R.<X>=PolynomialRing(ZZ,'X')
X=R.gen()
P=(X+1)²+1
show(P)
The result is X²+2X+2 while i would like sage to show (Ẍ+1)²+1.
How can i do that ?
R.<X>=PolynomialRing(ZZ,'X')
X=R.gen()
P=(X+1)²+1
show(P)
The result is X²+2X+2 while i would like sage to show (Ẍ+1)²+1.
How can i do that ?
![]() | 2 | retagged |
R.<X>=PolynomialRing(ZZ,'X')
X=R.gen()
P=(X+1)²+1
show(P)
The result is X²+2X+2 while i would like sage to show (Ẍ+1)²+1.
How can i do that ?
![]() | 3 | retagged |
R.<X>=PolynomialRing(ZZ,'X')
X=R.gen()
P=(X+1)²+1
show(P)
The result is X²+2X+2 while i would like sage to show (Ẍ+1)²+1.
How can i do that ?
![]() | 4 | retagged |
R.<X>=PolynomialRing(ZZ,'X')
X=R.gen()
P=(X+1)²+1
show(P)
The result is X²+2X+2 while i would like sage to show (Ẍ+1)²+1.
How can i do that ?
![]() | 5 | retagged |
R.<X>=PolynomialRing(ZZ,'X')
X=R.gen()
P=(X+1)²+1
show(P)
The result is X²+2X+2 while i would like sage to show (Ẍ+1)²+1.
How can i do that ?
![]() | 6 | No.6 Revision |
R.<X>=PolynomialRing(ZZ,'X')
X=R.gen()
P=(X+1)²+1
show(P)
The result is X²+2X+2 while i would like sage to show (Ẍ+1)²+1.(X+1)²+1.
How can i do that ?