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Copy pathexo_tools.py
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359 lines (300 loc) · 18.8 KB
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from exo import EXOTemplate
def calc_frame_from_time(t, settings):
seconds = t / 100
frames = int(seconds * settings.GENERAL.PROJECT_FRAMERATE // 1)
return frames
def calc_margin_x(w, w1, w2, settings):
if w1 + w2 >= w * settings.GENERAL.PROJECT_LYRIC_X_OVERLAP_FACTOR:
return 0
else:
return (w * settings.GENERAL.PROJECT_LYRIC_X_OVERLAP_FACTOR - (w1 + w2)) // 2
def convert_x(x, settings):
return int(x - settings.GENERAL.PROJECT_WIDTH // 2)
def divide_segments(x_start, x_end, division_points):
total_ratio = sum(division_points)
segment_length = (x_end - x_start) / total_ratio
x_coords = [x_start]
current_x = x_start
for ratio in division_points:
current_x += ratio * segment_length
x_coords.append(current_x)
return x_coords
def generate_exo(data, data_r, settings):
assert len(data) == len(data_r)
# Output EXO
output_exo = ""
init_exo = EXOTemplate.INIT
init_exo = init_exo.replace("{project_width}", f"{settings.GENERAL.PROJECT_WIDTH}")
init_exo = init_exo.replace("{project_height}", f"{settings.GENERAL.PROJECT_HEIGHT}")
init_exo = init_exo.replace("{project_framerate}", f"{settings.GENERAL.PROJECT_FRAMERATE}")
init_exo = init_exo.replace("{project_length}", f"{calc_frame_from_time(data[-1]['display_end_time'], settings)}")
output_exo += init_exo
obj_id = 0
for i, (dc, dc_r) in enumerate(zip(data, data_r)):
# back lyric
back_exo = EXOTemplate.BACK
display_row = dc["display_row"]
block_length = dc['block_length']
x = settings.GENERAL.PROJECT_MARGIN_X
if display_row == 0:
y = settings.GENERAL.PROJECT_Y_0_LYRIC
overlap_margin_x = calc_margin_x(settings.GENERAL.PROJECT_WIDTH, data[i + 1]["x_length"], dc["x_length"], settings)
x = convert_x(settings.GENERAL.PROJECT_MARGIN_X + settings.GENERAL.WIDTH / 2, settings) + overlap_margin_x
elif display_row == 1:
y = settings.GENERAL.PROJECT_Y_1_LYRIC
if block_length == 3:
overlap_margin_x = calc_margin_x(settings.GENERAL.PROJECT_WIDTH, data[i + 1]["x_length"], dc["x_length"], settings)
x = convert_x(settings.GENERAL.PROJECT_MARGIN_X + settings.GENERAL.WIDTH / 2, settings) + overlap_margin_x
elif block_length == 4:
overlap_margin_x = calc_margin_x(settings.GENERAL.PROJECT_WIDTH, data[i - 1]["x_length"], dc["x_length"], settings)
x = convert_x(settings.GENERAL.PROJECT_WIDTH - settings.GENERAL.PROJECT_MARGIN_X - dc["x_length"] + settings.GENERAL.WIDTH / 2, settings) - overlap_margin_x
elif display_row == 2:
y = settings.GENERAL.PROJECT_Y_2_LYRIC
if block_length == 2 or block_length == 4:
overlap_margin_x = calc_margin_x(settings.GENERAL.PROJECT_WIDTH, data[i + 1]["x_length"], dc["x_length"], settings)
x = convert_x(settings.GENERAL.PROJECT_MARGIN_X + settings.GENERAL.WIDTH / 2, settings) + overlap_margin_x
elif block_length == 3:
overlap_margin_x = calc_margin_x(settings.GENERAL.PROJECT_WIDTH, data[i - 1]["x_length"], dc["x_length"], settings)
x = convert_x(settings.GENERAL.PROJECT_WIDTH - settings.GENERAL.PROJECT_MARGIN_X - dc["x_length"] + settings.GENERAL.WIDTH / 2, settings) - overlap_margin_x
elif display_row == 3:
y = settings.GENERAL.PROJECT_Y_3_LYRIC
if block_length == 1 or block_length == 3:
x = convert_x(settings.GENERAL.PROJECT_WIDTH / 2 - dc["x_length"] / 2 + settings.GENERAL.WIDTH / 2, settings)
elif block_length == 2 or block_length == 4:
overlap_margin_x = calc_margin_x(settings.GENERAL.PROJECT_WIDTH, data[i - 1]["x_length"], dc["x_length"], settings)
