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Variowin

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Variowin
Lowest price (incl. delivery)
7 178,00 JPY
Typical price491,72 PLN
Lowest (90 days)44,99 PLN
Offers6
Last updated1 săptămână în urmă
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Price history (90 days)
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2026-08-08 2026-08-15
Istoricul prețurilor
Actualizat laPreț
2026-08-0849,99
2026-08-1444,99
2026-08-1551,99
Vânzător Product price Delivery Total Disponibilitate Updated
SP SpringerNatureLink Shop INT 7 149,00 JPY 29,00 JPY 7 178,00 JPY Disponibil 3 zile în urmă View offer
SP Springer Nature Author 7 149,00 JPY 25,00 JPY 7 174,00 JPY Disponibil 1 săptămână în urmă View offer
SP SpringerNatureLink Shop INT 49,99 USD free 49,99 USD Disponibil 3 zile în urmă View offer
SP SpringerNatureLink Shop INT 54,99 USD 15,00 USD 69,99 USD Disponibil 3 zile în urmă View offer
SP SpringerNatureLink Shop INT 54,99 USD free 54,99 USD Disponibil 3 zile în urmă View offer
SP SpringerNatureLink Shop INT 59,00 EUR 29,00 EUR 88,00 EUR Disponibil 3 zile în urmă View offer

Prețurile și disponibilitatea se pot modifica. Ultima actualizare: 08.08.2026 23:12.

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1.1 Overview V ARIOWIN 2.2 is a collection of four Windows™ programs - Prevar2D, Vari02D with PCF, Model, and Grid Display - that are used for spatial data analysis and variogram modeling of irregularly spaced data in two dimensions. Prevar2D builds a pair comparison file (PCF), that is, a binary file containing pairs of data sorted in terms of increasing distance. Pair comparison files can be built from subsets in order to reduce memory requirements. Vari02D with PCF is used for spatial data analysis of 2D data. It uses an ASCII data file and a binary pair comparison file produced by Prevar2D. Features implemented in Vari02D with PCF include: • the possibility to characterize the spatial continuity of one variable or the joined spatial continuity of two variables, • variogram surfaces for identifying directions of anisotropies, • directional variograms calculated along any direction, • several measures of spatial continuity. Not only the variogram but also the standardized variogram, the covariance, the correlogram, and the madogram are used to measure spatial continuity. • h-scatterplots to assess the meaning of these measures, • the identification and localization of pairs of data adversely affecting the measure of spatial continuity. Once identified, these pairs can be masked from the calculation interactively. • variogram clouds for identifying pairs of data values having the most influence on the measure of spatial continuity. Those pairs can also be located on the sample map.

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