def __init__(self, hydro_file, list_file, scale=False):
print '\nReading the AQWA results in the ' + hydro_file + ' file'
self.files = bem.generate_file_names(hydro_file)
self.scaled_at_read = scale
self.scaled = True
self.body = {}
self._read(list_file)
def __init__(self, hydro_file, list_file, scale=False):
print '\nReading the AQWA results in the ' + hydro_file + ' file'
self.files = bem.generate_file_names(hydro_file)
self.scaled_at_read = scale
self.scaled = True
self.body = {}
self._read(list_file)
def __init__(self, sim_dir='./', cal_file='Nemoh.cal', results_dir = 'Results', mesh_dir='Mesh', scale=False):
# Set files
self.scaled_at_read = scale
self.scaled = True
self.dir = os.path.abspath(sim_dir)
print '\nReading NEMOH output in the ' + self.dir + ' directory'
self.files = bem.generate_file_names(os.path.join(self.dir,cal_file))
self.files['Nemoh'] = os.path.join(self.dir,cal_file)
self.files['RadiationCoefficients'] = os.path.join(self.dir,results_dir,'RadiationCoefficients.tec')
self.files['ExcitationForce'] = os.path.join(self.dir,results_dir,'ExcitationForce.tec')
self.files['DiffractionForce'] = os.path.join(self.dir,results_dir,'DiffractionForce.tec')
self.files['FKForce'] = os.path.join(self.dir,results_dir,'FKForce.tec')
try:
self.files['IRF'] = os.path.join(self.dir,results_dir,'IRF.tec')
except:
print '\tNo IRF forces or infinite frequency added mass forces read because the ' + self.files['IRF'] + ' was not found'
# Initialize data ovject
self.body = {}
# Object to store raw data
self.cal = bem.Raw()
# Read cal file
self._read_cal()
# Read tec plot output files
self.am, self.rd, self.w, raw_rad = _read_radiation(self.files['RadiationCoefficients'])
self.ex_mag, self.ex_phase, temp, self.ex_mag_raw = _read_excitation(self.files['ExcitationForce'])
self.dfr_mag, self.dfr_phase, temp, raw_diff = _read_tec(self.files['DiffractionForce'], data_type=1)
self.fk_mag, self.fk_phase, temp, raw_fk = _read_tec(self.files['FKForce'], data_type=1)
try:
self.am_inf, temp1, temp2, raw_am_inf = _read_tec(self.files['IRF'], data_type=2)
except:
raise Exception('The file ' + self.files['IRF'] + ' was not found. Please make sure the IRF output option is set to 1 in the Nemoh.cal file')
self.ex_im = self.ex_mag*np.sin(self.ex_phase)
self.ex_re = self.ex_mag*np.cos(self.ex_phase)
f_break = ['#'*100]*5
self.raw_output = f_break + raw_rad + f_break + raw_diff + f_break + self.ex_mag_raw + f_break + raw_fk + f_break
self._create_and_load_hydro_data_obj()
def __init__(self, out_file, density=1000., gravity=9.81, scale=False):
self.files = bem.generate_file_names(out_file)
self.files['3sc'] = self.files['base_name'] + '.3sc'
self.files['3fk'] = self.files['base_name'] + '.3fk'
self.rho = density
self.g = gravity
self.body = {}
self.scaled_at_read = scale
self.scaled = False
self._read()
def __init__(self, out_file, density=1000., gravity=9.81, scale=False):
self.files = bem.generate_file_names(out_file)
self.files['3sc'] = self.files['base_name'] + '.3sc'
self.files['3fk'] = self.files['base_name'] + '.3fk'
self.rho = density
self.g = gravity
self.body = {}
self.scaled_at_read = scale
self.scaled = False
self._read()
def __init__(self,
sim_dir='./',
cal_file='Nemoh.cal',
results_dir='Results',
mesh_dir='Mesh',
scale=False):
# Set files
self.scaled_at_read = scale
self.scaled = True
self.dir = os.path.abspath(sim_dir)
print '\nReading NEMOH output in the ' + self.dir + ' directory'
self.files = bem.generate_file_names(os.path.join(self.dir, cal_file))
self.files['Nemoh'] = os.path.join(self.dir, cal_file)
self.files['RadiationCoefficients'] = os.path.join(
self.dir, results_dir, 'RadiationCoefficients.tec')
self.files['ExcitationForce'] = os.path.join(self.dir, results_dir,
'ExcitationForce.tec')
self.files['DiffractionForce'] = os.path.join(self.dir, results_dir,
'DiffractionForce.tec')
self.files['FKForce'] = os.path.join(self.dir, results_dir,
'FKForce.tec')
try:
self.files['IRF'] = os.path.join(self.dir, results_dir, 'IRF.tec')
except:
print '\tNo IRF forces or infinite frequency added mass forces read because the ' + self.files[
'IRF'] + ' was not found'
# Initialize data ovject
self.body = {}
# Object to store raw data
self.cal = bem.Raw()
# Read cal file
self._read_cal()
# Read tec plot output files
self.am, self.rd, self.w, raw_rad = _read_radiation(
self.files['RadiationCoefficients'])
self.ex_mag, self.ex_phase, temp, self.ex_mag_raw = _read_excitation(
self.files['ExcitationForce'])
self.dfr_mag, self.dfr_phase, temp, raw_diff = _read_tec(
self.files['DiffractionForce'], data_type=1)
self.fk_mag, self.fk_phase, temp, raw_fk = _read_tec(
self.files['FKForce'], data_type=1)
self.ex_phase = -1 * self.ex_phase
try:
self.am_inf, temp1, temp2, raw_am_inf = _read_tec(
self.files['IRF'], data_type=2)
except:
raise Exception(
'The file ' + self.files['IRF'] +
' was not found. Please make sure the IRF output option is set to 1 in the Nemoh.cal file'
)
self.ex_im = self.ex_mag * np.sin(self.ex_phase)
self.ex_re = self.ex_mag * np.cos(self.ex_phase)
f_break = ['#' * 100] * 5
self.raw_output = f_break + raw_rad + f_break + raw_diff + f_break + self.ex_mag_raw + f_break + raw_fk + f_break
self._create_and_load_hydro_data_obj()
