426
Matrices
SCHUR
Schur Decomposition. Factorizes a square
matrix
into two
matrices. If
matrix
is real, then the result is
{[[
orthogonal
]],[[
upper-quasi triangular
]]}.
If
matrix
is complex, then the result is
{[[
unitary
]],[[
upper-triangular
]]}.
SCHUR
(
matrix
)
SVD
Singular Value Decomposition. Factorizes an
m × n
matrix
into two matrices and a vector:
{[[
m
×
m
square orthogonal
]],[[
n × n
square orthogonal
]],
[
real
]}.
SVD
(
matrix
)
SVL
Singular Values. Returns a vector containing the singular
values of
matrix.
SVL
(
matrix
)
Vector
Cross Product
Cross Product of
vector1
with
vector2
.
CROSS
(
vector1
,
vector2
)
Dot Product
Dot Product of two arrays, matrix1 and matrix2.
DOT
(matrix1, matrix2)
L
2
Norm
Returns the l
2
norm (sqrt(x1^2+x2^2+...xn^2)) of a
vector.
l2norm(Vect)
L
1
Norm
Returns the l
1
norm (sum of the absolute values of the
coordinates) of a vector.
l1norm(Vect)
Max Norm
Returns the l
∞
norm (the maximum of the absolute values
of the coordinates) of a vector.
maxnorm(Vect or Mtrx)
Examples
Identity Matrix
You can create an identity matrix with the
IDENMAT
function. For example,
IDENMAT
(2) creates the 2×2
identity matrix [[1,0],[0,1]].
Summary of Contents for NW280-200X
Page 1: ...HP Prime Graphing Calculator User Guide ...
Page 4: ......
Page 56: ...50 Reverse Polish Notation RPN ...
Page 64: ...58 Computer algebra system CAS ...
Page 107: ...An introduction to HP apps 101 ...
Page 108: ...102 An introduction to HP apps ...
Page 188: ...182 Spreadsheet these variables is provided in chapter 21 Variables beginning on page 373 ...
Page 220: ...214 Statistics 2Var app ...
Page 252: ...246 Linear Solver app ...
Page 258: ...252 Parametric app ...
Page 268: ...262 Sequence app ...
Page 404: ...398 Units and constants ...
Page 416: ...410 Lists ...
Page 442: ...436 Notes and Info ...
Page 532: ...526 Limiting functionality ...
Page 536: ...530 ...
Page 540: ...534 ...