Description: Automatic drawing method isogram direction from a technical point of view can be divided into two categories, interpolation and curve fitting. In which the effect of curve fitting in general than the classical interpolation algorithm and a wide range of applications, the results would be more favorably. Here interpolation algorithm highlights.
To Search:
- [Contour] - VC contour map of the realization of the
- [soilmanagegis] - To write an information management syste
- [ThreeCurve] - Using MFC to do three pictures to achiev
- [85375568krijin] - Kriging interpolation calculation, a fit
File list (Check if you may need any files):
3DContourDoc.cpp
3DContourDoc.h
3DContourView.cpp
3DContourView.h
3DData.h
3DGrapher.cpp
3DGrapher.h
BaseData.h
BaseException.h
ChildFrm.cpp
ChildFrm.h
ContourDoc.cpp
ContourDoc.h
ContourView.cpp
ContourView.h
Dib.cpp
Dib.h
GLSurfaceView.cpp
GLSurfaceView.h
Grapher.h
Image.h
InCell1.grd
InCell1.txt
InputReader.cpp
InputReader.h
Interpolater.h
InverseDist.h
Kriging.h
MainFrm.cpp
MainFrm.h
Matrix.h
Numeric.h
OptionDlg.cpp
OptionDlg.h
res
...\3dgmove.cur
...\magnify.cur
...\WaferPainter.rc2
resource.h
StdAfx.cpp
StdAfx.h
Surfer.cpp
Surfer.h
testdata.txt
TestSite.txt
WaferPainter.aps
WaferPainter.clw
WaferPainter.cpp
WaferPainter.dsp
WaferPainter.dsw
WaferPainter.h
WaferPainter.ncb
WaferPainter.opt
WaferPainter.plg
WaferPainter.rc
WaferPainter.reg
WaferPainterDoc.cpp
WaferPainterDoc.h
WaferPainterView.cpp
WaferPainterView.h
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