def set_cmx_const(self):
cont = self.cmx_model.chunk_map[cmx_const.CONT_ID]
self.v1 = self.cmx_cfg.v1
self.rifx = self.cmx_cfg.rifx
# Trafo & unit definition
unit = CMX_SK2_UNITS.get(cont.data['unit'], uc2const.UNIT_MM)
self.sk2_model.doc_units = unit
factor = utils.double2py_float(cont.data['factor'], self.cmx_cfg.rifx)
self.scale = factor * uc2const.unit_dict[unit]
self.trafo = [self.scale, 0.0, 0.0, self.scale, 0.0, 0.0]
# Color processing
if self.v1:
self.set_v1_colors()
def parse_matrix(data):
"""
Parses CDR affine transformation matrix and
returns matrix as a list.
"""
m11 = double2py_float(data[0:8])
m12 = double2py_float(data[8:16])
dx = double2py_float(data[16:24]) * cdrunit_to_pt
m21 = double2py_float(data[24:32])
m22 = double2py_float(data[32:40])
dy = double2py_float(data[40:48]) * cdrunit_to_pt
return [m11, m21, m12, m22, dx, dy]
def parse_matrix(data): """ Parses CDR affine transformation matrix and returns matrix as a list. """ m11 = double2py_float(data[0:8]) m12 = double2py_float(data[8:16]) dx = double2py_float(data[16:24]) * cdrunit_to_pt m21 = double2py_float(data[24:32]) m22 = double2py_float(data[32:40]) dy = double2py_float(data[40:48]) * cdrunit_to_pt return [m11, m21, m12, m22, dx, dy]