CompilerOracle: exclude scala/Array$.ofDim CompilerOracle: exclude net/sf/saxon/event/ReceivingContentHandler.startElement [info] Loading global plugins from C:\Users\zgg\.sbt\plugins\project [info] Loading global plugins from C:\Users\zgg\.sbt\plugins [info] Loading project definition from C:\code\Scalala\project [info] Set current project to scalala (in build file:/C:/code/Scalala/) [warn] Credentials file C:\Users\zgg\.ivy2\.credentials does not exist [info] Compiling 138 Scala sources and 1 Java source to C:\code\Scalala\target\scala-2.10.0-M6\classes... [warn] C:\code\Scalala\src\main\scala\scalala\ScalalaConsole.scala:74: This catches all Throwables. If this is really intended, use `case _ : Throwable` to clear this warning. [warn] case _ => 80 [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\ScalalaConsole.scala:68: This catches all Throwables. If this is really intended, use `case _ : Throwable` to clear this warning. [warn] case _ => try { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\ScalalaConsole.scala:95: This catches all Throwables. If this is really intended, use `case _ : Throwable` to clear this warning. [warn] case _ => 24 [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\ScalalaConsole.scala:89: This catches all Throwables. If this is really intended, use `case _ : Throwable` to clear this warning. [warn] case _ => try { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:802: This catches all Throwables. If this is really intended, use `case _ : Throwable` to clear this warning. [warn] if (try { op(a.default, b.default) == dv.value } catch { case _ => false; }) { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\DynamicCompiler.scala:49: This catches all Throwables. If this is really intended, use `case e : Throwable` to clear this warning. [warn] case e => [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\DynamicCompiler.scala:56: This catches all Throwables. If this is really intended, use `case e : Throwable` to clear this warning. [warn] case e => [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:55: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] (implicit m : ClassManifest[T], df : DefaultArrayValue[T]) extends Serializable { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:64: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def this(length : Int, initialActiveLength : Int = 3)(implicit m : ClassManifest[T], d : DefaultArrayValue[T]) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:349: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def map[B:ClassManifest:DefaultArrayValue](f : T=>B) : SparseArray[B] = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:549: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def apply[/*@specialized*/ T:ClassManifest:DefaultArrayValue](values : T*) = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:569: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def fill[/*@specialized*/ T:ClassManifest:DefaultArrayValue](length : Int, initialActiveLength : Int = 3)(value : =>T) : SparseArray[T] = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:583: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def create[/*@specialized*/ T:ClassManifest:DefaultArrayValue](length : Int)(values : (Int,T)*) = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:591: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def tabulate[/*@specialized*/ T:ClassManifest:DefaultArrayValue](length : Int, initialActiveLength : Int = 3)(fn : (Int => T)) = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:765: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit op : UnaryOp[V,O,RV], dv : DefaultArrayValue[RV], mf : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:778: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] (implicit op : BinaryOp[V1,V2,O,RV], s : Scalar[V2], dv : DefaultArrayValue[RV], cm : ClassManifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:787: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] (implicit op : BinaryOp[V1,V2,O,RV], s : Scalar[V1], dv : DefaultArrayValue[RV], cm : ClassManifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:796: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] (implicit op : BinaryOp[V1,V2,O,RV], c : CompatibleShape[V1,V2], dv : DefaultArrayValue[RV], cm : ClassManifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:887: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] d2 : DefaultArrayValue[V2], dv : DefaultArrayValue[RV], cm : ClassManifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\collection\sparse\SparseArray.scala:933: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] d1 : DefaultArrayValue[V1], dv : DefaultArrayValue[RV], cm : ClassManifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanCopy.scala:39: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class OpArray[/*@specialized*/ V:ClassManifest:Scalar] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanCopy.scala:53: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def OpArrayAny[V:ClassManifest:Scalar] : OpArray[V] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanCreateZerosLike.scala:40: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class OpArray[/*@specialized*/ V:ClassManifest:Scalar] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanCreateZerosLike.scala:54: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def OpArrayAny[V:ClassManifest:Scalar] : OpArray[V] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanFilterValues.scala:46: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class OpArray[/*@specialized*/ A:ClassManifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanFilterValues.scala:54: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def opArray[/*@specialized*/ A:ClassManifest] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanFilterValues.scala:66: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class OpSparseArray[/*@specialized*/ V:ClassManifest:DefaultArrayValue] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanFilterValues.scala:79: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def opSparseArray[/*@specialized*/ V:ClassManifest:DefaultArrayValue] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanMapValues.scala:47: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class OpArray[/*@specialized*/ A, /*@specialized*/ B:ClassManifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanMapValues.scala:55: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def opArray[/*@specialized*/ A, /*@specialized*/ B:ClassManifest] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanMapValues.scala:73: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class OpSparseArray[/*@specialized*/ V, /*@specialized*/ RV:ClassManifest:DefaultArrayValue] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanMapValues.scala:85: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def opSparseArray[/*@specialized*/ V, /*@specialized*/ RV:ClassManifest:DefaultArrayValue] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanViewAsTensor1.scala:45: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class ArrayTensor1[V:ClassManifest:Scalar] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanViewAsTensor1.scala:50: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def mkArrayTensor1[V:ClassManifest:Scalar] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanViewAsTensor1.scala:64: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class SparseArrayTensor1[V:ClassManifest:Scalar] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanViewAsTensor1.scala:69: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def mkSparseArrayTensor1[V:ClassManifest:Scalar] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanViewAsTensor2.scala:42: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class ArrayArrayTensor2[V:ClassManifest:Scalar] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanViewAsTensor2.scala:47: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def mkArrayArrayTensor2[V:ClassManifest:Scalar] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanViewAsVector.scala:45: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class ArrayVector[V:ClassManifest:Scalar] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanViewAsVector.scala:50: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def mkArrayVector[V:ClassManifest:Scalar] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanViewAsVector.scala:64: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class SparseArrayVector[V:ClassManifest:Scalar] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanViewAsVector.scala:69: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def mkSparseArrayVector[V:ClassManifest:Scalar] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanZipMapValues.scala:47: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class OpArray[/*@specialized*/ A, /*@specialized*/ B: ClassManifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\generic\collection\CanZipMapValues.scala:63: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def opArray[/*@specialized*/ A, /*@specialized*/ B: ClassManifest] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOp.scala:931: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit op : BinaryOp[V1,V2,O,RV], c : CompatibleShape[V1,V2], mf : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOp.scala:948: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit op : BinaryOp[V1,V2,O,RV], s : Scalar[V2], mf : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOp.scala:964: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit op : BinaryOp[V1,V2,O,RV], s : Scalar[V1], mf : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:30: trait Manifest in package reflect is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] val resultTypes = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:31: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] HashMap[(Manifest[_],Manifest[_],Manifest[_]),Manifest[_]](); [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:31: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] HashMap[(Manifest[_],Manifest[_],Manifest[_]),Manifest[_]](); [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:33: trait Manifest in package reflect is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] val ops = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:34: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] HashMap[(Manifest[_],Manifest[_],Manifest[_]),BinaryOp[_,_,_,_]](); [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:36: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def register[A,B,O<:OpType,To](implicit gen : BinaryOp[A,B,O,To], a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To]) = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:36: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def register[A,B,O<:OpType,To](implicit gen : BinaryOp[A,B,O,To], a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To]) = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:36: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def register[A,B,O<:OpType,To](implicit gen : BinaryOp[A,B,O,To], a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To]) = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:36: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def register[A,B,O<:OpType,To](implicit gen : BinaryOp[A,B,O,To], a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To]) = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:37: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] resultTypes((a,b,op)) = to [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:38: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] ops((a,b,op)) = gen [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:41: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def getResultType[A,B,O<:OpType](implicit a : Manifest[A], b : Manifest[B], op : Manifest[O]) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:41: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def getResultType[A,B,O<:OpType](implicit a : Manifest[A], b : Manifest[B], op : Manifest[O]) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:41: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def