org.saddle

framework

package framework

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Type Members

  1. class BeCloseToMat[T] extends Matcher[Mat[T]]

    A matcher for two numeric Mats that must be equal to within a tolerance

  2. class BeCloseToVec[T] extends Matcher[Vec[T]]

    A matcher for two numeric Vecs that must be equal to within a tolerance

  3. class BeCloseToVecProportional[T] extends Matcher[Vec[T]]

    A matcher for two numeric Vecs that must be equal to within a proportional tolerance

Value Members

  1. object BeCloseToMat

  2. object BeCloseToVec

  3. object BeCloseToVecProportional

  4. implicit def arbFrame[X, S](implicit arg0: Gen[X], arg1: Ordering[X], arg2: ClassManifest[X], arg3: ClassManifest[S], arg4: Gen[S]): Arbitrary[Frame[X, Int, S]]

    Yield an arbitrary 10 x 100 Frame.

  5. def arbFrameOfN[X, S](cols: Int, rows: Int)(implicit arg0: Gen[X], arg1: Ordering[X], arg2: ClassManifest[X], arg3: ClassManifest[S], arg4: Gen[S]): Arbitrary[Frame[X, Int, S]]

    Yield an arbitrary 100 x 100 Series.

  6. implicit def arbList: Arbitrary[List[Double]]

    Yield an arbitrary Double List of size 100

  7. implicit def arbMatrix[S](implicit arg0: ClassManifest[S], arg1: Gen[S]): Arbitrary[Mat[S]]

    Yield an arbitrary 100 x 100 Matrix.

  8. def arbMatrixOfN[S](cols: Int, rows: Int)(implicit arg0: ClassManifest[S], arg1: Gen[S]): Arbitrary[Mat[S]]

    Yield an arbitrary 100 x 100 Matrix.

  9. implicit def arbSeries[X, S](implicit arg0: Gen[X], arg1: Ordering[X], arg2: ClassManifest[X], arg3: ClassManifest[S], arg4: Gen[S]): Arbitrary[Series[X, S]]

    Yield an arbitrary Series of 100 values.

  10. def arbSeriesOfN[X, S](size: Int)(implicit arg0: Gen[X], arg1: Ordering[X], arg2: ClassManifest[X], arg3: ClassManifest[S], arg4: Gen[S]): Arbitrary[Series[X, S]]

    Yield an arbitrary Series of 100 values.

  11. implicit def arbVector[S](implicit arg0: ClassManifest[S], arg1: Gen[S]): Arbitrary[Vec[S]]

    Yield an arbitrary Vector of 100 values.

  12. def arbVectorOfN[S](size: Int)(implicit arg0: ClassManifest[S], arg1: Gen[S]): Arbitrary[Vec[S]]

    Yield an arbitrary Vector of 100 values.

  13. def boundedDouble: Gen[Double]

    A generator for doubles with bounds at .

    A generator for doubles with bounds at .5 the size of the min/max valyes.

  14. def dateTimeEpochToNow: Gen[DateTime]

    A generator for DateTimeS between the start of the epoch and now.

  15. implicit def double: Gen[Double]

  16. implicit def dt: Gen[DateTime]

  17. def genFrameOfN[X, S](dsize: Int, ssize: Int)(implicit arg0: Gen[X], arg1: Ordering[X], arg2: ScalarTag[X], arg3: Gen[S], arg4: ScalarTag[S]): Gen[Frame[X, Int, S]]

    A generator for FrameS of an arbitrary size.

  18. def genMatrixOfN[S](cols: Int, rows: Int)(implicit arg0: Gen[S], arg1: ScalarTag[S]): Gen[Mat[S]]

    A generator for MatS of an arbitrary size.

  19. def genSeriesOfN[X, S](size: Int)(implicit arg0: Gen[X], arg1: Ordering[X], arg2: ScalarTag[X], arg3: Gen[S], arg4: ScalarTag[S]): Gen[Series[X, S]]

    A generator for Series of an arbitrary size.

  20. def genVectorOfN[S](size: Int)(implicit arg0: Gen[S], arg1: ScalarTag[S]): Gen[Vec[S]]

    A generator for Vectors of an arbitrary size.

  21. def longEpochToNow: Gen[Long]

    A generator for longs between 0 and the current time in milliseconds.

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