def _format_data(data_line, spaces=5, data_hex=True):
"""Takes a list or tuple of float numbers and return
formatted line of hexadecimal values in a string."""
data = ''
if isinstance(data_line[0], float):
if data_hex:
for val in data_line:
data = data + float_to_hex_string(val) + ' '
else:
for val in data_line:
data = data + str(val) + ' '
data = data.rstrip()
elif isinstance(data_line[0], str):
for val in data_line:
data = data + '"' + val + '" '
data = data.rstrip()
else:
if spaces == 0:
for val in data_line:
data = data + str(val) + ' '
else:
for val in data_line:
data = data + str(val).ljust(spaces, ' ') + ' '
data = data.rstrip()
return data
def _format_data(data_line, spaces=5, data_hex=True):
"""Takes a list or tuple of float numbers and return
formatted line of hexadecimal values in a string."""
data = ''
if isinstance(data_line[0], float):
if data_hex:
for val in data_line:
data = data + float_to_hex_string(val) + ' '
else:
for val in data_line:
data = data + str(val) + ' '
data = data.rstrip()
elif isinstance(data_line[0], str):
for val in data_line:
data = data + '"' + val + '" '
data = data.rstrip()
else:
if spaces == 0:
for val in data_line:
data = data + str(val) + ' '
else:
for val in data_line:
data = data + str(val).ljust(spaces, ' ') + ' '
data = data.rstrip()
return data
def _format_matrix(mat, ind, offset):
str_mat = ""
for line in mat:
str_line = ""
for val in line:
str_line = str_line + " " + float_to_hex_string(val) + " "
if str_mat == "":
str_mat = str_line
else:
str_mat = str_mat + "\n" + ind + offset + str_line[:-1]
return str_mat
def _format_matrix(mat, ind, offset):
str_mat = ""
for line in mat:
str_line = ""
for val in line:
str_line = str_line + " " + float_to_hex_string(val) + " "
if str_mat == "":
str_mat = str_line
else:
str_mat = str_mat + "\n" + ind + offset + str_line[:-1]
return str_mat
def _format_data(data_line, spaces=5, data_hex=True):
"""Takes a list or tuple of float numbers and return
formatted line of hexadecimal values in a string."""
data = ''
if type(data_line[0]) is float:
if data_hex:
for val in data_line:
data = data + float_to_hex_string(val) + ' '
else:
for val in data_line:
data = data + str(val) + ' '
data = data.rstrip()
else:
if spaces == 0:
for val in data_line:
data = data + str(val) + ' '
else:
for val in data_line:
data = data + str(val).ljust(spaces, ' ') + ' '
data = data[:-1]
return data
def _write_properties_and_data(fw, section, ind, print_info):
"""Takes a single section data and writes all its "properties"
and "data" to the file."""
for prop in section.props:
# if type(prop[1]) == type(None):
if prop[1] is None:
fw('%s%s:\n' % (ind, prop[0]))
# elif type(prop[1]) == type([]):
elif isinstance(prop[1], type([])):
if prop[1][0] == '&':
fw('%s%s: %s\n' % (ind, prop[0], _format_data(prop[1][1])))
elif prop[1][0] == '&&':
if len(prop[1][1]) == 1:
fw('%s%s: ( %s )\n' % (ind, prop[0], prop[1][1][0]))
else:
fw('%s%s: ( %s )\n' % (ind, prop[0], _format_data(prop[1][1])))
