minus
Subtract DataMatrix objects
Syntax
DMObjNew =
minus(DMObj1, DMObj2)
DMObjNew = DMObj1 - DMObj2
DMObjNew =
minus(DMObj1, B)
DMObjNew = DMObj1 - B
DMObjNew =
minus(B, DMObj1)
DMObjNew = B - DMObj1
Input Arguments
DMObj1, DMObj2 | DataMatrix objects, such as created by DataMatrix (object
constructor). |
B | MATLAB® numeric or logical array. |
Output Arguments
DMObjNew | DataMatrix object created by subtraction. |
Description
or
the equivalent DMObjNew =
minus(DMObj1, DMObj2) performs
an element-by-element subtraction of the DataMatrix object DMObjNew = DMObj1 - DMObj2DMObj2 from
the DataMatrix object DMObj1 and places
the results in DMObjNew, another DataMatrix
object. DMObj1 and DMObj2 must
have the same size (number of rows and columns), unless one is a scalar
(1-by-1 DataMatrix object). The size (number of rows and columns),
row names, and column names for DMObjNew are
the same as DMObj1, unless DMObj1 is
a scalar; then they are the same as DMObj2.
or
the equivalent DMObjNew =
minus(DMObj1, B) performs
an element-by-element subtraction of DMObjNew = DMObj1 - BB,
a numeric or logical array, from the DataMatrix object DMObj1,
and places the results in DMObjNew, another
DataMatrix object. DMObj1 and B must
have the same size (number of rows and columns), unless B is
a scalar. The size (number of rows and columns), row names, and column
names for DMObjNew are the same as DMObj1.
or
the equivalent DMObjNew =
minus(B, DMObj1) performs
an element-by-element subtraction of the DataMatrix object DMObjNew = B - DMObj1DMObj1 from B,
a numeric or logical array, and places the results in DMObjNew,
another DataMatrix object. DMObj1 and B must
have the same size (number of rows and columns), unless B is
a scalar. The size (number of rows and columns), row names, and column
names for DMObjNew are the same as DMObj1.
Note
Arithmetic operations between a scalar DataMatrix object and a nonscalar array are not supported.
MATLAB calls for
the syntax DMObjNew =
minus(X, Y) when DMObjNew = X - YX or Y is
a DataMatrix object.
Version History
Introduced in R2008b