x = convert_x(settings.GENERAL.PROJECT_WIDTH - settings.GENERAL.PROJECT_MARGIN_X - dc["x_length"] + settings.GENERAL.WIDTH / 2, settings) - overlap_margin_x
layer = 4 + display_row
file = dc["image_2"]
start = calc_frame_from_time(dc["display_start_time"], settings) + 1
end = calc_frame_from_time(dc["display_end_time"], settings)
clip_up = settings.GENERAL.Y_LYRIC - settings.LYRIC.STROKE_WIDTH
clip_bottom = 0
back_exo = back_exo.replace("{obj_id}", f"{obj_id}")
back_exo = back_exo.replace("{start}", f"{start}")
back_exo = back_exo.replace("{end}", f"{end}")
back_exo = back_exo.replace("{layer}", f"{layer}")
back_exo = back_exo.replace("{x}", f"{x}")
back_exo = back_exo.replace("{y}", f"{y}")
back_exo = back_exo.replace("{file}", f"{file}")
back_exo = back_exo.replace("{clip_up}", f"{clip_up}")
back_exo = back_exo.replace("{clip_bottom}", f"{clip_bottom}")
output_exo += back_exo
obj_id += 1
# Front lyric
front_exo = EXOTemplate.FRONT
start = calc_frame_from_time(dc["display_start_time"], settings) + 1
end = calc_frame_from_time(dc["times"][0][0], settings)
layer = 12 + display_row
file = dc["image_1"]
clip_up = settings.GENERAL.Y_LYRIC - settings.LYRIC.STROKE_WIDTH
clip_bottom = 0
front_exo = front_exo.replace("{obj_id}", f"{obj_id}")
front_exo = front_exo.replace("{start}", f"{start}")
front_exo = front_exo.replace("{end}", f"{end}")
front_exo = front_exo.replace("{layer}", f"{layer}")
front_exo = front_exo.replace("{x}", f"{x}")
front_exo = front_exo.replace("{y}", f"{y}")
front_exo = front_exo.replace("{file}", f"{file}")
front_exo = front_exo.replace("{clip_up}", f"{clip_up}")
front_exo = front_exo.replace("{clip_bottom}", f"{clip_bottom}")
output_exo += front_exo
obj_id += 1
# Front lyric chain
for j in range(len(dc["times"]) - 1):
delta_time_s = (dc["times"][j + 1][0] - dc["times"][j][0]) / 100
if len(dc["times"][j]) == 1 and delta_time_s >= settings.LYRIC.ADJUST_WIPE_SPEED_THRESHOLD_S:
# ルビの文字単位でのワイプ定義がない and ワイプ速度有効の場合：設定に沿ってワイプ速度を変更
division_times = divide_segments(dc["times"][j][0], dc["times"][j + 1][0], settings.LYRIC.ADJUST_WIPE_SPEED_DIVISION_TIMES)
division_xs = divide_segments(dc["x_start_lyric"][j][0], dc["x_end_lyric"][j][0], settings.LYRIC.ADJUST_WIPE_SPEED_DIVISION_POINTS)
for k in range(len(division_times) - 1):
front_exo = EXOTemplate.FRONT_CHAIN
start = calc_frame_from_time(division_times[k], settings) + 1
end = calc_frame_from_time(division_times[k + 1], settings)
layer = 12 + display_row
left = division_xs[k] // 1
right = division_xs[k + 1] // 1
front_exo = front_exo.replace("{obj_id}", f"{obj_id}")
front_exo = front_exo.replace("{start}", f"{start}")
front_exo = front_exo.replace("{end}", f"{end}")
front_exo = front_exo.replace("{layer}", f"{layer}")
front_exo = front_exo.replace("{x}", f"{x}")
front_exo = front_exo.replace("{y}", f"{y}")
front_exo = front_exo.replace("{left}", f"{left}")
front_exo = front_exo.replace("{right}", f"{right}")
front_exo = front_exo.replace("{clip_up}", f"{clip_up}")
front_exo = front_exo.replace("{clip_bottom}", f"{clip_bottom}")
output_exo += front_exo
obj_id += 1
elif len(dc["times"][j]) > 1 and settings.LYRIC.SYNC_WIPE_WITH_RUBY:
# ルビの文字単位でのワイプ定義がある and ルビ・歌詞のワイプ同期ONの場合：ルビのワイプに合わせて歌詞もワイプ
_time_deltas = [
(dc["times"][j][k+1] if k+1 < len(dc["times"][j]) else dc["times"][j + 1][0]) - dc["times"][j][k]
for k in range(len(dc["times"][j]))
]
_x_deltas = [
(dc["x_start_ruby"][j][k+1] if k+1 < len(dc["x_start_ruby"][j]) else dc["x_end_ruby"][j][-1]) - dc["x_start_ruby"][j][k]
for k in range(len(dc["x_start_ruby"][j]))
]
division_times = divide_segments(dc["times"][j][0], dc["times"][j + 1][0], _time_deltas)
division_xs = divide_segments(dc["x_start_lyric"][j][0], dc["x_end_lyric"][j][0], _x_deltas)
