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The library behind symbolic expressions is (a variant of) ginac/pynac. Expressions can be turned into Sympy with the _sympy_ method:

e = pi
print(type(e))
print(type(e._sympy_()))

The library behind symbolic expressions is (a variant of) ginac/pynac. a fork of ginac that has been incorporated into Sage source code. Expressions can be turned into Sympy with the _sympy_ method:

e = pi
print(type(e))
print(type(e._sympy_()))

The library behind symbolic expressions is a fork of ginacginac/pynac that has been incorporated into Sage source code. Expressions can be turned into Sympy with the _sympy_ method:

e = pi
print(type(e))
print(type(e._sympy_()))

The library behind symbolic expressions is a fork of ginac/pynacginac that has been incorporated into Sage source code. code under the name pynac. Expressions can be turned into Sympy with the _sympy_ method:

e = pi
print(type(e))
print(type(e._sympy_()))

The library behind symbolic expressions is a fork of ginac that has been wan named pynac and was then incorporated into Sage source code under the name pynac. code. Expressions can be turned into Sympy with the _sympy_ method:

e = pi
print(type(e))
print(type(e._sympy_()))

The library behind symbolic expressions is a fork of ginac that wan named pynac and was then incorporated into Sage source code. Expressions can be turned into Sympy objects with the _sympy_ method:

e = pi
print(type(e))
print(type(e._sympy_()))

The library behind symbolic expressions is a fork of ginac that wan was named pynac and was then incorporated into Sage source code. Expressions can be turned into Sympy objects with the _sympy_ method:

e = pi
print(type(e))
print(type(e._sympy_()))

The library behind symbolic expressions is a fork of ginac that was named pynac and was then incorporated into Sage source code. code directly. Expressions can be turned into Sympy objects with the _sympy_ method:

e = pi
print(type(e))
print(type(e._sympy_()))