def generate_values(state, output_modulus=None):
yield from lcg.generate_values(state,
a=MULTIPLIER,
c=INCREMENT,
m=MODULUS,
masked_bits=SHIFT_BITS,
output_modulus=output_modulus)
def generate_values(state, bits):
gen = lcg.generate_values(state,
MULTIPLIER,
INCREMENT,
MODULUS,
0)
for prediction in gen:
yield prediction >> (48 - bits)
def generate_values(state, output_modulus=None):
yield from lcg.generate_values(state, a=MULTIPLIER, c=INCREMENT,
m=MODULUS, masked_bits=SHIFT_BITS,
output_modulus=output_modulus)
def generate_values(state, bits):
gen = lcg.generate_values(state, MULTIPLIER, INCREMENT, MODULUS, 0)
for prediction in gen:
yield prediction >> (48 - bits)