Overloaded arithmetic operations

<timeseries/plus> - (+) Add time series.

PLUS Overloaded element-by-element array addition

TS1+TS2: TS1 and TS2 must have the same length. Their sample

sizes must be the same unless each sample in TS2 is a scalar.

Note: the quality array of the output time series will be the

element-by-element minimum of the two quality arrays from TS1 and TS2.

TS1+B: the sample size of time series TS1 and the size of B must be

the same unless B is a scalar.

A+TS1: the size of A and the sample size of time series TS1 must be

the same unless A is a scalar.

<timeseries/minus> - (-) Subtract time series.

MINUS Overloaded element-by-element array subtraction

TS1-TS2: TS1 and TS2 must have the same length. Their sample

sizes must be the same unless each sample in TS2 is a scalar.

Note: the quality array of the output time series will be the

element-by-element minimum of the two quality arrays from TS1 and TS2.

TS1-B: the sample size of time series TS1 and the size of B must be

the same unless B is a scalar.

A-TS1: the size of A and the sample size of time series TS1 must be

the same unless A is a scalar.

<timeseries/times> - (.*) Multiply time series.

TIMES Overloaded element-by-element array multiply

TS1.*TS2: TS1 and TS2 must have the same length. Their sample

sizes must be the same unless each sample in TS2 is a scalar.

Note: the quality array of the output time series will be the

element-by-element minimum of the two quality arrays from TS1 and TS2.

TS1.*B: the sample size of time series TS1 and the size of B must be

the same unless B is a scalar.

A.*TS1: the size of A and the sample size of time series TS1 must be

the same unless A is a scalar.

<timeseries/mtimes> - (*) Matrix multiplication of time series.

MTIMES Overloaded 2-D matrix multiply.

TS1*TS2: TS1 and TS2 must have the same length. The number of columns

of TS1.Data and the number of rows of TS2.Data must be the same unless

each sample in TS2 is a scalar.

Note: the quality array of the output time series will be the

element-by-element minimum of the two quality arrays from TS1 and TS2.

TS1*B: the number of columns of TS1.Data and the number of rows of B

must be the same unless B is scalar.

A*TS1: the number of columns of A and the number of rows of TS1.Data

must be the same unless A is scalar.

<timeseries/rdivide> - (./) Right array divide time series.

RDIVIDE Overload element-by-element array division

TS1./TS2: TS1 and TS2 must have the same length. Their sample

sizes must be the same unless each sample in TS2 is a scalar.

Note: the quality array of the output time series will be the

element-by-element minimum of the two quality arrays from TS1 and TS2.

TS1./B: the sample size of time series TS1 and the size of B must be

the same unless B is a scalar.

A./TS1: the size of A and the sample size of time series TS1 must be

the same unless A is a scalar.

<timeseries/mrdivide> - (/) Right matrix division of time series.

MRDIVIDE Overloaded 2-D matrix right division.

TS1/TS2: TS1 and TS2 must have the same length. The number of columns

of TS1.Data and the number of columns of TS2.Data must be the same.

Note: the quality array of the output time series will be the

element-by-element minimum of the two quality arrays from TS1 and TS2.

TS1/B: The number of columns of TS1.Data and the number of columns of

B must be the same.

A/TS1: The number of columns of A and the number of columns of

TS1.Data must be the same.

<timeseries/ldivide> - (.\) Left array divide time series.

LDIVIDE Overloaded element-by-element left array divide

TS1.\TS2: TS1 and TS2 must have the same length. Their sample

sizes must be the same unless each sample in TS2 is a scalar.

Note: the quality array of the output time series will be the

element-by-element minimum of the two quality arrays from TS1 and TS2.

TS1.\B: the sample size of time series TS1 and the size of B must be

the same unless B is a scalar.

A.\TS1: the size of A and the sample size of time series TS1 must be

the same unless A is a scalar.

<timeseries/mldivide> - (\) Left matrix division of time series.

MLDIVIDE Overloaded 2-D matrix left division.

TS1\TS2: TS1 and TS2 must have the same length. The number of columns

of TS1.Data and the number of columns of TS2.Data must be the same.

Note: the quality array of the output time series will be the

element-by-element minimum of the two quality arrays from TS1 and TS2.

TS1\B: The number of columns of TS1.Data and the number of columns of

B must be the same.

A\TS1: The number of columns of A and the number of columns of

TS1.Data must be the same.