Generated job using the new Matrix API

(A*B) + C benchmark

import com.twitter.scalding._
import cascading.pipe.joiner._
import com.twitter.scalding.mathematics.Matrix2
import com.twitter.scalding.mathematics.FiniteHint
import com.twitter.algebird.Group
  
class BenchNewJob(args : Args) extends Job(args) {

  import Matrix2._
  import com.twitter.scalding.mathematics.MatrixLiteral    
  import cascading.pipe.Pipe
  import cascading.tuple.Fields
  import com.twitter.scalding.TDsl._

      val p0 = Tsv("/home/ttauber/scalding-bench/a0.tsv", ('x, 'y, 'v) )
	.read

val tp0 = p0.toTypedPipe[(Int, Int, Double)](('x,'y,'v))
val a0 = MatrixLiteral(tp0, FiniteHint(100, 100))



	val p1 = Tsv("/home/ttauber/scalding-bench/a1.tsv", ('x, 'y, 'v) )
	.read

val tp1 = p1.toTypedPipe[(Int, Int, Double)](('x,'y,'v))
val a1 = MatrixLiteral(tp1, FiniteHint(100, 100))



	val p2 = Tsv("/home/ttauber/scalding-bench/a2.tsv", ('x, 'y, 'v) )
	.read

val tp2 = p2.toTypedPipe[(Int, Int, Double)](('x,'y,'v))
val a2 = MatrixLiteral(tp2, FiniteHint(100, 100))

((a0 * a1) + a2).toTypedPipe.write( TypedTsv[(Int, Int, Double)]("/home/ttauber/scalding-bench/anew.tsv"))
}