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--- smartfloat [2011/06/02 21:05]
evka
+++ smartfloat [2013/04/08 11:16] (current)
evka
@@ Line 5: / Line 5: @@
 and estimate the roundoff errors commited.
-A description of this work can be found [[http://infoscience.epfl.ch/record/164956|here.]]
+For example:
+  def cubeRoot = {
+    val a: AffineFloat = 10
+    var xn = AffineFloat(1.6)
+    for(i <- 1 until 5) {
+        xn = xn * ((xn*xn*xn + 2.0*a)/(2.0*xn*xn*xn + a))
+    }
+    println(xn.toStringWithAbsErrors)
+    println(xn.interval)
+  }
-You can download the latest .jar file {{projects:eva:top:smartfloatlib.jar.txt|here.}}
+will compute the cube root of 10 by Halley's method and provide an upper bound on the absolute floating-point roundoff error committed on the final result:
-In order to run your code, you will also need to compile some native code.
+.1544 (1.3346e-15)
-You will find it, with compile instructions, {{projects:eva:top:smartfloat_native.tar.gz|here.}}
+  [2.1544346900318816,2.154434690031885]
-The {{projects:eva:top:smartfloatsource.tar.gz|source code}}, including the examples from the report, is also available.
-The examples from the report can also be found **[[smartfloat:Examples.scala|HERE]]**.
+The source is now available on [[https://github.com/malyzajko/ceres|GitHub]].
+The only dependency is a small
+native library that you need to compile for your own platform, but for Linux and Mac
+this works without issues.
-There is also a {{projects:eva:top:smartfloat_poster.pdf|poster}} available.
+There is also a {{projects:eva:top:smartfloat_poster.pdf|poster}} and a [[http://lara.epfl.ch/~edarulov/presentation_geneva.pdf|presentation]] available.
+===== Applications =====
+The SmartFloat data type has also been used for certifying solutions of systems of nonlinear equations.
+The implementation uses Scala macros, which is an experimental feature coming in Scala 2.10.
+For this reason this [[http://lara.epfl.ch/~darulova/cerres.zip|code]] is to be regarded as experimental as well, but you are free to try it out.
+==== Publications ====
+E. Darulova, V. Kuncak. //Trustworthy Numerical Computation in Scala//. OOPSLA 2011.
+ [[http://lara.epfl.ch/~darulova/TrustworthyComputation.pdf|PDF]]
+E. Darulova, V. Kuncak. //Certifying Solutions for Numerical Constraints// RV 2012.
+[[http://lara.epfl.ch/~darulova/CertifyingSolutions.pdf|PDF]]
+The SmartFloat library is maintained by [[http://people.epfl.ch/eva.darulova|Eva Darulova]].