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  1. oneVector :: Color -> Position -> Vec -> VisObject Double

    learn-physics Physics.Learn

    Place a vector at a particular position.

  2. probVector :: Vector C -> Vector Double

    learn-physics Physics.Learn.QuantumMat

    Return a vector of probabilities for a given state vector.

  3. stateVectorFromWavefunction :: R -> R -> Int -> (R -> C) -> Vector C

    learn-physics Physics.Learn.Schrodinger1D

    Transform a wavefunction into a state vector.

  4. displayVectorField :: Color -> Double -> [Position] -> VectorField -> VisObject Double

    learn-physics Physics.Learn.Visual.VisTools

    Display a vector field.

  5. oneVector :: Color -> Position -> Vec -> VisObject Double

    learn-physics Physics.Learn.Visual.VisTools

    Place a vector at a particular position.

  6. type ColumnVector (m :: Nat) = Matrix m 1

    matrix-static Data.Matrix.Static

    A column vector (a matrix with one column).

  7. type RowVector = Matrix 1

    matrix-static Data.Matrix.Static

    A row vector (a matrix with one row).

  8. colVector :: forall (n :: Nat) a . KnownNat n => Vector a -> Maybe (ColumnVector n a)

    matrix-static Data.Matrix.Static

    O(1). Represent a vector as a one row matrix.

  9. getMatrixAsVector :: forall (m :: Nat) (n :: Nat) a . Matrix m n a -> Vector a

    matrix-static Data.Matrix.Static

    O(rows*cols). Transform a Matrix to a Vector of size rows*cols. This is equivalent to get all the rows of the matrix using getRow and then append them, but far more efficient.

  10. rowVector :: forall (m :: Nat) a . KnownNat m => Vector a -> Maybe (RowVector m a)

    matrix-static Data.Matrix.Static

    O(1). Represent a vector as a one row matrix.

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