 | 1 | initial version |
So I have an equation that solved looks something like this:
r == 1/488486532917088881338043645348028612608*sqrt(1271541785242875384103984923680382406444427305742938801212457) - 80406364132947/169706962694363951398912
and when I do anything to evaluate this numerically I get a TypeError? Right now I am copying and pasting this output into wolfram alpha, but really there has to be a better way?
| | 2 | No.2 Revision |
So I have an equation that solved (symbolically) looks something like this:
r == 1/488486532917088881338043645348028612608*sqrt(1271541785242875384103984923680382406444427305742938801212457) - 80406364132947/169706962694363951398912
and when I do anything to evaluate this numerically I get a TypeError? Right now I am copying and pasting this output into wolfram alpha, but really there has to be a better way?
Furthermore if I try to evaluate the equation with find_root(...) I get this error:
File "expression.pyx", line 984, in sage.symbolic.expression.Expression.__float__ (sage/symbolic/expression.cpp:5596) TypeError: unable to simplify to float approximation
?!
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