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implicit class MathOps[T] extends AnyRef

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Instance Constructors

  1. new MathOps(output: ops.Output[T])

Value Members

  1. final def !=(arg0: Any): Boolean
    Definition Classes
    AnyRef → Any
  2. final def ##: Int
    Definition Classes
    AnyRef → Any
  3. final def ==(arg0: Any): Boolean
    Definition Classes
    AnyRef → Any
  4. def abs(implicit ev: core.types.IsReal[T]): ops.Output[T]
  5. def acos(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  6. def acosh(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  7. def add(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  8. def all[I](axes: ops.Output[I] = null, keepDims: Boolean = false)(implicit arg0: IntDefault[I], arg1: core.types.TF[I], arg2: core.types.IsIntOrLong[I], ev: =:=[T, Boolean]): ops.Output[Boolean]
  9. def any[I](axes: ops.Output[I] = null, keepDims: Boolean = false)(implicit arg0: IntDefault[I], arg1: core.types.TF[I], arg2: core.types.IsIntOrLong[I], ev: =:=[T, Boolean]): ops.Output[Boolean]
  10. def approximatelyEqual(other: ops.Output[T])(implicit ev: core.types.IsNumeric[T]): ops.Output[Boolean]
  11. def argmax[I, IR](axes: ops.Output[I], outputDataType: core.types.DataType[IR])(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], arg2: core.types.TF[IR], arg3: core.types.IsIntOrLong[IR], ev: core.types.IsNotQuantized[T]): ops.Output[IR]
  12. def argmax[I](axes: ops.Output[I])(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], ev: core.types.IsNotQuantized[T]): ops.Output[Long]
  13. def argmin[I, IR](axes: ops.Output[I], outputDataType: core.types.DataType[IR])(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], arg2: core.types.TF[IR], arg3: core.types.IsIntOrLong[IR], ev: core.types.IsNotQuantized[T]): ops.Output[IR]
  14. def argmin[I](axes: ops.Output[I])(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], ev: core.types.IsNotQuantized[T]): ops.Output[Long]
  15. final def asInstanceOf[T0]: T0
    Definition Classes
    Any
  16. def asin(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  17. def asinh(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  18. def atan(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  19. def atan2(other: ops.Output[T])(implicit ev: core.types.IsFloatOrDouble[T]): ops.Output[T]
  20. def atanh(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  21. def binCount[R](dataType: core.types.DataType[R], weights: ops.Output[R] = null, minLength: ops.Output[Int] = null, maxLength: ops.Output[Int] = null)(implicit arg0: core.types.TF[R], arg1: core.types.IsIntOrLongOrFloatOrDouble[R], ev: =:=[T, Int]): ops.Output[R]
  22. def bucketize(boundaries: Seq[Float])(implicit ev: core.types.IsIntOrLongOrFloatOrDouble[T]): ops.Output[T]
  23. def ceil(implicit ev: core.types.IsHalfOrFloatOrDouble[T]): ops.Output[T]
  24. def clone(): AnyRef
    Attributes
    protected[lang]
    Definition Classes
    AnyRef
    Annotations
    @throws(classOf[java.lang.CloneNotSupportedException]) @native() @HotSpotIntrinsicCandidate()
  25. def conjugate(implicit ev: core.types.IsComplex[T]): ops.Output[T]
  26. def cos(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  27. def cosh(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  28. def countNonZero[I](axes: ops.Output[I] = null, keepDims: Boolean = false)(implicit arg0: IntDefault[I], arg1: core.types.TF[I], arg2: core.types.IsIntOrLong[I], ev: core.types.IsNumeric[T]): ops.Output[Long]
  29. def cross(other: ops.Output[T])(implicit ev: core.types.IsReal[T]): ops.Output[T]
  30. def cumprod[I](axis: ops.Output[I], exclusive: Boolean = false, reverse: Boolean = false)(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], ev: core.types.IsNotQuantized[T]): ops.Output[T]
  31. def cumsum[I](axis: ops.Output[I], exclusive: Boolean = false, reverse: Boolean = false)(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], ev: core.types.IsNotQuantized[T]): ops.Output[T]
