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TRANSCRIPT
5 Origin
5
51.1
61.2
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92-5-1
102-5-2 :
102-5-3
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112-5-5
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153-5
163-6
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163-8
17
174-1
174-2 Origin
194-3 X
204-4
214-4-1
224-4-2
224-5
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235-1
245-2
245-3 NLSF
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276-1
276-1-1
286-1-2
286-1-3
286-1-4
296-1-5
296-1-6
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317-1-1
317-1-2
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34 OriginExcel
34
3410-1
3610-2
3610-3 Origin
38ORIGIN
38
39
39X
41
41XY3D
42ORIGIN
43
43
43
44
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44origin 7.0
45
45ORIGIN4D
45XY
46
46
47f(x,y)=0
47
49
49 Origin 3D
57origin
571.
Origin
OriginMicrocal,7.0 http://www.originlab.com/
,,.Origin,Origin.,CLab Talk
1.1
Office
1
2
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5
1.2
File
Edit undo
View ,
Plot 5:
1
2
3
4
5
Column
Graph XY
Data
Analysis
FFTCorelateConvoluteDeconvoluteTANOAVMultiple Regression
FFT
Plot3D
Matrix
Tools
S
S
Format
Window
Help
ProjectFileNew
OPJ
ToolsOptionOpenCloseBackup Project Before Saving
FileAppend
WindowRefresh
2-1
X Ysindata.dat,
X sin(x)0.0 0.0000.1 0.1000.2 0.1990.3 0.296
data1Inport ASCIIsindata.dat
2-2
,
2-3
AProperties,
2-4
Data Display XY
Data Selector Ctrl,Ctrl+Shift
Data Reader XY
Screen Reader XY
Enlarger
Zoom
CtrlShift
2-5
2-5-1
2-5-2 :
,
2-5-3
Symbol Map:,,:Symbol Map
2-5-4
Graph
2-5-5
3-1
Import
3-2
cos(x)Origin
Add New Column
AY)Set Column Values, cos(col(x))OK
AProperties,,
cos(x),
3-3
Originsort
3-4
Frequency Count
Frequency Count
BinCtr
Count
BinEnd
Sum
3-5
Normalize
3-6
ViewGo To RawEditResetToFullRange
SetAsBegin
3-7
Mask,ViewToolbars
3-8
AnalysisAnalysisNon-Linear Curve Fit
mask
Origin
4-1
\Tutorial\Tutorial_3.opj
4-2 Origin
Origin.,"2D Graphs Extended",
\Tutorial\Tutorial_3.opjYDoubleYAxisHorizontal2PanelVertical2Panel4Panel
Y
Origin
4-3 X
DSetAs XX
:YX,BCAEFD
4-4
Origun
4-4-1
:
(1) Layers
(2)sinx
(3)
(4) LayerToolsLayer
AddArrange
2OK
4-4-2
Origin
Layer2LayerLayer PropertiesLink Axes Scales
4-5
FileSave Template As
5-1
Analysis
Fit Linear
y=A+B*x
Fit Polynomial
y=A+B1*x+B2*x^2
Fit Exponential Decay
Fit Exponential Growth
Fit Sigmoidal
S
Boltzmann
Fit Gaussion
Gaussion
Fit Lorentzian
Lorentzian
Fit Multipeaks
GaussionLorentzian
Nonlinear Curve Fit
5-2
OriginS
5-3 NLSF
OriginAnalysisNon-Linear Curve FitAdvanced Fitting ToolsFitting Wizad
Functionnew
new
Wizad
ActionDatasetSelect Dataset
Simple Math
Statistics
FFT
Smoothing and Filtering
(Baseline and Peak Analysis)
6-1
Tutorial\Tutorial_1.dat,
6-1-1
Y=Y1(+-*/)Y2YY1Y2
AnalysisSimple Math
6-1-2
Test3AnalysisSubtrart:Straight Line
,Test3
6-1-3
Y
Test3
est3AnalysisTranslateVertical
Test3
,
OriginTest3Test3Test3
6-1-4
XYAnalysisiAverage Multiple Curves
6-1-5
AnalysisInterpolate and Extrapolate
6-1-6
,: AnalysisCalculus:Differentiate
6-1-7
,:AnalysisCalculus:Integrate
6-2
MeanStandard DeviationStdSD(Standard Error of the Mean)MinimumMaximumPercentilesHistogramTT-test for One or Two PopulationsOne-way ANOVALinearPolynomial and Multiple Regression Analysis
6-3
FFT
6-4
Savitzky-GolayFFT
6-5
Origin:
OriginXYYXYZ
7-1
7-1-1
XYZx y z1 1 101 2 101 3 101 4 101 5 10
z(Y)z(z)
7-1-2
OriginRegular XYZMatrix5(100X100)
7-2
,Plot3D,
3D Color Fill Surface
MESH.OTP
3D X Constant with Base
X
XCONST.OTP
3D Y Constant with Base
Y
YCONST.OTP
3D Color Map Surface
CMAP.OTP
3D Bars
3DBARS.OTP
3D Wire Frame
WIREFRM.OTP
3D Wire Surface
WIREFACE.OTP
Contour-Color Fill
CONTOUR.OTP
Contour-B/W Lines+Labels
CONTLINE.OTP
Gray Scale Map
CONTOUR.OTP
,,,,
7-3
,Format->Plot,,
3D,
3D,,,
(Layout),.
