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Indeed, my program must act on itself by entering certain areas of code (in the form of a string) which it must itself execute.
Take the ring K of polynomials with four unknow x_00, x_10, x_01 and x_11
K. <x_00, x_10,="" x_01,="" x_11=""> = QQ [ ] g = let's say an element of K for i in range (1): for j in range (1): 2+ g.monomial_coefficient (x_ij)
Indeed the last command wants to add to 2 the coefficient of the monome x_ij. This is where his block.
Indeed, my program must act on itself by entering certain areas of code (in the form of a string) which it must itself execute.
Take the ring K of polynomials with four unknow x_00, x_10, x_01 and x_11
K. <x_00, x_10,="" x_01,="" x_11=""> = QQ [ ] g = let's say an element of K for i in range (1): for j in range (1): 2+ g.monomial_coefficient (x_ij)
Indeed the last command wants to add to 2 the coefficient of the monome x_ij. This is where his block.
My program must act on itself by entering certain areas of code (in the form of a Indeed, my program must act on itself by entering certain areas of code (in the form of a string) which it must itself execute. Take the ring K. <x_00, x_10,="" x_01,="" x_11=""> character string) which it must itself execute " K K of polynomials with four unknow x_00, x_10, x_01 unknowns x_00, x_10, x_01 and x_11 x_11.
= QQ K.<x_00, x_10, x_01, x_11> [ ]
[]
g = let's say an element of K
K.random_element()
for i in range (1):
range(1):
for j in range (1):
range(1):
2+ g.monomial_coefficient (x_ij) 2 + g.monomial_coefficient(x_ij)
Indeed the The last command wants tries to add to 2 the coefficient of the monome x_ij. monomial x_ij. This is where his block.it blocks.
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