getResultType[A,B,O<:OpType](implicit a : Manifest[A], b : Manifest[B], op : Manifest[O]) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:41: trait Manifest in package reflect is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def getResultType[A,B,O<:OpType](implicit a : Manifest[A], b : Manifest[B], op : Manifest[O]) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:42: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] resultTypes((a,b,op)); [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:44: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def getBinaryOp[A,B,O<:OpType,To](implicit a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To]) : BinaryOp[A,B,O,To] = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:44: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def getBinaryOp[A,B,O<:OpType,To](implicit a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To]) : BinaryOp[A,B,O,To] = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:44: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def getBinaryOp[A,B,O<:OpType,To](implicit a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To]) : BinaryOp[A,B,O,To] = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:44: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] def getBinaryOp[A,B,O<:OpType,To](implicit a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To]) : BinaryOp[A,B,O,To] = { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\BinaryOpRegistry.scala:46: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] ops((a,b,op)).asInstanceOf[BinaryOp[A,B,O,To]] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\Ops.scala:474: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class RichArrayVector[V:ClassManifest](override val repr : Array[V]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\Ops.scala:487: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class RichArrayMatrix[V:ClassManifest](override val repr : Array[Array[V]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\Ops.scala:500: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class RichSparseArrayVector[V:ClassManifest:DefaultArrayValue](override val repr : SparseArray[V]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\Ops.scala:632: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def richArrayMatrix[/*@specialized*/ V:Scalar:ClassManifest](arr : Array[Array[V]]) = new RichArrayMatrix(arr); [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\UnaryOp.scala:110: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit op : UnaryOp[V,O,RV], mf : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:31: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] protected def shorten(m : Manifest[_]) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:34: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] protected def toImport(m : Manifest[_]) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:35: method erasure in trait ClassManifestDeprecatedApis is deprecated: Use runtimeClass instead [warn] if (m.erasure.getName.contains(".")) "import "+m.erasure.getName else ""; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:35: method erasure in trait ClassManifestDeprecatedApis is deprecated: Use runtimeClass instead [warn] if (m.erasure.getName.contains(".")) "import "+m.erasure.getName else ""; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:41: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit ma : Manifest[A], mb : Manifest[B], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:41: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit ma : Manifest[A], mb : Manifest[B], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:41: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit ma : Manifest[A], mb : Manifest[B], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:73: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit ma : Manifest[A], mb : Manifest[B], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:73: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit ma : Manifest[A], mb : Manifest[B], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:73: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit ma : Manifest[A], mb : Manifest[B], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:78: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit ma : Manifest[A], mb : Manifest[B], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:78: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit ma : Manifest[A], mb : Manifest[B], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:78: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit ma : Manifest[A], mb : Manifest[B], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:103: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit ma : Manifest[A], mb : Manifest[B], mo : Manifest[O], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:103: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit ma : Manifest[A], mb : Manifest[B], mo : Manifest[O], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:103: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit ma : Manifest[A], mb : Manifest[B], mo : Manifest[O], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:103: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit ma : Manifest[A], mb : Manifest[B], mo : Manifest[O], mt : Manifest[To]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:131: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:131: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:131: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:131: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:138: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:138: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:138: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:144: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:144: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:144: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:150: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:150: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:150: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:156: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:156: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:156: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:162: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:162: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:162: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:162: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:179: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:179: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:179: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:179: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:195: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:195: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:195: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:195: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:219: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[DV[V1]], mv2 : Manifest[DV[V2]], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:219: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[DV[V1]], mv2 : Manifest[DV[V2]], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:219: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[DV[V1]], mv2 : Manifest[DV[V2]], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:219: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[DV[V1]], mv2 : Manifest[DV[V2]], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:242: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:242: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:242: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:242: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:250: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:250: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:250: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:250: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:258: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[DV[V1]], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:258: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[DV[V1]], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:258: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[DV[V1]], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:258: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[DV[V1]], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:276: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:276: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:276: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:276: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:284: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:284: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:284: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:284: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:292: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[DV[V2]], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:292: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[DV[V2]], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:292: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[DV[V2]], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:292: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[DV[V2]], mo : Manifest[O], mr : Manifest[DV[RV]]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:310: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:310: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:310: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:310: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:318: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:318: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:318: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\BinaryOpGenerator.scala:318: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] mv1 : Manifest[V1], mv2 : Manifest[V2], mo : Manifest[O], mr : Manifest[RV]) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\DynamicCompiler.scala:126: type Position in package util is deprecated: Moved to scala.reflect.internal.util.Position [warn] def display(pos: Position, message: String, severity: Severity) { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\DynamicCompiler.scala:217: type BatchSourceFile in package util is deprecated: Moved to scala.reflect.internal.util.BatchSourceFile [warn] val sourceFiles = List(new BatchSourceFile("(inline)", code)) [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\GeneratedBinaryOp.scala:29: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To], [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\GeneratedBinaryOp.scala:29: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To], [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\GeneratedBinaryOp.scala:29: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To], [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\operators\codegen\GeneratedBinaryOp.scala:29: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] (implicit a : Manifest[A], b : Manifest[B], op : Manifest[O], to : Manifest[To], [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Complex.scala:179: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Complex]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Complex.scala:179: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Complex]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:67: method <:< in trait ClassManifestDeprecatedApis is deprecated: Use scala.reflect.runtime.universe.TypeTag for subtype checking instead [warn] ! (manifest <:< implicitly[Manifest[AnyRef]]); [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:67: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] ! (manifest <:< implicitly[Manifest[AnyRef]]); [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:79: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def manifest : ClassManifest[V]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:103: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Int]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:103: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Int]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:124: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Short]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:124: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Short]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:145: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Long]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:145: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Long]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:166: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Float]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:166: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Float]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:187: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Double]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:187: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] val manifest = implicitly[ClassManifest[Double]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:208: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def manifest = implicitly[ClassManifest[Boolean]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\scalar\Scalar.scala:208: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def manifest = implicitly[ClassManifest[Boolean]]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\Vector.scala:93: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def toArray(implicit m : ClassManifest[V]) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseMatrix.scala:169: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class DenseMatrixCanMapValues[/*@specialized(Int,Long,Float,Double)*/ V, /*@specialized(Int,Long,Float,Double)*/ R:ClassManifest:Scalar] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseMatrix.scala:185: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class DenseMatrixCanMapKeyValuePairs[/*@specialized(Int,Long,Float,Double)*/ V, /*@specialized(Int,Long,Float,Double)*/ R:ClassManifest:Scalar] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseMatrix.scala:207: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def mkDenseMatrixCanMapValues[V,R:ClassManifest:Scalar] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseMatrix.scala:210: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit def mkDenseMatrixCanMapKeyValuePairs[V,R:ClassManifest:Scalar] = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseMatrix.scala:389: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit val mf = implicitly[Scalar[V]].manifest; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseMatrix.scala:426: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit val mf = implicitly[Scalar[V]].manifest; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:146: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] class GenericDenseVectorRowBase[/*@specialized*/ V:Scalar:Manifest] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:150: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] class GenericDenseVectorColBase[/*@specialized*/ V:Scalar:Manifest] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:154: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] class GenericDenseVectorBase[/*@specialized*/ V:Scalar:Manifest] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:221: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canMapValuesDenseVectorCols[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:226: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canMapValuesDenseVectorRows[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:231: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canMapValuesDenseVectors[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:255: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canZipMapValuesDenseVectorCols[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:260: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canZipMapValuesDenseVectorRows[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:265: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canZipMapValuesDenseVectors[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:295: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canMapKeyValuePairsDenseVectorCols[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:300: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canMapKeyValuePairsDenseVectorRows[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:304: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canMapKeyValuePairsDenseVector[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:317: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCreateZerosDenseVector[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:322: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCreateZerosDenseVectorCols[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:327: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCreateZerosDenseVectorRows[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:333: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class CanCopyDenseVectorRow[/*@specialized*/ V:Scalar:ClassManifest] extends CanCopy[DenseVectorRow[V]] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:339: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class CanCopyDenseVector[/*@specialized*/ V:Scalar:ClassManifest] extends CanCopy[DenseVector[V]] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:345: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class CanCopyDenseVectorCol[/*@specialized*/ V:Scalar:ClassManifest] extends CanCopy[DenseVectorCol[V]] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:352: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCopyDenseVectorCols[/*@specialized*/ V:Scalar:Manifest] = new CanCopyDenseVectorCol[V]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:355: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCopyDenseVectorRows[/*@specialized*/ V:Scalar:Manifest] = new CanCopyDenseVectorRow[V]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:487: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit val mf = implicitly[Scalar[V2]].manifest; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:529: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit val mf = implicitly[Scalar[V2]].manifest; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:558: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit val mf = implicitly[Scalar[V]].manifest [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:572: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit val mf = implicitly[Scalar[V]].manifest [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\dense\DenseVector.scala:615: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit val mf = implicitly[Scalar[V]].manifest [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:72: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def apply[V:Scalar:ClassManifest:DefaultArrayValue](values : V*) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:76: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def zeros[V:Scalar:ClassManifest:DefaultArrayValue](size : Int) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:80: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def create[V:Scalar:ClassManifest:DefaultArrayValue](size : Int)(values : (Int,V)*) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:84: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] def tabulate[V:Scalar:ClassManifest:DefaultArrayValue](size : Int)(f : (Int => V)) = [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:101: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] class GenericSparseVectorRowBase[/*@specialized*/ V:Scalar:Manifest:DefaultArrayValue] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:105: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] class GenericSparseVectorColBase[/*@specialized*/ V:Scalar:Manifest:DefaultArrayValue] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:109: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] class GenericSparseVectorBase[/*@specialized*/ V:Scalar:Manifest:DefaultArrayValue] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:114: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCreateZerosSparseVector[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest:DefaultArrayValue] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:119: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCreateZerosSparseVectorCols[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest:DefaultArrayValue] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:124: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCreateZerosSparseVectorRows[/*@specialized*/ V, /*@specialized*/ RV:Scalar:Manifest:DefaultArrayValue] [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:130: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCopySparseVectorCols[/*@specialized*/ V:Scalar:Manifest] = new CanCopySparseVectorCol[V]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:133: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCopySparseVectorRows[/*@specialized*/ V:Scalar:Manifest] = new CanCopySparseVectorRow[V]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:136: type Manifest in object Predef is deprecated: Use scala.reflect.ClassTag (to capture erasures) or scala.reflect.runtime.universe.TypeTag (to capture types) or both instead [warn] implicit def canCopySparseVector[/*@specialized*/ V:Scalar:Manifest] = new CanCopySparseVector[V]; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:139: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class CanCopySparseVectorRow[/*@specialized*/ V:Scalar:ClassManifest] extends CanCopy[SparseVectorRow[V]] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:145: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class CanCopySparseVector[/*@specialized*/ V:Scalar:ClassManifest] extends CanCopy[SparseVector[V]] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:151: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] class CanCopySparseVectorCol[/*@specialized*/ V:Scalar:ClassManifest] extends CanCopy[SparseVectorCol[V]] { [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:291: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit val mf = implicitly[Scalar[V2]].manifest; [warn] ^ [warn] C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala:313: type ClassManifest in object Predef is deprecated: Use scala.reflect.ClassTag instead [warn] implicit val mf = implicitly[Scalar[V2]].manifest; [warn] ^ [error] [error] while compiling: C:\code\Scalala\src\main\scala\scalala\tensor\sparse\SparseVector.scala [error] during phase: jvm [error] library version: version 2.10.0-M6 [error] compiler version: version 2.10.0-M6 [error] reconstructed args: -deprecation -no-specialization -bootclasspath c:\tools\jdk1.6.0_25\jre\lib\resources.jar;c:\tools\jdk1.6.0_25\jre\lib\rt.jar;c:\tools\jdk1.6.0_25\jre\lib\sunrsasign.jar;c:\tools\jdk1.6.0_25\jre\lib\jsse.jar;c:\tools\jdk1.6.0_25\jre\lib\jce.jar;c:\tools\jdk1.6.0_25\jre\lib\charsets.jar;c:\tools\jdk1.6.0_25\jre\lib\modules\jdk.boot.jar;c:\tools\jdk1.6.0_25\jre\classes;C:\Users\zgg\.sbt\boot\scala-2.10.0-M6\lib\scala-library.jar -classpath C:\code\Scalala\target\scala-2.10.0-M6\classes;C:\Users\zgg\.ivy2\cache\com.googlecode.netlib-java\netlib-java\jars\netlib-java-0.9.3.jar;C:\Users\zgg\.ivy2\cache\net.sourceforge.f2j\arpack_combined_all\jars\arpack_combined_all-0.1.jar;C:\Users\zgg\.ivy2\cache\jfree\jcommon\jars\jcommon-1.0.16.jar;C:\Users\zgg\.ivy2\cache\jfree\jfreechart\jars\jfreechart-1.0.13.jar;C:\Users\zgg\.ivy2\cache\org.apache.xmlgraphics\xmlgraphics-commons\jars\xmlgraphics-commons-1.3.1.jar;C:\Users\zgg\.ivy2\cache\commons-io\commons-io\jars\commons-io-1.3.1.jar;C:\Users\zgg\.ivy2\cache\commons-logging\commons-logging\jars\commons-logging-1.0.4.jar;C:\Users\zgg\.ivy2\cache\com.lowagie\itext\jars\itext-2.1.5.jar;C:\Users\zgg\.sbt\boot\scala-2.10.0-M6\lib\scala-compiler.jar;C:\Users\zgg\.ivy2\cache\org.scala-lang\scala-reflect\jars\scala-reflect-2.10.0-M6.jar;C:\Users\zgg\.ivy2\cache\jline\jline\jars\jline-0.9.94.jar;C:\Users\zgg\.ivy2\cache\junit\junit\jars\junit-3.8.1.jar -d C:\code\Scalala\target\scala-2.10.0-M6\classes [error] [error] last tree to typer: Literal(Constant(scalala.scalar.Complex)) [error] symbol: null [error] symbol definition: null [error] tpe: Class(classOf[scalala.scalar.Complex]) [error] symbol owners: [error] context owners: anonymous class SparseVector$$anon$4 -> package sparse [error] [error] == Enclosing template or block == [error] [error] Template( // val : , tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "java.lang.Object", "scalala.operators.BinaryOp" // parents [error] ValDef( [error] private [error] "_" [error] [error] [error] ) [error] // 169 statements [error] DefDef( // def apply$mcZDD$sp(v1: Double,v2: Double): Boolean [error] [error] "apply$mcZDD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Boolean [error] Apply( // def apply$mcZDD$sp(x$1: Function2,v1: Double,v2: Double): Boolean in object Function2$class, tree.tpe=Boolean [error] "scala"."Function2$class"."apply$mcZDD$sp" // def apply$mcZDD$sp(x$1: Function2,v1: Double,v2: Double): Boolean in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Double)Boolean [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcDDD$sp(v1: Double,v2: Double): Double [error] [error] "apply$mcDDD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Double [error] Apply( // def apply$mcDDD$sp(x$1: Function2,v1: Double,v2: Double): Double in object Function2$class, tree.tpe=Double [error] "scala"."Function2$class"."apply$mcDDD$sp" // def apply$mcDDD$sp(x$1: Function2,v1: Double,v2: Double): Double in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Double)Double [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcFDD$sp(v1: Double,v2: Double): Float [error] [error] "apply$mcFDD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Float [error] Apply( // def apply$mcFDD$sp(x$1: Function2,v1: Double,v2: Double): Float in object Function2$class, tree.tpe=Float [error] "scala"."Function2$class"."apply$mcFDD$sp" // def apply$mcFDD$sp(x$1: Function2,v1: Double,v2: Double): Float in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Double)Float [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcIDD$sp(v1: Double,v2: Double): Int [error] [error] "apply$mcIDD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Int [error] Apply( // def apply$mcIDD$sp(x$1: Function2,v1: Double,v2: Double): Int in object Function2$class, tree.tpe=Int [error] "scala"."Function2$class"."apply$mcIDD$sp" // def apply$mcIDD$sp(x$1: Function2,v1: Double,v2: Double): Int in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Double)Int [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcJDD$sp(v1: Double,v2: Double): Long [error] [error] "apply$mcJDD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Long [error] Apply( // def apply$mcJDD$sp(x$1: Function2,v1: Double,v2: Double): Long in object Function2$class, tree.tpe=Long [error] "scala"."Function2$class"."apply$mcJDD$sp" // def apply$mcJDD$sp(x$1: Function2,v1: Double,v2: Double): Long in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Double)Long [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcVDD$sp(v1: Double,v2: Double): Unit [error] [error] "apply$mcVDD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Unit [error] Apply( // def apply$mcVDD$sp(x$1: Function2,v1: Double,v2: Double): Unit in object Function2$class, tree.tpe=Unit [error] "scala"."Function2$class"."apply$mcVDD$sp" // def apply$mcVDD$sp(x$1: Function2,v1: Double,v2: Double): Unit in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Double)Unit [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcZDI$sp(v1: Double,v2: Int): Boolean [error] [error] "apply$mcZDI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Boolean [error] Apply( // def apply$mcZDI$sp(x$1: Function2,v1: Double,v2: Int): Boolean in object Function2$class, tree.tpe=Boolean [error] "scala"."Function2$class"."apply$mcZDI$sp" // def apply$mcZDI$sp(x$1: Function2,v1: Double,v2: Int): Boolean in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Int)Boolean [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcDDI$sp(v1: Double,v2: Int): Double [error] [error] "apply$mcDDI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Double [error] Apply( // def apply$mcDDI$sp(x$1: Function2,v1: Double,v2: Int): Double in object Function2$class, tree.tpe=Double [error] "scala"."Function2$class"."apply$mcDDI$sp" // def apply$mcDDI$sp(x$1: Function2,v1: Double,v2: Int): Double in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Int)Double [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcFDI$sp(v1: Double,v2: Int): Float [error] [error] "apply$mcFDI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Float [error] Apply( // def apply$mcFDI$sp(x$1: Function2,v1: Double,v2: Int): Float in object Function2$class, tree.tpe=Float [error] "scala"."Function2$class"."apply$mcFDI$sp" // def apply$mcFDI$sp(x$1: Function2,v1: Double,v2: Int): Float in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Int)Float [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcIDI$sp(v1: Double,v2: Int): Int [error] [error] "apply$mcIDI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Int [error] Apply( // def apply$mcIDI$sp(x$1: Function2,v1: Double,v2: Int): Int in object Function2$class, tree.tpe=Int [error] "scala"."Function2$class"."apply$mcIDI$sp" // def apply$mcIDI$sp(x$1: Function2,v1: Double,v2: Int): Int in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Int)Int [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcJDI$sp(v1: Double,v2: Int): Long [error] [error] "apply$mcJDI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Long [error] Apply( // def apply$mcJDI$sp(x$1: Function2,v1: Double,v2: Int): Long in object Function2$class, tree.tpe=Long [error] "scala"."Function2$class"."apply$mcJDI$sp" // def apply$mcJDI$sp(x$1: Function2,v1: Double,v2: Int): Long in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Int)Long [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcVDI$sp(v1: Double,v2: Int): Unit [error] [error] "apply$mcVDI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Unit [error] Apply( // def apply$mcVDI$sp(x$1: Function2,v1: Double,v2: Int): Unit in object Function2$class, tree.tpe=Unit [error] "scala"."Function2$class"."apply$mcVDI$sp" // def apply$mcVDI$sp(x$1: Function2,v1: Double,v2: Int): Unit in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Int)Unit [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcZDJ$sp(v1: Double,v2: Long): Boolean [error] [error] "apply$mcZDJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Boolean [error] Apply( // def apply$mcZDJ$sp(x$1: Function2,v1: Double,v2: Long): Boolean in object Function2$class, tree.tpe=Boolean [error] "scala"."Function2$class"."apply$mcZDJ$sp" // def apply$mcZDJ$sp(x$1: Function2,v1: Double,v2: Long): Boolean in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Long)Boolean [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcDDJ$sp(v1: Double,v2: Long): Double [error] [error] "apply$mcDDJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Double [error] Apply( // def apply$mcDDJ$sp(x$1: Function2,v1: Double,v2: Long): Double in object Function2$class, tree.tpe=Double [error] "scala"."Function2$class"."apply$mcDDJ$sp" // def apply$mcDDJ$sp(x$1: Function2,v1: Double,v2: Long): Double in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Long)Double [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcFDJ$sp(v1: Double,v2: Long): Float [error] [error] "apply$mcFDJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Float [error] Apply( // def apply$mcFDJ$sp(x$1: Function2,v1: Double,v2: Long): Float in object Function2$class, tree.tpe=Float [error] "scala"."Function2$class"."apply$mcFDJ$sp" // def apply$mcFDJ$sp(x$1: Function2,v1: Double,v2: Long): Float in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Long)Float [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcIDJ$sp(v1: Double,v2: Long): Int [error] [error] "apply$mcIDJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Int [error] Apply( // def apply$mcIDJ$sp(x$1: Function2,v1: Double,v2: Long): Int in object Function2$class, tree.tpe=Int [error] "scala"."Function2$class"."apply$mcIDJ$sp" // def apply$mcIDJ$sp(x$1: Function2,v1: Double,v2: Long): Int in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Long)Int [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcJDJ$sp(v1: Double,v2: Long): Long [error] [error] "apply$mcJDJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Long [error] Apply( // def apply$mcJDJ$sp(x$1: Function2,v1: Double,v2: Long): Long in object Function2$class, tree.tpe=Long [error] "scala"."Function2$class"."apply$mcJDJ$sp" // def apply$mcJDJ$sp(x$1: Function2,v1: Double,v2: Long): Long in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Long)Long [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcVDJ$sp(v1: Double,v2: Long): Unit [error] [error] "apply$mcVDJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Double [error] [error] "v1" [error] // tree.tpe=Double [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Unit [error] Apply( // def apply$mcVDJ$sp(x$1: Function2,v1: Double,v2: Long): Unit in object Function2$class, tree.tpe=Unit [error] "scala"."Function2$class"."apply$mcVDJ$sp" // def apply$mcVDJ$sp(x$1: Function2,v1: Double,v2: Long): Unit in object Function2$class, tree.tpe=(x$1: Function2, v1: Double, v2: Long)Unit [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Double, tree.tpe=Double [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcZID$sp(v1: Int,v2: Double): Boolean [error] [error] "apply$mcZID$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Boolean [error] Apply( // def apply$mcZID$sp(x$1: Function2,v1: Int,v2: Double): Boolean in object Function2$class, tree.tpe=Boolean [error] "scala"."Function2$class"."apply$mcZID$sp" // def apply$mcZID$sp(x$1: Function2,v1: Int,v2: Double): Boolean in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Double)Boolean [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcDID$sp(v1: Int,v2: Double): Double [error] [error] "apply$mcDID$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Double [error] Apply( // def apply$mcDID$sp(x$1: Function2,v1: Int,v2: Double): Double in object Function2$class, tree.tpe=Double [error] "scala"."Function2$class"."apply$mcDID$sp" // def apply$mcDID$sp(x$1: Function2,v1: Int,v2: Double): Double in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Double)Double [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcFID$sp(v1: Int,v2: Double): Float [error] [error] "apply$mcFID$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Float [error] Apply( // def apply$mcFID$sp(x$1: Function2,v1: Int,v2: Double): Float in object Function2$class, tree.tpe=Float [error] "scala"."Function2$class"."apply$mcFID$sp" // def apply$mcFID$sp(x$1: Function2,v1: Int,v2: Double): Float in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Double)Float [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcIID$sp(v1: Int,v2: Double): Int [error] [error] "apply$mcIID$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Int [error] Apply( // def apply$mcIID$sp(x$1: Function2,v1: Int,v2: Double): Int in object Function2$class, tree.tpe=Int [error] "scala"."Function2$class"."apply$mcIID$sp" // def apply$mcIID$sp(x$1: Function2,v1: Int,v2: Double): Int in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Double)Int [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcJID$sp(v1: Int,v2: Double): Long [error] [error] "apply$mcJID$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Long [error] Apply( // def apply$mcJID$sp(x$1: Function2,v1: Int,v2: Double): Long in object Function2$class, tree.tpe=Long [error] "scala"."Function2$class"."apply$mcJID$sp" // def apply$mcJID$sp(x$1: Function2,v1: Int,v2: Double): Long in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Double)Long [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcVID$sp(v1: Int,v2: Double): Unit [error] [error] "apply$mcVID$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Unit [error] Apply( // def apply$mcVID$sp(x$1: Function2,v1: Int,v2: Double): Unit in object Function2$class, tree.tpe=Unit [error] "scala"."Function2$class"."apply$mcVID$sp" // def