  32. def diag(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  33. def diagPart(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  34. def digamma(implicit ev: core.types.IsFloatOrDouble[T]): ops.Output[T]
  35. def divide(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  36. final def eq(arg0: AnyRef): Boolean
    Definition Classes
    AnyRef
  37. def equal(other: ops.Output[T])(implicit ev: core.types.IsNumeric[T]): ops.Output[Boolean]
  38. def equals(arg0: AnyRef): Boolean
    Definition Classes
    AnyRef → Any
  39. def erf(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  40. def erfc(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  41. implicit val evTTF: core.types.TF[T]
    Attributes
    protected
  42. def exp(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  43. def expm1(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  44. def floor(implicit ev: core.types.IsHalfOrFloatOrDouble[T]): ops.Output[T]
  45. def floorMod(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  46. final def getClass(): Class[_ <: AnyRef]
    Definition Classes
    AnyRef → Any
    Annotations
    @native() @HotSpotIntrinsicCandidate()
  47. def greater(other: ops.Output[T])(implicit ev: core.types.IsNumeric[T]): ops.Output[Boolean]
  48. def greaterEqual(other: ops.Output[T])(implicit ev: core.types.IsNumeric[T]): ops.Output[Boolean]
  49. def hashCode(): Int
    Definition Classes
    AnyRef → Any
    Annotations
    @native() @HotSpotIntrinsicCandidate()
  50. def igamma(other: ops.Output[T])(implicit ev: core.types.IsFloatOrDouble[T]): ops.Output[T]
  51. def igammac(other: ops.Output[T])(implicit ev: core.types.IsFloatOrDouble[T]): ops.Output[T]
  52. def isFinite(implicit ev: core.types.IsHalfOrFloatOrDouble[T]): ops.Output[Boolean]
  53. def isInf(implicit ev: core.types.IsHalfOrFloatOrDouble[T]): ops.Output[Boolean]
  54. final def isInstanceOf[T0]: Boolean
    Definition Classes
    Any
  55. def isNaN(implicit ev: core.types.IsHalfOrFloatOrDouble[T]): ops.Output[Boolean]
  56. def less(other: ops.Output[T])(implicit ev: core.types.IsNumeric[T]): ops.Output[Boolean]
  57. def lessEqual(other: ops.Output[T])(implicit ev: core.types.IsNumeric[T]): ops.Output[Boolean]
  58. def log(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  59. def log1p(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  60. def logGamma(implicit ev: core.types.IsFloatOrDouble[T]): ops.Output[T]
  61. def logSigmoid(implicit ev: core.types.IsDecimal[T]): ops.Output[T]
  62. def logSumExp[I](axes: ops.Output[I] = null, keepDims: Boolean = false)(implicit arg0: IntDefault[I], arg1: core.types.TF[I], arg2: core.types.IsIntOrLong[I], ev: core.types.IsNotQuantized[T]): ops.Output[T]
  63. def logicalAnd(other: ops.Output[Boolean])(implicit ev: =:=[T, Boolean]): ops.Output[Boolean]
  64. def logicalNot(implicit ev: =:=[T, Boolean]): ops.Output[Boolean]
  65. def logicalOr(other: ops.Output[Boolean])(implicit ev: =:=[T, Boolean]): ops.Output[Boolean]
  66. def logicalXOr(other: ops.Output[Boolean])(implicit ev: =:=[T, Boolean]): ops.Output[Boolean]
  67. def matmul(other: ops.Output[T], transposeA: Boolean = false, transposeB: Boolean = false, conjugateA: Boolean = false, conjugateB: Boolean = false, aIsSparse: Boolean = false, bIsSparse: Boolean = false)(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  68. def matrixBandPart[I](numSubDiagonals: ops.Output[I], numSuperDiagonals: ops.Output[I])(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I]): ops.Output[T]
  69. def matrixDiag: ops.Output[T]
  70. def matrixDiagPart: ops.Output[T]
  71. def matrixSetDiag(diagonal: ops.Output[T]): ops.Output[T]
  72. def max[I](axes: ops.Output[I] = null, keepDims: Boolean = false)(implicit arg0: IntDefault[I], arg1: core.types.TF[I], arg2: core.types.IsIntOrLong[I], ev: core.types.IsNotQuantized[T]): ops.Output[T]
  73. def maximum(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  74. def mean[I](axes: ops.Output[I] = null, keepDims: Boolean = false)(implicit arg0: IntDefault[I], arg1: core.types.TF[I], arg2: core.types.IsIntOrLong[I], ev: core.types.IsNotQuantized[T]): ops.Output[T]
