numeric

In SQL Server you can use FLOAT or REAL to store floating point values the storage format of which is cleared defined by the IEEE 754 standard. For fixed point values we can use DECIMAL type (which has a synonym NUMERIC ). However I'm not pretty sure how SQL Server store DECIMAL values internally. For example, if I define a table and insert a row like this: IF OBJECT_ID('dbo.test_number_types') IS NOT NULL DROP TABLE dbo.test_number_types; CREATE TABLE dbo.test_number_types ( id INT IDENTITY(1, 1), c1 NUMERIC(5, 4) ) GO INSERT INTO dbo.test_number_types(c1)VALUES(5.7456); When I use DBCC PAGE

I am looking for a math library for scientific computing to use in Java / Scala. Especially I need complete elliptic integrals und modified Bessel functions. I would be nice if it is open source, but I guess I will have to take whatever is out there. A scipy (python lib for scientific computing) replacment would be great :-) As far as I'm aware, the most widely used Java math libraries are: The Apache Commons Math library , and The Colt project (developed by CERN ) You'll have to investigate their respective APIs though to determine if they provide exactly the functionality you require. I know

This question already has answers here : How can i convert a factor column that contains decimal numbers to numeric? (4 answers) Closed 6 years ago . Below is dataframe df1 of which I want to convert column "V2" from factor format to numeric without changing the current values (0 ; 0 ; 8,5 ; 3). df1= V1 V2 V3 X2 X3 4470 2010-03-28 0 A 21.53675 0 4471 2010-03-29 0 A 19.21611 0 4472 2010-03-30 8,5 A 21.54541 0 4473 2010-03-31 3 A NA NA Since column "V2" is in factor format I first convert it to character format: df1[,2]=as.character(df1[,2]) Then I try to convert "V2" to numeric format: df1[,2]

I need to pass two functions as parameters to a scala function. That function should then evaluate them and get a number from them where it will then operate on. This number can be either a Int, Double or any other numeric type. I would like the function to work, whatever the types it is working with. The example bellow explains the issue. import Numeric.Implicits._ class Arithmetic[T : Numeric](val A: Connector[T], val B: Connector[T]) { val sum = new Connector({ A.value + B.value }) } class Constant[T](var x: T) { val value = new Connector({ x }) } class Connector[T](f: => T) { def value: T

This question already has answers here : Closed 6 years ago . Possible Duplicate: EditText with number keypad by default, but allowing alphabetic characters Wondering if it is possible to default to a numeric keyboard on focus for an edittext field but also allow users to input characters? None of the input types seem to support this. Thanks! I just tried to add a number text field in Android and it ran in the emulator fine. It defaults to bring up the number pad first, but you can switch to characters just as easy. So try to use a number text field. <EditText android:id="@+id/editText1"

Quick question. I'm trying to find or write an encoder in Python to shorten a string of numbers by using upper and lower case letters. The numeric strings look something like this: 20120425161608678259146181504021022591461815040210220120425161608667 The length is always the same. My initial thought was to write some simple encoder to utilize upper and lower case letters and numbers to shorten this string into something that looks more like this: a26Dkd38JK That was completely arbitrary, just trying to be as clear as possible. I'm certain that there is a really slick way to do this, probably

So I like Haskell, but am dissatisfied with the Num class. So I want to make my own typeclass hierarchic for algebraic types. The problem is, even if I import Prelude hiding Num and everything associated with it, still the only way to make the literal 1 have type t is to make t instance Num. I would love to make my own fromInteger class and leave Num out of the picture entirely, like this import Prelude hiding (everything having to do with Num) import qualified Prelude (everything having to do with Num) class (Eq fi) => FromInteger fi where fromInteger :: Integral -> fi foo :: (FromInteger fi)