how to define Ring of gaussian integers modulo n? modulo operation defined as :
def modGI(x,n):
import math
E=(x*n.conjugate())/(n*n.conjugate())
return x-complex(math.floor(E.real),math.floor(E.imag))*n
![]() | 1 | initial version |
how to define Ring of gaussian integers modulo n? modulo operation defined as :
def modGI(x,n):
import math
E=(x*n.conjugate())/(n*n.conjugate())
return x-complex(math.floor(E.real),math.floor(E.imag))*n
![]() | 2 | None |
how to define Ring of gaussian integers modulo n? modulo operation defined as :
def modGI(x,n): import math E=(x*n.conjugate())/(n*n.conjugate()) return
x-complex(math.floor(E.real),math.floor(E.imag))*nx-complex(math.floor(E.real),math.floor(E.imag))*n`
![]() | 3 | None |
how to define Ring of gaussian integers modulo n? modulo operation defined as :
def modGI(x,n):
import math
E=(x*n.conjugate())/(n*n.conjugate())
return x-complex(math.floor(E.real),math.floor(E.imag))*n`
x-complex(math.floor(E.real),math.floor(E.imag))*n