  75. def min[I](axes: ops.Output[I] = null, keepDims: Boolean = false)(implicit arg0: IntDefault[I], arg1: core.types.TF[I], arg2: core.types.IsIntOrLong[I], ev: core.types.IsNotQuantized[T]): ops.Output[T]
  76. def minimum(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  77. def mod(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  78. def multiply(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  79. final def ne(arg0: AnyRef): Boolean
    Definition Classes
    AnyRef
  80. def negate(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  81. def notEqual(other: ops.Output[T])(implicit ev: core.types.IsNumeric[T]): ops.Output[Boolean]
  82. final def notify(): Unit
    Definition Classes
    AnyRef
    Annotations
    @native() @HotSpotIntrinsicCandidate()
  83. final def notifyAll(): Unit
    Definition Classes
    AnyRef
    Annotations
    @native() @HotSpotIntrinsicCandidate()
  84. val output: ops.Output[T]
  85. def polygamma(other: ops.Output[T])(implicit ev: core.types.IsFloatOrDouble[T]): ops.Output[T]
  86. def pow(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  87. def prod[I](axes: ops.Output[I] = null, keepDims: Boolean = false)(implicit arg0: IntDefault[I], arg1: core.types.TF[I], arg2: core.types.IsIntOrLong[I], ev: core.types.IsNotQuantized[T]): ops.Output[T]
  88. def realDivide(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  89. def reciprocal(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  90. def round(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  91. def roundInt(implicit ev: core.types.IsHalfOrFloatOrDouble[T]): ops.Output[T]
  92. def rsqrt(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  93. def segmentMax[I](segmentIndices: ops.Output[I])(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], ev: core.types.IsReal[T]): ops.Output[T]
  94. def segmentMean[I](segmentIndices: ops.Output[I])(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], ev: core.types.IsNotQuantized[T]): ops.Output[T]
  95. def segmentMin[I](segmentIndices: ops.Output[I])(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], ev: core.types.IsReal[T]): ops.Output[T]
  96. def segmentProd[I](segmentIndices: ops.Output[I])(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], ev: core.types.IsNumeric[T]): ops.Output[T]
  97. def segmentSum[I](segmentIndices: ops.Output[I])(implicit arg0: core.types.TF[I], arg1: core.types.IsIntOrLong[I], ev: core.types.IsNumeric[T]): ops.Output[T]
  98. def select[R](x: ops.Output[R], y: ops.Output[R])(implicit arg0: core.types.TF[R], ev: =:=[T, Boolean]): ops.Output[R]
  99. def sigmoid(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  100. def sign(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  101. def sin(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  102. def sinh(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  103. def sparseSegmentMean[I1, I2](indices: ops.Output[I1], segmentIndices: ops.Output[Int], numSegments: ops.Output[I2] = null)(implicit arg0: core.types.TF[I1], arg1: core.types.IsIntOrLong[I1], arg2: IntDefault[I2], arg3: core.types.TF[I2], arg4: core.types.IsIntOrLong[I2], ev: core.types.IsReal[T]): ops.Output[T]
  104. def sparseSegmentSum[I1, I2](indices: ops.Output[I1], segmentIndices: ops.Output[Int], numSegments: ops.Output[I2] = null)(implicit arg0: core.types.TF[I1], arg1: core.types.IsIntOrLong[I1], arg2: IntDefault[I2], arg3: core.types.TF[I2], arg4: core.types.IsIntOrLong[I2], ev: core.types.IsReal[T]): ops.Output[T]
  105. def sparseSegmentSumSqrtN[I1, I2](indices: ops.Output[I1], segmentIndices: ops.Output[Int], numSegments: ops.Output[I2] = null)(implicit arg0: core.types.TF[I1], arg1: core.types.IsIntOrLong[I1], arg2: IntDefault[I2], arg3: core.types.TF[I2], arg4: core.types.IsIntOrLong[I2], ev: core.types.IsReal[T]): ops.Output[T]
