Implementations of the generic operations for numeric types that have optimizations available, and for the general symbolic case.
Implementations of the generic operations for numeric types that have optimizations available, and for the general symbolic case.
(arctangent y & x)
Similar to arcsine and arccosine, this method should only be reached in cases where the expression is symbolic.
Similar to arcsine and arccosine, this method should only be reached in cases where the expression is symbolic.
(expt b e)
Attempts to preserve exact precision if either argument is exact; else, evaluates symbolically or numerically.
Attempts to preserve exact precision if either argument is exact; else, evaluates symbolically or numerically.
Square root implementation that attempts to preserve exact numbers wherever possible. If the incoming value is not exact, simply computes sqrt.
Square root implementation that attempts to preserve exact numbers wherever possible. If the incoming value is not exact, simply computes sqrt.
(symbolic-operator s)
Given a symbol (like '+) returns an applicable operator if there is a corresponding symbolic operator construction available.
Given a symbol (like '+) returns an applicable operator if there is a corresponding symbolic operator construction available.
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