for k in range(len(division_times) - 1):
_delta_time_s = (division_times[k + 1] - division_times[k]) / 100
# ルビの文字でワイプ速度有効の場合は、歌詞のワイプもルビに合わせる
if _delta_time_s >= settings.RUBY.ADJUST_WIPE_SPEED_THRESHOLD_S:
_division_times = divide_segments(division_times[k], division_times[k + 1], settings.RUBY.ADJUST_WIPE_SPEED_DIVISION_TIMES)
_division_xs = divide_segments(division_xs[k], division_xs[k + 1], settings.RUBY.ADJUST_WIPE_SPEED_DIVISION_POINTS)
for l in range(len(_division_times) - 1):
front_exo = EXOTemplate.FRONT_CHAIN
start = calc_frame_from_time(_division_times[l], settings) + 1
end = calc_frame_from_time(_division_times[l + 1], settings)
layer = 12 + display_row
left = _division_xs[l] // 1
right = _division_xs[l + 1] // 1
front_exo = front_exo.replace("{obj_id}", f"{obj_id}")
front_exo = front_exo.replace("{start}", f"{start}")
front_exo = front_exo.replace("{end}", f"{end}")
front_exo = front_exo.replace("{layer}", f"{layer}")
front_exo = front_exo.replace("{x}", f"{x}")
front_exo = front_exo.replace("{y}", f"{y}")
front_exo = front_exo.replace("{left}", f"{left}")
front_exo = front_exo.replace("{right}", f"{right}")
front_exo = front_exo.replace("{clip_up}", f"{clip_up}")
front_exo = front_exo.replace("{clip_bottom}", f"{clip_bottom}")
output_exo += front_exo
obj_id += 1
continue
front_exo = EXOTemplate.FRONT_CHAIN
start = calc_frame_from_time(division_times[k], settings) + 1
end = calc_frame_from_time(division_times[k + 1], settings)
layer = 12 + display_row
left = division_xs[k] // 1
right = division_xs[k + 1] // 1
front_exo = front_exo.replace("{obj_id}", f"{obj_id}")
front_exo = front_exo.replace("{start}", f"{start}")
front_exo = front_exo.replace("{end}", f"{end}")
front_exo = front_exo.replace("{layer}", f"{layer}")
front_exo = front_exo.replace("{x}", f"{x}")
front_exo = front_exo.replace("{y}", f"{y}")
front_exo = front_exo.replace("{left}", f"{left}")
front_exo = front_exo.replace("{right}", f"{right}")
front_exo = front_exo.replace("{clip_up}", f"{clip_up}")
front_exo = front_exo.replace("{clip_bottom}", f"{clip_bottom}")
output_exo += front_exo
obj_id += 1
else:
# ルビの文字単位でのワイプ定義がない or ワイプ速度調整無効の場合：等速でワイプ
front_exo = EXOTemplate.FRONT_CHAIN
start = calc_frame_from_time(dc["times"][j][0], settings) + 1
end = calc_frame_from_time(dc["times"][j + 1][0], settings)
layer = 12 + display_row
left = dc["x_start_lyric"][j][0]
right = dc["x_end_lyric"][j][0]
front_exo = front_exo.replace("{obj_id}", f"{obj_id}")
front_exo = front_exo.replace("{start}", f"{start}")
front_exo = front_exo.replace("{end}", f"{end}")
front_exo = front_exo.replace("{layer}", f"{layer}")
front_exo = front_exo.replace("{x}", f"{x}")
front_exo = front_exo.replace("{y}", f"{y}")
front_exo = front_exo.replace("{left}", f"{left}")
front_exo = front_exo.replace("{right}", f"{right}")
front_exo = front_exo.replace("{clip_up}", f"{clip_up}")
front_exo = front_exo.replace("{clip_bottom}", f"{clip_bottom}")
output_exo += front_exo
obj_id += 1
# back ruby
back_exo = EXOTemplate.BACK
display_row = dc_r["display_row"]
if display_row == 0:
y = settings.GENERAL.PROJECT_Y_0_RUBY
elif display_row == 1:
y = settings.GENERAL.PROJECT_Y_1_RUBY
elif display_row == 2:
y = settings.GENERAL.PROJECT_Y_2_RUBY
elif display_row == 3:
y = settings.GENERAL.PROJECT_Y_3_RUBY
layer = 8 + display_row
file = dc_r["image_2"]
start = calc_frame_from_time(dc_r["display_start_time"], settings) + 1
end = calc_frame_from_time(dc_r["display_end_time"], settings)
clip_up = 0
clip_bottom = settings.GENERAL.HEIGHT - (settings.GENERAL.Y_RUBY + settings.RUBY.FONT_SIZE + settings.RUBY.STROKE_WIDTH)
back_exo = back_exo.replace("{obj_id}", f"{obj_id}")