elif prop[1][0] == 'i':
fw('%s%s: ( %s )\n' % (ind, prop[0], _format_data(prop[1][1], 0, False)))
elif prop[1][0] == 'ii':
fw('%s%s: ( %s )\n' % (ind, prop[0], _format_data(prop[1][1], 0)))
elif prop[1][0] == '#':
fw('%s# %s\n' % (ind, prop[0]))
else:
fw('%s%s: %s\n' % (ind, prop[0], str(prop[1])[1:-1].replace(",", "").replace("'", "\"")))
# elif type(prop[1]) == type("") and prop[1] not in (
elif isinstance(prop[1], type("")) and prop[1] not in (
"FLOAT", "FLOAT2", "FLOAT3", "FLOAT4", "FLOAT5", "FLOAT6", "FLOAT7", "FLOAT8", "FLOAT9", "FLOAT4x4", "INT", "INT2", "STRING"):
if prop[0] == '#':
fw('%s# %s\n' % (ind, prop[1]))
elif prop[0] == '':
fw('\n')
else:
fw('%s%s: "%s"\n' % (ind, prop[0], prop[1]))
else:
fw('%s%s: %s\n' % (ind, prop[0], prop[1]))
if print_info:
print('%sProp: %s' % (ind, prop))
for data_line_i, data_line in enumerate(section.data):
# print('-- data_line: %s' % str(data_line))
formated_data_line = None
# if len(data_line) > 1:
if data_line[0] == "__bone__":
formated_data_line = _format_bone(data_line, ind)
fw('%s%s( %s\n%s )\n' % (ind, str(data_line_i).ljust(6, ' '), formated_data_line, ind))
elif data_line[0] == "__string__":
fw('%s%s( "%s" )\n' % (ind, str(data_line_i).ljust(5, ' '), data_line[1]))
elif data_line[0] == "__skin__":
fw('%s%s( ( %s %s %s )\n' % (
ind, str(data_line_i).ljust(6, ' '), float_to_hex_string(data_line[1][0][0]), float_to_hex_string(data_line[1][0][1]),
float_to_hex_string(data_line[1][0][2])))
weight_string = ""
for i_i, i in enumerate(data_line[1][1]):
if i_i == 0:
weight_string = weight_string + str(i[0]).ljust(5, ' ') + float_to_hex_string(i[1])
else:
weight_string = weight_string + " " + str(i[0]).ljust(5, ' ') + float_to_hex_string(i[1])
clones_string = ""
for i_i, i in enumerate(data_line[1][2]):
if i_i + 1 == len(data_line[1][2]):
clones_string = clones_string + str(i[0]).ljust(5, ' ') + str(i[1])
else:
clones_string = clones_string + str(i[0]).ljust(5, ' ') + str(i[1]).ljust(7, ' ')
fw('%s%sWeights: %s%s\n' % (ind, 8 * " ", str(len(data_line[1][1])).ljust(7, ' '), weight_string))
fw('%s%sClones: %s%s\n' % (ind, 8 * " ", str(len(data_line[1][2])).ljust(7, ' '), clones_string))
fw('%s%s)\n' % (ind, 6 * " "))
elif data_line[0] == "__matrix__":
# print('MATRIX - data_line: %s' % str(data_line))
anim_matrix = _format_matrix(data_line[1], ind, str(7 * " "))
fw('%s%s( %s )\n' % (ind, str(data_line_i).ljust(5, ' '), anim_matrix))
elif data_line[0] == "__time__":
# print('TIME - data_line: %s' % str(data_line))
fw('%s%s( %s )\n' % (ind, str(data_line_i).ljust(5, ' '), float_to_hex_string(data_line[1])))
else:
formated_data_line = _format_data(data_line)
fw('%s%s( %s )\n' % (ind, str(data_line_i).ljust(5, ' '), formated_data_line))
if print_info:
print('%sdata: %s' % (ind, formated_data_line))
def _write_properties_and_data(fw, section, ind, print_info):
"""Takes a single section data and writes all its "properties"
and "data" to the file."""
