def on_output_trajectory_key(self):
def pretty_line(locale, lengs):
li = [str(loc).rjust(lengs[dex] + 5) for loc, dex
in zip(locale[1].location, range(len(lengs)))]
line = '\t'.join([' Index: ' + str(locale[0]).ljust(4)+str(
locale[1].trajectory_count).rjust(22), '\t'.join(li)])
return line
if not self.parameter_space is None:
axis_labels = [subsp.label for subsp in
self.parameter_space.subspaces]
else:
lgd.message_dialog(None, 'Can\'t output key without' +\
' a parameter space!', 'Problem')
return
label_lengs = [len(label) for label in axis_labels]
lines = ['\t||\tTrajectory Key\t||\t\n']
lines.append('Trajectory number'.ljust(25) +\
'Trajectory Count'.ljust(25) +\
'\t '.join([label.ljust(leng + 5) for
label, leng in zip(axis_labels, label_lengs)]))
lines.append('-'*120)
label_lengs.insert(0, 20)
lines.extend([pretty_line(locale, label_lengs)
for locale in self.trajectory])
if self.key_path is None or self.key_path == '':
self.key_path = os.path.join(os.getcwd(),
'p_space_trajectory_key.txt')
self.rewidget(True)
lf.output_lines(lines, self.key_path)
def on_write_mcfg(self, *args, **kwargs):
try:
if not self.mcfg_path:
fidlg = lgd.create_dialog('Choose File', 'File?', 'file',
'Modular config files (*.mcfg)', self.mcfg_dir)
file_ = fidlg()
if not file_: return
else: file_ = self.mcfg_path
module = self.get_module_reference()
lf.output_lines(module.write_mcfg(
self.run_params, self), file_)
except:
traceback.print_exc(file = sys.stdout)
lgd.message_dialog(None, 'Failed to write file!', 'Problem')
def output_module(self):
if self._module_name_: module = self._module_name_
module_filename = ''.join(['lib', module, '.py'])
module_path = os.path.join(os.getcwd(), 'libs', 'modules',
module_filename)
if lf.output_lines([self._module_text_], module_path, overwrite=False):
print 'generated new simulation module:', module_filename
def output_module(self): if self._module_name_: module = self._module_name_ module_filename = ''.join(['lib', module, '.py']) module_path = os.path.join(os.getcwd(), 'libs', 'modules', module_filename) if lf.output_lines([self._module_text_], module_path, overwrite = False): print 'generated new simulation module:', module_filename
def output_module(self, module_text, program = 'modular_core', module = '_new_module_'): module_filename = ''.join(['lib', module, '.py']) module_path = os.path.join(os.getcwd(), 'libs', program, module_filename) if lf.output_lines([module_text],module_path,overwrite = True): print 'generated new module:', module_filename else: print 'failed to generate module:', module_filename
def output_program(self,
program_name='_new_program_',
program_description='run _new_program_',
program_run_option='newprog'):
if self._program_name_:
program_name = self._program_name_.replace(' ', '_')
if self._program_run_option_:
program_run_option = self._program_run_option_
if self._program_description_:
program_description = self._program_description_
program_path = os.path.join(os.getcwd(), 'libs', 'gui',
'libqtgui_' + program_name + '.py')
if lf.output_lines([self._program_gui_entry_text_],
program_path,
overwrite=True):
program_directory = os.path.join(os.getcwd(), 'libs', program_name)
if not os.path.exists(program_directory):
os.makedirs(program_directory)
init_file_path = os.path.join(os.getcwd(), 'libs', program_name,
'__init__.py')
lf.output_lines([self._code_writer_.make__init_()],
init_file_path,
overwrite=True)
mod_text = self._program_base_class_text_
base_module_class =\
self.parent.pmod_mngr.name_from_text(mod_text)
self.parent.pmod_mngr.output_module(mod_text,
program=program_name,
module=base_module_class)
prog_setting_file = os.path.join(os.getcwd(), 'resources',
program_name + '_settings.txt')
lf.output_lines([lcg.ex_setting_file],
prog_setting_file,
overwrite=True)
lfu.add_program_to_registry(program_name, program_run_option,
program_description)
print 'generated program:', program_name
def handle_fitting_key(self):
def location_to_lines(k, met_dex):
loc_measure = self.metrics[met_dex].data[0].scalars[k]
lines.append(' : '.join(['Best fit from metric',
self.metrics[met_dex].label, str(loc_measure)]))
lines.append('\tTrajectory : ' + str(k + 1))
for ax in self.p_sp_trajectory[k]:
lines.append('\t\t' + ' : '.join(ax))
lines = ['Fit Routine Fitting Key: ']
for dex, met_best in enumerate(self.best_fits):
k = met_best[0]
lines.append('\n')
location_to_lines(k, dex)
lines.append('\n')
location_to_lines(0, dex)
lf.output_lines(lines, self.output.save_directory,
'fitting_key.txt', dont_ask = self.auto_overwrite_key)
def output_module(self,
module_text,
program='modular_core',
module='_new_module_'):
module_filename = ''.join(['lib', module, '.py'])
module_path = os.path.join(os.getcwd(), 'libs', program,
module_filename)
if lf.output_lines([module_text], module_path, overwrite=True):
print 'generated new module:', module_filename
else:
print 'failed to generate module:', module_filename
def output_program(self, program_name = '_new_program_',
program_description = 'run _new_program_',
program_run_option = 'newprog'):
if self._program_name_:
program_name = self._program_name_.replace(' ','_')
if self._program_run_option_:
program_run_option = self._program_run_option_
if self._program_description_:
program_description = self._program_description_
program_path = os.path.join(os.getcwd(), 'libs',
'gui', 'libqtgui_' + program_name + '.py')
if lf.output_lines([self._program_gui_entry_text_],
program_path, overwrite = True):
program_directory = os.path.join(
os.getcwd(), 'libs', program_name)
if not os.path.exists(program_directory):
os.makedirs(program_directory)
init_file_path = os.path.join(os.getcwd(),
'libs', program_name, '__init__.py')
lf.output_lines([self._code_writer_.make__init_()],
init_file_path, overwrite = True)
mod_text = self._program_base_class_text_
base_module_class =\
self.parent.pmod_mngr.name_from_text(mod_text)
self.parent.pmod_mngr.output_module(mod_text,
program = program_name, module = base_module_class)
prog_setting_file = os.path.join(os.getcwd(),
'resources', program_name + '_settings.txt')
lf.output_lines([lcg.ex_setting_file],
prog_setting_file, overwrite = True)
lfu.add_program_to_registry(program_name,
program_run_option, program_description)
print 'generated program:', program_name
