def create_table(num_slot_per_sf=None, max_n=None, ilst=None, factor=None):
num_symb_per_slot = 14
num_symb_per_sf = num_symb_per_slot * num_slot_per_sf
total_sf = 5
total_symb = total_sf * num_slot_per_sf * num_symb_per_slot
num_symb = total_symb
row_hf = ["half frame" for i in range(num_symb)]
row_sf = [f"subframe {i//num_symb_per_sf}" for i in range(num_symb)]
row_slot = [f"slot {i//num_symb_per_slot}" for i in range(num_symb)]
row_symb = [i % num_symb_per_slot for i in range(num_symb)]
data = [[i for i in range(num_symb)]]
class_data = ["" for i in range(num_symb)]
for n in range(max_n + 1):
for i in ilst:
idx = i + factor * n
set_class(class_data, idx)
class_data = [class_data]
a1 = None
x = [row_hf, row_sf, row_slot, row_symb]
x = [row_sf, row_slot]
x = [row_sf]
y = None
caption = None
return ztable.create_htable(a1=a1,
x=x,
y=y,
data=data,
class_data=class_data,
caption=caption,
num_merge_rows=None,
num_merge_cols=None)
def create_table2(num_slot_per_sf=None, max_n=None, ilst=None, factor=None):
num_symb_per_slot = 14
num_symb_per_sf = num_symb_per_slot * num_slot_per_sf
total_sf = 5
# total_symb = total_sf * num_slot_per_sf * num_symb_per_slot
# num_symb = total_symb
data = [[row * num_symb_per_slot + i for i in range(num_symb_per_slot)]
for row in range(total_sf * num_slot_per_sf)]
data = [["" for i in range(num_symb_per_slot)]
for row in range(total_sf * num_slot_per_sf)]
class_data = [["" for i in range(num_symb_per_slot)]
for row in range(total_sf * num_slot_per_sf)]
total_idx = 0
for n in range(max_n + 1):
for i in ilst:
idx = i + factor * n
r, c = divmod(idx, num_symb_per_slot)
class_data[r][c] = "start"
data[r][c] = total_idx
class_data[r][c] = f"idx{total_idx%2}"
for j in (1, 2, 3):
r, c = divmod(idx + j, num_symb_per_slot)
class_data[r][c] = "ssb"
# data[r][c] = total_idx
class_data[r][c] = f"idx{total_idx%2}"
total_idx += 1
if total_idx == 64:
break
a1 = [["subframe", "slot"], ["subframe", "slot"]]
x = [["symbol"] * num_symb_per_slot, [i for i in range(num_symb_per_slot)]]
y0 = [sf for sf in range(total_sf) for slot in range(num_slot_per_sf)]
y1 = [slot for sf in range(total_sf) for slot in range(num_slot_per_sf)]
y = [y0, y1]
if num_slot_per_sf == 1:
a1 = [["subframe"], ["subframe"]]
y = [y0]
caption = "SSB Burst half frame"
return ztable.create_htable(a1=a1,
x=x,
y=y,
data=data,
class_data=class_data,
caption=caption,
num_merge_rows=None,
num_merge_cols=None)
def create_table(mu, num_symb=14):
num_sf = 1
num_slot = 2**mu
scs = 15 * num_slot
ms_per_slot = 1 / num_slot
ms_per_symb = ms_per_slot / num_symb
ms_per_symb = int(ms_per_symb * 1000 * 1000)
ms_per_symb = f"{ms_per_symb}ns"
rb_khz = scs * 12
a1 = [['subcarrier']] * 3
a1 = None
sf_row_x = [
f"subframe" for sf in range(num_sf) for slot in range(num_slot)
for symb in range(num_symb)
]
slot_row_x = [
f"slot{slot}" for sf in range(num_sf) for slot in range(num_slot)
for symb in range(num_symb)
]
symb_row_x = [
hex(symb)[-1] for sf in range(num_sf) for slot in range(num_slot)
for symb in range(num_symb)
]
# x = [sf_row_x, slot_row_x, symb_row_x]
x = [slot_row_x, symb_row_x]
x = [slot_row_x]
sc_col_rb = [f"{scs}kHz<br>*<br>12" for sc in reversed(range(12))]
sc_col_rb = [f"{rb_khz}<br>kHz<br>" for sc in reversed(range(12))]
# sc_col_y = [f"{sc}" for sc in reversed(range(12))]
# y = [sc_col_rb, sc_col_y]
y = [sc_col_rb]
class_data = [[
f'mu{mu}-{num_symb} slot{col//num_symb%10%2}'
for col in range(num_sf * num_slot * num_symb)
] for row in range(12)]
caption = f"μ={mu}, scs={scs}kHz, 1sf=(1ms, {num_slot}slot, {num_symb*num_slot}symbol), 1slot={ms_per_slot}ms, 1symbol={ms_per_symb}"
document['zone-output'] <= ztable.create_htable(a1=a1,
x=x,
y=y,
data=None,
class_data=class_data,
caption=caption,
num_merge_rows=None,
num_merge_cols=None)
def main(event):
document['zone-output'].clear()
a1, x, y = None, None, None
x, result = codebook.Codebook(cfg).get_table()
x = x[:-2] + x[-1:]
result = [row[:-2] + row[-1:] for row in result]
y = list(range(len(result)))
document['zone-output'] <= ztable.create_htable(a1=a1,
x=x,
y=y,
data=result,
class_data=None,
caption='',
num_merge_rows=None,
num_merge_cols=None)
window.MathJax.Hub.Queue(["Typeset", window.MathJax.Hub])