kwTopWin,hook(PopupWS_HostWindowHook)=PopupWSHostHook SetWindow kwTopWin,hook(NewGF_Resize)=NewGF_PanelHook NewPanel/W=(178,160,537,481)/FG=(TabAreaLeft,TabAreaTop,TabAreaRight,TabAreaBottom)/HOST=# ModifyPanel frameStyle=0, frameInset=0 GroupBox NewGF_DataSetsGroup,pos={12.00,5.00},size={315.00,113.00},title="Data Sets" GroupBox NewGF_DataSetsGroup,fSize=12,fStyle=1 PopupMenu NewGF_AddDataSetMenu,pos={23.00,29.00},size={140.00,23.00},bodyWidth=140,proc=WM_NewGlobalFit1#NewGF_AddYWaveMenuProc,title="Add Data Sets" PopupMenu NewGF_AddDataSetMenu,mode=0,value= #"NewGF_YWaveList(1)" Button NewGF_AddRemoveWavesButton,pos={23.00,61.00},size={220.00,20.00},proc=NewGF_AddRemoveWavesButtonProc,title="Add/Remove Waves..." PopupMenu NewGF_RemoveDataSetMenu1,pos={175.00,29.00},size={140.00,23.00},bodyWidth=140,proc=WM_NewGlobalFit1#NewGF_RemoveDataSetsProc,title="Remove" PopupMenu NewGF_RemoveDataSetMenu1,mode=0,value= #"NewGF_RemoveMenuList()" PopupMenu NewGF_SetFunctionMenu,pos={23.00,90.00},size={160.00,23.00},bodyWidth=160,proc=NewGF_SetFuncMenuProc,title="Choose Fit Function" PopupMenu NewGF_SetFunctionMenu,mode=0,value= #"NewGF_FitFuncList()" GroupBox NewGF_CoefficientsGroup,pos={358.00,5.00},size={331.00,113.00},title="Coefficients" GroupBox NewGF_CoefficientsGroup,fSize=12,fStyle=1 Button NewGF_LinkCoefsButton,pos={373.00,90.00},size={140.00,20.00},proc=NewGF_LinkCoefsButtonProc,title="Link Selection" Button NewGF_UnLinkCoefsButton,pos={531.00,90.00},size={140.00,20.00},proc=NewGF_UnLinkCoefsButtonProc,title="Unlink Selection" PopupMenu NewGF_SelectAllCoefMenu,pos={373.00,39.00},size={140.00,23.00},bodyWidth=140,proc=WM_NewGlobalFit1#NewGF_SelectAllCoefMenuProc,title="Select Coef Column" PopupMenu NewGF_SelectAllCoefMenu,mode=0,value= #"WM_NewGlobalFit1#NewGF_ListFunctionsAndCoefs()" PopupMenu NewGF_SelectAlsoCoefMenu,pos={532.00,38.00},size={140.00,23.00},bodyWidth=140,proc=WM_NewGlobalFit1#NewGF_SelectAllCoefMenuProc,title="Add To Selection" PopupMenu NewGF_SelectAlsoCoefMenu,mode=0,value= #"WM_NewGlobalFit1#NewGF_ListFunctionsAndCoefs()" PopupMenu NewGF_SelectCoefName,pos={373.00,65.00},size={140.00,23.00},bodyWidth=140,proc=NewGF_SelectAllCoefsNamedProc,title="Select Coefs Named" PopupMenu NewGF_SelectCoefName,mode=0,value= #"WM_NewGlobalFit1#NewGF_ListAllUniqueCoefNames()" ListBox NewGF_DataSetsList,pos={10.00,130.00},size={339.00,168.00},proc=WM_NewGlobalFit1#NewGF_DataSetListBoxProc ListBox NewGF_DataSetsList,frame=2 ListBox NewGF_DataSetsList,listWave=root:Packages:NewGlobalFit:NewGF_DataSetListWave ListBox NewGF_DataSetsList,selWave=root:Packages:NewGlobalFit:NewGF_DataSetListSelWave ListBox NewGF_DataSetsList,mode= 10,editStyle= 1,widths={10,10,10,6} ListBox NewGF_DataSetsList,userColumnResize= 1,clickEventModifiers= 5 ListBox NewGF_Tab0CoefList,pos={358.00,130.00},size={332.00,168.00},proc=WM_NewGlobalFit1#NewGF_DataSetListBoxProc ListBox NewGF_Tab0CoefList,frame=2 ListBox NewGF_Tab0CoefList,listWave=root:Packages:NewGlobalFit:NewGF_MainCoefListWave ListBox NewGF_Tab0CoefList,selWave=root:Packages:NewGlobalFit:NewGF_MainCoefListSelWave ListBox NewGF_Tab0CoefList,colorWave=root:Packages:NewGlobalFit:NewGF_LinkColors ListBox NewGF_Tab0CoefList,mode= 10,editStyle= 1,widths={100} ListBox NewGF_Tab0CoefList,userColumnResize= 1,clickEventModifiers= 5 GroupBox NewGF_Tab0ListDragLine,pos={353.00,130.00},size={4.00,168.00},frame=0 RenameWindow #,Tab0ContentPanel SetActiveSubwindow ## NewPanel/W=(119,117,359,351)/FG=(TabAreaLeft,TabAreaTop,TabAreaRight,TabAreaBottom)/HOST=# /HIDE=1 ModifyPanel frameStyle=0, frameInset=0 ListBox NewGF_CoefControlList,pos={4.00,34.00},size={682.00,263.00},proc=WM_NewGlobalFit1#NewGF_CoefListBoxProc ListBox NewGF_CoefControlList,frame=2 ListBox NewGF_CoefControlList,listWave=root:Packages:NewGlobalFit:NewGF_CoefControlListWave ListBox