緑線でノーツ間を均等にします 正直タイミングがつかめないのでプレイする側は最悪です """ source_file = r"" aveBPM = 170 beat = 4 sample_set = 1 sample_index = 0 volume = 100 effects = 0 ## Main ## parsed_file = parser.parsefile(source_file) process_timingpoint = list() for timingpoint_i in range(len(parsed_file.TimingPoints)): timingpoint = parsed_file.TimingPoints[timingpoint_i] process_timingpoint.append(timingpoint) if timingpoint.inherited: continue target_hitobjects: List[classes.HitObject] next_timingpoint_i = 1 next_timingpoint = None while timingpoint_i + next_timingpoint_i != len(parsed_file.TimingPoints): test_timingpoint = parsed_file.TimingPoints[timingpoint_i + next_timingpoint_i] if test_timingpoint.inherited: next_timingpoint_i += 1 else:
source_file = r""
target_start_offset = 29730
target_end_offset = 31830
avgbpm = 60
beat = 4
sample_set = 1
sample_index = 1
volume = 100
effects = 0
## Main ##
parsed_map = parser.parsefile(source_file)
target_hitobjects = [
output for output in parsed_map.HitObjects if
output.offset >= target_start_offset and output.offset <= target_end_offset
]
i = int(target_start_offset)
result_object = classes.ParsedBeatmap([], [])
while (i <= target_end_offset):
result_object.TimingPoints.append(
classes.TimingPoint(i, 0.2, beat, sample_set, sample_index, volume,
False, effects))
i += 1
if i == target_end_offset:
from Relium import calcurate, parser print(len(parser.parsefile(r"").TimingPoints))