FilenewLayout
LayoutADDLayout
Layout1Graph1shidata
OriginExcel
OriginExcel,,
10-1
ImportOption
:Export ASCII,
10-2
,EditCopy Page
FileExport Page
10-3 Origin
OriginWordOriginWordOrigin
Origin GraphOrigin
Origin
WordOrigin
ORIGIN
1
ORIGIN2DATA1WORKSHEETXYXY
XY
XYX1Y1X2Y2X3Y36X
2
ORIGINLAYER
2
ORIGIN7.0WORKSHEETIMPORT7.0SPC
EXCEL
Y
T
X
LABTALK
ORIGNTangent Lines.opkORIGINORIGIN
X
Double-click on the bottom X axis to open the X Axis dialog. On the Title & Format tab, select the Top Selection and then check the "Show Axis & Ticks" checkbox. Repeat these steps on the Tick Labels tab. Your graph should now display both the top and bottom X axes with tick labels. (You can also do this with script: layer.x.showaxes=3; layer.x.showLabels=3; )
To display X2 as 1240/X, run the following script, from the Script Window, opened by selecting Window:Script Window:
layer.x2.label.formula$ = "1240/x"
This then places labels on the top X axis, at same positions corresponding to labels in bottom X axis, and these new labels are values that are computed using the specified formula.
NOTE 1: You may have to double-click on the Top X axis tick labels to open the Axes dialog. On the Tick Labels tab, check the 'Set Decimal Places' checkbox, and enter in 2 (or some number) for the number of decimal places.
NOTE 2: The formula can be any string that is a function of x, which is calculable using LabTalk.
NOTE 3: Similar to the top X axis in this example, you can turn on right Y axis and set labels of that too. But note that the command should be:
layer.y2.label.formula$ = "x+10";
where you still use "x" in the formula even though you are setting the Y axis labels.
XY3D
3D3D
3D
ORIGIN
ORIGINE|WORDWORDORIGIN
CTL+upageClip Boeder Width10
analysis--translate 2
enter2enter2
XY
origin
YTick labelsprefisuffisuffi%Y%
3
CTRL
TOOLBARS2D
\ab(text),text
origin 7.0
subtractFROMDATA*_BY1DATA*_DY2+B
YxXXOK
ORIGIN4D
ORIGIN433DXYZ44
3DPLOTPLOT DETAILCOLOR MAPPING4
XY
Linear, Sigmoidal, and Polynomial Fit toolsXY
ACTIONRESULTS
You can also find XY unknowns by using the INTERPOL.OTW worksheet. To open this worksheet, select the Open Template button on the Standard Toolbar and choose Worksheet Template (.OTW) for Files of Type. Then, select the Buttons folder and choose INTERPOL.OTW. Once the worksheet has opened, place your X and Y data in the first two columns. Finally, enter a value (or set of values) in the NewX (or NewY) column and click on the "Find new Y values" (or "Find new X values") button.
XTITLE AND FORMATAT POSITIONYXYYYX
ORIGIN
f(x,y)=0
FxyPlot.opj
This script, FxyPlot plots an implicit function: f(x,y)=0
by scanning the given xy domain to determine the points on curve within the tolerance. Because of this method, it will take time to draw with high resolution, and it may present specious points and/or connections.
To execute, enter the following command in the script window:
run.section(fxyplot,main)
Windowsscript windowrun.section(fxyplot,main)OKXYOK
XCustom Tick LablesSpecial TicksSpecaiManual Label
col(a)=col(a)*A
for(i=1; i 0, w > 0 cos: x cosh : erf : exp : ftable(x,m,n) : m,n F gammaln : incbeta(x,a,b) : incf(x,m,n): m,n x F incgamma(x,a) : int : inverf : invf(x,m,n) : m n F invprob : invt(x,n) : n t ln : x log : 10 x mod(x,y) : x y nint : x prec(x,p) : x p prob : qcd2 : D2 qcd3 : D3 qcd4 : D4 rmod(x,y) : xy round(x,p) : x p sin : x sinh : x sqrt : x tan : x tanh : x ttable(x,n) : n t y0 : y1 : yn(x,n) : n
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