for prop in section.props:
# if type(prop[1]) == type(None):
if prop[1] is None:
fw('%s%s:\n' % (ind, prop[0]))
# elif type(prop[1]) == type([]):
elif isinstance(prop[1], type([])):
if prop[1][0] == '&':
fw('%s%s: %s\n' % (ind, prop[0], _format_data(prop[1][1])))
elif prop[1][0] == '&&':
if len(prop[1][1]) == 1:
fw('%s%s: ( %s )\n' % (ind, prop[0], prop[1][1][0]))
else:
fw('%s%s: ( %s )\n' %
(ind, prop[0], _format_data(prop[1][1])))
elif prop[1][0] == 'i':
fw('%s%s: ( %s )\n' %
(ind, prop[0], _format_data(prop[1][1], 0, False)))
elif prop[1][0] == 'ii':
fw('%s%s: ( %s )\n' %
(ind, prop[0], _format_data(prop[1][1], 0)))
elif prop[1][0] == '#':
fw('%s# %s\n' % (ind, prop[0]))
else:
fw('%s%s: %s\n' % (ind, prop[0], str(prop[1])[1:-1].replace(
",", "").replace("'", "\"")))
# elif type(prop[1]) == type("") and prop[1] not in (
elif isinstance(prop[1], type("")) and prop[1] not in (
"FLOAT", "FLOAT2", "FLOAT3", "FLOAT4", "FLOAT5", "FLOAT6",
"FLOAT7", "FLOAT8", "FLOAT9", "FLOAT4x4", "INT", "INT2",
"STRING"):
if prop[0] == '#':
fw('%s# %s\n' % (ind, prop[1]))
elif prop[0] == '':
fw('\n')
else:
fw('%s%s: "%s"\n' % (ind, prop[0], prop[1]))
else:
fw('%s%s: %s\n' % (ind, prop[0], prop[1]))
if print_info:
print('%sProp: %s' % (ind, prop))
for data_line_i, data_line in enumerate(section.data):
# print('-- data_line: %s' % str(data_line))
formated_data_line = None
# if len(data_line) > 1:
if data_line[0] == "__bone__":
formated_data_line = _format_bone(data_line, ind)
fw('%s%s( %s\n%s )\n' %
(ind, str(data_line_i).ljust(6, ' '), formated_data_line, ind))
elif data_line[0] == "__string__":
fw('%s%s( "%s" )\n' %
(ind, str(data_line_i).ljust(5, ' '), data_line[1]))
elif data_line[0] == "__skin__":
fw('%s%s( ( %s %s %s )\n' %
(ind, str(data_line_i).ljust(
6, ' '), float_to_hex_string(data_line[1][0][0]),
float_to_hex_string(data_line[1][0][1]),
float_to_hex_string(data_line[1][0][2])))
weight_string = ""
for i_i, i in enumerate(data_line[1][1]):
if i_i == 0:
weight_string = weight_string + str(i[0]).ljust(
5, ' ') + float_to_hex_string(i[1])
else:
weight_string = weight_string + " " + str(i[0]).ljust(
5, ' ') + float_to_hex_string(i[1])
clones_string = ""
for i_i, i in enumerate(data_line[1][2]):
if i_i + 1 == len(data_line[1][2]):
clones_string = clones_string + str(i[0]).ljust(
5, ' ') + str(i[1])
else:
clones_string = clones_string + str(i[0]).ljust(
5, ' ') + str(i[1]).ljust(7, ' ')
fw('%s%sWeights: %s%s\n' % (ind, 8 * " ", str(len(
data_line[1][1])).ljust(7, ' '), weight_string))
fw('%s%sClones: %s%s\n' % (ind, 8 * " ", str(len(
data_line[1][2])).ljust(7, ' '), clones_string))
fw('%s%s)\n' % (ind, 6 * " "))
elif data_line[0] == "__matrix__":
# print('MATRIX - data_line: %s' % str(data_line))
anim_matrix = _format_matrix(data_line[1], ind, str(7 * " "))
fw('%s%s( %s )\n' %
(ind, str(data_line_i).ljust(5, ' '), anim_matrix))
elif data_line[0] == "__time__":
# print('TIME - data_line: %s' % str(data_line))
fw('%s%s( %s )\n' % (ind, str(data_line_i).ljust(
5, ' '), float_to_hex_string(data_line[1])))
else:
formated_data_line = _format_data(data_line)
fw('%s%s( %s )\n' %
(ind, str(data_line_i).ljust(5, ' '), formated_data_line))
if print_info:
print('%sdata: %s' % (ind, formated_data_line))
