CaoTechnology:  dcsDigitiser Graph Digitizer 




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 dcsDigitiser Graph Digitizer Densitometer, developed by CaoTechnology, reads graphs into digital X-Y numerical numbers for peer analysis of graphs in the open literature and/or of your own hard copies. With excellent performance, dcsDigitiser Graph Digitizer is accurate, precise, versatile and straightforward in its use. It is now only a few clicks to get a numerical reading of graphs of interest while surfing on internet or reading a report. Simply 1) Copy and paste a graph to dcsDigitiser Graph Digitizer; 2) Click the Auto-digitising button on the tool bar, then clickon the graph you wish to digitise, dcsDigitiser Graph Digitizer will then automatically digitise the graph. You'll instantly know how to use it, wasting no time on working out how to use a digitiser but on your analysis. dcsDigitiser Graph Digitizer accepts a range of formats of graph image including BMP, JPG, Tiff, GIF, PNG, ICO, clipboard etc. Digitised numerical numbers can be read on dcsDigitiser Graph Digitizer, or on Excel by one-click only.



How to use dcsDigitiser Graph Digitizer:
1)  File/Open to load file (if it is a hard copy, scan it and save it as a GPEG or bitmap file (or other form); or copy and paste by clipboard
2)  Digitise the curve automatically, or manually or a combination of the both
3) Determine X-scaling and/or Y-scaling if necessary

4) Click the Excel button on the tool strip bar to transfer digitised data to Excel

How much and how to order:

How much: AU$120 only. 

How to order: Fill in the
Order Form (dcsDigitiser), and return it by email to: info@caotechnology.com.au


* Exceptional performance - sperior accuracy for sharp peaks

* Highly versatile - meets the requirement of variety of graphs of graphs

* Most comprehensive and straitforward - you'll know how to use it instantly;

* Integrate densitometer into dcsDigitiser - it works as a Gel Analyser as well;

* Rated 5 Star Software by Brothersoft, Filebuzz, Download3000 and FileGets etc.





Example 1:   Adams wants to forecast the US dollar/Euro exchange rate using the ARMA models, and he obtains a graph recording the exchange rate from the beginning of 1999 to the end of 2004.  He uses dcsDigitiser Graph Digitizer to digitise the graph so that a set of numerical numbers (970 points) are obtained as shown below: 







Example 2:  Smith is always interested in studying Australian share market, and has a graph shown below.  Using dcsDigitiser Graph Digitizer, Smith converts the graph, by only a click, into numerical data (849 points), so that he can analyse it and test his new theory on the Law of Demand, Supply and Government Regulations :




Smith further clicks the Excel button on the tool bar to transfer the digitised data to Microsoft Excel, and uses a polynomial function to fit the data to obtain the trendline.  Thus Smith predicts Australian share would be 2^12.305 = 20241 in the year 2020, and 2^15.625 = 50535 in the year 2030.









Example 3:  Subprime mortgagee Lehman Brothers found a graph recording Melbourne's house price over recent 3 years while surfing on internet.  He copied and pasted the graph to dcsDigitiser Graph Digitizer, and digitised the graph by a few clicks to obtain digitial numerical numbers so that he could analyse it and made predictions using statistics mathematical tools (348 points):







Example 4: Example 4:  Digitising a DSC curve of a PE/PP polymer blend with around 355 points:







Example 5:
 Digitising a FTIR spectrum (483 points):






Example 6:  Digitising a Stress-Strain curve of an alloy testing speciman (295 points):







Example 7: 
Digitising a graph showing experimental results (345 points):






Example 8:  dcsDigitiser can be used for gel analysis as well: Both novelist Brown and historian Hart are interested in reviewing the forensic records of Mr. Kennedy's assassination, and have the hair DNA testing results of 4 then suspects in hand.  Using dcsDigitiser, Brown and Hart digitized the hair DNA gel and obtained numerical density profiles for peer analysis by their own eyes, which are often, though not always, sharper than that of CIA and FBI detectives. 






Example 9:  Renowned curator Jacques Sauniere has been with Le Louvre for decades and knows every pieces of art work in it.  But he has no idea of Le Louvre's geographic information.  Using dcsDigitiser, Sauniere simply makes a few clicks on a Google Earth satellite photo, and obtains: the perimeter and area
 of Le Louvre being 1,495m and 135,500 m2, respectively