tgt_log_path = os.path.splitext(__file__)[0] + '_result.log'
itf = c3d.c3dserver()
c3d.init_logger(logger_lvl='DEBUG',
c_hdlr_lvl='WARNING',
f_hdlr_lvl='DEBUG',
f_hdlr_f_path=tgt_log_path)
ret = c3d.open_c3d(itf, src_c3d_path, log=True)
c3d_f_type = c3d.get_file_type(itf)
c3d_data_type = c3d.get_data_type(itf)
# Change a marker's name from 'pv4' to 'PV4'
ret = c3d.change_marker_name(itf, 'pv4', 'PV4', log=True)
# dict_header = c3d.get_dict_header(itf)
# dict_groups = c3d.get_dict_groups(itf)
# dict_markers = c3d.get_dict_markers(itf, blocked_nan=True, resid=True, mask=False, time=True)
# dict_mkr_pos = dict_markers['DATA']['POS']
# Try to test different gap filling functions
# c3d.fill_marker_gap_rbt(itf, 'PV2', ['PV1', 'PV3', 'PV4'], log=True)
c3d.fill_marker_gap_pattern(itf,
tgt_mkr_name='PV2',
dnr_mkr_name='PV4',
log=True)
# c3d.fill_marker_gap_interp(itf, 'PV2', log=True)
ret = c3d.save_c3d(itf, tgt_c3d_path, log=True)
ret = c3d.close_c3d(itf, log=True)
import os
import sys
if sys.path[0] != os.getcwd():
sys.path.insert(0, os.getcwd())
lib_local_path = os.path.normpath(r'C:\WORKSPACE\DEV\pyc3dserver')
if os.path.exists(lib_local_path):
if sys.path[1] != lib_local_path:
sys.path.insert(1, lib_local_path)
import pyc3dserver as c3d
import numpy as np
#%%
current_f_dir_path = os.path.dirname(__file__)
c3d_sample_dir_path = os.path.join(current_f_dir_path,
r'..\Samples_C3D\Sample01')
src_c3d_path = os.path.join(c3d_sample_dir_path, 'Eb015pi.c3d')
tgt_c3d_path = os.path.splitext(__file__)[0] + '_result.c3d'
itf = c3d.c3dserver(False)
ret = c3d.open_c3d(itf, src_c3d_path)
# dict_header = c3d.get_dict_header(itf)
# dict_groups = c3d.get_dict_groups(itf)
# dict_markers = c3d.get_dict_markers(itf, blocked_nan=True, resid=True, mask=True, desc=True)
# dict_forces = c3d.get_dict_forces(itf, desc=True, frame=True, time=True)
# dict_analogs = c3d.get_dict_analogs(itf, desc=True, frame=True, excl_forces=True, time=True)
ret, n_frs_updated = c3d.recover_marker_rel(itf, 'LTH1',
['LTH2', 'LTH3', 'LTH4'])
ret = c3d.save_c3d(itf, tgt_c3d_path)
ret = c3d.close_c3d(itf)
import numpy as np
#%%
current_f_dir_path = os.path.dirname(__file__)
c3d_sample_dir_path = os.path.join(current_f_dir_path,
r'..\Samples_C3D\Sample05')
src_c3d_path = os.path.join(c3d_sample_dir_path, 'vicon512.c3d')
tgt_c3d_path = os.path.splitext(__file__)[0] + '_result.c3d'
itf = c3d.c3dserver()
ret = c3d.open_c3d(itf, src_c3d_path)
av_ratio = c3d.get_analog_video_ratio(itf)
first_fr = c3d.get_first_frame(itf)
last_fr = c3d.get_last_frame(itf)
new_val = np.array([100.0] * av_ratio * 1000, dtype=np.float32)
ret = c3d.set_analog_data(itf,
'AUD1',
new_val,
start_frame=5000,
end_frame=5999)
ret = c3d.set_analog_subframe_data(itf,
'AUD1',
200.0,
start_frame=last_fr,
sub_frame=9)
sig_data_unscaled = c3d.get_analog_data_unscaled(itf, 'AUD1')
sig_data_scaled = c3d.get_analog_data_scaled2(itf, 'AUD1')
ret = c3d.save_c3d(itf, tgt_c3d_path, compress_param_blocks=True)
ret = c3d.close_c3d(itf)