#!/bin/python3 # ================================================== # Import import math from rmin_py import run # ================================================== nlst = [28] k = 1 / 2 # ================================================== for n in nlst: run(2**n, (2**n)**k, 10)
#!/bin/python3 # ================================================== # Import import math from rmin_py import run # ================================================== # Theo 5 nlst = [22] # ================================================== for n in nlst: k = n / math.log(n, 2) k0 = math.floor(k) k1 = math.ceil(k) run(2**n, int(k1))
#!/bin/python3 # ================================================== # Import import math from rmin_py import run # ================================================== # Theo 5 nlst = [24] # ================================================== for n in nlst: k = n / math.log(n, 2) k0 = math.floor(k) k1 = math.ceil(k) run(2**n, int(k0), 10) run(2**n, int(k1), 10)
#!/bin/python3 # ================================================== # Import import math from rmin_py import run # ================================================== nlst = [18, 20] k = 1 / 2 # ================================================== for n in nlst: run(2**n, (2**n)**k)
#!/bin/python3 # ================================================== # Import import math from rmin_py import run # ================================================== # Theo 5 nlst = [22] # ================================================== for n in nlst: k = n / math.log(n, 2) k0 = math.floor(k) k1 = math.ceil(k) run(2**n, int(k0), 50) run(2**n, int(k1), 50)