apply$mcVID$sp(x$1: Function2,v1: Int,v2: Double): Unit in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Double)Unit [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcZII$sp(v1: Int,v2: Int): Boolean [error] [error] "apply$mcZII$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Boolean [error] Apply( // def apply$mcZII$sp(x$1: Function2,v1: Int,v2: Int): Boolean in object Function2$class, tree.tpe=Boolean [error] "scala"."Function2$class"."apply$mcZII$sp" // def apply$mcZII$sp(x$1: Function2,v1: Int,v2: Int): Boolean in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Int)Boolean [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcDII$sp(v1: Int,v2: Int): Double [error] [error] "apply$mcDII$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Double [error] Apply( // def apply$mcDII$sp(x$1: Function2,v1: Int,v2: Int): Double in object Function2$class, tree.tpe=Double [error] "scala"."Function2$class"."apply$mcDII$sp" // def apply$mcDII$sp(x$1: Function2,v1: Int,v2: Int): Double in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Int)Double [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcFII$sp(v1: Int,v2: Int): Float [error] [error] "apply$mcFII$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Float [error] Apply( // def apply$mcFII$sp(x$1: Function2,v1: Int,v2: Int): Float in object Function2$class, tree.tpe=Float [error] "scala"."Function2$class"."apply$mcFII$sp" // def apply$mcFII$sp(x$1: Function2,v1: Int,v2: Int): Float in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Int)Float [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcIII$sp(v1: Int,v2: Int): Int [error] [error] "apply$mcIII$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Int [error] Apply( // def apply$mcIII$sp(x$1: Function2,v1: Int,v2: Int): Int in object Function2$class, tree.tpe=Int [error] "scala"."Function2$class"."apply$mcIII$sp" // def apply$mcIII$sp(x$1: Function2,v1: Int,v2: Int): Int in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Int)Int [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcJII$sp(v1: Int,v2: Int): Long [error] [error] "apply$mcJII$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Long [error] Apply( // def apply$mcJII$sp(x$1: Function2,v1: Int,v2: Int): Long in object Function2$class, tree.tpe=Long [error] "scala"."Function2$class"."apply$mcJII$sp" // def apply$mcJII$sp(x$1: Function2,v1: Int,v2: Int): Long in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Int)Long [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcVII$sp(v1: Int,v2: Int): Unit [error] [error] "apply$mcVII$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Unit [error] Apply( // def apply$mcVII$sp(x$1: Function2,v1: Int,v2: Int): Unit in object Function2$class, tree.tpe=Unit [error] "scala"."Function2$class"."apply$mcVII$sp" // def apply$mcVII$sp(x$1: Function2,v1: Int,v2: Int): Unit in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Int)Unit [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcZIJ$sp(v1: Int,v2: Long): Boolean [error] [error] "apply$mcZIJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Boolean [error] Apply( // def apply$mcZIJ$sp(x$1: Function2,v1: Int,v2: Long): Boolean in object Function2$class, tree.tpe=Boolean [error] "scala"."Function2$class"."apply$mcZIJ$sp" // def apply$mcZIJ$sp(x$1: Function2,v1: Int,v2: Long): Boolean in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Long)Boolean [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcDIJ$sp(v1: Int,v2: Long): Double [error] [error] "apply$mcDIJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Double [error] Apply( // def apply$mcDIJ$sp(x$1: Function2,v1: Int,v2: Long): Double in object Function2$class, tree.tpe=Double [error] "scala"."Function2$class"."apply$mcDIJ$sp" // def apply$mcDIJ$sp(x$1: Function2,v1: Int,v2: Long): Double in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Long)Double [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcFIJ$sp(v1: Int,v2: Long): Float [error] [error] "apply$mcFIJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Float [error] Apply( // def apply$mcFIJ$sp(x$1: Function2,v1: Int,v2: Long): Float in object Function2$class, tree.tpe=Float [error] "scala"."Function2$class"."apply$mcFIJ$sp" // def apply$mcFIJ$sp(x$1: Function2,v1: Int,v2: Long): Float in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Long)Float [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcIIJ$sp(v1: Int,v2: Long): Int [error] [error] "apply$mcIIJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Int [error] Apply( // def apply$mcIIJ$sp(x$1: Function2,v1: Int,v2: Long): Int in object Function2$class, tree.tpe=Int [error] "scala"."Function2$class"."apply$mcIIJ$sp" // def apply$mcIIJ$sp(x$1: Function2,v1: Int,v2: Long): Int in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Long)Int [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcJIJ$sp(v1: Int,v2: Long): Long [error] [error] "apply$mcJIJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Long [error] Apply( // def apply$mcJIJ$sp(x$1: Function2,v1: Int,v2: Long): Long in object Function2$class, tree.tpe=Long [error] "scala"."Function2$class"."apply$mcJIJ$sp" // def apply$mcJIJ$sp(x$1: Function2,v1: Int,v2: Long): Long in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Long)Long [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcVIJ$sp(v1: Int,v2: Long): Unit [error] [error] "apply$mcVIJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Int [error] [error] "v1" [error] // tree.tpe=Int [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Unit [error] Apply( // def apply$mcVIJ$sp(x$1: Function2,v1: Int,v2: Long): Unit in object Function2$class, tree.tpe=Unit [error] "scala"."Function2$class"."apply$mcVIJ$sp" // def apply$mcVIJ$sp(x$1: Function2,v1: Int,v2: Long): Unit in object Function2$class, tree.tpe=(x$1: Function2, v1: Int, v2: Long)Unit [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Int, tree.tpe=Int [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcZJD$sp(v1: Long,v2: Double): Boolean [error] [error] "apply$mcZJD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Boolean [error] Apply( // def apply$mcZJD$sp(x$1: Function2,v1: Long,v2: Double): Boolean in object Function2$class, tree.tpe=Boolean [error] "scala"."Function2$class"."apply$mcZJD$sp" // def apply$mcZJD$sp(x$1: Function2,v1: Long,v2: Double): Boolean in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Double)Boolean [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcDJD$sp(v1: Long,v2: Double): Double [error] [error] "apply$mcDJD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Double [error] Apply( // def apply$mcDJD$sp(x$1: Function2,v1: Long,v2: Double): Double in object Function2$class, tree.tpe=Double [error] "scala"."Function2$class"."apply$mcDJD$sp" // def apply$mcDJD$sp(x$1: Function2,v1: Long,v2: Double): Double in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Double)Double [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcFJD$sp(v1: Long,v2: Double): Float [error] [error] "apply$mcFJD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Float [error] Apply( // def apply$mcFJD$sp(x$1: Function2,v1: Long,v2: Double): Float in object Function2$class, tree.tpe=Float [error] "scala"."Function2$class"."apply$mcFJD$sp" // def apply$mcFJD$sp(x$1: Function2,v1: Long,v2: Double): Float in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Double)Float [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcIJD$sp(v1: Long,v2: Double): Int [error] [error] "apply$mcIJD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Int [error] Apply( // def apply$mcIJD$sp(x$1: Function2,v1: Long,v2: Double): Int in object Function2$class, tree.tpe=Int [error] "scala"."Function2$class"."apply$mcIJD$sp" // def apply$mcIJD$sp(x$1: Function2,v1: Long,v2: Double): Int in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Double)Int [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcJJD$sp(v1: Long,v2: Double): Long [error] [error] "apply$mcJJD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Long [error] Apply( // def apply$mcJJD$sp(x$1: Function2,v1: Long,v2: Double): Long in object Function2$class, tree.tpe=Long [error] "scala"."Function2$class"."apply$mcJJD$sp" // def apply$mcJJD$sp(x$1: Function2,v1: Long,v2: Double): Long in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Double)Long [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcVJD$sp(v1: Long,v2: Double): Unit [error] [error] "apply$mcVJD$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Double [error] [error] "v2" [error] // tree.tpe=Double [error] [error] ) [error] // tree.tpe=Unit [error] Apply( // def apply$mcVJD$sp(x$1: Function2,v1: Long,v2: Double): Unit in object Function2$class, tree.tpe=Unit [error] "scala"."Function2$class"."apply$mcVJD$sp" // def apply$mcVJD$sp(x$1: Function2,v1: Long,v2: Double): Unit in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Double)Unit [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Double, tree.tpe=Double [error] ) [error] ) [error] DefDef( // def apply$mcZJI$sp(v1: Long,v2: Int): Boolean [error] [error] "apply$mcZJI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Boolean [error] Apply( // def apply$mcZJI$sp(x$1: Function2,v1: Long,v2: Int): Boolean in object Function2$class, tree.tpe=Boolean [error] "scala"."Function2$class"."apply$mcZJI$sp" // def apply$mcZJI$sp(x$1: Function2,v1: Long,v2: Int): Boolean in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Int)Boolean [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcDJI$sp(v1: Long,v2: Int): Double [error] [error] "apply$mcDJI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Double [error] Apply( // def apply$mcDJI$sp(x$1: Function2,v1: Long,v2: Int): Double in object Function2$class, tree.tpe=Double [error] "scala"."Function2$class"."apply$mcDJI$sp" // def apply$mcDJI$sp(x$1: Function2,v1: Long,v2: Int): Double in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Int)Double [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcFJI$sp(v1: Long,v2: Int): Float [error] [error] "apply$mcFJI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Float [error] Apply( // def apply$mcFJI$sp(x$1: Function2,v1: Long,v2: Int): Float in object Function2$class, tree.tpe=Float [error] "scala"."Function2$class"."apply$mcFJI$sp" // def apply$mcFJI$sp(x$1: Function2,v1: Long,v2: Int): Float in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Int)Float [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcIJI$sp(v1: Long,v2: Int): Int [error] [error] "apply$mcIJI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Int [error] Apply( // def apply$mcIJI$sp(x$1: Function2,v1: Long,v2: Int): Int in object Function2$class, tree.tpe=Int [error] "scala"."Function2$class"."apply$mcIJI$sp" // def apply$mcIJI$sp(x$1: Function2,v1: Long,v2: Int): Int in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Int)Int [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcJJI$sp(v1: Long,v2: Int): Long [error] [error] "apply$mcJJI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Long [error] Apply( // def apply$mcJJI$sp(x$1: Function2,v1: Long,v2: Int): Long in object Function2$class, tree.tpe=Long [error] "scala"."Function2$class"."apply$mcJJI$sp" // def apply$mcJJI$sp(x$1: Function2,v1: Long,v2: Int): Long in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Int)Long [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcVJI$sp(v1: Long,v2: Int): Unit [error] [error] "apply$mcVJI$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Int [error] [error] "v2" [error] // tree.tpe=Int [error] [error] ) [error] // tree.tpe=Unit [error] Apply( // def apply$mcVJI$sp(x$1: Function2,v1: Long,v2: Int): Unit in object Function2$class, tree.tpe=Unit [error] "scala"."Function2$class"."apply$mcVJI$sp" // def apply$mcVJI$sp(x$1: Function2,v1: Long,v2: Int): Unit in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Int)Unit [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Int, tree.tpe=Int [error] ) [error] ) [error] DefDef( // def apply$mcZJJ$sp(v1: Long,v2: Long): Boolean [error] [error] "apply$mcZJJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Boolean [error] Apply( // def apply$mcZJJ$sp(x$1: Function2,v1: Long,v2: Long): Boolean in object Function2$class, tree.tpe=Boolean [error] "scala"."Function2$class"."apply$mcZJJ$sp" // def apply$mcZJJ$sp(x$1: Function2,v1: Long,v2: Long): Boolean in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Long)Boolean [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcDJJ$sp(v1: Long,v2: Long): Double [error] [error] "apply$mcDJJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Double [error] Apply( // def apply$mcDJJ$sp(x$1: Function2,v1: Long,v2: Long): Double in object Function2$class, tree.tpe=Double [error] "scala"."Function2$class"."apply$mcDJJ$sp" // def apply$mcDJJ$sp(x$1: Function2,v1: Long,v2: Long): Double in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Long)Double [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcFJJ$sp(v1: Long,v2: Long): Float [error] [error] "apply$mcFJJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Float [error] Apply( // def apply$mcFJJ$sp(x$1: Function2,v1: Long,v2: Long): Float in object Function2$class, tree.tpe=Float [error] "scala"."Function2$class"."apply$mcFJJ$sp" // def apply$mcFJJ$sp(x$1: Function2,v1: Long,v2: Long): Float in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Long)Float [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcIJJ$sp(v1: Long,v2: Long): Int [error] [error] "apply$mcIJJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Int [error] Apply( // def apply$mcIJJ$sp(x$1: Function2,v1: Long,v2: Long): Int in object Function2$class, tree.tpe=Int [error] "scala"."Function2$class"."apply$mcIJJ$sp" // def apply$mcIJJ$sp(x$1: Function2,v1: Long,v2: Long): Int in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Long)Int [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcJJJ$sp(v1: Long,v2: Long): Long [error] [error] "apply$mcJJJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Long [error] Apply( // def apply$mcJJJ$sp(x$1: Function2,v1: Long,v2: Long): Long in object Function2$class, tree.tpe=Long [error] "scala"."Function2$class"."apply$mcJJJ$sp" // def apply$mcJJJ$sp(x$1: Function2,v1: Long,v2: Long): Long in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Long)Long [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def apply$mcVJJ$sp(v1: Long,v2: Long): Unit [error] [error] "apply$mcVJJ$sp" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Long [error] [error] "v1" [error] // tree.tpe=Long [error] [error] ) [error] ValDef( // v2: Long [error] [error] "v2" [error] // tree.tpe=Long [error] [error] ) [error] // tree.tpe=Unit [error] Apply( // def apply$mcVJJ$sp(x$1: Function2,v1: Long,v2: Long): Unit in object Function2$class, tree.tpe=Unit [error] "scala"."Function2$class"."apply$mcVJJ$sp" // def apply$mcVJJ$sp(x$1: Function2,v1: Long,v2: Long): Unit in object Function2$class, tree.tpe=(x$1: Function2, v1: Long, v2: Long)Unit [error] // 3 arguments [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] "v1" // v1: Long, tree.tpe=Long [error] "v2" // v2: Long, tree.tpe=Long [error] ) [error] ) [error] DefDef( // def curried(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried" // def curried(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcZDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcZDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcZDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcZDD$sp" // def curried$mcZDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcDDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcDDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcDDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcDDD$sp" // def curried$mcDDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcFDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcFDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcFDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcFDD$sp" // def curried$mcFDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcIDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcIDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcIDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcIDD$sp" // def curried$mcIDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcJDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcJDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcJDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcJDD$sp" // def curried$mcJDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcVDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcVDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcVDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcVDD$sp" // def curried$mcVDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcZDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcZDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcZDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcZDI$sp" // def curried$mcZDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcDDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcDDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcDDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcDDI$sp" // def curried$mcDDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcFDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcFDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcFDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcFDI$sp" // def curried$mcFDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcIDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcIDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcIDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcIDI$sp" // def curried$mcIDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcJDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcJDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcJDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcJDI$sp" // def curried$mcJDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcVDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcVDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcVDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcVDI$sp" // def curried$mcVDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcZDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcZDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcZDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcZDJ$sp" // def curried$mcZDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcDDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcDDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcDDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcDDJ$sp" // def curried$mcDDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcFDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcFDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcFDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcFDJ$sp" // def curried$mcFDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcIDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcIDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcIDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcIDJ$sp" // def curried$mcIDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcJDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcJDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcJDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcJDJ$sp" // def curried$mcJDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcVDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcVDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcVDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcVDJ$sp" // def curried$mcVDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcZID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcZID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcZID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcZID$sp" // def curried$mcZID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcDID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcDID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcDID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcDID$sp" // def curried$mcDID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcFID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcFID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcFID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcFID$sp" // def curried$mcFID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcIID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcIID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcIID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcIID$sp" // def curried$mcIID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcJID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcJID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcJID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcJID$sp" // def curried$mcJID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcVID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcVID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcVID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcVID$sp" // def curried$mcVID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcZII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcZII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcZII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcZII$sp" // def curried$mcZII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcDII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcDII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcDII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcDII$sp" // def curried$mcDII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcFII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcFII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcFII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcFII$sp" // def curried$mcFII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcIII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcIII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcIII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcIII$sp" // def curried$mcIII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcJII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcJII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcJII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcJII$sp" // def curried$mcJII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcVII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcVII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcVII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcVII$sp" // def curried$mcVII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcZIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcZIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcZIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcZIJ$sp" // def curried$mcZIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcDIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcDIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcDIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcDIJ$sp" // def curried$mcDIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcFIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcFIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcFIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcFIJ$sp" // def curried$mcFIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcIIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcIIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcIIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcIIJ$sp" // def curried$mcIIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcJIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcJIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcJIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcJIJ$sp" // def curried$mcJIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcVIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcVIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcVIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcVIJ$sp" // def curried$mcVIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcZJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcZJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcZJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcZJD$sp" // def