back_exo = back_exo.replace("{start}", f"{start}")
back_exo = back_exo.replace("{end}", f"{end}")
back_exo = back_exo.replace("{layer}", f"{layer}")
back_exo = back_exo.replace("{x}", f"{x}")
back_exo = back_exo.replace("{y}", f"{y}")
back_exo = back_exo.replace("{file}", f"{file}")
back_exo = back_exo.replace("{clip_up}", f"{clip_up}")
back_exo = back_exo.replace("{clip_bottom}", f"{clip_bottom}")
output_exo += back_exo
obj_id += 1
# Front ruby
front_exo = EXOTemplate.FRONT
start = calc_frame_from_time(dc_r["display_start_time"], settings) + 1
end = calc_frame_from_time(dc_r["times"][0][0], settings)
layer = 16 + display_row
file = dc_r["image_1"]
clip_up = 0
clip_bottom = settings.GENERAL.HEIGHT - (settings.GENERAL.Y_RUBY + settings.RUBY.FONT_SIZE + settings.RUBY.STROKE_WIDTH)
front_exo = front_exo.replace("{obj_id}", f"{obj_id}")
front_exo = front_exo.replace("{start}", f"{start}")
front_exo = front_exo.replace("{end}", f"{end}")
front_exo = front_exo.replace("{layer}", f"{layer}")
front_exo = front_exo.replace("{x}", f"{x}")
front_exo = front_exo.replace("{y}", f"{y}")
front_exo = front_exo.replace("{file}", f"{file}")
front_exo = front_exo.replace("{clip_up}", f"{clip_up}")
front_exo = front_exo.replace("{clip_bottom}", f"{clip_bottom}")
output_exo += front_exo
obj_id += 1
_dc_ruby = {
"times": [x for sub in dc_r["times"] for x in sub],
"x_start_ruby": [x for sub in dc_r["x_start_ruby"] for x in sub],
"x_end_ruby": [x for sub in dc_r["x_end_ruby"] for x in sub],
}
# Front ruby chain
for j in range(len(_dc_ruby["times"]) - 1):
delta_time_s = (_dc_ruby["times"][j + 1] - _dc_ruby["times"][j]) / 100
if delta_time_s >= settings.RUBY.ADJUST_WIPE_SPEED_THRESHOLD_S:
division_times = divide_segments(_dc_ruby["times"][j], _dc_ruby["times"][j + 1], settings.RUBY.ADJUST_WIPE_SPEED_DIVISION_TIMES)
division_xs = divide_segments(_dc_ruby["x_start_ruby"][j], _dc_ruby["x_end_ruby"][j], settings.RUBY.ADJUST_WIPE_SPEED_DIVISION_POINTS)
for k in range(len(division_times) - 1):
front_exo = EXOTemplate.FRONT_CHAIN
start = calc_frame_from_time(division_times[k], settings) + 1
end = calc_frame_from_time(division_times[k + 1], settings)
layer = 16 + display_row
left = division_xs[k] // 1
right = division_xs[k + 1] // 1
front_exo = front_exo.replace("{obj_id}", f"{obj_id}")
front_exo = front_exo.replace("{start}", f"{start}")
front_exo = front_exo.replace("{end}", f"{end}")
front_exo = front_exo.replace("{layer}", f"{layer}")
front_exo = front_exo.replace("{x}", f"{x}")
front_exo = front_exo.replace("{y}", f"{y}")
front_exo = front_exo.replace("{left}", f"{left}")
front_exo = front_exo.replace("{right}", f"{right}")
front_exo = front_exo.replace("{clip_up}", f"{clip_up}")
front_exo = front_exo.replace("{clip_bottom}", f"{clip_bottom}")
output_exo += front_exo
obj_id += 1
else:
front_exo = EXOTemplate.FRONT_CHAIN
start = calc_frame_from_time(_dc_ruby["times"][j], settings) + 1
end = calc_frame_from_time(_dc_ruby["times"][j + 1], settings)
layer = 16 + display_row
left = _dc_ruby["x_start_ruby"][j]
right = _dc_ruby["x_end_ruby"][j]
front_exo = front_exo.replace("{obj_id}", f"{obj_id}")
front_exo = front_exo.replace("{start}", f"{start}")
front_exo = front_exo.replace("{end}", f"{end}")
front_exo = front_exo.replace("{layer}", f"{layer}")
front_exo = front_exo.replace("{x}", f"{x}")
front_exo = front_exo.replace("{y}", f"{y}")
front_exo = front_exo.replace("{left}", f"{left}")
front_exo = front_exo.replace("{right}", f"{right}")
front_exo = front_exo.replace("{clip_up}", f"{clip_up}")
front_exo = front_exo.replace("{clip_bottom}", f"{clip_bottom}")
output_exo += front_exo
obj_id += 1
return output_exo