def factor(n):
pari_light_interface.pari_init(100000000, 0)
_n = pari_light_interface.pari_gp_read_str(str(n))
_A = pari_light_interface.pari_Z_factor(_n)
_P = pari_light_interface.pari_gel(_A, 1)
_M = pari_light_interface.pari_gel(_A, 2)
l = pari_light_interface.pari_lg(_P)
f = []
for i in range(1, l):
_p = int(pari_light_interface.pari_gel(_P, i))
p = int(pari_light_interface.pari_GENtostr(_p))
_m = int(pari_light_interface.pari_gel(_M, i))
m = int(pari_light_interface.pari_GENtostr(_m))
if f and len(f) > 0:
assert (
p > f[-1][0]
) # if this fails, add some code that makes sure f is sorted
f.append([p, m])
pari_light_interface.pari_close()
return f
def pari_cfg_datadir():
pari_light_interface.pari_init(100000000, 0)
_s = pari_light_interface.pari_sd_datadir()
s = str(pari_light_interface.pari_GENtostr(_s).decode('utf-8'))[1:-1]
pari_light_interface.pari_close()
return s
def pari_cfg_datadir():
pari_light_interface.pari_init(100000000, 0)
_s = pari_light_interface.pari_sd_datadir()
s = str(pari_light_interface.pari_GENtostr(_s).decode('utf-8'))[1:-1]
pari_light_interface.pari_close()
return s
def sea_weierstrass(a, b, p, s=0):
pari_light_interface.pari_init(100000000, 0)
_a = pari_light_interface.pari_gp_read_str(str(a))
_b = pari_light_interface.pari_gp_read_str(str(b))
_p = pari_light_interface.pari_gp_read_str(str(p))
_t = pari_light_interface.pari_Fp_ellcard_SEA(_a, _b, _p, s)
t = pari_light_interface.pari_GENtostr(_t)
pari_light_interface.pari_close()
return int(t)
def sea_weierstrass(a, b, p, s=0):
pari_light_interface.pari_init(100000000, 0)
_a = pari_light_interface.pari_gp_read_str(str(a))
_b = pari_light_interface.pari_gp_read_str(str(b))
_p = pari_light_interface.pari_gp_read_str(str(p))
_t = pari_light_interface.pari_Fp_ellcard_SEA(_a, _b, _p, s)
t = pari_light_interface.pari_GENtostr(_t)
pari_light_interface.pari_close()
return int(t)
def pari_version():
pari_light_interface.pari_init(100000000, 0)
_v = pari_light_interface.pari_version()
_x = pari_light_interface.pari_gel(_v, 1)
_y = pari_light_interface.pari_gel(_v, 2)
_z = pari_light_interface.pari_gel(_v, 3)
x = int(pari_light_interface.pari_GENtostr(_x))
y = int(pari_light_interface.pari_GENtostr(_y))
z = int(pari_light_interface.pari_GENtostr(_z))
pari_light_interface.pari_close()
return str("%d.%d.%d"%(x,y,z))
def pari_version():
pari_light_interface.pari_init(100000000, 0)
_v = pari_light_interface.pari_version()
_x = pari_light_interface.pari_gel(_v, 1)
_y = pari_light_interface.pari_gel(_v, 2)
_z = pari_light_interface.pari_gel(_v, 3)
x = int(pari_light_interface.pari_GENtostr(_x))
y = int(pari_light_interface.pari_GENtostr(_y))
z = int(pari_light_interface.pari_GENtostr(_z))
pari_light_interface.pari_close()
return str("%d.%d.%d" % (x, y, z))
def factor(n):
pari_light_interface.pari_init(100000000, 0)
_n = pari_light_interface.pari_gp_read_str(str(n))
_A = pari_light_interface.pari_Z_factor(_n)
_P = pari_light_interface.pari_gel(_A, 1)
_M = pari_light_interface.pari_gel(_A, 2)
l = pari_light_interface.pari_lg(_P)
f = []
for i in range(1, l):
_p = int(pari_light_interface.pari_gel(_P, i))
p = int(pari_light_interface.pari_GENtostr(_p))
_m = int(pari_light_interface.pari_gel(_M, i))
m = int(pari_light_interface.pari_GENtostr(_m))
if f and len(f) > 0:
assert(p > f[-1][0]) # if this fails, add some code that makes sure f is sorted
f.append([p, m])
pari_light_interface.pari_close()
return f