def gen_gaussian_table(d_table):
g_table = dict()
for i in range(GAUSSIAN_RANGE + 1):
for j in range(GAUSSIAN_RANGE + 1):
d = d_table[(i, j)]
if d < GAUSSIAN_RANGE:
# g_table[d] = 1.0-(d/GAUSSIAN_RANGE)
g_table[d] = gaussian(1, d)
else:
g_table[d] = 0
return g_table
def gaussian_table(d_table):
g_table = dict()
for i in range(GAUSSIAN_RANGE+1):
for j in range(GAUSSIAN_RANGE+1):
d = d_table[(i, j)]
g_table[d] = gaussian(1, d)
# if d < GAUSSIAN_RANGE:
# # g_table[d] = gaussian(1, d)
# g_table[d] = d/GAUSSIAN_RANGE
# else:
# g_table[d] = 0
return g_table