curried$mcZJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcDJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcDJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcDJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcDJD$sp" // def curried$mcDJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcFJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcFJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcFJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcFJD$sp" // def curried$mcFJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcIJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcIJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcIJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcIJD$sp" // def curried$mcIJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcJJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcJJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcJJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcJJD$sp" // def curried$mcJJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcVJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcVJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcVJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcVJD$sp" // def curried$mcVJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcZJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcZJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcZJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcZJI$sp" // def curried$mcZJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcDJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcDJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcDJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcDJI$sp" // def curried$mcDJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcFJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcFJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcFJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcFJI$sp" // def curried$mcFJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcIJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcIJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcIJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcIJI$sp" // def curried$mcIJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcJJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcJJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcJJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcJJI$sp" // def curried$mcJJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcVJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcVJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcVJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcVJI$sp" // def curried$mcVJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcZJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcZJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcZJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcZJJ$sp" // def curried$mcZJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcDJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcDJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcDJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcDJJ$sp" // def curried$mcDJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcFJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcFJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcFJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcFJJ$sp" // def curried$mcFJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcIJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcIJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcIJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcIJJ$sp" // def curried$mcIJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcJJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcJJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcJJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcJJJ$sp" // def curried$mcJJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def curried$mcVJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "curried$mcVJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def curried$mcVJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."curried$mcVJJ$sp" // def curried$mcVJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled" // def tupled(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcZDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcZDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcZDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcZDD$sp" // def tupled$mcZDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcDDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcDDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcDDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcDDD$sp" // def tupled$mcDDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcFDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcFDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcFDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcFDD$sp" // def tupled$mcFDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcIDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcIDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcIDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcIDD$sp" // def tupled$mcIDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcJDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcJDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcJDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcJDD$sp" // def tupled$mcJDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcVDD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcVDD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcVDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcVDD$sp" // def tupled$mcVDD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcZDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcZDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcZDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcZDI$sp" // def tupled$mcZDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcDDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcDDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcDDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcDDI$sp" // def tupled$mcDDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcFDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcFDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcFDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcFDI$sp" // def tupled$mcFDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcIDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcIDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcIDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcIDI$sp" // def tupled$mcIDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcJDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcJDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcJDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcJDI$sp" // def tupled$mcJDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcVDI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcVDI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcVDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcVDI$sp" // def tupled$mcVDI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcZDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcZDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcZDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcZDJ$sp" // def tupled$mcZDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcDDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcDDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcDDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcDDJ$sp" // def tupled$mcDDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcFDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcFDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcFDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcFDJ$sp" // def tupled$mcFDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcIDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcIDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcIDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcIDJ$sp" // def tupled$mcIDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcJDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcJDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcJDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcJDJ$sp" // def tupled$mcJDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcVDJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcVDJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcVDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcVDJ$sp" // def tupled$mcVDJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcZID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcZID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcZID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcZID$sp" // def tupled$mcZID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcDID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcDID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcDID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcDID$sp" // def tupled$mcDID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcFID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcFID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcFID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcFID$sp" // def tupled$mcFID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcIID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcIID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcIID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcIID$sp" // def tupled$mcIID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcJID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcJID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcJID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcJID$sp" // def tupled$mcJID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcVID$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcVID$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcVID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcVID$sp" // def tupled$mcVID$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcZII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcZII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcZII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcZII$sp" // def tupled$mcZII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcDII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcDII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcDII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcDII$sp" // def tupled$mcDII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcFII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcFII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcFII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcFII$sp" // def tupled$mcFII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcIII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcIII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcIII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcIII$sp" // def tupled$mcIII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcJII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcJII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcJII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcJII$sp" // def tupled$mcJII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcVII$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcVII$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcVII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcVII$sp" // def tupled$mcVII$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcZIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcZIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcZIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcZIJ$sp" // def