LinearAlgebra

abstract def addAssignment(m: M)(r: R, c: C, v: T): M

abstract def addColumnVector(m: M)(column: M): M

abstract def addRowVector(m: M)(row: M): M

abstract def addScalar(m: M)(x: T): M

abstract def additive: AdditiveCSemigroup[M]

abstract def and(m: M)(other: M): M

abstract def argmax(m: M): (R, C)

abstract def argmin(m: M): (R, C)

abstract def ceil(m: M): M

abstract def centerColumns(m: M): M

abstract def centerRows(m: M): M

Hilbert matrix

abstract def column(m: M)(j: C): M

abstract def columnMaxs(m: M): M

abstract def columnMeans(m: M): M

abstract def columnMins(m: M): M

abstract def columnRange(m: M): M

abstract def columnSums(m: M): M

abstract def columns(m: M): C

abstract def concatenateHorizontally(m: M)(right: M): M

abstract def concatenateVertically(m: M)(under: M): M

abstract def cov(m: M): M

abstract def diag(m: M): M

abstract def divColumnVector(m: M)(column: M): M

abstract def divPointwise(m: M)(other: M): M

abstract def divRowVector(m: M)(row: M): M

abstract def divideScalar(m: M)(x: T): M

abstract def dup(m: M): M

abstract def elementRng: Rng[T]

abstract def endofunctor: Endofunctor[M, T]

abstract def eq(m: M)(other: M): M

abstract def eye(laRows: R): M

abstract def flatMap(m: M)(f: (T) ⇒ M): M

abstract def floor(m: M): M

abstract def foldLeft(m: M)(zero: M)(f: (M, M) ⇒ M): M

abstract def foldTop(m: M)(zero: M)(f: (M, M) ⇒ M): M

abstract def fromColumnMajorArray(r: R, c: C, values: Array[T]): M

abstract def fromRowMajorArray(r: R, c: C, values: Array[T]): M

abstract def fullSVD(m: M): (M, M, M)

abstract def ge(m: M)(other: M): M

abstract def get(m: M)(i: R, j: C): T

abstract def gt(m: M)(other: M): M

abstract def invert(m: M): M

abstract def isColumnVector(m: M): Boolean

abstract def isEmpty(m: M): Boolean

abstract def isRowVector(m: M): Boolean

abstract def isScalar(m: M): Boolean

abstract def isSquare(m: M): Boolean

abstract def isVector(m: M): Boolean

abstract def le(m: M)(other: M): M

abstract def length(m: M): Int

abstract def log(m: M): M

abstract def log10(m: M): M

abstract def lt(m: M)(other: M): M

abstract def matrix(m: R, n: C, f: (R, C) ⇒ T): M

abstract def matrix(m: R, n: C, topleft: ⇒ T, left: (R) ⇒ T, top: (C) ⇒ T, fill: (R, C, T, T, T) ⇒ T): M

abstract def max(m: M): T

abstract def min(m: M): T

abstract def minus(x: M, y: M): M

abstract def mulColumn(m: M)(i: C, x: T): M

abstract def mulColumnVector(m: M)(column: M): M

abstract def mulPointwise(m: M)(other: M): M

abstract def mulRow(m: M)(i: R, x: T): M

abstract def mulRowVector(m: M)(row: M): M

abstract def multiplicative: MultiplicativeSemigroup[M]

abstract def multiplyScalar(m: M)(x: T): M

abstract def ne(m: M)(other: M): M

abstract def negate(m: M): M

abstract def not(m: M): M

abstract def numComponentsForCutoff(s: M, cutoff: Double)(implicit field: Field[T]): Int

abstract def ones(laRows: R, laColumns: C): M

abstract def or(m: M)(other: M): M

abstract def pca(Xnorm: M, cutoff: Double): (M, M)

abstract def pow(m: M)(p: Double): M

abstract def rand(laRows: R, laColumns: C): M

abstract def randn(laRows: R, laColumns: C): M

abstract def reduceToScalar(m: M)(op: (T, T) ⇒ T): T

abstract def row(m: M)(i: R): M

abstract def rowMaxs(m: M): M

abstract def rowMeans(m: M): M

abstract def rowMins(m: M): M

abstract def rowRange(m: M): M

abstract def rowSums(m: M): M

abstract def rows(m: M): R

abstract def slice(m: M)(rs: Seq[R], cs: Seq[C]): M

abstract def solve(m: M)(B: M): M

abstract def sortColumns(m: M): M

abstract def sortRows(m: M): M

abstract def std(m: M): M

abstract def subColumnVector(m: M)(column: M): M

abstract def subRowVector(m: M)(row: M): M

abstract def subtractScalar(m: M)(x: T): M

abstract def sumsq(m: M): M

abstract def toList(m: M): List[T]

abstract def transpose(m: M): M

abstract def xor(m: M)(other: M): M

abstract def zeros(laRows: R, laColumns: C): M

abstract def zipWith(m: M)(op: (T, T) ⇒ T)(other: M): M

abstract def zscore(m: M): M

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: Any): Boolean

def I(laRows: R): M

final def asInstanceOf[T0]: T0

def clone(): AnyRef

final def eq(arg0: AnyRef): Boolean

def equals(arg0: Any): Boolean

def finalize(): Unit

final def getClass(): Class[_]

def hashCode(): Int

final def isInstanceOf[T0]: Boolean

final def ne(arg0: AnyRef): Boolean

final def notify(): Unit

final def notifyAll(): Unit

final def synchronized[T0](arg0: ⇒ T0): T0

def toString(): String

final def wait(): Unit

final def wait(arg0: Long, arg1: Int): Unit

final def wait(arg0: Long): Unit