  106. def sqrt(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  107. def square(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  108. def squaredDifference(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  109. def subtract(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  110. def sum[I](axes: ops.Output[I] = null, keepDims: Boolean = false)(implicit arg0: IntDefault[I], arg1: core.types.TF[I], arg2: core.types.IsIntOrLong[I], ev: core.types.IsNumeric[T]): ops.Output[T]
  111. final def synchronized[T0](arg0: => T0): T0
    Definition Classes
    AnyRef
  112. def tan(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  113. def tanh(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  114. def tensorDot(other: ops.Output[T], axesA: Seq[Int], axesB: Seq[Int])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  115. def tensorDot(other: ops.Output[T], numAxes: Int)(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  116. def tensorDotDynamic(other: ops.Output[T], axesA: ops.Output[Int], axesB: ops.Output[Int])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  117. def tensorDotDynamic(other: ops.Output[T], numAxes: ops.Output[Int])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  118. def toString(): String
    Definition Classes
    AnyRef → Any
  119. def trace(implicit ev: core.types.IsNumeric[T]): ops.Output[T]
  120. def truncateDivide(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  121. def truncateMod(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
  122. def unsortedSegmentMax[I1, I2](segmentIndices: ops.Output[I1], segmentsNumber: ops.Output[I2])(implicit arg0: core.types.TF[I1], arg1: core.types.IsIntOrLong[I1], arg2: core.types.TF[I2], arg3: core.types.IsIntOrLong[I2], ev: core.types.IsReal[T]): ops.Output[T]
  123. def unsortedSegmentMean[I1, I2](segmentIndices: ops.Output[I1], segmentsNumber: ops.Output[I2])(implicit arg0: core.types.TF[I1], arg1: core.types.IsIntOrLong[I1], arg2: core.types.TF[I2], arg3: core.types.IsIntOrLong[I2], ev: core.types.IsNotQuantized[T]): ops.Output[T]
  124. def unsortedSegmentMin[I1, I2](segmentIndices: ops.Output[I1], segmentsNumber: ops.Output[I2])(implicit arg0: core.types.TF[I1], arg1: core.types.IsIntOrLong[I1], arg2: core.types.TF[I2], arg3: core.types.IsIntOrLong[I2], ev: core.types.IsReal[T]): ops.Output[T]
  125. def unsortedSegmentProd[I1, I2](segmentIndices: ops.Output[I1], segmentsNumber: ops.Output[I2])(implicit arg0: core.types.TF[I1], arg1: core.types.IsIntOrLong[I1], arg2: core.types.TF[I2], arg3: core.types.IsIntOrLong[I2], ev: core.types.IsNotQuantized[T]): ops.Output[T]
  126. def unsortedSegmentSum[I1, I2](segmentIndices: ops.Output[I1], segmentsNumber: ops.Output[I2])(implicit arg0: core.types.TF[I1], arg1: core.types.IsIntOrLong[I1], arg2: core.types.TF[I2], arg3: core.types.IsIntOrLong[I2], ev: core.types.IsNumeric[T]): ops.Output[T]
  127. final def wait(arg0: Long, arg1: Int): Unit
    Definition Classes
    AnyRef
    Annotations
    @throws(classOf[java.lang.InterruptedException])
  128. final def wait(arg0: Long): Unit
    Definition Classes
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    Annotations
    @throws(classOf[java.lang.InterruptedException]) @native()
  129. final def wait(): Unit
    Definition Classes
    AnyRef
    Annotations
    @throws(classOf[java.lang.InterruptedException])
  130. def zerosFraction(implicit ev: core.types.IsNumeric[T]): ops.Output[Float]
  131. def zeta(other: ops.Output[T])(implicit ev: core.types.IsFloatOrDouble[T]): ops.Output[T]

Deprecated Value Members

  1. def finalize(): Unit
    Attributes
    protected[lang]
    Definition Classes
    AnyRef
    Annotations
    @throws(classOf[java.lang.Throwable]) @Deprecated @deprecated
    Deprecated

    (Since version ) see corresponding Javadoc for more information.

  2. def floorDivide(other: ops.Output[T])(implicit ev: core.types.IsNotQuantized[T]): ops.Output[T]
    Annotations
    @deprecated
    Deprecated

    (Since version 0.1) Use truncateDivide instead.

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