tupled$mcZIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcDIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcDIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcDIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcDIJ$sp" // def tupled$mcDIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcFIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcFIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcFIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcFIJ$sp" // def tupled$mcFIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcIIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcIIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcIIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcIIJ$sp" // def tupled$mcIIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcJIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcJIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcJIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcJIJ$sp" // def tupled$mcJIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcVIJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcVIJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcVIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcVIJ$sp" // def tupled$mcVIJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcZJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcZJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcZJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcZJD$sp" // def tupled$mcZJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcDJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcDJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcDJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcDJD$sp" // def tupled$mcDJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcFJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcFJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcFJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcFJD$sp" // def tupled$mcFJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcIJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcIJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcIJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcIJD$sp" // def tupled$mcIJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcJJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcJJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcJJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcJJD$sp" // def tupled$mcJJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcVJD$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcVJD$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcVJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcVJD$sp" // def tupled$mcVJD$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcZJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcZJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcZJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcZJI$sp" // def tupled$mcZJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcDJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcDJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcDJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcDJI$sp" // def tupled$mcDJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcFJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcFJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcFJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcFJI$sp" // def tupled$mcFJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcIJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcIJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcIJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcIJI$sp" // def tupled$mcIJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcJJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcJJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcJJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcJJI$sp" // def tupled$mcJJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcVJI$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcVJI$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcVJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcVJI$sp" // def tupled$mcVJI$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcZJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcZJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcZJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcZJJ$sp" // def tupled$mcZJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcDJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcDJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcDJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcDJJ$sp" // def tupled$mcDJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcFJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcFJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcFJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcFJJ$sp" // def tupled$mcFJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcIJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcIJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcIJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcIJJ$sp" // def tupled$mcIJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcJJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcJJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcJJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcJJJ$sp" // def tupled$mcJJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // def tupled$mcVJJ$sp(): Function1 [error] @{ scala.annotation.unspecialized } [error] "tupled$mcVJJ$sp" [error] [] [error] List(Nil) [error] // tree.tpe=Function1 [error] Apply( // def tupled$mcVJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=Function1 [error] "scala"."Function2$class"."tupled$mcVJJ$sp" // def tupled$mcVJJ$sp(x$1: Function2): Function1 in object Function2$class, tree.tpe=(x$1: Function2)Function1 [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // override def toString(): String [error] override [error] "toString" [error] [] [error] List(Nil) [error] // tree.tpe=String [error] Apply( // override def toString(x$1: Function2): String in object Function2$class, tree.tpe=String [error] "scala"."Function2$class"."toString" // override def toString(x$1: Function2): String in object Function2$class, tree.tpe=(x$1: Function2)String [error] This("SparseVector$$anon$4")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] ) [error] DefDef( // override def opType(): scalala.operators.OpType [error] override [error] "opType" [error] [] [error] List(Nil) [error] // tree.tpe=scalala.operators.OpType [error] Apply( // def opType(): scalala.operators.OpType in trait BinaryUpdateOp, tree.tpe=scalala.operators.OpType [error] SparseVector$$anon$4.this."op$1"."opType" // def opType(): scalala.operators.OpType in trait BinaryUpdateOp, tree.tpe=()scalala.operators.OpType [error] Nil [error] ) [error] ) [error] DefDef( // override def apply(a: scalala.tensor.sparse.SparseVector,b: Object): scalala.tensor.sparse.SparseVector [error] override [error] "apply" [error] [] [error] // 1 parameter list [error] ValDef( // a: scalala.tensor.sparse.SparseVector [error] [error] "a" [error] // tree.tpe=scalala.tensor.sparse.SparseVector [error] [error] ) [error] ValDef( // b: Object [error] [error] "b" [error] // tree.tpe=Object [error] [error] ) [error] // tree.tpe=scalala.tensor.sparse.SparseVector [error] Block( // tree.tpe=scalala.tensor.sparse.SparseVector [error] // 2 statements [error] ValDef( // val c: scalala.tensor.sparse.SparseVector [error] [error] "c" [error] // tree.tpe=scalala.tensor.sparse.SparseVector [error] Apply( // final def $asInstanceOf[T0 >: ? <: ?](): T0 in class Object, tree.tpe=scalala.tensor.sparse.SparseVector [error] TypeApply( // final def $asInstanceOf[T0 >: ? <: ?](): T0 in class Object, tree.tpe=()scalala.tensor.sparse.SparseVector [error] SparseVector$$anon$4.this.copy$1.apply(a)."$asInstanceOf" // final def $asInstanceOf[T0 >: ? <: ?](): T0 in class Object, tree.tpe=[T0 >: ? <: ?]()T0 [error] // tree.tpe=scalala.tensor.sparse.SparseVector [error] ) [error] Nil [error] ) [error] ) [error] Apply( // def apply(v1: Object,v2: Object): Object in trait Function2, tree.tpe=Object [error] SparseVector$$anon$4.this."op$1"."apply" // def apply(v1: Object,v2: Object): Object in trait Function2, tree.tpe=(v1: Object, v2: Object)Object [error] // 2 arguments [error] "c" // val c: scalala.tensor.sparse.SparseVector, tree.tpe=scalala.tensor.sparse.SparseVector [error] "b" // b: Object, tree.tpe=Object [error] ) [error] "c" // val c: scalala.tensor.sparse.SparseVector, tree.tpe=scalala.tensor.sparse.SparseVector [error] ) [error] ) [error] DefDef( // override def apply(v1: Object,v2: Object): Object [error] override [error] "apply" [error] [] [error] // 1 parameter list [error] ValDef( // v1: Object [error] [error] "v1" [error] // tree.tpe=Object [error] [error] ) [error] ValDef( // v2: Object [error] [error] "v2" [error] // tree.tpe=Object [error] [error] ) [error] // tree.tpe=Object [error] Apply( // override def apply(a: scalala.tensor.sparse.SparseVector,b: Object): scalala.tensor.sparse.SparseVector, tree.tpe=scalala.tensor.sparse.SparseVector [error] SparseVector$$anon$4.this."apply" // override def apply(a: scalala.tensor.sparse.SparseVector,b: Object): scalala.tensor.sparse.SparseVector, tree.tpe=(a: scalala.tensor.sparse.SparseVector, b: Object)scalala.tensor.sparse.SparseVector [error] // 2 arguments [error] Apply( // final def $asInstanceOf[T0 >: ? <: ?](): T0 in class Object, tree.tpe=scalala.tensor.sparse.SparseVector [error] TypeApply( // final def $asInstanceOf[T0 >: ? <: ?](): T0 in class Object, tree.tpe=()scalala.tensor.sparse.SparseVector [error] "v1"."$asInstanceOf" // final def $asInstanceOf[T0 >: ? <: ?](): T0 in class Object, tree.tpe=[T0 >: ? <: ?]()T0 [error] // tree.tpe=scalala.tensor.sparse.SparseVector [error] ) [error] Nil [error] ) [error] "v2" // v2: Object, tree.tpe=Object [error] ) [error] ) [error] DefDef( // def (copy$1: scalala.generic.collection.CanCopy,op$1: scalala.operators.BinaryUpdateOp): scalala.tensor.sparse.SparseVector$$anon$4 [error] [error] "" [error] [] [error] // 1 parameter list [error] ValDef( // copy$1: scalala.generic.collection.CanCopy [error] [error] "copy$1" [error] // tree.tpe=scalala.generic.collection.CanCopy [error] [error] ) [error] ValDef( // op$1: scalala.operators.BinaryUpdateOp [error] [error] "op$1" [error] // tree.tpe=scalala.operators.BinaryUpdateOp [error] [error] ) [error] // tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] Block( // tree.tpe=Unit [error] // 4 statements [error] Assign( // tree.tpe=Unit [error] SparseVector$$anon$4.this."copy$1" // private[this] val copy$1: scalala.generic.collection.CanCopy, tree.tpe=scalala.generic.collection.CanCopy [error] "copy$1" // copy$1: scalala.generic.collection.CanCopy, tree.tpe=scalala.generic.collection.CanCopy [error] ) [error] Assign( // tree.tpe=Unit [error] SparseVector$$anon$4.this."op$1" // private[this] val op$1: scalala.operators.BinaryUpdateOp, tree.tpe=scalala.operators.BinaryUpdateOp [error] "op$1" // op$1: scalala.operators.BinaryUpdateOp, tree.tpe=scalala.operators.BinaryUpdateOp [error] ) [error] Apply( // def (): Object in class Object, tree.tpe=Object [error] SparseVector$$anon$4.super."" // def (): Object in class Object, tree.tpe=()Object [error] Nil [error] ) [error] Apply( // def $init$(x$1: Function2): Unit in object Function2$class, tree.tpe=Unit [error] "scala"."Function2$class"."$init$" // def $init$(x$1: Function2): Unit in object Function2$class, tree.tpe=(x$1: Function2)Unit [error] This("$anon")final class SparseVector$$anon$4 extends BinaryOp in package sparse, tree.tpe=scalala.tensor.sparse.SparseVector$$anon$4 [error] ) [error] () [error] ) [error] ) [error] ) [error] [error] == Expanded type of tree == [error] [error] ConstantType(value = Constant(scalala.scalar.Complex)) [error] [error] uncaught exception during compilation: java.lang.IllegalArgumentException [error] {file:/C:/code/Scalala/}default-cda816/compile:compile: java.lang.IllegalArgumentException: value [Ljava.lang.String;@615e97df [error] Total time: 110 s, completed 08/08/2012 3:42:16 PM