NewGF_CoefControlList,selWave=root:Packages:NewGlobalFit:NewGF_CoefControlListSelWave ListBox NewGF_CoefControlList,mode= 10,editStyle= 1,widths={15,15,7,4,5} ListBox NewGF_CoefControlList,userColumnResize= 1 TitleBox NewGF_CoefControlIGTitle,pos={136.00,9.00},size={74.00,15.00},title="Initial guess:" TitleBox NewGF_CoefControlIGTitle,fSize=12,frame=0,anchor= RC PopupMenu NewGF_SetCoefsFromWaveMenu,pos={219.00,7.00},size={113.00,23.00},proc=NewGF_SetCoefsFromWaveProc,title="Set from Wave" PopupMenu NewGF_SetCoefsFromWaveMenu,mode=0,value= #"NewGF_ListInitGuessWaves(0, 0)" PopupMenu NewGF_SaveCoefstoWaveMenu,pos={343.00,7.00},size={105.00,23.00},proc=NewGF_SaveCoefsToWaveProc,title="Save to Wave" PopupMenu NewGF_SaveCoefstoWaveMenu,mode=0,value= #"\"New Wave...;\\\\M1-;\"+NewGF_ListInitGuessWaves(0, 0)" RenameWindow #,Tab1ContentPanel SetActiveSubwindow ## NewPanel/W=(495,313,643,351)/FG=(FL,GlobalControlAreaTop,FR,FB)/HOST=# ModifyPanel frameStyle=0, frameInset=0 TitleBox NewGF_ResultWavesTitle,pos={23.00,6.00},size={81.00,15.00},title="Result Waves" TitleBox NewGF_ResultWavesTitle,fSize=12,frame=0,fStyle=1 CheckBox NewGF_MakeFitCurvesCheck,pos={28.00,34.00},size={143.00,16.00},proc=WM_NewGlobalFit1#NewGF_FitCurvesCheckProc,title="Make Fit Curve Waves" CheckBox NewGF_MakeFitCurvesCheck,fSize=12,value= 1 CheckBox NewGF_AppendResultsCheckbox,pos={50.00,56.00},size={186.00,16.00},proc=WM_NewGlobalFit1#NewGF_AppendResultsCheckProc,title="And Append Them to Graphs" CheckBox NewGF_AppendResultsCheckbox,fSize=12,value= 1 CheckBox NewGF_DoResidualCheck,pos={51.00,79.00},size={129.00,16.00},proc=WM_NewGlobalFit1#NewGF_CalcResidualsCheckProc,title="Calculate Residuals" CheckBox NewGF_DoResidualCheck,fSize=12,value= 1 SetVariable NewGF_SetFitCurveLength,pos={27.00,114.00},size={149.00,18.00},bodyWidth=50,title="Fit Curve Points:" SetVariable NewGF_SetFitCurveLength,fSize=12 SetVariable NewGF_SetFitCurveLength,limits={2,inf,1},value= root:Packages:NewGlobalFit:FitCurvePoints CheckBox NewGF_DoDestLogSpacingCheck,pos={51.00,140.00},size={135.00,16.00},title="Logarithmic Spacing" CheckBox NewGF_DoDestLogSpacingCheck,fSize=12,value= 0 SetVariable NewGF_ResultNamePrefix,pos={28.00,177.00},size={201.00,18.00},bodyWidth=50,title="Result Wave Name Prefix:" SetVariable NewGF_ResultNamePrefix,fSize=12,value= _STR:"" TitleBox NewGF_ResultWavesDFTitle,pos={27.00,212.00},size={199.00,15.00},title="Make Result Waves in Data Folder:" TitleBox NewGF_ResultWavesDFTitle,fSize=12,frame=0 Button NewGF_ResultsDFSelector,pos={50.00,231.00},size={206.00,20.00},proc=PopupWaveSelectorButtonProc,title="\\JRSame as Y Wave \\W623" Button NewGF_ResultsDFSelector,userdata(NewGF_SavedSelection)= "Same as Y Wave" Button NewGF_ResultsDFSelector,userdata(popupWSInfo)= A"!!*'pATpX\\Ddm-k7VQs@@;]Xm,>Mfo7n-iUCi Function LinearFit(w,x) : FitFunc Wave w Variable x //CurveFitDialog/ These comments were created by the Curve Fitting dialog. Altering them will //CurveFitDialog/ make the function less convenient to work with in the Curve Fitting dialog. //CurveFitDialog/ Equation: //CurveFitDialog/ f(x) = m*x+p //CurveFitDialog/ End of Equation //CurveFitDialog/ Independent Variables 1 //CurveFitDialog/ x //CurveFitDialog/ Coefficients 2 //CurveFitDialog/ w[0] = m //CurveFitDialog/ w[1] = p return w[0]*x+w[1] End Function ExpManual(w,x) : FitFunc Wave w Variable x //CurveFitDialog/ These comments were created by the Curve Fitting dialog. Altering them will //CurveFitDialog/ make the function less convenient to work with in the Curve Fitting dialog. //CurveFitDialog/ Equation: //CurveFitDialog/ f(x) = yinf-A*exp(-(x-xo)/tau) //CurveFitDialog/ End of Equation //CurveFitDialog/ Independent Variables 1 //CurveFitDialog/ x //CurveFitDialog/ Coefficients 4 //CurveFitDialog/ w[0] = yinf //CurveFitDialog/ w[1] = A //CurveFitDialog/ w[2] = xo //CurveFitDialog/ w[3] = tau return w[0]-w[1]*exp(-(x-w[2])/w[3]) End