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## Uses of Class
fr.lip6.type.matrix.MLMatrix

Packages that use MLMatrix
fr.lip6.type.matrix |

Uses of MLMatrix in fr.lip6.type.matrix

Subclasses of MLMatrix in fr.lip6.type.matrix
`class` | `ByteMatrix`
`class` | `DoubleMatrix`
`class` | `FloatMatrix`
`class` | `IntMatrix`

Methods in fr.lip6.type.matrix that return MLMatrix
`MLMatrix<ByteVector[]>` | `ByteMatrix.add(MLMatrix<ByteVector[]> m)`
`MLMatrix<DoubleVector[]>` | `DoubleMatrix.add(MLMatrix<DoubleVector[]> m)`
`MLMatrix<FloatVector[]>` | `FloatMatrix.add(MLMatrix<FloatVector[]> m)`
`MLMatrix<IntVector[]>` | `IntMatrix.add(MLMatrix<IntVector[]> m)`
`abstract MLMatrix<T>` | `MLMatrix.add(MLMatrix<T> m)` returns a new matrix sum of this matrix with the argument.
`MLMatrix<DoubleVector[]>` | `DoubleMatrix.mult(double d)`
`abstract MLMatrix<T>` | `MLMatrix.mult(double d)` produce a new matrix with each component multiplied by a double
`MLMatrix<IntVector[]>` | `IntMatrix.mult(double d)`
`MLMatrix<FloatVector[]>` | `FloatMatrix.mult(double d)`
`MLMatrix<ByteVector[]>` | `ByteMatrix.mult(double d)`

Methods in fr.lip6.type.matrix with parameters of type MLMatrix
`MLMatrix<ByteVector[]>` | `ByteMatrix.add(MLMatrix<ByteVector[]> m)`
`MLMatrix<DoubleVector[]>` | `DoubleMatrix.add(MLMatrix<DoubleVector[]> m)`
`MLMatrix<FloatVector[]>` | `FloatMatrix.add(MLMatrix<FloatVector[]> m)`
`MLMatrix<IntVector[]>` | `IntMatrix.add(MLMatrix<IntVector[]> m)`
`abstract MLMatrix<T>` | `MLMatrix.add(MLMatrix<T> m)` returns a new matrix sum of this matrix with the argument.
`double` | `ByteMatrix.dot(MLMatrix<ByteVector[]> m)`
`double` | `DoubleMatrix.dot(MLMatrix<DoubleVector[]> m)`
`double` | `FloatMatrix.dot(MLMatrix<FloatVector[]> m)`
`double` | `IntMatrix.dot(MLMatrix<IntVector[]> m)`
`abstract double` | `MLMatrix.dot(MLMatrix<T> m)` return the dot product between matrices, ie sum of each components product.

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