Extractor applying to LinearCombination
that are constant.
Extractor applying to LinearCombination
that are constant.
Extractor applying to LinearCombination
that are just a
single term with coefficient 1
.
Extractor applying to LinearCombination
that are just a
single term with coefficient 1
.
Ordering that relates linear combinations a, b
if the value of
a
is always going to be in relationship with b
.
Ordering that relates linear combinations a, b
if the value of
a
is always going to be in relationship with b
.
E.g., x + 3 < x + 5
.
Create a linear combination from an arbitrary set of terms with coefficients
Create a linear combination from an array of coefficient-term pairs that is already sorted, flattened, and contracted.
Create a linear combination from an array of coefficient-term pairs that is already sorted, flattened, and contracted.
Compute the sum of exactly three linear combinations with arbitrary coefficients
Compute the sum of exactly two linear combinations with arbitrary coefficients.
Compute the sum of exactly two linear combinations with arbitrary coefficients. This method is optimised and tries to avoid the the general case as far as possible
Compute the sum of a collection of linear combinations (together with coefficients).
Compute the sum of a collection of linear combinations (together with
coefficients). This method is more optimised than direct usage of
LCBlender